JPS58114160A - Detection of sale time - Google Patents

Abstract

PURPOSE:To use current time data as a material for the business of a shop, by storing the current time when it is detected that sales total data reaches a prescribed value. CONSTITUTION:When a mode switch of an input part 1 is set to a set mode and prescribed keys are operated to input the amount of money of the sales target of a day, it is stored in a storage area Ml of a total memory 6. Thereafter, when the mode switch is set to a register mode to input sales data and a cash key is operated at the end of the register for one customer, subtotal data stored in a CPU5 is added to preceding sales total data stored in the memory 6. This sales total data and data in the area Ml of the memory 6 are stored in registers A and B of the CPU5 respectively. It is discriminated whether data in the register A is larger than that in the register B or not; and if it is discriminated that data in the register A is larger than that in the register B, 1 indicating the attainment of the amount of money of the sales target is written in a flag area F1. Current time data of a clock circuit 7 is written in a storage area Mn,1 of the memory 6.

Description

[Detailed Description of the Invention] Conventionally, for example, electronic registers have been equipped with a time-slot aggregation function that accumulates and stores inputted original sales data for each time period. Although it is possible to determine the time period in which the sales target amount was reached by adding the cumulative sales data for each time period using the electronic register, it is not possible to know the exact time when the sales target amount was reached. There was an inconvenience in not being able to do so.

The present invention has been made based on the above-mentioned circumstances, and its purpose is to provide a sales time detection system that can determine the relationship between input cumulative sales data and time.

Embodiments of the present invention will be described below with reference to FIGS. 1 to 6. FIG. 1 shows a schematic system configuration diagram of an electronic register. In the figure, reference numeral 1 is an input section;
It is equipped with numeric keys, department keys, cash keys, etc., as well as mode switches for specifying various modes such as ``setting,''``registration,'' and ``inspection.'' :This input section 1 has I
10 A sampling signal KP is input from port S, a key operation is performed at input section l, and t#! The sampling signal KP is selected in accordance with the operation key, and is provided in the I10 boat a as the key human power signal KI, and is input into the nine human power buffer I.
BK is input. In addition to the input buffer IB, the I10 port 2 contains a display buffer HB and a print buffer PB.
is provided, and the display buffer HB is the display section 8.
In addition, the print buffer FB is connected to each printing section.

The display unit 8 displays amount data and the like in accordance with the segment signal 8G that is obtained by decoding the data of the digit signal DG% reward buffer HB from the I10 boat g. The printing section 4 also receives a printing position signal TP? from a printing driver 9 (not shown) provided therein. Send to I10 port z1.
From the I10 port 2, a print drive signal MD generated by matching the print position signal TP with the data in the print buffer PB is sent to the printing section, and the amount data and the like are printed on the recording paper.

ft code 5 is a CPU, and this CPU5 is for number 170, address ds AB? Address signals are outputted via the data bus DB, and data is exchanged via the data bus DB. conduct. Further, the CPU 5 outputs a chip designation signal C': 31f to the memory 6 and a chip designation signal W to the clock circuit. Supplementary clock circuit 7 stores current hour and minute data in fTMV register,
This stored data is updated every second.

FIG. 2 shows a format y of a part of the memory 6, in which a storage area MJK stores a sales target amount set in advance, and an additional storage area MmK stores an increase amount that is sequentially added to the sales target amount. be done. In the storage area Mn, 1, the time t when the sales target amount is reached is stored in the storage area Mn%.
zVc stores the cumulative sales amount when the sales target amount is reached. In addition, in the storage areas M1.1 to M1., 1, corresponding multiples of the increased amount are added to the sales target amount, for example, the storage area M1.1.
is a storage area M1 in which the time when the amount of money obtained by adding 5 times the increased amount to the light and the target amount is stored.
．． The accumulated sales amount when the t amount corresponding to the increased amount is added to the sales target amount and the t amount is reached is stored in s to M meetings o and s, respectively. In addition, the memory 6 contains input sales data 1! It is provided with a storage area r for storing information by category such as by department or transaction, and a storage area Mte for storing the total amount of input sales data.

Next, the operation of this invention will be explained. First, set the mode switch on input section 1 to "setting" mode, and operate the number keys and predetermined keys to set the sales target amount for 4 wells.
When 20,000 yen is entered as the increase amount, each data is stored in the storage areas MJ and Mm of the memory 6, respectively. After this, set the mode switch to "advancement" mode, set the number key, and select the department key. Operate and input sales data, - Cash key at the end of customer registration? When operated, nine operations are executed according to the flow shown in FIG.

That is, in the execution of step 81, ZL of the CPU 5
/The optical subtotal data stored in the register is in the storage area M of Mechiri 6? It is stored in t and added to the cumulative sales data up to the previous time. Next, the process moves to the execution of 2 steps Sm, and the storage area M!
The prefectural sales data is transferred to the A register of CPU15. Next, the process moves to step Sm, and the sales target amount data in the storage area Me of the memory 6 is transferred to the CPU 60B register. Next, the process moves to step S4, and the CP
Storage area M in flag area F1 of U6? A determination is made as to whether or not a flag l'' indicating that the cumulative sales data of has reached the target sales amount in the storage area Mj is stored.
If it is determined no, the process moves to step Ss. In the execution of step 81, a judgment is made as to whether or not the sales target amount data in the B register is greater than the total sales data after the end of the current one-to-do sickle in the A register. Since this has not been reached, the operation ends, and if the answer is YES, the process moves to step 8e. In the execution of step Ss, '1' indicates that the sales target amount has been achieved in the flag area Fl.
is written. Next, the process moves to step S9, and the current time data stored in the TM register of the clock circuit F is transferred to the YL/register of the CPL5. Next, the process moves to step S, and the time data in the Y register is written into the storage area Mn, x of the memory 6 as the time when the sales target amount is achieved. Next, move on to the execution of step 8,
The cumulative sales data of the A register is stored in the storage area Mn of the memory 6.
, s as the amount when the sales target is achieved, and then the process moves to step M1o.

If the sales target achievement flag 1'' is stored in the flag area F1 in step S4, the process also moves to step S1, where the sales target amount data in the B register is subtracted from the cumulative sales data in the A register, and the difference in sales is calculated. Excess amount data from the target amount is written to the A register.

Next, the process moves to step 8n, where the t increase amount data stored in the storage area Mm of the memory 6 is written into the D register of the CPU 6. Next, the process moves to step SSS, where the t increase amount data stored in the D register is multiplied by the previous increase multiple data stored in the C register of the CPU 5, and this product is calculated as the achieved increase achieved up to the previous registration. Transferred as amount data to C)' US E register. Next, the process moves to step 81B, where the previous achieved increase amount data in the E register is subtracted from the excess amount data in the A register, and this difference is written to the A register as new excess amount data. Next, in step 814, the increased amount data in the key register, that is, 20,000 yen, is subtracted from the excess amount data in the A register, and this difference is written in the A register. Next, the process moves to step 81i, in which it is determined whether the contents of the A register are smaller than "0" and the amount is small. If it is determined not to be, it is determined that the current registration has exceeded the next increase amount data. Step S1
Move to e. In the execution of step Sl., a flag m11 indicating that the next increased amount data has been reached in the current registration is written in the flag area Fs of the CPU 5.

Next, the process moves to step 81q, where "l" is added to the increase multiple data in the C register. Then step 51
Moving on to the execution of @, the increase multiple data in the C register becomes [zo
A determination is made as to whether or not it is larger than l, and if it is determined no, at least the storage area Mso,+,M of the memory 6 is still
It is determined that data can be written to 1%S" and the process returns to step S14. If YES is determined, there is no remaining storage capacity and the operation is terminated.

It is determined that the increased money @number C has not been reached yet, and the process moves to step 819. In step 819, the flag area F
, due to this registration, the next increase amount data will be set to flag 1.
It is determined whether or not `` is stored, and if it is determined that there is no memory, the operation is ended, and if it is determined that there is, the process moves to step 8so.In the execution of step 8s, the current time data of the clock circuit TM is transferred to the Y register. Then step 8ml
, the time data in the Y register is stored in the storage area Mc,t of the memory 6 specified by the contents of the C register.
Write on.

be included. Next, the process moves to step 9ms, where the t cumulative sales data stored in the storage area My of the memory 6 is transferred to the Y register. Next, the process moves to step 8ms, where the cumulative sales data of the Y register is suddenly written into the storage area Me% of the memory 6 specified by the contents of the C register. Next, the process moves to step 824, 0 is written in the flag area Fm, and the operation ends.

As a result of the above-mentioned operation being executed every time the image registration for a -customer is completed, the storage area Mn%l of the memory 6 is filled with more than 100,000 yen.
At the actual time [10:16J], the cumulative sales amount at that time "rloo, 5go" is stored in the storage area Mn,l, and the time when the cumulative sales amount exceeds 180,000 yen is stored in the storage area M1.1 [12:
IOJ stores the cumulative sales amount at that time in the storage area M1, - [1!1. ! IOJ is stored, and in addition, storage areas Ms, lxMmo, 1. Similarly, time and cumulative sales data are stored for Ms, - to Mso%1.

Next, after setting the mode switch to "inspection" mode,
Cash key? When operated, the t action according to the flow shown in FIG. 4 is executed. In other words, in the execution of step 8,
It is determined whether or not the target amount achievement flag 1° is stored in the flag area F1. If it is determined that it is not stored, the operation is ended, and if it is determined that it is stored, the process moves to step aSS. In the execution of step 8am, in the storage area Mn of memory 6, Yu's cumulative sales data exceeds 100,000 yen.
Transferred to register. Next, the process moves to step 8ms, where the contents of the Y register are transferred to the print buffer PH, and printed on recording paper in the printing section as shown in FIG. Next, the process moves to step S, and the storage area Mn is
, 100,000 yen stored in 1? The time data when it exceeds Y
Transferred to register. Next, the process moves to step sss, where the time data in the Y register is transferred to the print buffer FB, and printed on the recording paper in the printing section 4. Next, the process moves to step 83 and "work" is written to the D register of the CPU 6.

Next, the process moves to step Ssw, where it is determined whether or not the increase multiple data in the C register is greater than or equal to the contents of the D register. Move to. In the execution of step 3as, the contents of the storage area M0.1 of the memory area 6 specified by the contents of the D register are transferred to the Y register. Next, the process moves to step 80, where it is determined whether the contents of the Y register are "o" or not. If it is determined not, it is assumed that the cumulative sales data has been stored, and the process moves to step 84 (l). .Step 84 (Y in execution of 1)
The contents of the register are transferred to the print buffer PB and printed on the recording paper. Next, the program moves to execution of Stella 1841, and the storage area M! of the memory 6 specified by the contents of the D register is stored. 1.1 time data is transferred to the Y register. Next, the process moves to step 84m, where the time data in the Y register is transferred to the print buffer PB and printed on the recording paper. Next, the process moves to step S43, where the contents of the D register are stored in the storage area M*o, t, Ms@ of the memory 6.
, sl) A determination is made as to whether it is equal to the specified "20" or not. If it is determined to be YES, the operation is terminated, and if it is determined to be not, the process moves to step 8. If the content of the Y register is determined to be rOJ in step 8■, the process also moves to step 844, where rlJ is added to the content of the D register, and then the process returns to step 8sv. As a result of executing this operation, the data 7 is stored in the storage areas Mn, s, n, of the memory 6.
The cumulative sales amount exceeding 10,000 yen and the time are printed, and each storage area M1. s~M1.16, M
11 respectively stored in l, s NM l@, 1
．． 14...The cumulative amount of sales exceeding 500,000 yen and the time are printed.

Target amount like in this example? After exceeding, a certain additional amount of increase? By configuring the system to store the cumulative sales amount and its time when the target amount is exceeded, there is an advantage that changes in the sales status after the target amount is achieved can be clearly understood.

In addition, in the above embodiment, the cumulative sales data when the target amount is achieved is stored and printed together with the time, so that the friend can print the data as shown in FIG. 6 without having to specifically store and print the cumulative sales data. As shown in the figure, it is also possible to configure the target amount to exceed the target amount and print it at a fixed time.

Additionally, in the above embodiment, it is configured to detect whether or not the current cumulative sales data exceeds a predetermined amount each time one customer's registration is completed. It may be configured to add the amount and detect whether the amount exceeds a predetermined amount and whether or not it is a friend.If configured in this way, a more precise time when the amount exceeds the predetermined amount is stored.

t2 In the above embodiment, the registered cumulative sales data exceeds the target amount and the friend stores the fixed time, but is not limited to this, the cumulative sales data of a specific product t5 or the cumulative sales data by transaction horizontal target amount The configuration may be such that the entire time t is stored beyond t.

Furthermore, in the above embodiment, when the target amount is set, the cumulative sales data does not match the target amount? It is configured to store the time when the target amount is exceeded, and when the target amount is set, every time the cumulative sales data reaches a multiple of the target amount, for example, 10 million yen t is stored.
- If the target amount is set as t, the cumulative sales data is 10
It may be configured such that the time is stored every time the amount reaches 10,000 yen, 100,000 yen, 800,000 yen, etc. You can also arbitrarily preset multiple target amounts and reach each target amount.
The time may also be stored.

As explained above, according to the present invention, the current time is stored when it is detected that the cumulative sales data has reached a predetermined value, so that, for example, the exact time when the sales target amount has been reached is known. This has the advantage that it can be used as a sales document for the store.

[Brief explanation of the drawing]

81 to 6 show embodiments of the present invention, in which FIG. 1 is a schematic system configuration diagram, FIG. 2 is a partial memory format, FIG. 8 is a flowchart executed when one customer's registration is completed, and FIG. The figure shows the printing state according to the embodiment at the time of inspection.0 2...I10 board, b...CPU, 6...memory, ? ...Clock circuit. Figure 5 Figure 56

Claims (1)

[Claims] a timekeeping means for measuring the current time; a calculation means for accumulating the input original sales data; a detection means for detecting whether the t cumulative sales data calculated by the calculation means has reached a predetermined value and t; and the detection means a storage means for storing the entire current time, which is read from the timekeeping means when it is detected that the cumulative sales data has reached a predetermined value.