JPS588375A - data registration device - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a data registration device such as an electronic cash register capable of printing slips.

For example, in an electronic cash register that can print slips, the slip paper is separated for each customer, and when printing each registered data on the slip paper, first a code set for each shoe called a table number is printed, and then the Each registration r-
I am trying to print the evening. Then, by performing the registration r-evening operation, the system paper prints the current registration data amount as a carryover amount, and also prints the line number that specifies the next printing start position, and also prints the current customer's A check code is calculated and printed to ensure correspondence with each next time. Then, the next time you visit the same tower, set the same slip form as this time and set each tenor number 1-, line number/4.
Then, the next registration data is printed on the slip paper after picking up the front check amount, which is the same amount as the current carryover money, and the check code from the slip paper and keying it manually.

Conventionally, in such electronic cash registers,
If you forget to set the slip paper and enter the table 's/' par, line number, front rail amount, and check code manually, an error will occur and you will have to set the slip paper again and enter these manually. Rarely. 7
This invention was made to solve such problems, and if there is a key human power such as the amount of money on the front board, check, code, rhinonan/4-, etc., when the slip is in an unsold state. In addition to enabling the manual input of the keys (this is clearly communicated), the information that has already been entered manually is printed on the slip paper when the slip paper is set, thereby simplifying the operation and ensuring reliability. An object of the present invention is to provide a data registration device that can improve the performance of data.

Embodiments of the present invention will be described below with reference to the drawings. In this embodiment, the present invention will be described as applied to an electronic cash register and an electronic cash register.

In FIG. 1, reference numeral 1 denotes a housing, and in the center of the front of the housing 1, a keyboard 2, a control/control switch 3, a receipt issuing port 4, and a recording paper monitoring window 5 are provided. Further, a display device and # are provided at the upper front of the housing 1, a drawer 7 is provided at the lower front, and a slip insertion section is provided at the side. The keymate 2 contains rooJrOJrlJ ~ "9" which is used to enter the sales price of the product, deposit amount, code, etc., as shown in Figure 2.
A number key 9 with ".", a department key 10 with "Ol" to "25" which is provided for each product department and is operated immediately after the operation of the above *number key 9 to generate a price department registration signal, and a cash "MU T/T" used to finalize department registration
LJ deposit/cash key 11, used for subtotal processing, 8TJ small needle key 12, used to close registration in □ when processing slips [TRF'J slip locking key 13, used for registration] rTABLI/NOJ table number key 14 for inputting the code assigned corresponding to O#r, rLIN]c/NOJ line number key 15 for inputting the print start line on the slip form, data "C" clear key 16 used for clearing, canceling errors, etc., l'-PB+JQ front balance amount front key 11 for inputting Noras data of front rack amount. A front rail amount minus key 18 of [PB-'J] for inputting negative data of the front rail amount is provided. The control switch 8 is set to the business mode as shown in FIG.
This is a key switch that switches the display mode to "setting mode,""registrationmode,""inspectionmode," and "return registration date mode JrffL mode 1.The lower 8 digits are shown in gold aX as shown in Figure 4. The upper 2 IftT of the amount display part is the department display part, and the higher one digit of the department display part is the repeat display part, with a total of 11 digits. Registration” “Subtotal”
A status/status display run fzo is provided to indicate the status of each task such as "total" and "fishing."

FIG. 5 shows a concrete circuit system, which can be constructed, for example, from a well-known micro-combiner.

21 is the CPU (central processing unit), and this CPO2
1 is a blank board for an arithmetic circuit, an instrument 2, a decoder, a memory control circuit, etc., and the keys operate various arithmetic processes, a storage section 22, and an input/output section 23 based on each manual signal from the key 2. That's what I do. The storage unit 22 is composed of a plurality of ICaR children that store identification data such as zolograms that perform processing corresponding to each key operation.
OM (read-on V-memory) 24 and multiple IC elements that store variable data such as product sales prices, product classification symbols, sales amounts, total points, and other dual-purpose days and evenings. It is equipped with a random access memory 25. This ROM j 4 and RAM
25 yen data is address pass 2.6 and data
Information is exchanged with the previous gcPUjJ through the ZASS 27, for example, on a time-sharing basis, and at the same time TEG is selected via the ROM selector 28 and RAM selector 29. The front ml input/output unit 23 is connected to the CPU 2JV via the address path 26 and data path 27. - the f4 spray control circuit 32 and the f4 spray control circuit 33. Said I10--
) s o inputs the business mode designation and 1 yen number from the control switch 3 and transmits it to the CPU J 1, and inputs an alarm signal from the CPU J J to activate the alarm 34. . Said I10/-) JJ outputs a signal to the drawer opening device 36 to open the drawer 1, outputs print data to the Zolinta device StZ to print the data on the V sheet and the recording paper, and Slip/
The print data is output to the print device 37 to print the data on the slip paper. The keymate control circuit 32 inputs the key number 45 from the key 2 and transmits it to the CPU 2J, and the display gray control circuit WIr3B outputs display data to the display device 6. The RAM 25K is a memory Ml for setting the number of printable lines and a memo for counting the number of printable lines!jM!
, a 5AVE memory M3 for printing the total amount, a table number 5AVE memory "4", a total amount memory MS%, a timer T1 for replacing slip paper, a line number reaching flag F, etc. are provided.

The CPU 21 controls whether the previous color key is changed to a predetermined color value from the ROM 24 based on the manual input signal of each key from the 1st and 2nd keys based on the business mode setting by the control switch 3.
Various processing operations are performed by sequentially outputting the RAM, and when a slip is registered in the registration mode, processing based on the flowchart shown in FIG. 6 is particularly performed. In other words, in the WJ9if record, which is the first registration, Keymate 2
When a department registration operation, etc. is performed manually using the key from □, key processing is performed based on the manual operation, and cumulative totaling processing is performed in the totalizer of RAM j j.

Then, if printing is set and the slip locking key 130 is not operated, printing is performed on the slip paper by the slip glint device @ 37, and the print line number count memory Ml of the RAM 26 is performed.
The count value of is counted up by one. Then, the count value of the print count memory M is compared with the set count value of the printable line number setting memory M, and if the count value of the print count memory Ml is smaller, the routine returns to key-in again. Also, if the count value in the print count memory M is large, the total amount of the series of data that has just been registered is calculated and stored in the 5AVE memory M1 for printing the total amount in the RAM 25, and the total amount is carried forward and displayed in its entirety. Print on slip paper. Also prints the date and time. In this state, the contents of the print count memory M are cleared and the line number reaching flag F is set.

Then, the slip lamp 20a is blinked on the display device ε to indicate that the slip should be exchanged. When the system paper is removed from the slip insertion section 8 in this state, the slip paper exchange timer T starts counting operation. When a new slip sheet is inserted into the slip insertion section 8, the system waits for the clear key 16 to be pressed.

In this state, if the clear key 16 is pressed manually, the total amount stored in the s*vg memory MS for printing the previous combination needle amount, that is, the amount printed as the carryover amount on the previous system paper, will be updated as the front amount. Print on slip paper. If there is already a key input for the subsequent registration data when the previous slip sheet is set or loaded, key processing, printing processing, etc. are performed based on the key input. Also, if the key-in is the slip closing key 13, the check code is calculated from the total amount, table number, and line number of the data that has just been registered, and the twin number and check code are printed on the slip paper, and the total amount is printed as a carryover amount. do. Further, this total amount is accumulated in the total amount memory MS.

In this way, the initial registration is completed.

For the second and subsequent registrations on the same slip form, please check the key manually entered text and do.
If the check code is different from the check code calculated from the key input amount, table number, and line number, the process is processed and the alarm 34 is sounded continuously to notify the user. If the check codes match, it is determined that the key input has been performed correctly, and it is then checked whether or not the slip paper has been inserted into the slip insertion section 8.If the slip paper has been inserted, it is input. Feed the slip paper for the twin number that was entered and print the amount that has already been entered.From then on, the same registration process as the initial registration will be performed.If the slip paper has not been inserted and set, the procedure described above will be performed. The error at this time is notified in a different way from the error when the code is checked, the code is checked, or the code is checked. It flashes to notify you.In this state, if you insert and set the slip paper in the slip insertion section 8rc, the operation of the alarm 34 is stopped and the slip run fxoa is turned off.Then, wait for the key-in of the clear key 16.In this state, press the clear key. If you have 16 keys, feed the @ slip form by the number of fins that have already been input and print the amount of money that has already been input. From then on, 4/1M
! Registration process similar to lf & time j! will begin to do this.

For example, let's talk about a case where a customer with Chinor number r123J buys a 100 yen item in the 01 section and a 200 yen hit in the 02 section, performs initial registration, and then registers the slip again several days later. Manual key operation and slip printing are shown in Figure 7 (tortoise).

) and as shown in (a) and (b) of Figure 8. In other words, for initial registration? Yes! ■～■ in Figure 7 (a)
As shown in the figure, use the number key 9 to enter the customer's table number r12.
3J is entered and the table number key 14 is operated to first input each table number data. Next, input the data for the products of 100 yen and 200p'1 using the number key 9 and the department key 10, perform subtotal processing using the key 12, and then perform closing processing by operating the slip closing key 13f.

As shown in stripe 715iQO 佽), the table number ■', product registration data@, and total amount O are printed in order on the slip paper, as well as 2-innan, 9-@, carry-over money of the same amount as the total amount, and It is calculated from the table number, line number, and total amount, and 9 che and ku ko doro are printed respectively.

Additionally, the date and time ■ are printed. This completes the initial registration on the slip form.Then, the next time the customer who has completed this initial registration comes, he or she will look at the slip form and press the number key 9 as shown in (a) - @ in Figure 8. Enter the customer's chinol number using the and table number keys 14, and press the number key 9.
Enter the 2-in-nanno amount - using the and line number keys 15, and further enter the front rail amount and check code using the number key 9 and the 611 remaining amount glass key 11. If the slip paper is not inserted into the slip insertion section 8, an alarm 34 and a slip run f20m will be issued, but if the slip paper is inserted and set in the slip insertion section 8, Clear key 16. as shown in (&) 0. By manually inputting the key, the amount to be paid on the front board is printed on the slip paper as shown in φ of the line number key 7 (-). From then on, by inputting the product registration data as shown in ←) ■ in Figure 8, the registered data will be printed as shown in >) ■ in Figure 8. become.

In this way, when performing registration printing on the same @ form for the second time or later, the company front registration process is performed, and at this time, the table number, -, line number, front board amount, and check code are entered manually using the key. However, even if this key is manually operated without the slip paper being inserted and set, the first thing that will happen is the alarm 34 and the slip! JOa is used to notify in a different form than the normal 2-1 hour, and then the slip is set on the card and the 10 clear key 16 is used to divide the t-114. Since the balance amount is enabled and the amount is automatically printed by feeding the slip paper by 2 inches, you will need to re-enter the table number, twin nanosue 1 balance amount, and check code. It is possible to simplify the operation without any troublesome operations, and it is possible to do it before! 54 No slip form due to registration
The input state can be notified separately from other error conditions, and the reliability of operation can be improved.

In the above embodiment, the present invention was applied to an electronic carriage and a renostar, but the present invention is not limited to this, and can also be applied to a system that registers the number of items, such as inventory management i. be.

As described in detail above, according to the present invention, when the data carried over from the previous slip registration is input as @remaining data and transmitted and registered, the code set corresponding to each registration target, the previous remaining data, etc. When inputting necessary information such as data, check, code, line number to specify the current print start line, etc. manually, if the keys are input correctly and the slip paper is not pushed into the slip insertion section, Normally, an error is notified in a different format, and when a slip is inserted and the error is cleared, a predetermined printing process is performed on the slip.
It is possible to provide a data registration device that can simplify manual key operation and improve the reliability of key manual operation.

[Brief explanation of the drawing]

The figures show an embodiment of the present invention; FIG. 1 is a perspective view showing the external appearance, and FIG. 2 is a view showing the keyboard. Figure 3 shows the control switch, Figure 4 shows the device, and Figure 5 shows the circuit configuration. Figure 2 and Figure 6 are flowcharts showing the initial registration process and advance registration process in slip registration, Figure 7 is a diagram showing an example of the relationship between key human power and slip printing in the initial registration process, and Figure 8 is the front fI! ! 43
FIG. 3 is a diagram showing an example of the relationship between key manual power and slip printing in the first recording process. 8...Denkei bulletin section, 9...Number key, 10...Department key, JJ-...Slip closing key, 14...Table number key, 15...Line number key, 16...
・・Clear E, 7F ・・Front frame amount f2 ski, x
J-CpU (central processing unit), 24-ROM
(Read-only memory) 25 = RaM (random access memory), Ml... 5AVE memory for printing, M4 "" table number 5A
VE memory, 34...alarm. Applicant’s agent Patent attorney Takehiko Suzue 211″i
3rd i, J

Claims (1)

[Claims] It has a slip insertion section, inserts slip paper into this slip insertion section, and inputs the key manual data onto the slip paper.
In a data registration device that prints while printing and activates a notification means when an error occurs, the code set corresponding to the registration target, the remaining data carried over from the previous registration, and the correctness of the key human power are determined. A means for manually inputting necessary information such as check code, line number, etc. that specifies the line to start printing this time, a memory for temporarily storing the information inputted by this inputting means, and a means for inputting the information inputted by the abovementioned inputting means. A means for checking whether the information has been input correctly and is 9, and an IA that the checking means has determined that the information has been correctly input and is a friend, and that it has been determined that the slip form has not been inserted into the slip insertion section. means for causing the notifying means to perform a reporting operation in a manner different from that at the time of the error; and after the notifying operation by this means is started, inserting a slip into the slip insertion section and performing an error clearing operation to store the error in the memory. A data registration device comprising: means for performing predetermined printing processing on the slip paper based on stored information.