JPS598080A - Sales data input and output device for gas station - Google Patents

Abstract

PURPOSE:To perform completely the work per day, by carrying out automatically the change of the gasoline unit price and the report of the achievement rate of the sales target at a prescribed time point in addition to the sales data to customers and then displaying the daily work lists of employees of a gas station to a display. CONSTITUTION:The flow rate pulse given from a pulse transmitter 1d of an gas supplying device 1 is applied to a counter circuit 11 and a gate circuit 12 of a sales data input/output device POS. The count result of the circuit 11 is supplied to an arithmetic circuit 13. At the same time, the unit prices of gasoline are stored in unit price storage circuits 15a-15c at each divided time band. The unit prices are switched by a switch circuit 14 with an indication of the 1st schedule storage circuit 26 and then applied to the circuit 13. At the same time, the target sales value is stored in target sales value storage circuit 19, and a percentage arithmetic circuit 21 performs an operation to the percentage value or a storage circuit 23. Then the change of the gasoline unit price and the achievement rate of the sales target are displayed to CRT4e and 4h. At the same time, these change and factor are aurally informed to the employees at a time by sound generators 4g and 4i. Thus the daily work can be completely performed.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is a fuel station lji. Yun data day - 2 person output device p. o. s).

A recent gas station has multiple fueling machines and a gas pump connected to them. o. It is composed of s. FIG. IA and FIG. 18 are p. o. s is installed at a gas station. In the figure, 1.2 is the first and second refueling machine,
4 is p. o. It is s. Refueling machine 1.

2 and P. 0. S4J- is connected by signal line 3.

There are often more than two refueling machines installed, but they are omitted here.

The above refueling machine has the following configuration and function. Since the refueling machines 1.2 have the same structure, the first refueling machine will be described as an example.

When the nozzle 1h is removed from the nozzle hook 1g, a signal indicating that the nozzle has been removed is output from the nozzle inch 11. This causes the motor la to start rotating. Then, when the nozzle is inserted into the car's fuel filler opening and the nozzle pulp is opened, the gasoline stored in the underground tank will be pumped out by the 7lb bong. The pumped gasoline passes through a flow meter 1c and a hose 1f, and is supplied to the car through a nozzle Ih.

The flow meter 10 transmits the number of pulses corresponding to the amount of gasoline supplied from the pulse transmitter 1d.

The pulses output from the pulse transmitter 1d are input to the oil supply amount display meter 1e, and the oil supply amount is displayed.

After refueling, hang the nozzle lh on the nozzle hook Ig,
A signal indicating that the nozzle is turned on is output from the nozzle switch 11, the motor 1a is stopped, and the refueling operation is completed.

P. O. The S4 has input/output means including a card reader 4a, a function key switch 4b (7) on the keyboard 4f, a numeric keypad 4c, a floppy key switch 4d, a floppy or cassette mounting section 4e1, and a no-9f 24. The amount of refueling from the refueling machine 1.2 is converted into a flow rate pulse by the pulse transmitter 1d of the flowmeter 1c, and is transmitted through the signal line 3 to the p. o. Sent to s4.

And after each refueling, P. 0. S printer 4g
A refueling slip is issued by the refueling slip, and the sales data is stored in the flonobie or cassette 4e.Furnishings other than the songs sold from refueling@1.2, such as tires, pano-terry, accessories, etc., are listed on p. o. When the input data is input using the keys on the keyboard 4f of the computer, the input data is displayed on the CRT 4hK, and a slip is issued from the printer 4g in the same way as the refueling data, and is stored in the floppy disk or cassette disk 4e.

P. as above. O. The conventional type S can process sales data of products purchased by customers, but has no other functions.

Generally speaking, gas stations want information about what percentage of their daily sales target amount is, or whether the target amount has been exceeded! ! ! There is a problem. Furthermore, when the unit price of gasoline is changed at a predetermined time of -H, there is a demand for automatic switching of the unit price of gasoline.

Furthermore, there are also requests for work that has a fixed time to be automatically notified when the time comes.

However, as mentioned above, the conventional p, o, and s have the drawback of not being able to meet these demands.

The purpose of this invention is to eliminate the drawbacks of the prior art described above,
Sales data input/output for gas stations that can be used to automatically notify changes in gasoline unit prices and sales target achievement rates at predetermined times, or as a daily schedule chart for gas station employees. We are in the process of providing equipment.

An embodiment of the present invention will be described below based on the block diagram shown in FIG. 2. In the figure, 1 is the same as the first refueling machine 1 in FIG. In the refueling machine 1, 1j indicates all the counting circuits, and the other symbols are the same as those in the refueling machine shown in FIG.

The block diagrams other than the refueling machine 1 show the configurations of P, O, and S4. A flow rate pulse signal from a pulse transmitter 1d corresponding to the amount of oil supplied to the fueling machine 1 is inputted to a counting circuit 11 and a gate circuit 12. The counting circuit 11 outputs the counting result, that is, the amount of refueling, to the arithmetic circuit 13 in response to a signal output from the nozzle when the nozzle 1h of the refueling machine 1 is applied to the nozzle hook 1g after refueling.

The unit price of gasoline is stored in the unit price storage circuits 15a, 15b, and 15e. This is used when trying to average out the number of customers by changing the unit price of gasoline between times of the day when there are many customers and times when there are not many customers. For example, from opening (7 a.m.) to 10 a.m., the unit price is A (for example, 165 FVt), and from 10 a.m. to 4 p.m., there is relatively little time, so the discount unit price is B (for example, 60 Fv).
t) f selling, unit price Al2O in the 16:00 to 20:00 hours, closing from 22:00 (22:00), night premium rate C (for example, 170
Fvt) is used when selling. In such a case, A is stored in the unit price storage circuit 15a, B is stored in 15b, and 15
cKC is stored.

When the above-mentioned unit price switching time comes, the switching circuit 14 receives a command from a scale call storage circuit 26 to be described later, and
Switching the unit price 4. The arithmetic circuit 13 multiplies the data representing the amount of refueling sent from the counting circuit 11 and the unit price passed through the switching circuit 14. The results are stored in a cassette or floppy disk 40 and sent to the printer 4g. The data representing the amount of oil supplied by the counting circuit J1 is also stored in the cassette or floppy disk 4e, and sent to the printer 4g, where a refueling slip is printed out. Incidentally, when the unit price is changed, the new unit price is displayed on the CRT 4h and at the same time the sound generator 41 operates to call the attention of the employees.

In the illustrated embodiment, there is only one refueling machine, but when the total amount of refueling from a plurality of refueling machines is to be integrated by the integrating circuit 18, it is connected to the integrating circuit 18 via the gate circuit 12. The gate circuit 12 functions to prevent the signals from the pulse transmitters of the respective fueling machines from passing through at the same time when a plurality of fueling machines are operating at the same time. The signals passing through the gate circuit 12 are integrated by an integration circuit 18. Since the gate circuit 12 functions as described above, no matter how many refueling machines are operating at the same time, the total amount of refueling is definitely integrated.

This integration circuit 18, for example, -.times. when the store opens on the 1st.
It is reset by key operation on the 4th key fob.

The sales target storage circuit 19 stores the sales number of gasoline or the sales of products other than gasoline such as tires, batteries, accessories, etc. (hereinafter abbreviated as T, B, A) on -day. 1. In this example, gasoline sales are stored as 4i1i1 amount of gasoline, T, B,
A's sales target is stored as the full price.11 These data are input from the keyboard 4f.

The percentage calculation circuit 21 determines when the sales of gasoline and T, B, and A will reach the target percentage. Regarding gasoline, it is calculated from the data from the integration circuit 18 and the sales target amount of gasoline inputted into the sales target storage circuit 191C. On the other hand, regarding T, B, and A, the unit price and number are input from the keyboard 4f every time T, B, and A are sold. Then, the arithmetic circuit 22 calculates the sales of 1 ta and the 2 highs per sale, and the total sales of T, B, and A from the opening of the stores are stored in the storage circuit 23.

Therefore, the percentage of the target sales of T, B, and A is the total sales of T, B, and A stored in the storage circuit 23, and the sales of T, B, and A stored in the sales target storage circuit 19. The percentage calculation circuit 21 calculates the amount based on the target amount. These results show that CRT4hK1, at the same time,
A sound is emitted from the sound generator 41 in order to attract the attention of employees and the like.

Schedules such as when to switch the above-mentioned unit price using the switching circuit 14 or when to output the sales target achievement rate from the % calculation circuit 21 are inputted into the first schedule storage circuit 26 using the keyboard 4f. .

On the other hand, in the second schedule memory circuit 27, an employee's daily schedule can be inputted from the keypad 4f. In this case, data indicating what time (for example, 11 a.m.) the user will go to 0(-)'s house to pick up the car is input. If there is still an order for kerosene, for example, data is entered that says kerosene will be delivered to 00's house at 1:00 pm.

Since the above-mentioned data is input to the first and second schedule storage circuits 26 and 27, the former uses a storage circuit that retains the data even after it is read out. On the other hand, for the latter, it is preferable to use a memory circuit in which the data is erased once it is read.3 The first and second schedule memory circuits 26 and 2
The data regarding the time output from 728 is manually inputted from 728. For example, the first schedule storage circuit 2
6. As mentioned above, the unit price of gasoline is A from 7 a.m. to 10 a.m., and the unit price of gasoline is B from 10 a.m. to 4 p.m.
If a schedule is stored in which the unit price is A from 16:00 to 20:00 and the unit price is C from 20:00 to 22:00, the time output from the timer 28 is stored in the first schedule storage circuit 26. When the current time matches, a command for the job at this time is sent to the switching circuit 14. for example,
1 stored in the first schedule storage circuit 26
When 0:00 and 10:00 sent from the timer 28 match, the first schedule storage circuit 26 outputs a signal to the switching circuit 14 to switch from the unit price storage circuit 15a to 15b. Switching of the unit price at other times is also performed in the same way.

Also, from the % calculation circuit 21, gasoline or T, B
, A is output in the same manner as described above. For example, when outputting the sales target achievement rate at 12:00, 17:00, and 21:00, the first schedule includes the times 12:00, 17:00, and 21:00 stored in the memory circuit 26, and the timer 28. When the sent times of 12:00, 17:00 and 21:00 coincide, a command is issued from the first schedule storage circuit 26 to the % calculation circuit 21.

Similarly to the first schedule storage circuit 26, the second schedule storage circuit 27 also receives input from the timer 28 and stores the job corresponding to the time of The content is displayed on the CTR 4h.At this time, the sound generator 41 sounds to call attention.

In this embodiment, the amount of refueling, its price, and the sales amount of T, H, and A are stored in the cassette or floppy disk 4e, and these data are printed out as a slip from the printer 4g. On the other hand, the CRTJh also outputs data on the sales target achievement rate of gasoline tanks T, B, and A, sales of T, B, and A, data on switching of the Ganolin disposal price, and the second Skajifur memory circuit 27. Information regarding the member's 2 hours is displayed. Sound generator 4
1 generates sound at the same time as these displays.

As described above, according to the sales data input/output device for gas service stations of the present invention, not only the data regarding the items purchased by the customer but also the schedule of a predetermined time, for example, the schedule of the day, can be processed according to this schedule. It can be done automatically. Specifically, changes in the gasoline unit price and notification of the sales target achievement rate can be automatically performed at predetermined times. In addition, the daily work schedule of gas station employees can be displayed on the display at the time according to the daily schedule, and when this is displayed, a voice alert can be issued, so it is possible to make sure that the work of the day is completed correctly. It also has the effect of being able to carry out the following.

[Brief explanation of the drawing]

FIG. 1A is a schematic configuration diagram of a gas station equipped with p, o, and s of the present invention, and FIG. 1B is a P. 0.8, and FIG. 2 shows a block diagram of one embodiment. ■...Refueling machine, 11...Stitch number circuit, 12...Gate circuit, 13.22...Arithmetic circuit, 14...Switching circuit, 15a+15b, 15c...Unit price storage circuit, 4
e...Cassette or floppy disk, 4g...Printer, 18...Integrator circuit, 19...Sales target storage circuit,
4f...Keyboard, 21...% calculation circuit, 23.
...Memory circuit, 4h...CRT, 4i...Sound generator, 26...First schedule memory circuit, 27...
・Second schedule memory circuit, 28...Timer agent Michihito Hiraki 1A figure 1B figure

Claims (6)

[Claims] (1) A means for processing refueling data sent from a refueling machine and sales data input from a keyboard, a means for storing the processed data, a means for printing the data, and a means for displaying the data. A gas station sales data input/output device comprising at least a means for storing a schedule for a predetermined period, a means for notifying the cough schedule storage means of the time, and a command read from the schedule storage means at a predetermined time is executed. 12. A sales data input/output device for a gas service station, characterized in that the schedule storage means has 12 schedules for inputting schedules from the keyboard. (2) The patented gas service station characterized in that the means for executing instructions read from the schedule storage means includes a plurality of unit price storage circuits and a switching circuit for selecting the unit price storage circuits. Sales data input/output device. (3) The means for executing the command read from the schedule storage means 1 includes an integration circuit for integrating the amount of oil to be supplied and data other than the amount of oil to be supplied, a sales 1 keyaki storage circuit, and a percentage calculation circuit. Claim 1 or I, characterized in that the sales target achievement rate is calculated.
Sales data input/output equipment for gas stations described in K2. , (4) The sales data personnel output device for a gas service station as set forth in claim 1, wherein the schedule storage means stores daily routines of employees and the like. (5) Sales data input/output for a gas service station according to any one of Patent Nos. 1 to 4, characterized in that the information read from the schedule storage means is displayed on the data display means. Device. (6) At the same time as displaying the data on the display means,
Sales data input/output device 1 for gas service stations according to any one of claims 1 to 5, characterized in that the device operates a sounding means;