JPS59106073A - Electronic register - Google Patents

Abstract

PURPOSE:To operate an electronic register efficiently in a shop where a rich assortment of goods is kept but the sales quantity is less by setting a storage area, where a required classification code and corresponding sales data are stored, each time when the registration using a classification code is performed. CONSTITUTION:When the operator operates goods number key and enters data of the amount of money of the goods and operates a money key, data of the amount of money stored in an X register is totaled in a storage area T(n) of a goods number memory 14a designated by contents of a register (n), and data of the total amount of sales is updated. The data of the total number of sales in a storage area K(n) of the memory 14a designated by the contents of the register (n) is counted up by +1. Thus, a registration processing corresponding to the inputted goods number code is executed.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an electronic register that sorts and tallies products using classification codes.

2. Description of the Related Art Conventionally, there is an electronic register that has a function of assigning a classification code to each product, classifying the product, and registering the product by inputting the classification code. This type of electronic register is equipped with a classification memory, in which classification codes for the number of classified products are set in advance. By the way, for example, while a kimono store or a jewelry store has a wide selection of products, the number of products sold each day is small, and many products may not sell at all.

In this case as well, setting the classification codes of all products in the classification memory only unnecessarily increases the memory capacity, which has the disadvantage that it is not actually used and is wasted.

This invention was made based on the above circumstances, and its purpose is to: To provide an electronic register in which a classification code can be set in a classification storage means by a classification code inputted at the time of registration.

Hereinafter, one embodiment of the present invention will be described based on FIGS. 1 to 5. FIG. 1 shows a perspective view of an electronic cash register 1. Money is stored in the drawer 1 indicated by the reference numeral 1 in the figure. The register main body 2 is installed in this drawer l±. On the front of the register body 2, there are various progress keys such as a number key 3, a product number key 4, and an amount key 5, a mode switch 6 for specifying each mode such as "registration" and "setting", a display window section 7, etc. I am fully prepared.

FIG. 2 shows a schematic system configuration diagram of the electronic register, and reference numeral 11 is an input section which outputs operation signals of the keys and mode switch 6 to the CPU 12. The CPU 12 is provided with a numeric register X1 and an n register tL1.
Controls the entire system. The CPU 12
Send display data to o and print data to printing unit 13 respectively. - Display unit 10 displays display data such as input amount i'l on display window 7, and print unit 13 sends display data such as the input amount i'l. Print the printed data on recording paper. Furthermore, CPU
12 exchanges data with memory 14. The memory 14 is specified by the product number memory 14a or h1 row addresses 1 to N, and the storage area in each row is a storage area F for storing a flag indicating whether or not the product number code has been stored, and a storage area 1 for storing the product number code. The storage area is divided into a storage area P for storing the number of products sold with the corresponding product number code, and a storage area T for storing the total sales amount of the products with the corresponding product number code. Memory 14 has a memo of the product number! J
In addition to 14a, there are various types of memory that classify and store sales data by department, person in charge, etc.

Next, the operation of the present invention will be explained. First, the customer inputs the product number code indicating the purchased product by operating the number keys 3. Next, when the product number key 4 is operated, the operation according to the flow shown in FIG. 3 is executed.

That is, in executing step fs1, a check is made to see if the numerical data input to the If it is determined that it is an input, the process moves to step S2. In Stella fS2, C
"1" is written to the n register of the PU 12 and set to the initial value.

Next, the process proceeds to step S, and the storage area F(n) of the product number memory 14a specified by the contents of the n register is stored by 1°.
Whether ``'' is stored or not, in other words, h is the storage area P.
A determination is made as to whether or not the product number code is stored in (n). If the determination is YES, the process moves to step S4. In the execution of step S4, it is determined whether the product number code in the X register is equal to the product number code stored in the storage area P(n) of the product number memo IJ 14a, and if it is determined to be YES, When the operation is completed and the determination is NO, the process proceeds to step S. In step S, the contents of the n register are incremented by 1, and then step fS,
Then, it is determined whether the contents of the n register are equal to "N" or not. +, If it is determined to be YES, the operation ends, and if it is determined to be No, the product number is still memorized! Stellar fS3 assumes that scanning of the entire storage area of J14a has not finished.
Tighten afterwards. In this way, steps 83 to S are repeatedly executed in each storage area F(n) and P of the product number memory 14a.
The contents of (n) are respectively searched. In step s3, if it is determined that °'1# is not stored in the storage area F(n), it is assumed that the product number code is not stored in the storage area P(n). ? Proceed to. In step S, 11. indicates storage of the storage area F(n)K product number code. is confused.

Moving to the next test step fS8, the product number code of the X register is written into the storage area P (n).

After operating the product number key 4, inputting the amount data of the product and operating the amount key 5, the operation according to the flow shown in FIG. 4 is executed. That is, Stella″:;fSI
During the execution of I, the amount data stored in the X register is specified by the contents of the N register.
It is accumulated in the IJtfft area T (rl) of l4a, and the total sales amount data is updated.

Next, in step s, 2, -1 is added to the data on the number of pieces to be sold in the storage area K(n) of the product number memo 'J14a specified by the contents of the transfer n register. In this way, when the amount key 5 is operated, the lζ registration process is executed corresponding to the input product number code.

However, please note the product number! If there is no product number code written in the nose price range for j14a gold fertilizer, enter the product number code 120 and operate the product number key 4'f.
, S s are executed sequentially, and the product number is memorized! J14
"l" is written in the storage area F (IJ) of a, and "120j is written in the storage area P (1). Then, set 1200, enter the amount data, and operate the amount key 5. Then, step S11 s Sl
0UJ is marked respectively. Similar size, product number code 27
Each time 0, . The product number code is set in P(5).If the product number code 120 is entered again and the product number key 4 is operated, steps 81 to S4 are sequentially executed, and then the amount key 5 is operated. The input sales data is added to the storage area T(1), and the number data in the storage area K(1) is also updated.In this way, the product number memory 14a stores the information as shown in FIG. , product number codes are written in the input order, and total sales data is further classified and stored for each product number code.

In the above embodiment, the product number code is used as the classification code, and the product number memory 14a is used as the storage means for each classification. It may be configured such that when the data is stored, the memory is allocated to one other memory. For example, P
When registering a product using the LU (price lookup) key, set the PLU code and the corresponding unit price in a specific memory in advance, enter the PLU code, and then operate the PLU key to register the PLU. When registering, if the same code as the PLU code input in the specific memory is stored, the same code and unit price data corresponding to the code may be set in the PLU memory.

If it does not exist, the classification code is written into an empty storage area of the classification storage means, and after this writing, or when it is determined that the classification code is stored in the classification storage means, the classification code is written. Since the sales data is accumulated in the classification storage means corresponding to the classification code, the classification code is set in the classification 1 and 6 means according to the classification code input at the time of registration. Therefore, fj−@+
Before registering with a different code, in the classification storage means,
This eliminates the trouble of setting classification codes in advance. In addition, each time a classification code is registered, a storage area is set to store the required classification code and the corresponding sales data. There is no need to increase the memory depth of the storage means, and there is an advantage that the cost of the equipment can be reduced.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of an electronic register showing an embodiment of the present invention, Fig. 2 is a schematic system configuration diagram, Fig. 3 is a flowchart when operating the product number key, Fig. 4 is a flowchart when operating the amount key, and Fig. 4 is a flowchart when operating the amount key. FIG. 5 is a storage state diagram of the product number memory. 3...Number key, 4...Product number key, 5
...Amount key, j2...CPU, 14
...Memory, 14a...Part number memory.

Claims (1)

[Claims] It has a first memory which has a plurality of storage areas, each storage area stores a product classification code, and a storage area corresponding to each storage area of this first memory. a second memory in which total sales data is stored in a storage area; input means for inputting product sales data together with a designated classification code; and a second memory in which the designated classification code is stored in the first memory. a storage area in the first memory in which the classification code is not yet stored when it is determined that the classification code is not stored; and a storage area corresponding to this storage area. a writing means for writing the specified input classification code and sales data into a storage area in the second memory; an electronic register comprising a totalizing means for totalizing the designated input sales data to the total sales data in the corresponding storage area in the second memory.