JPS5814273A - Registration system for electronic register - Google Patents

Abstract

PURPOSE:To obtain the balance of debt and credit at every customer, and to automatically manage the balance of credit, by inputting and operating input/ output payment data at every customer, through the provision of a plurality of storage areas. CONSTITUTION:A CPU1 is connected with a memory 5, an input control section 2, a display control section 3 and a print control section 4 via common buses AB,CB and DB. The memory 5 is provided with a memory 5a at every customer, and data such as amount of credit sales, date, quantity, amount of payment, and date are inputted with the key operation under the control of the CPU1 and summarizes at every customers. As required, the display control section 3 is driven for display, and a print control section 4 is driven to output print 8. Thus, the management of credit sales at every customers can be rationalized.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is directed to a registration system for an electronic register having a function of registering a loan amount.

In general, the said machine*! ! The electronic register is equipped with a transaction-by-transaction memory that stores the entered totals such as loans and sales minus 1 deposits, etc., and therein, the totals of loans and sales, deposits, etc. entered without distinguishing between customers are stored. Therefore, in the past, if you wanted to know the current loan amount by customer, you would prepare a separate ledger for each customer and record the loan amount by customer. There was the hassle of having to manage the finances of many people.

Since the invention was made based on the above circumstances, the purpose is to automatically manage the current customer orders based on the input amount and deposit amount. Hereinafter, Sections 1gJ to 12th of one embodiment of the present invention will be described.
0 Figure 1 shows a schematic system configuration diagram of an electronic register, and reference numeral 1 indicates an OPU.
The control signal outputted from the printing control section 4 is controlled by human input. The 0 and 0 PUI outputs address signals to the respective controls 111, 2.3.4 and the memory 5 via the address signal MB. The 0PUI inputs data from the input buffer IN via the data path DB, and also inputs the data from the input buffer DI seen in the display control unit 3K11 and the print buffer P provided in the print control unit 4.
Data is output to each R, and data is exchanged with the memory 5.

The input control section 2 outputs a timing signal KP to the input section 6, and when a key operation is performed on the input section 6, the timing signal KP is selected according to the operation key and is sent to the input puffer IN as a key human input signal KI. is input. It was,
The display control unit 3 generates a digit signal DG and a segment signal 8G obtained by decoding the data in the display buffer DI.
is output to the display unit 7 to display amount data and the like. i9. The print control unit 4 generates a print drive signal H generated by matching the print position signal TP of a print drum (not shown) provided in the print unit 8 with the data in the print drum and the print drum (not shown).
D is sent to the printing section 8. Then, the printing unit 8 prints the amount data and the like on the recording paper according to the print drive signal (D).

FIG. 2 shows an operation panel provided in the input section 6,
There are number keys, department keys, cash keys, small needle keys,
In addition to the loan key 9 and the deposit key 10, the customer key 11 is used when specifying a desired customer by entering the customer code, and when reading data such as the loan amount stored for each customer. In addition, the input section 6 has input keys such as ``Register (RIG)'', ``Return RF'', ``Setting (sg'r)'', and ``Inspection (X)''.
[Mode switch 1 specified for each mode of Ellipse 1 (Z) J
3 is provided◇-g3 The diagram shows the customer-specific memory 53 provided in the memory 5.
1, and is composed of N1m storage areas designated by row addresses 1 to N. Each storage area includes a storage area TKO where the customer code is stored, a storage area DA where the customer's collection date is stored, and a storage area where the loan amount lent to the customer is stored. It is composed of KNG. In addition, the memory 5 includes a transaction-specific memory in which the total loan amount, total deposit amount, etc. are stored, and a department-specific memory in which sales data is classified and stored by department.

Next, the operation of this invention will be explained. f. After setting the mode switch 13 to the "setting" mode, enter the customer code and collection date for each customer by operating the specified keys. Memo for each customer IJ 5 is stored in the corresponding storage area of m 0 In this way, the memory for each customer 5
The customer code is stored in each storage area TKO of m, and the collection date data is stored in each storage area KD.Next, with the mode switch 13 set to the "registration" mode,
0, that is, 1s4 diagram (1
) As shown in K, operate the numeric key and the department key in order to input the loan amount for each department, then enter the numeric key (2) ENTA and the customer key 1it - in order to enter the customer code. When the user inputs , and then operates the rental key 9, the operation according to the flow shown in FIG. 515 is executed.

That is, in the execution of step S1, X of 0PU1
"l" is written into the register and set to the initial value. Next, the process moves to the execution of step 8, and the contents of the storage area M (x) of the customer-specific memory 5, specified by the X register, are transferred to the X register of 0PtJ1.Then, the process moves to the execution of step f3s, A judgment is made as to whether the customer code stored in the register is equal to the customer code "3261" stored in the gNT register of 0PUI, and if it is determined not, the process moves to step S4. "1" is added to the contents of the X register and the row address is updated.
Moving on to the execution of m, the contents of the father register are customer specific memo IJ.
5 Row address "N" specifying the final storage area of a
A judgment is made as to whether or not the size is larger than the specified size.If it is judged as negative, the process returns to step S2, and if it is judged as YES, the process moves to step S6.During the execution of step S6, the customer code in the gNT register is is treated as an error as a misplacement. In step S8, if it is determined that the customer code in the X register and the customer code in the WNT register match, the process moves to step Sγ.

In the execution of step S1, a loan amount addition is executed in which the total loan amount inputted to the corresponding storage area KNG(x) of the customer-specific memory 5a is added. Next, the process moves to step S8, where the total loan amount is added to the storage area where the total loan amount is stored. Then, in the printing section 81C, the customer code and the rental amount are printed on the recording paper as shown in FIG. 4 (■)K.

Next, when a portion of the loan amount of 3,000 yen is collected from the customer, the mode switch 13 is set to the "registration" mode and the mode switch 13 is set to the "registration" mode. -1 Operate the customer key 11 to input the customer's customer code, then operate the number keys and the deposit key 10 to input the deposit amount.At this time, when the deposit key 10 is operated, the The operation according to 70- in FIG. 7 is executed, and first, in step 811, "1" is written to the The contents of the storage area (M units) of the customer-specific memory 5a specified by the register are 0PUI
is transferred to the X register of Next, the process moves to step 8ts, and the customer code stored in the X register is 0P.
A determination is made as to whether the customer code is equal to the customer code stored in the ENT register of U1, and if it is determined not to be the same, the process moves to step 814. When Stella 7'814 is executed, "1" is added to the contents of the X register and the row address is updated. Next step S! Moving on to the execution of step S, it is determined whether the contents of the X register are greater than "N", and if it is determined not, the process returns to step Sxi, and if it is determined that ygs, the process proceeds to step 81sKJ. In the execution of step 3ts, the customer code stored in the BNT register is treated as an error due to an It number error. If it is determined in step 81g that the customer code in the X register and the customer code in the ENT register match, step S
Move to ty. In the execution of step SIT, a customer-specific loan amount subtraction is executed in which the inputted deposit amount is subtracted from the corresponding storage area KNG(x) of the customer-specific memory 5a. Next, the process moves to step 8xs, where the total deposited amount is added to the storage area for storing the total deposited amount. Along with the above-mentioned operation, the customer code and the deposit amount are printed on the recording paper in the printing section 8 as shown in FIG. 6 (II).

If you wish to settle the loan amount and collection data for a specific customer, set the mode switch 13 to the "settlement" mode and then operate the numeric keys as shown in Figure 8 (1). When the user inputs the customer code and then operates the collection key 12, the operation according to 70- in FIG. 9 is executed. That is, in the execution of step 8zx, it is determined whether the mode switch 13 is currently designated to the "registration" mode, or to each of the "inspection" and "payment" modes. ” If it is determined that it is, the process moves to step S2. In executing step S■, a judgment is made as to whether or not a number has been entered immediately before the operation of the bill collection key 12, and if it is determined that a number has been entered, it is assumed that it is an inspection or payment for each customer, and the step Move to 81m. 0 in execution of step 821
Nine numerical data stored in the ENT register of the PUI is transferred to the X register. Next, the process moves to step S, where rlJ is written into the X register and the initial value of the row address is set. Next step S! Step S is executed, and a judgment is made as to whether the customer code in the storage area TKO(x) of the customer-specific memo j75m specified by the row address in the X register matches the contents of the X register. , if it is determined no, the process moves to step SzsK.

In the execution of step 886, the contents of the X register are
lJ is added and the row address is updated. Next, the process moves to step S81, and the row address of the X register is r.
A determination is made as to whether or not it is greater than NJ. If it is determined not to be true, the process returns to step Ssi, and if it is determined that it is greater, the process proceeds to step Sg1. The customer code input in step ass ft is treated as incorrect 9 and error processing is performed. In step 8xs, the storage area TKO(X
) is determined to be equal to the contents of the X register, the process moves to step SS. In the execution of step Sgm, the corresponding storage area K of the customer-specific memory 5
D Alx), T K O(x), KNG(x) Next, the process moves to step 8so?, in which it is determined whether the designated mode of the mode switch 130 is "inspection J" or "payment", and if it is "inspection", the inspection operation is ended and "payment" is executed. If so, step 8ssK
Move. In the execution of step Sst, NG(x)K "0" is written to the corresponding storage area.0 Also, when checking or settling all the data in the customer-specific memory 5a, the mode switch 13 is set to "check".
Set Merui to "Payment" mode and press the collection key 1 in the circle state.
Operate 2. Then, after executing step 8ss, it is determined in step 8sg that there is no number entered immediately before the operation of the bill collection key 12, and the operation of full inspection and settlement is started, and the process moves to step SSg. In the execution of step S■,
Register K "1" is written, and the initial value of the row address is set. After a while, I moved on to executing step Sss,
The storage area KDA(ri, TKO(x)K) of the customer-specific memory 51 designated by the X register, respectively stored collection date data, customer code, and loan amount are printed in the printing unit 8 as shown in FIG. 0 is printed on the recording paper.Then, the process moves to step 9sa, where the content KrN of the X register is added, and the row address is updated.Then, the process moves to step 3ms, where the content of the X register is larger than rNJ. A judgment is made as to whether or not this is the case, and if it is judged as no, the process returns to step sss K, and in step 3B, the inspection of the customer's memory 5m and the payment operation are repeated in sequence, and the contents of the X register are determined to be rNJ. If it is large, step Bsa K moves to step 9, and a determination is made as to which mode the mode switch 13 is designated as "inspection J" or "payment" mode, and if it is determined that it is in "inspection" mode, all inspection operations are performed. If it is determined that you are in "Payment" mode, proceed to step 8.
Move to 87. In the execution of step 8st, "1" is written to the X register 4F@O Next, the execution moves to step 3ms, the storage area KNG(x)K ro J specified by the contents of the X register is written, and its contents will be deleted. Next, proceed to step 3se and execute
The contents of the register K "1" are added. Next, the process moves to step 840, where the row address of the X register is rNJ.
It is determined whether YB is large or not, and if it is determined to be no, the process returns to step 8m8, and the loan amount data for each customer stored in the memory 5a for each customer is sequentially erased, and it is determined that YB2 is reached. 19. If you want to know the customer whose meeting point is the same day and the loan amount, set the mode switch 13 to "Register" mode and then operate the collection key 12. If you do 0, then
In step 81, it is determined that the mode switch 13 is set to the "registration" mode, and the process proceeds to step 841.
0 step 84, where the collection daily inspection operation is started.
In the execution of Step 1, immediately before the operation of the collection key 12, a judgment is made as to whether or not a number has been entered and it is a friend. If it is determined that no number has been entered, step 84 - 1c: Move to 0. In the execution of Step 8as, the DATE! of 0PUI is entered. The date data of the 9th day stored in the register is transferred to the X register, and then step 8
44 Move to K 0 If it is determined that there is a set number in the step Sas, move to step 841 or move to E of 0PUI.
0 step 844 where the date data stored in the NT register is transferred to the
In the execution of step S4, the date data in the X register is printed on the recording paper by the printing unit 8. Then, step S4! Step I is executed, "1" is written to the X register, and an initial value is set. Next, the process moves to step 8411, where the storage area KD specified by the contents of the X register is stored.
A determination is made as to whether or not the collection date data stored in A(x) matches the date data in the X register. If the determination is negative, the process proceeds to step 848; if the determination is Y]1ii8, the process proceeds to step 81. ? 0 step to move to 84? In the execution of , the storage area T specified by the contents of the X register
The customer code and rental amount data stored in K O(x) and KNG(x) are printed on the recording paper by the printing unit 8. Then, #b and X are executed in step Sam.
"1" is added to the contents of the register. Next, the process moves to step 846, where it is determined whether or not the contents of the X register are greater than rNJ. Finish the operation.

However, when the collection key 12 is operated alone, step S! , 841, 84, and 844 to SO are executed, and as a result, the customer code and the loan amount to be collected on the same day are sequentially printed on the recording paper as shown in FIG. In addition, if you want to know the customers for whom a specific date falls on the collection date and their loan amount, as shown in FIG. When you manipulate , the above Step 8! 1 , 841 , Sas ~
S4t Cal1 line ILRUm, 1s12 As shown in Figure 11), the customer code for which the money will be collected on the specific day on the recording paper,
The loan amount is printed sequentially.0 As mentioned above, in this embodiment, the data on the collection date of the customer is also stored in correspondence with the customer code stored in the customer-specific memory 5a. It is convenient to check the customer code and loan amount by collection date.

In the above embodiment, a customer is specified by inputting a customer code, but instead of this, a plurality of rental keys are provided for each customer, and specification is made by operating the rental key for each customer. As explained above, according to this invention, the customer-specific amount is stored for each customer, and the lending amount input when operating the lending key is changed to the specified customer-specific amount. Since the deposit amount entered when operating the deposit key is subtracted from the specified amount for each customer, it is possible to automatically manage money for each customer, such as loan amount and deposit amount. This eliminates the hassle of recording records in a separate ledger for each customer.

[Brief explanation of the drawing]

Figure g1 to Figure 12 are diagrams showing one embodiment of the present invention; Figure 1 is a schematic system configuration diagram; Figure 2 is a schematic diagram of the input section rM11gl; Figure ts3 is a memory format diagram; Figure (!) is a diagram of the key operation procedure when inputting the loan amount, (1) is a diagram of the printing state, Figure 5 is a flowchart showing the loan registration process, and Figure 6 (1) is when inputting the deposit amount. Fig. 7 is a flowchart showing the deposit registration process, Fig. 8 (1) is a diagram of customer-specific inspections, disputes at checkout - operation procedure diagram, Figure (1) is a printing state diagram, Figure 9 is a flowchart showing inspection and payment processing,
Figure 10 is a diagram of the printing state at the time of checking the memory for each customer and making payment. Figure 11 is a diagram of the printing state at the end of checking and paying the customer for whom payment is to be collected. Figure 12 (1) (1) These are key operation diagrams and printing state diagrams for checking and paying customers whose money is to be collected on a specific day. 1......OPU, 5-...Memory, 5a...Memory by customer, 6...
......Input section, 9...Lending key, lO...Depositing -111...Customer key. Patent Applicant Casio Computer Co., Ltd. / Figures 2, 1-3 O ■ Rororororo I ji-6 0-Rororororo 4 Figure Exit jlf 3 0 Rororo 1 Figure [Figure ■ Figure 5 Off Figure IQ figure/1 figure

Claims (1)

[Claims] A storage means having a plurality of storage areas and storing amounts for each customer in each storage area, a specification means for specifying each storage area of this storage means for each customer, and a storage means for storing amounts for each customer in each storage area, and a storage means for storing amounts for each customer in each storage area; a first calculation means that adds the amount to the customer-specific amount in the storage area designated by the designation means; A second calculation means for subtracting from a destination-specific amount - Child register registration method 0