JPH0785376A - Register system - Google Patents

Abstract

(57) [Summary] (Modified) [Purpose] Expand the usage of electronic registers and enable the operation of in-house cards with high functionality and high security at low cost. [Configuration] Negative data created and managed by the central management unit 200 is stored in the second RAM 22 of the electronic register 100.
Negative data stored in the second RAM 22 indicating whether the card is a lost, illegally used, insolvent, etc. card that is input by batch processing in the card and is read by the card reader / writer 4 from the used card. The negative judging unit 12 makes a judgment based on the above, and when it is judged that the result is not applicable, the card calculating unit 13 executes the updating process of the card data, and the updated data is used as the update history information in the first RAM 21 of the electronic register 100. The stored data is input to the central management device 200 by batch processing so that negative data is created.

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention
With regard to register systems that settle payments, we especially
The use of the card is expanded and the card operation is safe.
The present invention relates to a register system that can secure the. [0002] Conventionally, card service of a register system
The card is issued by a card issued by another company or by a card issued by the company.
There are two methods. Cards issued by other companies are small
Large-scale and wide-range ON-L for sellers' electronic registers
Companies that provide services via the INE network
Connected to another computer under the control of that computer
Will be serviced. On the other hand, in-house issued cards are used by some retailers and
Introduced in shopping malls, etc., electronic registers of retailers
For small-scale and narrow-range ON-LINE networks
Retailers and shopping centers that provide services via
Serving under the control of a computer. Mainly credit
To operate a card issued by another company that provides services, use an electronic
Retailers operating cash registers, communications providing communications networks
Provides network providers and services by issuing cards
A network between each of the card issuers
Need to Form a network between each of these vendors
Card from another company, you can use it to
It has the convenience of receiving screws. In order to maintain this network,
Line facilities, computers, databases for each vendor
System safety by dual power supply and power supply
Reliability and reliability are secured. But running the service
The process to do this is the compilation of the service provider.
The customer information is stored in an electronic cash register.
Customer identification code managed by the retailer operating the data
Instead of using the computer of the service provider.
A readable customer identification code is used. Retailers
Since it is not customer information based on its own customer identification code,
It is inconvenient to manage customers. [0005] On the other hand, mainly the friend's association, points, in-house credit
For in-house issued cards that provide
It is convenient for customer management. However, my company card
A service provider may be a single retailer or a single
Since there are many small-scale capitals such as shopping streets, lines are generally used
Equipment, computer, database, power source duplication and
Sufficient safety measures such as securing operation personnel have not been taken.
However, it is often the case that the operation is unstable. This
OFF-LI without the control of the computer behind
As a NE-type service, a pre-update service for updating magnetic cards
There is a pad service and a point service. The prepaid service is a prepaid card
At the same time as tickets are issued at vending machines, the ticketing amount is managed.
The electronic register with a card reader / writer
Payment amount for product purchase from available amount of prepaid card
Subtract and update at the same time subtraction from the prepaid card
Manage. Managed by prepaid card vending machine
Is it a prepaid card managed by the ticketing amount and electronic register?
The amount of the subtraction is reported to the regulatory agency. point
Service is magnetic with point service function for customers
Electronic system that issues cards and has a card reader / writer
Use the register to purchase points according to the purchase price or payment amount.
What is added to the accumulated points up to the previous time on the magnetic card
So, we provide services for each predetermined point.
It Further, the conventional electronic register is a cache.
If you want to provide less service, you can use ON-LINE
Connect to a database that manages credit
Make sure to do cashless service after confirmation
It was in operation. Also, with conventional electronic registers,
Sale of goods such as electric appliances and furniture, and goods such as clothes
When you sell products with amendments, you need to trade separately from the receipt.
You can fill in and manage the slips for goods receipt and payment by handwriting or
Connects to the computer that manages payments on-line.
He continued to manage the issuance of slips. In addition, a conventional electronic register can be used as a time car.
When you execute the function of the
Data indicating whether it is in the working or leaving state and the key input section or key
Employee code input from the code reading unit, register control hand
The date and time data indicating the current date and time of the column
I was creating the card data. [0009] A conventional register system
Since it has been configured as described above,
Large-scale ON-LIN is used for other companies' card offering
The problem that the development and operation costs of the E system become enormous
Had. We also offer card services for other companies' cards.
Register system is a small operating system for electronic registers.
Sellers, communication network providers that provide communication networks, and
Card issuer equipment that issues cards and provides services
Therefore, the response time will be long.
There was a problem. In addition, we also offer card services for other companies' cards.
Register system, process for performing services
On the computer of the vendor who provides the service.
That customer information is not available to retailers
I had a challenge. On the other hand, friend's association, points, own company
Even with your own card that provides services such as credit
ON-LINE Real-time processing enables card services
It is necessary to duplicate the equipment for safety measures and the system is
There was a problem that the development cost and operating cost of the system became large.
That is, these credits, friend's association, points, prepaid
Turn on services such as GOT through one electronic register
LINE How to operate with real-time processing
Enormous program development costs
It was Also, prepaid and point services are provided.
In the now OFF-LINE card service, card forgery, etc.
The card reader / writer logic check
With a fraudulent card inspection function by a lock or a stolen card
As a measure, the card in the manufacturing process and sales route of the card
Countermeasures against illegal use of cards
In order to strengthen the
Add a function to search for information and take security measures in case of theft.
There were challenges to strengthen. Also, in connection with product sales,
Credit service by company card or by own card
Services such as a friend's meeting, points, own credit
Prepaid card sales service and product distribution at vending machines
Issuance service for managing the receipt and payment of merchandise when selling merchandise
Services, etc., and processing devices and networks that perform these services.
Operates because the network is separate for each service
There was a problem that the cost increased. [0012] Further, for the retail industry, in terms of product sales strategy.
It is necessary to build a product sales database for each customer.
It was The data needed to build these databases is product sales
Information and credits, shopping vouchers, points, prepée
Customers with payment data from card services such as
Through electronic registers to construct database information
The amount of data collected over
Development of a mechanism that can process the data of
There was an issue that had to be solved. In addition, the customer who uses the card
Retailers who offer this card service for the convenience of customers
Must be able to handle most of the electronic registers in
-Register system that can operate card services at low cost
There was a problem that the system had to be developed. Further, the retail industry is undergoing drastic changes, and the sales floor is changed.
Is frequently performed and is always necessary for ON-LINE processing.
Operate the electronic register by connecting to the required cable
OFF-LINE system which is difficult to connect and does not connect cables
System is an electronic library that can support services that require credit.
There was a challenge that had to be developed. Also,
The services provided by this OFF-LINE system are
Int, prepaid (prepayment), bank transfer lump sum payment
Cashless (deferred payment), friend payment management, parking
Fee services are desired, but these services
Different from the ON-LINE system to realize
A new way of thinking is needed and operational card security
There was a problem that had to be secured as much as possible. Also, the conventional electronic register is
Prepaid card when purchasing with a credit card
Performs only subtraction processing as a payment function
Therefore, it is a dedicated
Operate the prepaid card vending machine and pay the prepaid card
I had to purchase it in advance. Especially prepaid cars
Is issued from the viewpoint of security against theft, forgery, etc.
There is a certain limit to the line amount, and this limit
Dedicated reissue or purchase procedures each time the purchase amount reaches
It has to be done with a prepaid card vending machine
Had challenges. In addition, the prepaid card has a maximum
Is required, purchase high-priced products that exceed the limit.
You will need multiple prepaid cards to enter,
Even in this case, the procedure for issuing the prepaid card was complicated.
Therefore, there is a problem that the prepaid card is not popular.
It was. In addition, the conventional electronic register is used for home appliances and homes.
Sale of goods with delivery of goods such as tools and correction of goods such as clothes
In case of accompanying product sales, product receipt and payment separately from receipt
You can fill out the slips by hand or manage payments.
ON-LINE connection to the computer to manage voucher issuance
The challenge is to develop a system that has low operating costs.
there were. In addition, a conventional electronic cash register
When you want to execute the function, the attendance letter entered from the input means
Data indicating whether the employee is in a state of work or leaving the office, and a key input section or card
Employee code entered from the reading section, register control means
Time card from date and time data showing the current date and time
Because I was creating data, I stamped the time card
Immediately determine omissions, attendance and mistakes in the attendance button
I could not correct it. The present invention has been made to solve the above problems.
In addition to expanding the usage of electronic registers,
Multi-functional, high security and low cost in-house car
Register system that can enable the operation of
The purpose is to propose. An electronic register according to the present invention
Is an electronic cash register that performs at least payment and card renewal
And a central pipe for managing information from the electronic register
In a register system consisting of a processing device, the central pipe
In the processing device, each piece of information in multiple electronic registers is batch processed.
The same car that is input by reason and used for electronic register
Number of execution times for each information related to the same service of data
Organize in order to create card data,
And the card data created before the creation of the card data
Negative data on card fraud based on
It creates and manages the data, and the electronic register
Input means to input the amount of goods, amount of deposit, various commands, etc.
And the recordable contents of the updatable card as card data
Card reading means for reading, various entered amounts and
The payment data is calculated based on various commands and the payment is processed.
Register control means for executing
Negative data created by
Storage means for storing the input negative data
Then, the card data is read by the card reading means.
Negative card data stored in the storage means
Normal processing or judgment based on whether or not it corresponds to the data
Negative judgment means that outputs each signal of abnormality processing,
When the normal processing signal is output from the negative judgment means
The card data read from the card reading means
Card arithmetic means for executing new arithmetic processing,
Every time the computing means executes the updating process of the card data
Execution count integration means for integrating the number, and the card operation means
Card information after update processing by
Card data including the number of executions accumulated by the method
As with the card writing method to write, the card information after the update process
Card update history information
The information is provided with a storage means. In the present invention, if necessary, deposit
A car with a prepaid function as well as the amount entered
Card data read from the card is input,
Amount based on the result of payment processing by the register control means
Calculate the card data of the prepaid card
A prepaid card calculation means is provided in the electronic register.
You can also do it. In the present invention, if necessary, the
The prepaid card calculation means is a prepaid card before renewal
Remaining amount of money, entered deposit amount for prepaid addition
And a premier equivalent to the deposit amount for this prepaid addition
The provisional current balance calculated by adding the amount of Am
Provisional current amount of money when the register control means was updated
Prepaid car after renewal calculated by subtracting unpaid amount of
It is also possible to update the confirmed current amount and
Wear. In the present invention, if necessary, the
The deposit amount entered by the card calculation means from the input means,
Card reading means based on input data such as various commands
Half-encoding that regulates the use of cards read from
Encoded card data that can be used with
And renew it to a new card and issue it as a usable card
Along with the card data encoded by the log storage means
Can also be stored as card update history information. In the present invention, if necessary, a key
If the payment date on the cashless and the settlement date on the same day are the same,
If the payment amount is
The cashless debt issue date and the settlement date on the day differ
If the payment settlement amount is updated as the accumulated amount on the day,
In both cases, the settlement date will be updated as the date of claim occurrence, and
Pre-determined day-to-day purchase limit on the day's accumulated debt
Settle the payment inside and pay by cashless
Data is accumulated in the log accumulation area and the accumulated cache
Batch input of payment settlement data to the central management unit
However, the payment amount by cashless for each card number,
Cashless bond support entered by another method
The total bond amount calculated by payout amount is the maximum bond amount
Judgment whether or not it is within a certain cumulative bond limit, and cumulative bond limit
If it is judged to be larger than the amount, cashless price
Manage as cashless negative data that cannot be settled
The cashless negative data to the electronic cash register.
You can also batch input to the negative data storage area of
Wear. Further, in the present invention, each of the
Equipped with a display for displaying seed calculation results,
Time card car with the ability to record the date and time
Employee code to identify the employee in the data
It has attendance and attendance data indicating any of the work conditions,
The card data of the
When you are sent, the latest attendance data of card data is attendance
If you do, leave the card update history information in the storage means
It is common to display on the display means that the data will be stored as work-away data.
If the latest attendance data of the card data is
The card update history information to the storage means
Data is stored on the display means, and the
Fixed attendance and attendance data confirmed based on instructions entered from
You can also rewrite it as a time card. Also books
In the invention, if necessary, a seal for printing transaction details, etc.
Character register and various commands entered from the input means
When the control means determines that the product payment management is required
Issue a product payment / receipt order only within the same date and
A unique product receipt and payment management number in the electronic register
Payment number generating means for generating
Based on the product receipt and payment management command from the control means, the printing hand
Dan receives the receipt / payment number generation means on the customer receipt.
Payment receipt / payment management number and the electronic register that handled it
The code that identifies the store that handled the
And multiple electronic cash registers are installed in the same store.
If it is a store, an electronic register that is unique within the store where it was handled
Identification code, date of handling, item description,
Print the money payment information and the handling store code,
Electronic register identification code, handling date, product details, price decision
It is also possible to store the payment information and payment / receipt management number in the storage means.
it can. Further, in the present invention, if necessary,
Decrypt ciphertext card data to the card update means
Encryption of plaintext card data by additionally storing decryption keys
A cryptographic storage unit that stores the cryptographic key that performs
Performs the operations required to control the entire means, and registers
Along with sending and receiving card data and various commands, etc.
Execution of the received command, and unauthorized tampering of card data
If a new encryption key and decryption key storage command is issued,
The new decryption key is additionally stored in the encryption storage unit and controlled to
Storing the encryption key in the encryption storage unit,
Assign each decryption key and encryption key stored in
The reader / writer control unit that manages the
Received from the register controller with the latest stored encryption key
Encrypt the plaintext card data and convert it to ciphertext card data.
Encryption unit and the ciphertext card data in the card
Number of the encryption key that encrypted the No. card data
And a data reading section for reading card data,
Cryptographic generation card number that also read the ciphertext card data
A decryption unit that decrypts based on the decryption key corresponding to
Ciphertext card data encrypted by the encryption unit and
Use the latest encryption generation number assigned by the reader / writer control unit.
It is also possible to provide a card output unit that writes and outputs to the card
It In the present invention, a central management unit is used to create a pipe.
The processed negative data is stored in the electronic register.
Cards entered and used by batch processing
The card data is read by the
Memorize whether it corresponds to a card such as loss, unauthorized use, debt overrun, etc.
Negative based on negative data stored in the instrument
If the judgment means judges, and it is judged that it is not applicable, the car
Do the calculation means to update the card data
As a result, the central control unit is not connected to the OFF-LINE
The child register itself determines the suitability of the used card
It will be possible. In the present invention, the car in the card is
Various services based on the data
In order for the new card data to be updated on the card,
A card that contains customer-updated card data
OFF-LI in order to use each other between each electronic register
Regardless of NE, the card is as reliable as ON-LINE
The service will be implemented. In the present invention, the card service implementation
Because there is an execution count integration unit that accumulates the number of lines,
The update history information includes the number of executions. Because of this
Easy to take measures against accidents caused by missing history data of card updates
ON-LI even though it is OFF-LINE processing
Like NE, it can be processed without omission. Especially the central processing unit
Is a batch process, it can process a large amount of data,
Also, the electronic register performs distributed processing with the central processing unit.
Diversified functions, improved operability, and faster processing
It is easy to achieve flexibility and system expansion. The card update history information is also stored in the central processing unit.
You can update the database immediately by connecting to ON-LINE.
In some cases, the central processing unit is OFF-LINE and electronic type.
Can be accumulated in Dista. This card update history information will be sent later.
Stop via batch storage or external storage medium such as floppy
It sends it to the central processing unit and updates the database. This
Unauthorized use of cards and card update history information in our database
Checks for information leakage, but at that time
If history information is arranged by execution count data, those check
It can be done easily. In case of leakage of card update history information
Card update for the number of missing execution count data
It means that the history information is missing, and
Ku will be able to perform logical checks in order. In the present invention, the result of payment processing
Based on the card data of the prepaid card
The pre-paid card calculation means calculates and the calculated car
The card calculation method is based on the card data.
Data and update the card data to the card.
The writing means will write, and the prepaid card
Purchase a product even when the available balance is less than the payment amount
Sometimes it will be possible to sell additional prepaid cards,
Can be used continuously without reissuing the prepaid card
Wear. [0029] In particular, more than the set limit of the prepaid card
Even if you want to purchase
For prepaid cards that have been
Can be handled as card data of
Also secure the safety of the card. Also, update card data
Within the range of processing that does not exceed the predetermined limit set in advance
Card update means to execute it.
Security for pre-paid cards
It will be possible. Furthermore, the provisional current amount of prepaid cards
And to update the confirmed current amount at the same time or consecutively
Therefore, the card processing procedure can be performed quickly.
The Rukoto. Prepaid car at the time of payment for product purchase
Doing additional sales at the same time, payment processing and additional sales processing
Register processing is not necessary, and register processing is fast.
And the convenience of prepaid cards
Improve. The price of the prepaid card vending machine is
It is proportional to the performance of sensors that distinguish bills and coins
In order to make it convenient for customers, a prep
Set up enough id card vending machines to avoid inconvenience
It is difficult to do because the cost is high, but this prepaid
Electronic card to play the role of a card vending machine
Prepaid sales service convenient for customers at low cost
Was realized in. In addition, the prepaid card update history information
Centrally enter batch data into the management device later and prepaid cars
Supervising authorities instruct by totalizing and managing each card
Realizes balance management of each prepaid card
It will be possible. In the present invention, the use of cards is regulated.
Enabled to use half-encoded card data
Cards that can be used by updating the coded card data
As well as identify as an encoded card
Mark is printed on the card surface and the log storage means is
Stored card data as card update history information
I tried to load it, so if it is an unused prepaid card
If the card is stolen, the card is still a prepaid card
Because it is a half-encoded card that can not be used
As it is, it can not be used illegally and safety can be maintained.
Becomes Unused cards can be encoded cards that can be used.
There is no sign of the card, so at first glance it can be judged as a stolen card,
When tampering with an unused card, the card in the card
In addition to tampering with data, tampering with printing on the card surface
Unauthorized tampering is difficult because it must be done
Safety can be maintained by reducing the possibility of cancer. In the present invention, the cashless is used.
If you want to pay
Sales date of cashless management items of data
Compared with the same day settlement date that is the processing date of
In this case, the current day's bond price in the card data will
If you add the payment amount by cashless, if it is different,
The cash settlement amount of the product fee this time is a card
Data will shift to the current day's bond price and the same day settlement date will be
The date of sale of the data
Cash only if the bond price is within the bond limit on the day
Perform payment processing by reply. Also, for cashless
The payment settlement data is accumulated in the log accumulation area and centrally managed.
Batch input to the device and cashless for each card number
The payment amount due to
The accumulated bond amount calculated by the payment amount of the bond of Shres
It is judged whether or not it is equal to or more than the limit amount. Central management unit is the limit
If it is judged as above, payment by cashless payment
Cannot be managed as cashless negative data
Later, cashless negative data is electronically registered
Batch input to the negative data storage area of. For this reason, the cumulative bond is judged by negative judgment.
Cashless payment only if below the high limit
Perform payment processing. Within these limits
Settlement of money at
OFF-LINE electronic cash register with payment within payment
Realization of cash payment and security by cashless
did. In the present invention, the time card
The card data shows the status of previous work or leave.
The attendance data is recorded and is the reverse of this attendance data.
Initially set attendance and attendance data of the
It In other words, the time and attendance data that is the reverse of the previous time and attendance data is
The electronic register confirmed that this time the attendance and leaving data should be.
The display will be disabled so that the operator can
-Check the display and enter a positive or negative response.
Since the key input is made from the means,
There are few input mistakes because the confirmation is done twice with the operator.
Become Of course, if it is an affirmative response, the attendance / leaving data displayed
If it is a negative response, the attendance and leaving data opposite to the displayed data is confirmed
Update the time card data as work leave data
Perform and store in the storage means. Especially negative input
In the case of, it means that the previous attendance / leaving data is incorrect.
Accurate attendance and departure data due to early detection of misses
It is possible to collect. Input KE of this positive response and negative response
Because Y is used in cases other than time card processing,
Input KEY dedicated to time card processing is unnecessary
Also, because the number of KEYs is small, KEY operation is easy
Will be. Further, in the present invention, home appliances, furniture, etc.
With product sales accompanied by delivery of goods and amendment of goods such as clothes
When you sell a product and you need to manage the payment of that product
Only in the electronic register within the same date and the electronic
Merchandise receipt and payment management for unique commodity receipt and payment management in the register
Can be provided with a receipt / payment number generation means for generating a number
It Product receipt / payment management number generated by this receipt / payment number generating means
No. is the item with other items required for receipt and payment management of goods.
Storage of electronic registers that register product sales with goods receipt and payment management
Batch processing by the central processing unit via the stacking means and receipt of goods
Management will be executed, but these goods receipt and payment management
The sale of merchandise is also done at other electronic cash registers, so
Item payment management KEY items registered in the number electronic register
Can be treated as unique KEY items that do not overlap
is necessary. For this purpose, identify the store that registered the product sale
Code and unique electronic register identification within the store
Code, date of registration, and payment number generating means
Unique product receipt and payment management K with the product receipt and payment number that occurred
Realized the EY item. In addition, these management KEY items and product specifications
With the payment information and delivery conditions such as delivery date.
Hands over to the customer, and also manages KEY items and product details.
The payment information and delivery conditions such as delivery date are stored in the electronic register.
Store the data in the storage means and store the stored data in the storage means.
Batch processing by central processing unit and receipt of goods receipt and payment database
Update as note data. In addition, later this central management device
Delivery and delivery instruction slip that gives delivery and delivery instructions based on the order data of
Sales records created by the customer or handed to the customer at an electronic register.
Delivery receipt instructions with printed contents similar to sheets
Create at the time of sale. These delivery and delivery instructions are for products
In the code that can identify the store that registered the sale and within that store
Unique electronic register identification code and date and date of registration
Composed of the product receipt / payment number generated by the receipt / payment number generator
Perform the product delivery and payment with the specified product receipt and payment management KEY items
Product details, advance payment, designated delivery date and time, cash on delivery etc. are stamped
If the delivery is completed based on the slip,
Code that can identify the store that registered the product sale and the store
Unique electronic register identification code within and date of registration
And the product receipt / payment number generated by the receipt / payment number generating means.
Commodity receipt and payment management KEY items and cash on delivery amount and delivery
The date of delivery is entered and the data is stored as delivery completion data.
Accumulated in. This delivery completion data is stored in the central management unit.
Entered and managed as delivery data for goods receipt and payment management
It will be a thing. In addition, a central management unit
The product data and the code that can identify the store that registered the product sale.
Code and registration code unique to the store
Date of recording and quotient generated by the receipt / payment number generation means
Match the product receipt and payment management key composed of the goods receipt and payment number
The order data and delivery data are mapped as
The product receipt / payment management is performed by hunting, and OFF-LIN
The electronic cash register can be used to manage merchandise receipts and payments.
For this reason, the conventional product receipt and payment management computer and ON-
Compared with the product receipt and payment management by LINE,
A downtime is realized, and manual delivery and delivery fingers
Significant rationalization has been realized when compared to the entry slip
It was In the present invention, the prepaid (prepayment
Function), cashless (deferred payment) function at least
Products with a payment decision function card that has one of the functions
When you settle the payment, enter it from the electronic register input means.
Read from the deposit or card reading means
Payment decision function Card prepaid function and cash record function
If the payment function is used for payment,
If a deposit for additional payment of a prepaid card is entered,
Deposit sales for prepaid cards and cash deposits
If is entered, make a cash payment, then pay next.
Use the prepaid card if the remaining amount remains
You pay more than you have available, and you have more to pay
If there are cash, the cashless function in the card
Input means for providing payment control means for controlling payment
, Cash payment, prepaid additional sale, prepaid
Payment and cashless payment instructions
It is not necessary to prepare KEY for each command and
1 when executing the payment decision of the product price by the payment instruction
Payment is automatically made by one key operation. Especially, a car having only a prepaid card function
Equipped with a prepaid card function and point service function
Eta card, prepaid card function and point service
Cards with functions and cashless payment function
Of prepaid card function point service function
A combination of any of the functions of the payment payment function
Even if you are using a card, you can make payment automatically with a single key operation.
It will be possible to do it, and it is a multifunctional and multi-type card processing
We have realized an electronic cash register that makes it easy to operate the machine. Further, in the present invention, the addition of the encryption system
Electronic register and card reader / writer to do
Are stolen together and the card data is tampered with and fraudulent
A new encryption method that does not exist in the stolen device when used
It will be possible to add, and the tampering card will use the new encryption method.
When updated with the added card reader / writer
For devices stolen because they were written with the new encryption method,
The code cannot be decrypted, and it cannot be used again illegally.
Achieved to minimize harm. EXAMPLES (a) First Example of the Present Invention Hereinafter, a first example of the present invention will be described with reference to FIGS. 1 to 3.
explain. FIG. 1 is a register system according to this embodiment.
2 is an overall block diagram of the system, and FIG. 2 shows the operation of the system shown in FIG.
A production flow chart, FIG. 3 explains the operation of the system of this embodiment.
The schematic block diagram for clarifying is shown. In each of the above figures, the register according to the present embodiment
The system uses key input data and various cards
Data is input respectively and payment is made based on each data
The card data to various cards while performing the processing of
Electronic register 100 for updating
Input various information of 100 by each batch processing
And a central management device 200 for managing various information
It is a configuration. The central management device 200 is the batch
Based on each information of the electronic register 100 input by the processing
Then, the same card data used for the electronic cash register 100
Each information about the same service of the data
Organize and create card data,
To the card data created before the creation of the card data
Based on negative data about fraudulent use of cards
It is a configuration to create and manage. The electronic register 100 is a register body.
And control various input data.
A central processing unit that processes and executes various judgments (hereinafter,
CPU1) and various types of arithmetic processing by this CPU1
The first RA that stores and stores the card update history information of the card
A network created by the M21 and the central management unit 200.
Gative data is entered and entered in batch
Has a second RAM 22 for storing negative data
RAM2, the price of the purchased product, various commands, etc.
The key input section 3 and the registers used for updating can be updated.
Read the stored contents of various available cards as card data
And input the read card data and the key input unit 3.
Various processing results calculated by the CPU 1 based on the obtained data
Write the results as card data on the various cards used above.
Card reader / writer 4 to be inserted and arithmetic processing of the CPU 1
Alternatively, the printer 5 that prints out the result of the judgment and the CP
RO storing various programs for U arithmetic processing or judgment
This is a configuration including M6. The CPU 1 is input from the key input unit 3.
From the amount of money, various commands and card reader / writer 4
Calculation based on the read card data, and payment
A register control unit 11 for executing processing,
The card whose card data was read by the Dalitter 4 is in front
The negative data stored in the second RAM 22
Normal processing or abnormal processing is judged based on the judgment of whether
The negative determination unit 12 that outputs each signal, and the normal processing
Read from the card reader / writer 4 when a physical signal is output.
A car that executes the calculation of the update processing of the taken card data.
Update processing by the card operation unit 13 and the card operation unit 13
Execution count integration that accumulates the execution count each time
And a section 14. Next, the operation of this embodiment based on the above configuration will be described.
explain. First, assuming that the electronic register 100 is used
Then, after a predetermined period of time, for example, after closing the store, immediately after the first RA
Log file of card update history information accumulated in M21
Central management unit 200 via floppy disk 210
This is read by the host computer 201 of
The computer 201 edits each log file and edits the card data.
Data and create various data including this card data.
It is stored in the storage device 202 as a customer database. this
Regarding card fraud or unauthorized use in the customer database
Negative data via floppy disk 220
The second RAM of the electronic register 100 before the opening of the store
22 as a negative file. The negative data is stored in the second RAM 22.
From a customer who came to the store after it opened
Key various conditions such as payment to be presented from the key input unit 3.
Input as data (step 1). Also from the customer
Various cards submitted, eg payment cards, payment
Card, friend's membership card, shopping voucher prepaid card
(Hereafter, shopping ticket PC), gift certificate prepaid card (hereinafter
Card data such as a gift certificate PC) and employee ID card
The reader / writer 4 reads it (step 2). From the card reader / writer 4 to the car
When the negative data is read, the negative judgment unit 12
Read from the RAM 22 of the above with the card reader / writer 4
Read negative data corresponding to the card data
(Step 3). Card data of the read card
Whether there is negative data corresponding to
Determination section 12 makes a determination (step 4). This step
It was judged to be present in negative data in Group 4
Card with anomaly processing signal as negative data in case
Use the card output to the calculation unit 13 and submitted by the customer
A process for disabling is executed (step 9). Negative data in step 4
If it is determined that the signal does not exist in the
Output to the card operation unit 13, and this card operation unit 13 outputs a card
A data update operation is executed (step 5). This run
Of the service that is the target of the update calculation of the registered card data
The execution count integration unit 14 adds the execution count.
(Step 6), this addition process is read in step 2
The number of times the card data service is executed before the specified service is executed
It is calculated by adding 1 to the number. Result of update calculation by the card calculation unit 13
Of the result and the service of the addition processing result of the number-of-executions accumulator 14
The first RAM 21 with the number of executions as the card update history information
Store and store in. (Step 7). Also, the update calculation
The number of executions of the service of the result of the
The card is used as the updated card data by the reader / writer 4.
(Step 8). Especially the normal food supermarket
Of electronic registers that do not use prepaid cards in
Processing time is almost the same as product registration time and product price settlement time.
It takes about 20 seconds for the same time and a total of about 40 seconds.
If there is no cash transfer using the card
The time is about 6 seconds, totaling about 26 seconds, and prepaid
Perform card change sales and product payment at the same time
If there is no return, the total payment time will be around 10 seconds.
It takes about 30 seconds. Use a prepaid card for this
If you do that, 1.5 compared to the case where you do not use a prepaid card
It is expected that the productivity will be doubled. In addition, receipt
Thermal printing is faster than dot printers
In the case of a printer, we can expect further effects.
It The electronic register 100 has a predetermined time limit, for example,
Immediately after closing the store, update the card in the first RAM 21
Central management unit 20 with history information via floppy disk
Batch processing is input to the host computer 201 of 0.
This host computer 201 has been batch processed
Edit the card update history information together with the update information entered in the past.
Information about the same service that collects the same card data
Create a card data by arranging by the number of times of execution.
With reference to this card data, the host computer 20
1 is negative data regarding fraud and illegal use of the card
Customer data database including this negative data.
The data is stored in the memory 202 and managed. Further, a negative process is carried out by batch processing every predetermined period.
Data is input to the electronic register 100,
At the terminal side of each electronic cash register 100, it is judged whether the card can be used.
You can turn off the card, and in step 8
The customer can carry the updated card to each electronic
Offline to get service between registers
However, the card can be processed with the latest card data,
Compared to the case of using the online system,
As the number of strikes decreases, it is almost the same as the online system
Etc. to ensure customer service and security. Especially, for the same service of the same card data
Whether to add the service execution count for each update operation
From multiple electronic registers 100 by batch processing
It is easy to organize and edit the card update history information of
In addition, it is possible to take measures to prevent the card update history information from being dropped.
And to create negative data accurately and surely
You can In this embodiment, the electronic register 10
Floppy data input between 0 and central control unit 200
-Although it is configured to input batch processing by disk,
By batch processing via the data transmission line every predetermined period
It can also be configured to input data. (B) Second Embodiment of the Present Invention A second embodiment of the present invention will be described with reference to FIGS.
It This FIG. 4 is an overall block diagram of the register system of the second embodiment.
Lock configuration diagram, FIG. 5 shows the operation of the register system shown in FIG.
Production flow chart, Figure 6 shows
It is an operation | movement flowchart of the additional sale of an id card. In each of the above figures, the register according to the present embodiment
The system is an electronic cash register as in the embodiment shown in FIG.
Batch processing between the server 100 and the central control unit 200.
Data is input and output, and the electronic register 100
U1, RAM2, key input unit 3, card reader / writer
4, the printer 5 and the ROM 6 are commonly provided, and the CPU
The difference is that it has a prepaid card addition sales function to 1
To do. That is, C of the electronic register 100 in the present embodiment
PU1 is a register control unit 11 and a negative determination unit 1
2. In addition to the configurations of the card calculation unit 13 and the execution count integration unit 14,
Yes, while the deposit amount is entered from the key input section 3,
The card data read by the card reader / writer 4 is input.
If the payment is made, the payment settlement processing of the register control unit 11 is completed.
Refer to the amount based on the result of the card payment of the prepaid card.
A structure provided with a prepaid card calculation unit 15 for calculating data
It is a success. Next, the operation of this embodiment based on the above configuration will be described.
explain about. First, the predetermined key of the key input unit 3 is operated
Then, the data is input (step 11). This input
The data that is provided is related to the product that the customer wants to purchase.
Amount, department data, prepaid card additional sales deposit
Deposit data and instructions for payment to the register control unit 11
Payment key to perform payment, payment key to perform payment processing,
Withdrawal key for cash processing, register operator registration key, etc.
is there. Also, the amount of money that the customer wants to purchase,
The data input of the department is monitored by a scanner (not shown).
Read the product code number of the product that the customer wants to purchase
The product price and department searched by the product code number
There is also a method by inputting. The input data is about to be purchased
Is it the amount of money related to the product or the data of the department (product registration)?
The register control unit 11 determines whether or not (step 12),
If it is determined that the product is registered, the register control unit 11
Perform product registration processing by starting calculation operations such as adding product prices
(Step 13). In step 12,
If it is determined that the product is not registered, other processing, such as
For example, the prepaid card additional sales and deposit processing shown in FIG.
Perform processing such as payment and withdrawal processing. In step 13, the first item registration
When the processing is completed,
Data entry for either product registration or payment
Is performed (step 14). In addition, the key input unit 3
The register control unit 11 determines whether the price settlement key is operated.
Is determined (step 15). Operate this payment key
Payment processing operation (step
19-Step 29), and the payment key is operated.
If it is judged that it is not entered, it is input in step 14.
The register control unit 11 determines whether the data is the next product registration.
Cut off (step 16). In step 16, product registration has not been completed.
If it is determined that the product has been registered, the product registration is performed by the register control unit 11
Executes the calculation operation such as adding the product price (step 1
7), key when it is judged that the product registration is not done
It is processed as a key input error of the input unit 3 (step
18). That is, the key input error processing is
Other than key payment key operations or product registration key operations
This is the case of key operation. In step 15, the payment key is
When it is judged that it has been operated and it shifts to payment processing
Is a prepaid card car from the card reader / writer 4.
The read data is read (step 19). In addition, the negative
The read determination unit 12 reads from the second RAM 22 in step 19.
Negative data corresponding to the issued prepaid card
Is read (step 20), is it in the negative data?
It is determined whether or not (step 21). In this judgment
It is in gative data, that is, it corresponds to negative data
If it is determined that the prepreg is being used,
Execute the disabling process to the effect that the id card cannot be used
(Step 30). This disabled processing is register control
The price settlement processing operation in the section 11 is stopped. In Step 21, the negative day
Data, that is, it is judged that it does not correspond to negative data
If it is done, from the customer using the ten-key pad of the key input unit 3.
Deposit money for prepaid addition of is 0, that is, deposit money is input
The register control unit 11 determines whether or not (step
22). If you judge that the deposit amount is not "0"
If the prepaid card calculation unit 15
Execution of the calculation for the additional sale of the code (Step 2
3). This additional sales calculation is based on the prepaid car before the update.
Current amount of money (remaining amount of money) and entered prepaid
The deposit amount for addition and this deposit amount for prepaid addition
Add the amount of the applicable premium and add the updated
Ask for the provisional current amount of the paid card. [0062] The updated provisional present amount was sought
If and in step 22, the deposit for prepaid addition is
If it is determined to be “0”, the register control unit 11
Execute the payment process of the product price with the payment card
(Step 24). This product price payment process is as described above.
From updated provisional current amount or current amount after last use
After updating by calculation processing that subtracts the unpaid amount of the product price
Confirmation of prepaid card Request current amount. Further, the product price by the prepaid card
After completing the payment procedure of
The number-of-executions accumulating unit 14 executes an addition process of the number of executions.
(Step 25). The number of executions of this addition processing and the above
The prepaid card obtained by the arithmetic processing in step 24.
Confirm the log data after updating the card including the current amount
It is stored in the first RAM 21 (step 26). For controlling the prepaid card arithmetic unit 15
Based on the card reader / writer 4 added to the prepaid card.
Card the calculated number of executions and the amount of confirmed current amount
Printing means for writing as data and omitting illustration
Supports card data on one side of a prepaid card
The amount of money to be printed is printed and discharged (step 27). This program
The payment of the prepaid card is confirmed as the provisional current balance after the update.
Do about current amount. However, confirmed current amount after renewal
If the value is a negative value, the
Repaid card is updated and discharged (Step 2
7) If the absolute value of the negative value is used as the amount of shortage,
Move to step 28. The above-mentioned fixed present amount of money is a negative value, that is, payment failure
The register control unit 11 determines whether or not it is a foot (step 2).
8). This step 28 is not negative (payment shortage)
If it is determined that the payment processing operation is completed. The above
It was judged negative in step 28 (insufficient payment)
In that case, a display to that effect (insufficiency of absolute value) will be displayed.
(Not shown), and whether the customer is
From the deposit, and the data of the amount corresponding to this deposit is
It is input from the key input unit 3 (step 29). This branch
If data of the amount corresponding to the shortage of payment is entered,
Return to Step 19, and again from Step 19 to Step 29.
Each operation of will be repeated. It is determined in step 12 that the product is not registered.
If the process is changed to the other process shown in FIG.
The PC addition key is the key to instruct the additional payment of the prepaid card
The register control unit 11 determines whether or not is operated.
(Step 120). This prepaid card addition sale
If it is determined that the indicated key has been operated,
The card reader / writer 4 sends the card data of the pay card.
Read out (step 121). In addition, the negative judgment part
The card data 12 is read by the card reader / writer 4.
Negative data corresponding to the data in the second RAM 22
Whether it is in the gative file or not (step 122),
Does the prepaid card correspond to negative data?
It is determined whether or not (step 123). In this judgment
If it is judged that it corresponds to negative data,
The fact that the prepaid card used cannot be used
The unusable process is executed (step 131). This messenger
Unusable processing is another processing operation in the register control unit 11.
To stop. In step 123, the negative
If it is determined that the data does not correspond to the
Prepaid addition deposit from customer when entering 11 data
A prepaid card to check whether the amount of deposit is greater than "0"
The calculation unit 15 makes a determination (step 124). pre-paid
When it is judged that the deposit amount for addition is larger than "0"
Is the prepaid card calculation unit 15
The additional sale processing is executed (step 125). This addition
The sale process is an update of the read card data.
The amount of deposit for prepaid addition and the amount of the
Add a premium equivalent to the deposit amount for paying addition
Determined after update Request current amount. The additional sale process of this prepaid card is over.
When completed, the execution count accumulator 14 for this service
The addition process of the service execution count is executed (step 12).
7). The number of times this added service is executed and the step
Prepaid car calculated by calculation processing
Confirmed after renewal of card
It is accumulated as log data in the RAM 21 of step 1 (step
128). Number of times the service has been added and updated
The card reader / writer 4 is
Update the card data of the prepaid card by rewriting
Printing means not shown at the same time as step 129)
By printing the confirmed current amount on one side of the prepaid card
And discharge (step 130). In step 124, the customer
If the deposit for deposit payment is judged to be “0”,
Key because there is no indication of the additional sales amount of the prepaid card
It is processed as a key input error of the input unit 3 (step 1
26), eject the prepaid card (step 13)
0). Also, in step 120, register control
The key that part 11 directs the additional sale of prepaid cards
If it is determined that the operation has not been performed, the other button is pressed.
Follow the key to make a deposit
If the key is a gold key, the process proceeds to withdrawal processing (step 13).
2). FIG. 7 is a register system according to another embodiment.
Simultaneous processing of additional sales and payment of prepaid cards in
A physical operation flowchart is shown. According to other embodiments
The register system has the same C as the embodiment shown in FIG.
PU1, RAM2, key input unit 3, card reader / writer
4, a printer 5 and a ROM 6 are provided, and the operation shown in FIG.
Operation of payment processing after step 15 in the work is different
To do. First, register control in step 15 of FIG.
Part 11 is the operation of the payment key for data input in step 14.
If it is judged as a work, the processing shifts to the payment processing operation shown in FIG.
The quotient of steps 13 and 17 (see FIG. 5)
Consumption tax will be added to the total amount of the products registered in the product registration.
Calculate the payment amount (step 150, S15 in the figure)
Write as 0. The same applies below). Also, the card reader / writer 4
Read the card data of the prepaid card (Step 1
51). Further, the register control unit 11 has the step
151 card data is a prepaid card (hereinafter P
C) is determined (step 152), and the prepaid card is
Negative judgment when it is judged that the code has been submitted
The unit 12 reads the data from the second RAM 22 from the step 151.
Read the negative data corresponding to the
If the active data is read,
If no negative data is read, it is normal.
It is determined to be data (step 153). By this judgment, the prepaid card is normal data.
If it is determined that the prepaid card will be sold
Production (step 155 and below), and the above step
If it is determined that the card is not a prepaid card in 152,
Pay the amount calculated in step 150 in cash
Shift to the operation (step 167, the following is omitted)
It will be. Note that in step 153, the negative
Used when it is determined to correspond to live data
If you cannot use the prepaid card to process payments,
Disable processing is executed (step 173) and step 164
Will input data for payment again. When shifting to the additional sale operation, the customer
Register control unit 11 determines whether or not there is a deposit (
155), if this deposit is judged not to be “0”
If the deposit is more than 10,000 yen,
Step 155). In step 155, the deposit amount
If it is determined to be “0”, step 1 described later.
The processing shifts to payment from the 69 prepaid card.
Deposit for prepaid card addition in step 155
Is less than 10,000 yen which is the minimum sales amount for prepaid card addition
If it is judged to be the amount of money, cash payment processing is executed
(Step 157). After this cash payment
The register control unit 11 determines whether or not the payment amount is insufficient.
Judge (step 158) that the payment amount is insufficient.
If it is determined that there is no such payment, the payment operation ends. Also, it is determined that the payment amount is insufficient.
If you decline the payment process from the prepaid card
The register control unit 11 executes it (step 159). This
By the prepaid card by the register control unit 11 of
In the payment process, the amount of deposit is
If it is determined to be "0", the same process is executed.
It The deposit is prepaid in step 155.
It is judged that the minimum amount of additional sales is 10,000 yen or more
In case of payment, the register control unit 11 makes a prepaid after payment.
The balance amount of the card is calculated (step 168). This
The balance amount of the prepaid card in
The amount for prepaid card addition and its amount
Add a premium equivalent to the amount to be added, and add this
It can be obtained by subtracting the payment amount from the fruit.
Wear. Further, the prepaid of step 168
The balance amount of the card is the limit of the prepaid card 3
Prepaid card calculation unit 1
5 determines (step 169). This limit of 30,000 yen
If it is determined to be less than, the prepaid card arithmetic unit 1
5 executes the prepaid card add-on sale operation (step
170), and the register control unit 11 is a prepaid card.
The payment process from the card is executed (step 159).
In step 169, it is determined that the limit is 30,000 yen or more
If it is done, transfer to prepaid card additional sales processing
Error processing that invalidates the line (step 17)
2) Enter data for payment again in step 164.
Will be done. As described above, when prepaid cards are sold additionally
Even if the provisional amount of
We will continue to settle the payment and obtain the fixed amount of money
Prepaid car by keeping the current amount within 30,000 yen
The safety of the vehicle will be secured. Step 15
When the payment process of 9 is completed, the service will be
The line count integration unit 14 executes the addition process of the service execution count.
(Step 160). This added service
Calculated by the number of executions and the arithmetic processing in step 159.
Confirmed after renewal of the prepaid card
The log update data is stored as log data in the first RAM 21.
It is accumulated (step 161). In addition, the prepaid card calculation unit 15
The card reader / writer 4 is a prepaid car based on the control.
The number of times the service is executed and the amount
Printing data not shown in the drawing
Predetermined items corresponding to one side of the prepaid card depending on the step
Is printed (step 162). In addition, payment with a prepaid card
The register control unit 11 determines whether or not the amount of payment is sufficient.
When it is judged (step 163) and it is judged that it is insufficient
Data input, that is, the amount of deposit money from the customer, etc.
From the key input unit 3 (step 164).
Return to page 151 and repeat the procedure after that.
It Further, in step 163, the prepaid card
It is judged that the amount of payment is sufficient
If so, the payment operation is ended. (C) Third Embodiment of the Present Invention A third embodiment of the present invention will be described with reference to FIGS.
To do. FIG. 8 is an outline of the register system according to this embodiment.
FIG. 9 is a schematic block diagram, and FIG. 9 to FIG.
Example system operation flow chart, Figure 17 is delivery sales
FIG. 18 is a print mode diagram of a customer receipt printed and output by
Fig. 19 shows the printing mode of the card surface when the gift certificate PC is issued.
Figure 23 shows the card data format for each card type.
24 shows the keys of the key input unit 3 and the layout of the display device.
It's out. In each of the above figures, the register according to the present embodiment
The system is the same as the embodiment described in FIGS. 1 and 4 above.
Batch between child register 100 and central control unit 200
Data is input and output by processing, and the electronic register 10
0 is RAM 2, key input unit 3, card reader / writer 4,
This electronic register is equipped with a printer 5 and a ROM 6 in common.
The configuration of the CPU 1 that controls the controller 100 is different. This CPU 1 is an electronic register shown in FIG.
The register control unit 11, like the CPU 1 in 100,
Negative judgment unit 12, card calculation unit 13, execution product
Commonly includes the calculation unit 14 and the prepaid card calculation unit 15.
In addition to this configuration, the current date and time is output as date and time data.
Read from the date / time management unit 16 and the card reader / writer 4.
Card data and cash register of the cashless card taken
The cash register is calculated from the product price calculated by the target control unit 11.
Cashless format that determines whether payment can be made with
Product cost calculated by the disconnecting means 17 and the register control unit 11
Card data read from the card reader / writer 4
And deposits and various commands entered from the key input section
Payment control unit 18 for controlling payment of goods, and product delivery and
And same day only when product receipt / payment management such as product revision is required
Unique receipt within the attachment and at the electronic register
Configuration comprising a receipt / payment number generation unit 19 for generating a payment number
Is. Next, the operation of this embodiment based on the above configuration will be described.
explain about. As a premise, each of the above-mentioned FIG. 19 to FIG.
The card data format is the basic management item of the card.
It is common to expressions. Card classification to identify the type of card
The card number that makes a card unique for each card type is
Therefore, it is assumed to be encoded. Also use card
The classification is pre-encoded with "0" and the card
It is controlled so that it can be used only for line processing. It cannot be used for anything other than the issuing process of this card.
The half-encoded card,
Enrollment and purchase determined by each type of code card
Carry out card issuing procedures such as
As a result, the card usage classification is encoded as "1".
And is controlled so as to perform the original function of the card. this
An encoded card that fulfills the card's original function
And In addition, the prescribed procedure decided for each type of card
If you decide to discard the card as used,
Sets the card usage category to "9". Also, in FIG.
The payment card is "01" and the point service
Unspecified large number of cards with the function of screw and prepaid
It is a card issued to customers. On the other hand, the payment settlement card is classified into
Other than point service and prepaid function with "03"
In order to have a cashless function,
Issued to a specific customer who has passed the qualification examination for payment approval
It is a card. Also, the customer will be given a payment card first
Issued and settled to those who wish to make cashless payment.
Issue a card. First payment card issued at this time
One customer pays
Or, you can only hold one of the payment decision cards
Yes. It should be noted that the other units shown in FIGS.
For items of card and card data, refer to FIG.
Since the structure is basically the same, the description is omitted.
It In addition, in FIG.
The input numerical value, the state of the register, and the register operator
-Display a message that prompts for input. 10 key 32
Enter the department code, deposit amount, etc., sign on / OF
F key 33 starts and stops the electronic register (sign ON)
(Sign OFF) command is issued. Inquiry about the contents of the card
Press the key 34 to print the card data of the card on the receipt.
Command and the card copy / merge key 35 is a dirty card, etc.
When copying to a new card or issuing a payment card.
Prepaid function of payment card that customers have before
Prepaid available amount of money and point service point
It issues a command to merge the total amount with the payment card. The delivery sales key 36 is for selling large items,
Directive to manage receipt and payment of goods for delivery and delivery of goods at a later date
I do. The amended sales key 37 amends products by selling clothing, etc.
And manage the product receipt and payment to deliver the product at a later date.
Command to do. Delivery / correction completion key 38 is the delivery of goods
Instruct to enter completion data for delivery and delivery of corrected products
It The number entered with the 10 key is the transaction key for the department key 39.
Direct it to be the department of goods. Amount key 40 is 10 keys
Command that the value entered in
It Payment (affirmative response) key 41 is mainly for product payment
Input of deposit money from 10 keys
Then, press this key to execute payment. In addition to this, card data, deposit money, etc.
"Execution key" function to execute various processes by judging from the
And either the positive or negative displayed on the display device 31.
Enter a positive response to the message prompting
Have the function of This PC addition (negative response) key 42
Mainly perform prepaid additional sales and payment at the same time
Prepaid addition sale from 10 keys with the key to instruct
If you press this key after entering the deposit for
Execute sales and settlement of product price sequentially. Show more
Key in either affirmative or negative displayed on device 31
The ability to enter a negative response to a message prompting
Have. First, referring to FIG. 9, the product in the product sale
Registration process (step 501 to step 508) and quotient
Neutral processing (steps other than product registration)
510 to step 521). The product
The registration process requires no key operation to input various commands.
(Step 501). Key in this step 501
Judge whether the operation is product registration, which is registration of the product for sale
(Step 502), if it is determined that the product is registered,
The register control unit 11 performs the product registration of
Product registration processing is executed (step 503). The key operation of this product registration is performed by the key input unit 3
Key operation in the department key 39 and the amount key 40
Bar code scanner made or omitted from illustration
Entered by search by the product code entered by
It In step 503, the first point product registration process
When finished, the product registration for the products from the second point onward will be performed.
Data about either recording or payment for the product
Input is made (step 504). In addition, the
The key operation on 504 is the operation of the payment key 41.
The register control unit 11 determines whether or not (step 5).
05). Judging that the price settlement key 41 has been operated
If so, the payment processing operation (step 700 or step
Step 720) and the payment key 41 is operated.
If it is determined that there is not, the same in step 504
Register control whether key operation is product registration of the next product
The unit 11 makes a judgment (step 506). This step 5
If it is determined that the product is registered in 06, the product registration
The register control unit 11 records the product, such as adding the product price.
The process is executed (step 507) and it is determined that the product is not registered.
If it is refused, it will be a key input error of the key input unit 3.
It is processed (step 508). That is, this key input
Error processing is the operation of the payment key 41 or the product
Key operation other than any one key operation of registration key
Is the case. In step 502, the product registration key
-If it is determined that the operation is not performed, step 510 is performed.
Move to neutral processing operation in step 521.
It In this neutral processing, the register control unit 1
1 is the operation of the key input unit 3 in step 501 within the card
It is determined whether the inquiry key 34 is valid (step 51).
0), it was determined that it was the inquiry key 34 for the contents of the card
In the case, the printer 5 prints the contents of the card on the receipt
Output (step 511). This print is a flow chart
If you want to print important items such as a PIN,
If you want to confirm your identity such as birthday, please use the key input section 3.
Enter the card data shown in Figure 19 and enter the date of birth of the card data in the card.
By printing only when it matches with the security of the card
I keep it. Inquiry for a card in step 510
If it is determined that it is not the push key 34, step 50
The operation of the key input section 3 in 1 is the copy / merge key 3 of the card.
The register control unit 11 determines whether the number is 5 (step 5).
12). In this step 512, the card is copied / copied.
If it is determined to be the key 35, the processing flowchart is omitted.
However, the damaged card etc. was copied to a new card.
The customer already had the card when issuing the payment card.
Prepaid function of payment card prepaid function available
Settle the current amount of money and the accumulated amount of points of the point service
The card is merged (step 513). This merging process is performed by the customer using the payment card.
When switching to a payment card with a cashless function
Payment card with the same card number as the payment card
Will be issued, and the merge process will be the same.
Merge payment card with payment card only into payment card
In order to prevent illegal merging of cards,
To prevent. In step 512, the card
If it is determined that it is not the copy / merge key 35, the register
The control unit 11 operates the key input unit 3 in step 501.
Whether or not is the sign ON / OFF key 33
(Step 514). In this step 514
If it is judged to be the ON / OFF key 33, the processing flow chart
The chart is omitted, but sign ON is a card reader
In advance, read the employee ID card shown in FIG.
And the sign ON / OFF key 33 is operated.
Yes, and sign off for card reader / writer 4
Sign-on / OF without loading misaligned cards in advance
This is the case where the F key 33 is operated. The specific processing operation of the sign ON is
It is recorded in the card under the control of the register control unit 11.
Card data that has the function of an employee ID card
Read from writer 4, current date and time of register control unit 11
Date and time data that indicates and the register number that identifies the register
And the employee code and sign-on management items in the card data
The execution count integration unit 14 adds up the execution count integration value
The card calculation unit 13 calculates a card based on the line count integrated value.
Update data. Furthermore, the card calculation unit 13
Simultaneously creates card update history information,
The history information of the card update can be stored in the log storage area.
Sign-on can be executed only when and
It It should be noted that the card accumulated in the sign-on process is updated
The history information of the
Unauthorized operation of sign-on by organizing in the order of the number of updates for each code number
The work is checked, and if tampering is found, it is negative.
Is written to the negative file as active data,
This negative file is stored in the electronic cash register before business starts the next morning.
Storage area for negative data in RAM 2 of the star 100
Batch input to prevent unauthorized sign-on again
Becomes Further, in this embodiment, a block diagram and processing
I omitted the logic flow chart, but I am a register operator.
The cashier operates multiple electronic registers 100,
Floating cache that counts each register operator
The electronic device operated by the register operator when implementing
Each time you leave the register 100, the electronic register 100 safe
Remove the drawer that is, but remove this drawer
Sometimes the drawer attachment / detachment provided on the drawer attachment part
Sir senses removal of drawer and electronic register 100
Will be signed off, and then another cashier
Electronic register 10 for which the operator has turned off the sign
When operating 0, sign on with this employee ID
The floating cashier system that does not come is implemented. For this purpose, the register operator has an electronic register.
Each time you change the
Register operator information based on employee code in data
This means that we have implemented a reliable floating cashier system.
To prevent fraud by register operators. Also before
At step 514, the sign ON / OFF key 33
If not, the register control unit 11 determines
The operation of the key input unit 3 on
Is determined (step 516). Delivery sale key
If it is determined to be 36, it is for managing the receipt and payment of goods for goods delivery.
For electronic receipt and payment management unique to the electronic register 100
The receipt / payment number generator 19 generates the receipt number of
Print the number on the receipt for the customer with the printer 5.
It On the receipt for this customer, the receipt number
Store code that can identify the store that handled the product,
Unique register number in the store, date of handling,
Item details, planned delivery date and time, collection of items required for delivery
If not, print the amount of money collected. In addition, these
Collect item details, payment information, and when you plan to deliver the item
The amount of money is stored in the log storage area of the RAM 2. This print
Specific example of a custom receipt for a customized delivery sale
It shows in FIG. In addition, the flow chart of delivery sales is shown in Figure 1.
2 (A) Delivery pre-sales processing and (B) Delivery post-sales processing
Show. Note that the item description is printed in step 5 of FIG.
03 and step 507 product registration processing
(B) Post-sale processing for delivery is the step of the payment processing shown in FIG.
This is executed at step 705. Also, the flowchart of FIG.
17 and the receipt items in FIG. 17 are explained in step 11 of FIG.
This is done in section 705. Delivery in step 516
If it is determined that it is not the sales key 36, register control
The operation of the key input unit 3 in step 501 is delivered by the unit 11.
-It is determined whether the correction completion key 38 is set (step 51).
8). When it is determined that it is the delivery / correction completion key 38
Executes the delivery / sales completion input process (step 51).
9). This completion input process is performed after product delivery is completed
After the delivery is completed, the completion report is input from the key input unit 3.
The input item is the store code that can identify the store that handled it,
Unique register number in the store where you handled the item,
The date of the handling, the delivery date and after delivery
If there is a collection at the time, the collected amount and the product payment / receipt pipe
Enter the business reception number. A detailed explanation is given in FIG.
This is done in step 706. In step 518, delivery / correction is completed.
When it is determined that the end key is not 38, the register control unit
11 is the price of the operation of the key input unit 3 in step 501
It is determined whether the key is the completed key 41 (step 520). Payment decision
When it is determined that the completed key 41 is used, a card reader / writer
Depending on the card classification of the card data read from 4,
Card that determines the type of card and processes for each type of card
The process moves to steps (steps 600 to 616). other
However, in step 520, the payment decision key 41
If it is determined that the register control unit 11 is
Enter data other than the predetermined keys
In this embodiment, it is processed as a key input error
To return to the beginning of the operation in step 501 (step 501).
(Step 521). The card processing is first shown in FIG.
Card reader / writer 4 submitted by the customer
The read data is read (step 600). This card day
FIG. 13 shows a flowchart for reading the data. Well
Read the card data from the card reader / writer 4.
(Step 801), card in the card data
Depending on the usage category, check whether the card has been used.
The star control unit 11 determines (step 2). This card
When the usage classification is "0", it is not used, and when it is "1", it is used
In case of 9, it is decided that it has been used. The step
If it is judged to be used in page 802, it has been used
Only used cards are processed to the effect that they cannot be used
Error processing is performed (step 803). It has not been used in step 802.
If it is determined that the card is negative data
Card categories and cards to find out if they are registered with
Set a search key consisting of a number (step 804),
Search negative data with the search key and read it
(Step 5), times when there is no negative data with the same key
Whether or not it is negative data depends on whether
806). If it is determined that there is no negative data
If this is the case, set the card error classification to "0" and step 60
1 (step 808). In step 806, it is the same as the search key.
If there is one key of negative data, the card can be used.
Negative error processing to the effect that it cannot be performed (step 807) and
Set "1" in the card error classification and go to step 601.
Proceed (step 809). In step 803,
Even after the card used error processing, the car is processed in step 809.
"1" is set in the error class and the process proceeds to step 601.
In step 601, the reading in step 600 is performed.
The inserted card is not a used card and is negative
Register control whether it is a usable card that is not in live data
The section 11 makes the determination. Cards that cannot be used in this judgment
If it is determined that the card error is processed,
The process returns to step 501 (step 602). This messenger
The card data of FIG. 13 is used to determine whether or not the card cannot be used.
"0" is set in the card error classification in the reading process of
If it is set, it can be used. If "1" is set,
It cannot be used. The keys that can be used in step 601 are
Card data of the relevant card
Registered whether unused or in use according to the card usage classification of
The control unit 11 makes a judgment (step 603). Car in use
If it is determined that the
Whether the card you are using is a Friendship Club card (step 604)
Payment card (step 606), employee ID (step
608) is executed sequentially, and the car of the card in use is executed.
Do processing for each type. In step 604, the friend's meeting card
If it is determined that the friend processing is performed (step
605). The flow chart of this friend's membership processing is omitted.
Although omitted, FIG. 2 read from the card reader / writer 4
Number of card data and membership per card of friend's membership card shown in 0
Register system to determine whether the maturity payment has been completed based on the amount of credits and accumulated reserves.
The control section 11 judges. In case of maturity in this judgment,
One month's premium is added as a premium to the accumulated reserves
Maturity period for issuing a shopping ticket PC (see Figure 22) for the specified amount
Perform shopping ticket issue processing. On the other hand, if it is not due,
-If there is a deposit entered from the input section 3, is it a deposit?
Deposit the recharge to the friend's membership card as a membership fee for the friend's association
If the deposit payment process for the
-If there is no deposit entered from the input section 3, it will be your friend's meeting.
Cancel the withdrawal process. Thus, the card data is encoded.
Because it is controlled by the card category entered and the deposit money entered
As shown in Fig. 24, do not include command keys related to the friendship
We have realized friend processing. Smell in step 606
If it is judged as a payment card, the prepaid car
The calculation unit 15 executes the additional sale of prepaid cards
(Step 607). In step 608,
If it is judged as a membership card, processing of the time card
Is executed (step 609). This time card
FIG. 16 shows a logical flow chart. First, step 60
The latest attendance in the card data of the employee ID read with 0
Based on the classification (see the time card management items in Figure 23),
If the attendance category is attendance, it is stored in the log storage area.
Initially set the time and attendance category of time card data to leave
If you are away from work, set to work status by default.
It Further, the display device 31 of FIG.
Displays whether you are leaving or working. The operator of the electronic cash register 100 displays the
If you agree with the display as shown in
-41 is operated and the display is different, it is a negative response.
It is supposed to operate the PC addition key 42
Data input is made. The above data input is
If it is judged as a regular response, the above-mentioned default attendance category
If the answer is negative, leave the default settings
Check the attendance status by reversing the attendance status and attendance status of the attendance classification.
Set the date and time as the current date and time at the time of the reading operation.
The date and time data output from the time management unit 15 and the confirmation
With the time and attendance classification, the card calculation unit 13
At the same time the card data is rewritten and updated, the card is updated
Create history information for. R history information of this card update
It is stored in the log storage area of AM2, and the printer 5
Employee code stored in the log, fixed attendance zone
Prints the time card displaying the minute and date data. Therefore, the time clock in the electronic register 100 is
To operate the card, insert the employee ID card into the card reader / writer 4.
Operate and display the payment key 41 of the key input unit 3
Check the display on the device 31 and if correct, determine the same price again
It is sufficient to operate the end 41, and the operation is easy. Also display
If it is different, you will be operating the PC addition 42,
As a result, the mistaken operation of the previous time card was discovered.
Accurate attendance data collection is possible, easy operation and correct
We have realized the function to collect new data. In addition,
Step 604, step 606, step 608
If it is determined that none of these applies, step 501
Return to. In step 603, the card use area
If it is judged as an unused card by the minute,
Whether the unused card is a payment card for the register control unit 11
(Step 611), gift certificate PC (Step 61
3), in order of whether it is a friend's membership card (step 615)
Execute next and perform processing for each unused card type.
U If determined to be a payment card, payment car
Issue processing is performed (step 612). Also for gifts
If it is determined that the gift card PC is a prepaid card
Is the gift certificate PC purchase deposit entered from the key input unit 3.
Forehead and prepaid card read from card reader / writer 4
Half-encoded so that it does not function as a card
Prepaid from card data of unused gift certificate PC
Card operation unit 15 can be used as a prepaid card
Update to pre-paid card data
Based on the calculation result of the card calculation unit 15, a card reader
As a prepaid card by rewriting by Ita 4
Issuing as an encoded gift certificate PC that can be used
(Step 614). Gift certificate PC of this step 614
A sales flow chart is shown in FIG. First step 8
Card usage zone for unused gift certificate PC (see Figure 21)
Set "1" for minutes. This is a prepaid card
Is a half-encoded gift certificate PC that does not work
It is encoded as "0" in the use category. This har
Fu-encoded card with prepaid card function
To use as an encoded card, the card usage classification is "1"
To set. Next, in step 822, the card of this card
Set "1" in the screw execution counter. That is,
Since this card sale is the first service, "1"
Become. Next, at step 823, the quotient such as the currently available
Compute and update the gift certificate PC management item. This is currently available
The amount of money spent is equivalent to the purchase price of the gift certificate PC and the purchase price of the gift certificate PC
It is the sum of the premium. Then in step 824,
Store the card data after updating the gift certificate PC in the log of RAM2
Accumulate in the product area, and in step 825
Can be identified as an encoded gift certificate PC that can be used as
Mark is printed on the card surface, and card data is printed in step 826.
The card can be rewritten and updated to be used as a prepaid card.
Execute the sale of uncoded gift certificate PCs. Printing in step 825 on the card surface
An example is shown in FIG. 18 (after issuance). As a prepaid card
Of encoded card which is a gift certificate PC that can be used as
Card name 301, card number 302, car
We added premium to card sales price 303 and card price
Mark of the amount of money that can be used for payment, which is currently 304
I made a letter. For this reason, nothing is shown in Figure 18 (before issuing).
Unused which is a half-encoded card that is not written
It will be possible to distinguish it from the gift certificate PC of
The unauthorized use of is suppressed. Also, the encoding of this half-encoded card
The code processing and the printing processing on the card surface are the same as those shown in FIG.
The payment card issuance process of step 612 and the step described later.
The same applies to the process of joining a friend's membership on page 616.
It At step 613 in FIG. 10, the gift certificate PC is used.
If not, in step 615, the member of the friend
When it is judged that it is a friend's membership card
Executes the membership joining process of the friend (step 616). From step 505 (see FIG. 9),
When the processing shifts to payment processing, in step 700 of FIG.
Read the card from the card reader / writer 4, then
In step 701, the register control unit 11
The card is a card reader / writer based on the read card data.
It is judged whether or not it has been thrown into 4. Card is curly
If it is judged that it has been put into the Dalitter 4,
Is a payment card, payment card, gift certificate PC,
Is it a card with a payment function on one of the shopping ticket PCs?
It is determined whether or not (step 703). Step 70
Card is not inserted into the card reader / writer 4 in 1
If it is judged to be correct, add "1" to the card no classification
Set (step 702). In addition, step 703
If it is determined that the card does not have a payment function in
In other words, payment card, payment card, gift certificate P
C, other than a card that has the payment function of the shopping ticket PC
If there is a card error when using a friend's membership card or employee ID card
Process and return to step 504 (see FIG. 9)
(Step 704). In step 703, the payment function is provided.
If the card is determined to be
After the setting of "1" is executed without any division, register control
Part 11 determines whether the transaction is a delivery sale (step
705). This judgment is made in step 517 of FIG.
"1" is set in the delivery sales category when the pre-sales processing is performed
And the delivery sales category is set to "1"
If so, it is judged as a delivery sale. At step 705
If it is determined that there is a post-delivery post-processing
(Step 706). [0114] A flow chart of this post-sales delivery processing is shown.
12 (B) shows the receipt printing mode at that time in Figure 17
Shown on the custom-made receipt of the sale. First, Figure 17 delivery sales
The customer receipts a to j will be described. Same figure
Is a customer receipt for delivery sales, b is delivery sales
Store code that identifies the store that handled the sale, c is delivery sales
The date the sale was handled, d is unique within the dealer
The receipt / payment number generator 19 generates the register identification number, e.
Number for product receipt and payment management, f is the product description for product delivery
Fine, g is advance payment which is a part of payment information, h is product distribution
Date, i is the time, j is a part of payment information
This is the cash on delivery amount that should be collected when the product is delivered. The customer code and customer name shown in k are the figures.
11 In step 702, "1" is set for the card no classification
If there is no card inserted, it is printed because there is no relevant information
Will not be done. After delivery and sale in FIG. 12 (B)
As shown in the flow chart, the processing is the delivery sales shown in FIG.
Print processing of print items g to j on sales receipts for customers
To do. The item e is printed in step 517 of FIG. 9 above.
The pre-sales pre-processing is performed, and the item f is printed in the step shown in FIG.
The product registration in step 503 and step 507, b,
Although the flow chart is omitted for printing each item of c and d,
It is performed in the initial print processing of the sheet. In addition, the post-delivery / sales processing in FIG.
It is stored in the log storage area of RAM2 in the last step of the process.
Batch input of the delivered sales data to the central management unit 200
It will be managed as order data for goods receipt and payment management.
It Delivery and delivery based on the order data of this central management device 200
A delivery and delivery instruction slip that gives instructions is created, and the illustration is omitted
Is the store code shown on the receipt for the customer in Figure 17 Delivery
b, the date when the delivery and sales were handled, c, the register identification number
d, a product receipt / payment management number e, and product delivery / delivery products
Item f, advance payment g, h and i of the designated delivery date and time, cash on delivery
The amount j and the like are printed. When the delivery is completed based on the slip,
In the delivery completion input process shown in step 519 of FIG.
Store code b, delivery handling date c, register identification
Separate number d, number e for goods receipt and payment management, cash on delivery amount j and payment
The date when the product was delivered is entered from the key input unit 3 and the delivery completion
The data is stored in the log storage area of the RAM 2 as data. this
The delivery completion data is batch-input to the central control device 200.
It will be managed as delivery data for goods receipt and payment management.
It In addition, the product receipt and payment management in the central management device 200
Store code b of order data and delivery data, delivery sales
Handling date c, register identification number d, merchandise receipt and payment management
The order number and delivery data can be
OFF-L
Electronic goods register 100 operating in INE state
Can do the reason. For this reason, conventional product payment management
Rather than product receipt and payment management by Pewter and ON-LINE
Significant cost reduction can be realized. Also, by hand
Greater rationalization can be achieved than entering the delivery delivery instruction slip
It Delivery sales key in step 705
If it is determined that the value is not 36, go to step 709.
Then, the payment control unit 18 uses the data in step 504 of FIG.
It is determined whether or not the input is the PC addition key 42. PC addition
If the key 42 is determined, the payment control unit 18
The additional payment of the prepaid card is performed (step 710).
This prepaid card add-on sale process flowchart
Although omitted, the gift certificate PC of FIG. 21 and the shopping ticket of FIG.
Because PC does not have the function of prepaid card addition sale
Only for the payment card and payment card shown in FIG.
Paid cards will be added for sale. PC addition key in step 709
When it is determined that the value is not 42, the payment control unit 18
Cash payment is required for the item for which data is input in step 504 of FIG.
Determine whether there is a deposit for payment (step 71)
1). If it is determined that there is a deposit from this customer
Performs a payment process in cash (step 71).
2). In addition, the payment amount is insufficient after this payment process.
The payment control unit 18 determines whether or not the payment is made (step 71
3) If the payment is determined to be completed, the process ends. The above
No additional sales of prepaid cards at 710
Again, in step 711, it was determined that there was no deposit.
After being refused, payment is not yet completed in step 713.
After it is determined that the payment is completed, the payment control unit 18 makes the prepaid card.
The payment operation by the card is executed (step 714). This
Payment completed with a prepaid card payment
The payment control unit 18 determines whether or not (step 71
5) If payment is completed, the process ends. [0120] Payment is not completed in step 715.
If it is determined that the payment control unit 18
A match is determined (step 716). This PIN is one
If you decide that you did, cashless payment decision
Executed (step 720). Step 716
If the PIN does not match or the PIN
If it is determined that there was no input, then another card
In order to settle the payment in cash, etc., go to step 700 above.
Payment processing (step
Repeat steps 700 to 720).
It Replacement by cashless in step 720
FIG. 15 shows a money settlement processing flowchart. First,
Card data of the payment card read at 700
(Refer to Figure 19 Payment card) Cashless management section
Same-day settlement, which is the sales date of the eye and the processing date of the electronic register
Compare with day (step 851) and if they are equal,
Cash data of the current product price on the same day bond price of the data
Different payment amount by step (852)
In this case, the payment amount by cashless for this product fee
To the same-day bond price of card data, and
Shift the completion date to the sales date of the card data (step 85
3). Next, the payment controller 18 executes the above-mentioned steps.
852 and today's bond price calculated in step 853
Judge whether it is less than 10,000 yen, which is the limit of daily bond
Step 854). If it is judged to be less than 10,000 yen,
Payment processing by hurres (step 855),
Update the card data of the card used for this payment processing.
With the new card (step 856), this card data
Stored in RAM2 as card update history information,
The card is ejected (step 858). Step
If it is judged to be 10,000 yen or more in 854, the bond on the day
Higher than the limit, cashless payment is possible
Perform error processing to the effect that there is not (step 859) and decide the price.
Settlement of payment without updating the card data of the completed card
The card is ejected (step 860). And another hand
Step 700 in FIG. 11 to process payment in stages
Payment processing (step
Repeat steps 700 to 720).
It In step 857, the log storage of RAM2
Cash settlement payment data accumulated in the product area
Are batch input to the central control unit 200,
The central control unit 200 can be cashless for each card number.
The payment amount due to
The total amount of bonds calculated by the payment amount of bonds of Shres
It is judged whether it is within the limit (30,000 yen), and this limit (3
If you judge that it is larger than 10,000 yen, it depends on the cashless
As cashless negative data that can not be settled
And manage the cashless negate before opening the next morning.
Live data to the negative of the RAM 2 of the electronic register 100.
Batch input to the data storage area. For this reason,
Customers with bond value over 30,000 yen pay by cashless
In the case of doing, the negative judgment unit 12 issues an abnormal signal.
As a result, payment will not be possible. As a result, the cumulative bond height is within the limit of 2
It is 9,999 yen and the bond price on the day is 1 of the bond limit on the day.
It will be 39,999 yen or more including 0000 yen
Because there is no, it is not possible to use the cache in the OFF-LINE electronic register.
Secure payment and security. Na
About the point service, the flow in this example
Although the chart is omitted, 1 for every 100 yen cash paid
Points are added for points, prepaid and cash
For point payments made by
not going. Next, the data read in step 700 is read.
Depending on the type of card,
The control will be described. First, read in step 700
The embedded card has only the prepaid function and
Gift voucher PC (see Figure 22) that cannot be sold additionally
In case of either Kuha shopping ticket PC (see Fig. 21)
Is input by the data input in step 504 in FIG.
If there is a deposit, the cash payment in step 712
And that cash payment is still insufficient
Payment by prepaid card in step 714
Is executed. Also, data is input in step 504.
Prepaid in step 714 if there is no deposit
Only card payments are made. Also,
Payment with a prepaid card in 714
Card data of the card (Figure 21 and Figure
22) has no personal identification number, so in step 716
Cashless confirmation of secret number causes cashless payment
It will not be done. In addition, the data read in step 700 is read.
Has a prepaid card and point service function
And of the payment card that has the function of prepaid additional sales
In this case, the input in step 504 in FIG. 9 is the PC addition key 4
If the operation of 2 and the input of deposit money are performed, step 710
Prepaid additional sales will be made, and the payment made in step 504
If the power is the operation of the payment key 41 and there is a deposit,
Perform the cash payment process in step 712 and respond to the cash payment amount.
We will offer the same point addition service. After this cash payment
If the payment amount is still insufficient and the deposit
If there is none and after prepaid additional sale
Is that payment will be done with a prepaid card
Become. In addition, payment by prepaid card
Card data of the card (Fig. 21 and
(See FIG. 22), there is no personal identification number, so in step 716
Checking the PIN number of the user causes a mismatch and cashless payment
No payment will be made. In addition, the data read in step 700 is read.
Card is prepaid card, point service and cash
Prepaid additional sales with payment settlement function
For payment cards that can be sold, the above payment card
Same as the processing of prepaid additional sales and cash payment
Point addition service according to the cash payment amount of
You can pay with a pay card. These features
In addition, in step 715, the prepaid card
If the payment made by the
Judge that the PIN numbers match and judge that the PIN numbers match
If so, step 720 tells Cashless
You can also execute payment. Therefore, the prepaid card function or the card
Use a payment card that has a payment function of Shres
When you settle the price of goods, the deposit entered from the input means
Perform payment with money or from card reading means
The prepaid card function of the read payment card,
It will be possible to settle the payment with a card function such as cashless
It Deposits for prepaid card addition sales among the above deposits
If the money is entered, we will sell additional prepaid cards
Cash, or if a deposit for cash payment has been entered
Make payment. Then, if you have more money to pay
Is paid from the available prepaid balance on the card,
If there is still money left to pay,
Pay as you go with the Shreth feature
The control unit 18 controls. Gift certificate P having only the prepaid card function
C and shopping ticket PC, prepaid card function and points
Payment cards with service functions, prepaid cards
Functions and point services Functions and cashless payment
For any of the payment cards with functions and
In the case of
Gold settlement key 41 or prepaid card additional sale
Only PC payment key 4 instead of the payment key 41
It will be possible to settle the payment with the key operation of 2
We realized several types of card processing with a simple operation. As described above, in this embodiment, the electronic register 1 is used.
In addition to the 00 function, as a vending machine for prepaid cards
As a function and equipment for collecting attendance information from time cards
Functions, functions as a friend management terminal, and product receipt and payment management
Combines the functions as a terminal, and with a single card
Prepaid card function (prepayment) and point service function
(Cash payment) and cashless payment (post payment) settlement function
And has multiple functions, good operability, high processing speed,
Low cost and high security electronic register 10
0 was realized. The card applied to this embodiment, for example,
For example, a gift certificate PC or the like may have a storage system using a magnetic medium,
Storage form by C memory, magneto-optical memory, and other methods
Can be applied even in the case of. In addition, this implementation
In the example, each control function of the CPU 1 and the RAM 2
Although the memory function is uniquely provided, the communication shown in FIG.
OFF with register terminal and host computer 200
-At least a register controller in the LINE state
It is also possible to have a configuration in which they are used in combination with each other. Also, in the above embodiment, the prepaid
Print the amount corresponding to the card data on one side of the card
It has a prepaid card function.
Card data on one side of various cards
It should be configured to display by destruction method, liquid crystal drive method, etc.
I can do it. Also, the printing surface on one side of the prepaid card
Balance will be available for new card when
You can also take over, and these prepaid cards
Do not print on one side of the card, but only on the receipt.
You can also do it. The minimum sales limit for prepaid card addition
The amount is 10,000 yen or more and the prepaid card is confirmed
The maximum amount of high is set to 30,000 yen or less, but the above addition
For the minimum sales amount and maximum fixed amount
Can be set arbitrarily. Also, for cashless
The maximum amount of cumulative bond amount for payment by
And the daily bond limit of 10,000 yen
Although it was set as a yen, the total amount of bonds and the amount of bonds
The amount of money can be set arbitrarily. From this customer database,
Analysis, visit frequency analysis, analysis by family structure and age structure, etc.
And set a hypothesis based on the customer's product purchase history
However, if the product is developed and introduced based on that hypothesis and that hypothesis is correct
The hypothesis of whether it has been possible can be verified, and the retail industry survives the era of competition
It will be a powerful weapon of differentiation for Also this customer data
Pre-paid card using base and card database
Card issuance business, cashless operation business, joint transportation business
Etc. to create business opportunities other than various retail businesses.
I can do it. (D) Fourth Embodiment of the Present Invention An example of the fourth embodiment of the present invention is based on FIGS. 25 and 26.
Explain. This FIG. 25 (A) shows the electronic record of this embodiment.
Schematic configuration of the card reader / writer system of Dista
Fig. 25 (B) is a card reader / writer according to this embodiment.
Of the card update data in the card processed by the data system
Data format, FIG. 26 shows the card format according to this embodiment.
7 is an operation flowchart of the reader / writer system. FIG. 25B shows the curdley according to this embodiment.
Card update data for cards that are read and written by the Dalitter 4
The data format of the
The update data 1 is a card data that is transmitted / received to / from the electronic register.
Encryption card data m obtained by encrypting the data and the encryption card
The plaintext code that manages the encryption key that encrypted data m
And the generation number n. Also, encryption card data
The personal identification number of the card is included in m. In FIG. 25A, the car according to this embodiment.
The reader / writer 4 is a code that encrypts the card data.
Cryptographic generation storage unit 4 in which an encryption key and a decryption key are sequentially and additionally stored
00 and calculations required to control the entire card reader / writer 4
To execute the plaintext card data with the register control unit 11.
Data and various commands are sent and received, and the received commands are executed.
New when illicit falsification of encrypted card data m is discovered
The new encryption key and the new encryption key
And the decryption key are stored in the cryptographic generation storage unit 400,
Encrypt each encryption key and decryption key stored in the alternate storage unit 400
Card device control unit 401 for managing generation number n
And the latest cipher stored in the cipher generation storage unit 400.
The plaintext key received from the register control unit 11 based on the key.
Encryption of encrypted data to encrypt card data m
Part 402 and a car for reading the card update data l of the card.
Card update data input section 403 and the read card update data
The encrypted card data m in the data
Decryption based on the decryption key corresponding to the encryption generation number n in l
Decoding section 404 to be turned on and a personal identification number for inputting a personal identification number
Section input section 405 and the secret code section input section 405
If a personal identification number is entered, this personal identification number will be
Part 404 is included in the decrypted card data
A personal identification number inspection unit 406 that inspects whether it is the same as the personal identification number;
Cryptographic card data encrypted by the encryption unit 402.
And the cipher given by the reader / writer control unit 401.
The encryption generation number n of the latest encryption key that is the encryption key
A card update data output unit 407 for writing and outputting to a card,
The card data read by the card update data input unit 403
Clear the card update data l and the read card
The reject command input unit 408 for inputting the command to eject
It is a configuration provided with. Next, the operation will be described with reference to FIG.
First, in the encryption generation storage unit 400 of the card reader / writer 4.
Stores multiple encryption generation numbers, encryption keys, and decryption keys.
It Card with central procedure 200 which is a host computer
Falsify the card by tampering with the card by examining the update log data
If it is determined that you are using the card, use the card of the illicit person.
Need to disable. For this reason negative phi
But the second measure is to encrypt the card data.
Prevent the recurrence of unauthorized use by changing the method to a new encryption method
It For this reason, the latest set of encryption generation numbers and
The encryption key and the decryption key are stored in the code generation of the card reader / writer 4.
This card is additionally stored in the encryption management section of the section 400.
The encryption card data m rewritten and updated by the reader / writer 4 is
Since it is encrypted with the latest encryption key,
Equipment does not have the latest decryption key
Prevent unauthorized tampering with flaws. First, step
In card 900, card device controller 401 is register controller 1
Receives the command from 1. Next, in step 901,
Whether the command received in step 900 is addition of encryption method
Determine whether or not. Card device if encryption method addition command
The control unit 401 stores the latest encryption method in the encryption generation storage unit 400.
Data is additionally stored (step 902). Next, in step 901, the encryption method is added.
If there is no command, the card update data input unit 403 is a card
The card update data 1 of the above is read (step 903), before
The encryption generation number n and the encryption generation record in the card update data l
New with the latest cryptographic generation number stored in storage 400
The old comparison is performed (step 904). New encryption generation number n
If not, the card update data is stored in the encryption generation storage unit 400.
There is no decryption key to decrypt the encrypted card data m in l
Error that cannot be decrypted to prevent decryption
Then, the processing is completed (step 905). When the encryption generation number n is old or the same,
If so, decryption processing is performed (step 906).
so). This decoding process is first read in step 903.
Cryptographic generation in the card update data l of the issued card
It is stored in the cryptographic generation storage unit 400 based on the number n.
Take out the decryption key of the same encryption generation number
Decrypt the encrypted card data m into plaintext card data with
It Next, the card device controller 401 determines the register controller 1
Is a plaintext card data transmission request output from 1?
It is determined whether or not (step 907). This transmission request is a book
Explaining the third embodiment of the invention, the quotient in FIG.
Payment key by entering data in step 504 of registration process
41 or payment by key input from PC addition key 42
Proceed to the process and proceed to step 700 of the top of the payment process.
It will be performed in the process of reading the card. Therefore,
Cards can be processed in parallel with product registration at the electronic cash register 100
It will be read. If there is this transmission request, the register control unit 11
The plaintext card data is transmitted to (step 908). This
When the transmission of the
Whether there is a request to receive plaintext card data to be updated
A standby state is reached for determination (step 909). Receive request
If there is, the plaintext card data from the register control unit 11
It is received (step 910). When this reception is completed, next
Then, the encryption processing of step 911 is executed. This encryption
First, the process is performed based on the data stored in the cryptographic generation storage unit 400.
The new encryption key is taken out, and this encryption key is used for the above-mentioned step 91.
The plaintext card data received with 0 is encrypted card data m
Encrypt. Next, at step 911, encryption is performed.
Update the encryption generation number of the latest encryption key in plain text
It is set to the encryption generation number n in the data l (step 91).
2). Further, the card update data output unit 407 is
The encryption card data m set in step 911 and the
It consists of the encryption generation number n set in step 912.
The card update data 1 is output and updated, and the card is ejected after the update.
Perform (step 913). For this purpose, the electronic register 100 and the card
If the reader / writer 4 is stolen, the electronic register
Prepaid use by prepaid additional sale at TA100
Unauthorized tampering of the possible amount and prepay the tampered card.
You can use the pre-paid function by paying the product price with the id function.
If the height becomes low, the stolen electronic register 100 will be stolen again.
Illegal prepaid usage amount by prepaid addition sale
The tampering will be repeated, but the fraudulent prepaid
The update data of the additional sales will be updated by the central management unit 400.
Checked data is not entered, so
Unauthorized cars because the calculation of the available amount of repayment does not match
Data falsification is found. Unauthorized card data tampering
If it turns out, the new encryption key and decryption key are stolen
It is stored in the card reader / writer 4 that is not
New if a fraudulent card is used after storing a bad encryption
Electronic register 1 stolen again because it was encrypted with the encryption key
With 00, it is possible to decrypt the encrypted card data m of a fraudulent card.
I can't come. Therefore, it is impossible to falsify illegal card data.
As a result, fraud is prevented again. Further, in order to prevent fraud in this way, new ones are successively added.
Even if a new encryption method is added, the encryption generation storage unit 400
Since we decided to memorize the decryption keys of all encryption generations,
It is possible to execute a predetermined service with all cryptographic generation cards.
To this end, measures against fraud by adding new encryption methods
However, the card that was issued before the addition reappears with a new encryption method
It can be implemented without going. In addition, in this embodiment
Is the encryption key stored in the encryption generation storage unit 400.
I decided to store it for each generation, but card data encryption
Since it is performed only with the latest encryption key, the encryption generation storage unit 40
The encryption key of 0 only needs to store the latest encryption key.
It is not necessary to have an encryption key other than the encryption generation of. Although omitted in this embodiment, the personal identification number
Input unit 405, PIN checking unit 406, and reject
Since it is equipped with the command input section 407, the personal identification number is input.
Input of the personal identification number by the unit 405, and the personal identification number inspection unit 40
If the PIN code is different from the PIN code check by 6
Control of PIN re-input and reject command input unit 40
The card data of the card that was
Control of card reader / writer for rear and card ejection
In order to do this based on
These processes are distributed and parallel to the electronic register 100.
Will be possible. Also, the card reading in this example
Similarly, the parallel processing is parallel to the electronic register 100 by distributed processing.
Is done. These electronic registers and card reader / writer
Processing speed is fast and the operability is good
And an electronic cash register that is easy to support system expandability
Realized the stem. As described above, in the present invention, the central pipe
The negative data created and managed by the processing device
Since it is input to the storage means of the register by batch processing
In addition, if the used card is lost, illegally used, insolvent, etc.
Whether it corresponds to the card is suitable for use based on negative data
The effect of being able to judge whether or not is exhibited. Further, in the present invention,
Provides various services based on the card data in the card
The latest card data after service is updated to the card
In order to be
Cards can be used between each electronic register
This means that even if it is OFF-LINE, it is ON-L.
Has the effect that a card service equivalent to INE can be implemented
It In addition, according to the present invention,
The card service execution count, and the central processing unit
This execution count is included in the card update history information that is updated.
Since it is included in the central management unit
The database is updated based on the update history information.
Checking for unauthorized use and leakage of card update history information
However, at that time, the card update history information is added to the cumulative number of executions.
Checking can be done easily by editing based on
Has the effect. That is, leakage of card update history information
In case of, only the number of missing numbers
Unauthorized use due to missing update history information
The check of will be able to perform a logic check in order. Na
Data missing in the card update history information is
It is re-entered from the journal etc. which is a copy of register transaction.
Will be done. For this reason, the history data of card updates
Measures for accidents due to missing can be done easily, and OFF-LINE processing is possible.
Although it is a reason, it can be processed without omission like ON-LINE.
Wear. Especially, since the central processing unit is batch processing,
The amount of data can be processed and the electronic register is central
Diversification of functions because the distributed processing is performed with the processing device,
Improved operability, faster processing, and flexibility for system expansion
Easy to achieve flexibility, etc. Also, the card update history information is electronic
It is accumulated in the register itself and later batch-transferred or flowed together.
Send to central processing unit via external storage medium such as ppy
And update the database, for which the central processing unit
When it is out of order, external information such as batch transmission and floppy is recorded.
Data sent via a storage medium
Do not batch process the data,
In order to be able to do this, the processing equipment and network necessary for ON-LINE processing
There is no need to duplicate the network and power supply, and one system is not required
The cost of the device is greatly reduced, and the ON-LIN
Large-scale and complicated software for E processing is also available for distributed processing.
Developed by being distributed in relatively small and simple software
Therefore, the development and operation cost of the software can be significantly reduced.
It Also, in the present invention, a prepaid card can be used.
Even if the outstanding balance is less than the amount paid,
Prepaid cards can be added for sale.
It has the effect that it can be used continuously without reissue.
In addition, the card data update process can be
The card renewal method is executed within the range not exceeding the payment amount.
I will do so for the updated prepaid card
It is possible to further secure the safety. Furthermore, the quotient
Addition of prepaid cards will be added at the time of payment for product purchase.
Sometimes, the payment process and the additional sale process are performed separately
There is no need, and register processing can be speeded up and smoothed.
And improve the convenience of prepaid cards. Well
Also, if you purchase more than the specified amount of prepaid card,
Prepaid submitted with cash, even if
For cards, the amount of card data exceeds the specified limit
As well as the security of the card
Also secure. Especially, in the normal food supermarket
The processing time of the electronic register without using the id card is the product
The registration time and the product price settlement time are almost the same, about 20 seconds
It takes about 40 seconds in total, using a prepaid card
If there is no cash transfer, the payment time for the product will be around 6 seconds.
It will be about 26 seconds in total, and prepaid card additional sales
And when the payment for the product is done at the same time and there is no change back.
It takes about 10 seconds to settle the price of goods, and it takes about 30 seconds in total.
It To do this, you can use a prepaid card
About 1.5 times faster than when not using id cards
Improvements can be expected, and laborers of electronic cash register operators
Productivity becomes 1.5 times. In addition, during the above processing,
If the customer operates the id card,
The printing is faster than a dot printer
In the case of the Luther printer, further effects can be expected
Become. In addition, the price of the prepaid card vending machine is banknote
And because it is proportional to the performance of the sensor that distinguishes coins
In addition, you can use any currency for your convenience.
Install enough vending machines to avoid inconvenience
It is difficult to do because it is expensive, but this prepaid
Making electronic registers perform the role of card vending machines
Prepaid sales service convenient for customers at low cost
Was realized in. In addition, the prepaid card update history information
Batch input to the central management unit later and prepaid card
By supervising each card of the card, the supervisory authority
We manage the balance of each of the leading prepaid cards.
It will be possible to appear. Further, in the present invention, the use of the card
You can use a half-encoded carder
A card that can be used after being updated to a new encoded card data.
Card as well as encoded card
Since a distinguishable mark is printed on the card surface,
Unused prepé stored in the drawer
Even if the id card is stolen, the card is prepaid
Half-encoded car that cannot be used as a card
Since it is a security card, it cannot be used as it is and is safe.
You will be able to have it. Also, unused cards can be used
At first glance, there is no coded card sign and it is judged as a stolen card
If you tamper with an unused card,
In addition to tampering with the card data in the
Unauthorized tampering is that difficult because it has to be done
In addition, security can be maintained by reducing the possibility of tampering.
Will be done. In particular, the card type is pre-encoded
You can determine the card type when you load the card
To enter the card service from the input means
Various card services can be provided without preparation. Also, this
Card data card types and electronic register types
Status (eg product registration status or payment status or
Neutral status etc.) and the presence or absence of deposit
Which card service the electronic cash register performs
Easy-to-use electronic register that can judge and execute
Was realized. In the present invention, the central management device
From cashless payment data card number
Cash payment amount collected by each and
Cashless bond payments entered by way
The cumulative bond height calculated by and is the predetermined cumulative bond height
If it is judged that it is over the limit of
Manage as cashless negative data that cannot be settled
Make sense. Also, this cashless negative data is
Batch input to negative data storage area of electronic register
Has been done. Therefore, with an electronic cash register,
When performing payment by
Within the limit of the cumulative bond amount and cashless on the day
The current day's accumulated bond amount, which is the payment settlement amount due to
Cashless payment processing only if it is within the amount
Performs cashless on the OFF-LINE electronic register
Realization of payment and secure security. The present invention
In the case of the previous attendance in the card data of the time card
Alternatively, attendance / leaving data indicating the state of attendance is recorded.
This is the initial setting of attendance and attendance data that is the opposite of this attendance and attendance data.
This is displayed on the display device. In other words,
-Attendance and attendance data that is the opposite of the data
Operate the electronic register to judge and display
Confirm the display of the appropriate attendance and attendance data and respond positively.
Input the answer or negative response from the input means by KEY
Because of this, it was confirmed twice with the electronic register and the operator.
Therefore, input mistakes are reduced. Of course, if it is a positive response
If it is a negative response, what is the display of attendance / leaving data?
Times with the opposite attendance and leaving data as fixed attendance and leaving data respectively
Update the card data of the card and
Accumulate attendance time data by the storage means. Especially denial
In case of response input, the previous attendance / leaving data is wrong.
Accurate attendance due to early discovery of work attendance data mistakes
It becomes possible to collect work data. Also, this positive response and negative
The response input KEY can be used in cases other than time card processing.
Input KEY dedicated to processing time cards to be used
Is unnecessary, and only because the number of KEYs is small
The KEY operation will be easier. Also in the present invention
Sells products such as home appliances, furniture, etc., and clothes
If you sell a product with the product amendment,
Set unique product receipt / payment management key required for receipt / payment management of
Via the storage means of the electronic register
Batch processing can be performed by the central processing unit and product receipt and payment management can be executed.
With the OFF-LINE electronic cash register
It will be possible to carry out the reason. For this reason, the conventional product accepting and receiving pipe
Management of goods receipt / payment by scientific computer and ON-LINE
Compared with
When compared to manual delivery delivery instruction slip entry
Significant rationalization has been realized. Further, in the present invention,
Prepaid function, cashless (postpaid) machine
A price settlement machine with at least one of the Noh functions
When using the Noh card to pay for the product,
Deposit money or card reader input from the input means
Prepaid function of payment decision function card read from the dan
If you want to make a payment with the cashless function or
Enter the deposit for prepaid card addition purchase
If it is done, we will sell the prepaid card additionally and cash
If you have entered a deposit for payment, make a cash payment.
If there is remaining amount to be paid next,
Pay from the available prepaid balance and pay more
If the remaining amount is
Equipped with payment control means for sequentially controlling payment by function
In order to be able to input, cash payment, prepayment
Add-on sale, prepaid payment, cashless
KEY for executing each command for payment by
It is not necessary to pay the product price due to multiple payment orders.
Even when executing the payment decision, it is automatically performed with one KEY operation.
Payment is made. Especially, only the prepaid card function
Card, prepaid card function and point service function
With card, prepaid card function and point service
Car equipped with screw function and cashless payment function
Prepaid card function point service function key
Any combination of cashless payment functions
Even if it is a card, it is predetermined by one KEY operation
Payment will be made sequentially under the control, and it is multifunctional and
Electronic cash register that can easily operate multiple types of card processing
Realized. In this way cash (points), prepayment (p
Payment by postpaid or postpaid (cashless)
Card for almost all payment methods of customers to do
The customer code on the card and the electronic cash register will be used.
Customers of almost all transactions from the transaction product information entered in
You can build a database. Further, in the present invention,
Electronic cash register with multiple cashiers
Floty that operates with a computer and totals for each cashier
When operating the cashier system, the cashier operates
Every time you leave the electronic cash register
Remove the drawer, but when removing this drawer
Drawer attachment / detachment sensor provided on the drawer attachment part
Senses removal of drawer and signs electronic register O
It is supposed to be FF, and next another cashier is concerned
When operating the electronic register that has been signed off,
Floating cap for signing on by membership card
Sha system is implemented. For this reason, the cashier
Every time you change your name, you must have a cashier employee ID card
Can obtain cashier information by employee code in the data
And implement a reliable floating cashier system.
Deterring fraud by Jascha. In addition, the present invention
In some cases, an electronic register and
− The card reader and writer were stolen together and
Data was stolen if it was tampered with and used illegally
Since it is possible to add a new encryption method that the device does not have,
Card reader / card with new encryption method added
Because it is written with the new encryption method when it is updated on iterator
If the device is stolen, the code cannot be decrypted and it cannot be reused.
It will not be possible to use it, and in this way fraud prevention
Therefore, even if new encryption methods are added one after another, the encryption generation
I decided to memorize the decryption keys of all encryption generations in the memory.
Then, you can execute a predetermined service on all encryption generation cards.
Wear. For this reason, the cards issued before
By adding a new encryption method without reissuing with the No. method
Fraud prevention measures can be implemented. In addition, the present invention
The card input section and the PIN code
Input of the PIN code by the input section and the PIN check section
Security code inspection and security code when the security code is different
Re-input control of the
Card data of the inserted card and the car
Discharging the card under the control of the card reader / writer
This allows these processes to be activated during product registration in the electronic register.
It can be done in parallel with the child register by distributed processing.
The distributed processing of electronic registers and card reader / writers
System, high processing speed, good operability, and system
It is possible to realize an electronic cash register system that can easily support the expandability of
And have what is effective.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic block diagram of a register system according to a first embodiment of the present invention. FIG. 2 is an operation flowchart of the register system shown in FIG. FIG. 3 is a schematic configuration diagram for explaining the operation of the register system shown in FIG. FIG. 4 is a schematic block diagram of a register system according to a second embodiment of the present invention. 5 is an operation flowchart of the register system shown in FIG. FIG. 6 is an operation flowchart of additional sale of a prepaid card of another process during the operation of FIG. FIG. 7 is an operation flowchart of simultaneous processing of additional sale and payment of the prepaid card of another specific example in FIG. FIG. 8 is a schematic block diagram of a register system according to a third embodiment of the present invention. 9 is an operation flowchart of a product registration process and a neutral process of the register system shown in FIG. 10 is an operation flowchart of card processing during the neutral processing of FIG. 11 is an operation flowchart of a payment process during the product registration process of FIG. 12A is an operation flowchart of pre-delivery sales pre-processing during the operation of FIG. 9, and FIG. 12B is an operation flowchart of post-delivery sales post-processing during the operation of FIG. 13 is an operation flowchart of a card data reading process during the operation of FIG. 14 is an operation flowchart of a selling process of a gift certificate PC during the operation of FIG. 15 is an operation flowchart of cacheless processing during the operation of FIG. 16 is an operation flowchart of a time card process during the operation of FIG. FIG. 17 is a print aspect diagram of a customer receipt that is printed out at the time of product delivery sales in the register system shown in FIG. FIG. 18 is a printing mode diagram of the card surface when the gift certificate PC is issued in the register system shown in FIG. 8. FIG. 19 is a data format of a payment card and a payment card used in the register system shown in FIG. 20 is a data format of a friend's membership card used in the register system shown in FIG. FIG. 21 is a data format of a gift certificate PC used in the register system shown in FIG. 22 is a data format of a shopping ticket PC used in the register system shown in FIG. 23 is a data format of an employee ID card used in the register system shown in FIG. 24 is a layout diagram of the operation keys of the key input unit 3 and the display device provided in the register system shown in FIG. 25A is a schematic block diagram of a card reader / writer system according to a fourth embodiment of the present invention, and FIG. 25B is a data format of card update data in a card of a card processed by the card reader / writer system. Is. FIG. 26 is an operation flowchart of the card reader / writer system shown in FIG. FIG. 27 is a schematic configuration diagram for explaining the operation of the register system when the register system according to the present invention has a register controller. [Explanation of Codes] 1 ... CPU 2 ... RAM 3 ... Key input unit 4 ... Card reader / writer 5 ... Printer 6 ... ROM 10 ... Register control device 11 ... Register control unit 12 ... Negative judgment unit 13 ... Card arithmetic unit 14 ... Execution Number accumulator 15 ... Prepaid card calculator 16 ... Date / time manager 17 ... Cashless judge 18 ... Payment controller 19 ... Payment number generator 21 ... Log file 22 ... Negative file 100 ... Electronic register 200 ... Central management unit 201 ... Host computer 202 ... Database 210 ... Log file batch output medium 220 ... Negative file batch input medium

Claims (1)

Claims: What is claimed is: 1. A register system comprising at least a cash register, an electronic register for updating a card, and a central management device for managing information from the electronic register, wherein the central management device comprises a plurality of electronic devices. Each piece of information in the register is input by batch processing, and each piece of information related to the same service of the same card data used in the electronic register is arranged in order of execution number to create card data, and the card data and the card data are created. Negative data regarding unauthorized use of the card is created and managed based on the previously created card data, and the electronic register can be updated with an input means for inputting the amount of money to be purchased, the amount of deposit, various commands, etc. Card reading means for reading the recorded contents of a card as card data, Negative data created by the central control unit are batch-processed as input, and the input negative data is stored in register control means for calculating various amounts of money and card data based on various commands and executing payment settlement processing. Storage means, and negative determination means for outputting each signal of normal processing or abnormal processing based on a determination as to whether the card data read by the card reading means corresponds to negative data stored in the storage means. A card operation means for executing an update operation processing of the card data read by the card reading means when a normal processing signal is output from the negative determination means; and every time the card operation means executes the card data update processing. And an execution count accumulating means for accumulating the execution count data of the card data, A card writing means for writing to the card the card information after the update processing by the means and the card data including the execution times accumulated by the execution times accumulating means, and the card data including the card information after the updating processing and the execution times. A register system comprising a storage means for storing as update history information. 2. The register system according to claim 1, wherein the electronic register is used when a deposit amount is input and card data read from the card having a prepaid function is input. The prepaid card calculation means for calculating the amount of money based on the result of the payment processing of the control means with respect to the card data of the prepaid card is provided, and the usable amount of the card data calculated by the prepaid card calculation means is a predetermined predetermined limit amount. A register system characterized by invalidating the updating process of the card data when the amount exceeds the limit. 3. The register system according to claim 2 or 3, wherein the prepaid card calculation means is the remaining amount of the prepaid card before renewal, the inputted prepaid card addition deposit amount and the prepaid card addition deposit amount. After updating the provisional current amount of the updated prepaid card obtained by adding the amount of premium equivalent to the amount of money and the unpaid amount of the product price from the provisional current amount updated by the register control means A register system characterized by updating the confirmed current amount of the prepaid card at the same time or continuously. 4. The register system according to any one of claims 1 to 3, wherein the card computing means is configured to read from the card reading means based on input data such as a deposit amount and various commands input from the input means. When the half-encoded card data that regulates the use of the read card is updated to the usable encoded card data, and the card data is determined to be the usable encoded data, the card writing means is the half-encoded card data. The register system is characterized in that the card is issued as an encoded card that can be used and a mark that can be distinguished from the encoded card is printed on the card surface. 5. The cashless card according to any one of claims 1 to 4, wherein the card read by the card reading means of the electronic cash register has a payment function in cashless sales such as bank transfer collective payment. In the card data of the cashless card, there is a bond generation date indicating the date of payment settlement and a cumulative amount of accumulated claims on the day of the bond settlement date. When cashless payment of the payment amount of the product fee based on the payment processing result of, the card data of the cashless card is read from the card reading means, and the date of the debt generation of the cashless card and the electronic register itself If the settlement date is the same on the same day as the current date, the settlement amount is added to the accumulated loan amount on the day Update Te,
If the settlement date and the settlement date on the same day are different, the payment settlement amount is updated as the accumulated debt amount on the day and the settlement date on the day is updated as the debt occurrence date, and the accumulated debt amount on each day after each update is purchased on a predetermined day. A cash register system that enables payment within the limit. 6. The register system according to claim 1, wherein the electronic register includes display means for displaying various calculation results, and a card read by the card reading means of the electronic register is for attendance at work and A time card having a function of recording the date and time of leaving work, wherein the card data of the time card has an employee code for identifying an employee and attendance data indicating either the attendance status or the attendance status. When the card data of the card is read from the card reading means, if the latest attendance / leaving data of the card data is attendance, the display means displays that the card update history information to the accumulating means is accumulated as attendance / leaving data. If the latest attendance / leaving data of the card data is that A register system characterized by displaying on a display means that data is to be stored as attendance / leaving data, and rewriting the fixed attendance / leaving data confirmed based on an instruction input from the input means to a time card. 7. A register system comprising at least an electronic register for performing payment for payment and a central management device for managing information from the electronic register, wherein the central management device processes each information of a plurality of electronic registers by batch processing. The electronic register manages each information and calculation result while executing the calculation based on each information that is input, and the electronic register is an input unit that inputs the amount of money of a product to be purchased, the amount of deposit, various commands, and the various input Register control means for calculating the amount of money based on various commands and executing processing for payment, storage means for accumulating the input information, calculation result, processing result for payment, and printing for printing transaction details etc. Means and the command received from the input means only when the register control means determines that product receipt and payment management is required And a receipt / payment number generating means for generating a unique commodity receipt / payment management number within the same date and in the electronic register, wherein the printing means is a receipt for the customer based on the commodity receipt / payment management command from the register control means. In the payment / receipt management number generated by the payment / receipt number generation means, a code that can identify the store that handled it, and if multiple electronic registers are installed in the same store, a unique electronic Expression register identification code, date of handling, product details, and payment information, and the handling store code, electronic register identification code, date,
A register system characterized by accumulating product details, payment settlement information, and a payment / receipt management number in accumulating means. 8. The cash register system according to claim 1, wherein the card read by the card reading means of the electronic cash register has a prepaid card function or a cashless payment settlement function. The payment card, the card data of the payment card is read by the card reading means, and the merchandise price based on the payment processing result of the register control means is read from the deposit inputted from the input means or the card reading means. When paying with the prepaid card function or cashless function of the payment card, if the deposit for prepaid card additional purchase is entered among the deposits, the prepaid card is additionally sold, and the deposit for cash payment is made. If the money has been entered, make the cash payment, and the amount to be paid next remains. A register system comprising payment control means for paying from the available prepaid balance in the card in the case of payment, and for controlling the payment sequentially by the cashless function in the card when the amount to be paid remains. 9. An input means for inputting the amount of money to be purchased, a deposit amount, various commands, etc., a card reader / writer means for reading or writing the record contents of an updatable card as card data, and the various amounts of money inputted. In an electronic register having register control means for calculating card data based on various commands and executing payment processing, the card reader / writer means sequentially adds a decryption key for decrypting ciphertext card data. The cryptographic storage unit that stores the cryptographic key for encrypting the plaintext card data and the calculation necessary to control the entire card updating means are executed.
When card data and various commands are transmitted / received to / from the register control means and the received command is executed, and a new tampering of the card data is detected, a new encryption key and decryption key storage command is issued to issue the new command. An encryption key is additionally stored in the encryption storage unit, and a new encryption key is also stored in the encryption storage unit. An encryption generation number is assigned to each decryption key and encryption key stored in the encryption storage unit. A reader / writer control unit that manages the encrypted text data, an encryption unit that encrypts plaintext card data received from the register control unit with the latest encryption key stored in the encryption storage unit to generate encrypted text card data, and A data reading unit for reading the card data composed of the ciphertext card data and the encryption generation number of the encryption key for encrypting the ciphertext card data, and a code reading unit for the read ciphertext card data. A decryption unit that decrypts based on the decryption key corresponding to the generation number, the ciphertext card data encrypted by the encryption unit, and the latest encryption generation number assigned by the reader / writer control unit are written and output to the card. An electronic register comprising a card output section.