JPH09326088A - Electronic cash register - Google Patents

Abstract

PROBLEM TO BE SOLVED: To lighten the burden on a store clerk by storing a customer code and an article code which are inputted in reception registering operation mode together with a handing day, and calculating the number of days after the handing day taken out of an article information storage part in handing registering operation mode and outputting storage charge data. SOLUTION: For, for example, a laundry, articles keys for presetting article codes for sorting articles such as clothes received as pieces of washing, a reception key for specifying the article reception registering operation mode, a handing key for specifying the article handing registering operation mode, etc., are arranged on a keyboard 2. When the article reception registering operation mode is selected, a CPU 8 stores the inputted customer code and article code in a RAM 11 together with handing data on the article. Then when the article handing registering operation mode is selected, the number of days from the handing day of the data read out of the RAM 11 up to today is calculated and the storage charge is outputted.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electronic cash register used in a store such as a laundry where a customer temporarily deposits merchandise and receives the merchandise after the delivery date.

[0002]

2. Description of the Related Art As a conventional electronic cash register for, for example, a laundry, a product deposit mode used when a customer comes to deposit a product (laundry such as clothes) and a customer deposit mode 2. Description of the Related Art There is known one which is provided with a mode switching means for switching between a product delivery mode used when a product is received and which is configured to operate as follows in each mode.

(Merchandise deposit mode) A customer code for identifying a customer is input from a keyboard or the like, and a commodity code for classifying the commodity deposited by this customer and a delivery date of the commodity, a so-called cleaning completion date are displayed. When input, the input information (customer code, product code, finish date) is stored in the deposited product information storage unit formed in the internal memory, and product data such as charges preset for the product code is stored. Is read out and displayed on the display. After that, when the closing key is operated and the end of registration is declared, the printer is driven to issue a deposit receipt in which detailed information of all the deposited products, total charge information, finish date, etc. are printed.

(Merchandise delivery mode) When the customer code of the customer who has received the merchandise is entered, the deposited merchandise information storage section is searched to find the data of the same customer code and the finishing date of which has passed. Check for the presence. When the corresponding data is detected, the printer is driven based on the data to print out the list of delivered products and the data is cleared from the deposited product information storage unit.

By the way, when the number of customers who do not receive the goods even after the finishing date has passed in the laundry, the number of undelivered goods increases, and a large space for storing the undelivered goods is required. Therefore, there is a store that collects the storage charge of the product according to the number of days elapsed from the finish date of the deposited product to the date of receipt, that is, the length of the number of storage days. In such stores, in general, when a customer comes to receive a deposited product, a clerk checks the finish date of the product, calculates the number of days to store the product, and whether or not to collect the storage fee, and For example, what is the charge is determined based on a correspondence table of the number of storage days and the storage charge and billed to the customer.

[0006]

As described above, at a cleaning shop or the like which employs a system for collecting a storage charge for a product in accordance with the length of storage days of the deposited product, a customer comes to receive the deposited product. At that time, the store clerk had to calculate the storage charge by calculating the number of storage days of the product, which was a burden on the store clerk.

Therefore, the present invention provides an electronic cash register capable of automatically outputting the storage charge in the delivery work of the deposited products, eliminating the need for calculating the storage days and the storage charge, and reducing the burden on the store clerk. It is the one we are trying to provide.

[0008]

SUMMARY OF THE INVENTION The present invention comprises a mode switching means for switching between a mode of merchandise deposit registration business for registering information on merchandise deposit and a mode of merchandise delivery registration business for registering information on merchandise delivery. If the customer-specific customer code and the product code of the product deposited by the customer are entered by the input means when the mode of the product deposit registration operation is selected, the entered customer code and the product code are delivered. It is stored in the deposited product information storage unit together with the available date data, and when the customer code is entered by the input means when selecting the mode of the product delivery registration work, it is entered from the data stored in the deposited product information storage unit. The customer code data is used to extract the data for which the deliverable date has passed from the current date measured by the time measuring means and output by the output means. At the same time, in the electronic cash register that is cleared from the deposited product information storage unit, the number of days elapsed from the deliverable date of the data extracted from the deposited product information storage unit to the current date is calculated by the process when the mode of the product delivery registration work is selected. Then, the storage fee is determined from the elapsed days, and the storage fee data is output by the output means.

Further, according to the present invention, a storage fee table for storing storage fee data according to the number of days elapsed from the date when goods can be delivered and a data for extracting data from the deposited commodity information storage unit by processing when selecting a mode of commodity delivery registration work. Then, the elapsed days calculation means that calculates the number of days elapsed from the date that this data can be delivered to the current date, and the storage fee table is searched by the number of days elapsed calculated by this calculation means, and the storage fee data of the category to which the number of days elapsed belongs Storage fee reading means to read,
The storage fee output means outputs the storage fee data read from the storage fee table by the reading means. Here, the storage fee output means prints out the storage fee data together with the product name of the product to be delivered and the number of days elapsed from the delivery possible date of the product.

[0010]

BEST MODE FOR CARRYING OUT THE INVENTION An embodiment of the electronic cash register of the present invention used in a cleaning shop will be described below with reference to the drawings. FIG. 1 is a perspective view showing an external configuration of an electronic cash register according to the present embodiment, and FIG. 2 is a block diagram showing a configuration of a main part control circuit of the electronic cash register.

That is, in this electronic cash register, a keyboard 2 and a cashier display device 3 are provided on the front surface of a cash register body 1, and a customer display device 4 is provided on the back surface. Further, a drawer 5 for accommodating cash or the like is formed below the cash register body 1. Further, a printer 6 for printing data on roll-shaped receipt paper and journal paper is mounted inside the cash register body 1. The receipt paper printed by the printer 6 is discharged from the receipt issuing port 7 formed on the front side of the main body 1, and the journal paper is wound inside.

Further, this electronic cash register is
A CPU (Central Processing Unit) 8 is mounted as a control unit main body, and a ROM in which fixed data such as program data is previously stored in the CPU 8 via a bus line 9.
(Read-only memory) 10 and RAM (random access memory) 11 in which various memory areas for storing variable data such as setting data and processing data are formed and which is backed up by a battery 11a.
Data between the main memory unit, a clock unit 12 as a time measuring means for measuring the current date and time, and various input / output devices of the keyboard 2, the display units 3, 4, the drawer 5 and the printer 6. I / O port 13 for sending and receiving signals,
14, 15, and 16 are connected.

The keyboard 2 has various products (blouses, jackets, clothes, etc.) that can be deposited as laundry.
In addition to a plurality of product keys 2a in which product codes for classifying slacks etc. are preset, a deposit key 2b for specifying the product deposit registration business mode for registering information about product deposit, and information for product delivery Delivery key 2 to specify the mode of the delivery service
c, Numeric key 2 for entering numerical data of 0 to 9
d, a date key 2e that indicates that the number data is a cleaning finish date, a customer key 2f that indicates that the number data is a customer code unique to the customer, and a closing key 2g that declares the end of customer registration. Various keys such as are arranged.

Here, the deposit key 2b and the delivery key 2
c constitutes a mode switching means for switching between a product deposit registration business mode for registering information on product deposit and a product delivery registration business mode for registering information on product delivery. Further, the product key 2a, the numeral key 2d, and the customer key 2f constitute input means for inputting a customer code and a product code, respectively.

3 to 8 are diagrams showing the main memory areas formed in the RAM 11. The customer file 30 shown in FIG. 3 is a file for accumulating a customer code, a sub-code, finish date data, and a consigned product file number in the order of deposit registration as data on a customer who deposits merchandise. In addition, the consignment file 40 shown in FIG. 4 is a file for accumulating a consignment file number, a product code, and a tag number in the deposit registration order as data relating to the products deposited by the customer.

Here, the subcode in the customer data of the customer file 30 is a series of codes for distinguishing when a plurality of data of the same customer code exists in the customer file 30, and the finish date data is of the corresponding customer code. This is data that indicates the finish date of the product deposited by the customer (or the final finish date if multiple products were deposited at the same time) .The consigned file number is the data related to the product deposited by the customer with the corresponding customer code. This is data that specifies the area of the stored consignment file 40. The tag number in the item data of the deposit item file 40 is the number of the tag attached to the item when the item is deposited. Here, the customer file 30 and the consigned goods file 40 constitute a deposited merchandise information storage unit.

The product table 50 shown in FIG. 5 is a table in which the name of each product and the cleaning fee per point, so-called unit price, are preset and stored corresponding to the product code of each product. In addition, there is also a cumulative area for accumulating the sales amount and the number of sales of each product for each product code.

The transaction memory 60 shown in FIG. 6 temporarily stores an area 61 for temporarily storing the product code, points and amount of a commodity deposited by one customer, and the total amount and total points of the commodity deposited by the one customer. A memory having an area for storing.

The storage fee table 70 shown in FIG. 7 is a table in which storage fee data is preset and stored according to the number of days elapsed from the finished date of the deposited product, that is, the number of storage days D. In this embodiment, the storage fee is stored. Number of days D = 10 to 19 days storage fee is 50 yen, number of storage days D = 20 to 29
The storage fee until the day is 100 yen, and the storage fee for the number of storage days D = 30 days or more is 200 yen. The number of storage days D =
Storage fee is free from 0 to 9 days.

The work memory 80 shown in FIG. 8 is a memory for temporarily storing various processing data used in the merchandise deposit registration business and the merchandise delivery registration business, and includes a customer code area 81, a merchandise code area 82, Deposited file number area 83, finished date area 84, sub code area 85, flag area 86, tag number counter area 8
7 and storage fee total area 88.

However, the CPU 8 is program-controlled so as to execute the processing shown in the flow chart of FIG. 9 when the mode of the commodity deposit registration work is selected by the operation input of the deposit key 2b. That is, first, in ST (step) 1, the process waits for the finish date data to be input. Then, the operation input of the numeral keys 2d and the date key 2e (for example, if May 5, 1996, 960505
When it is detected that the finish date data is input by [Date] or [Date] 960505 in this order), the finish date data is stored in the finish date area 84 in the work memory 80.

Next, the customer code is input in ST2, the product code of the deposited product is input in ST3, or the end of the deposit registration is declared in ST4. Here, the operation input of the numeric key 2d and the customer key 2f (for example, 0 if the customer code is “01234567”)
1234567 [customer] or [customer] 0123456
If the customer code is input by inputting in the order of 7), the customer code input process concretely shown in FIG. 10 is started.

That is, when the CPU 8 enters the customer code input processing, the customer code input is first stored in the work memory 8.
It is stored in the customer code area 81 of 0. Next, the customer file 30 is sequentially searched from the top record using the customer code as a search key. Then, each time the same customer code as the search key is detected, the sub code corresponding to the customer code, the finish date data, and the consigned article number are read. Then, first, the subcode area 8 in the work memory 80
The data in 5 is compared with the subcode corresponding to the customer code, and the larger one is stored in the subcode area 85.

Then, the current date data measured by the clock unit 12 is compared with the finish date data corresponding to the customer code to determine whether or not the finish date has passed with respect to the current date. . Then, when the finish date data is larger than the current date data and it is confirmed that the finish date has not elapsed, the process moves to the search for the next record of the customer file 30.

On the other hand, when the finish date data is equal to or less than the current date and it is confirmed that the finish date has passed, the deposit item file number 40 corresponding to the customer code is used as a search key. To search. Then, if it is confirmed that the same file number as the search key is registered, the message data "unreceived product" preset in the ROM 11 or RAM 12 is displayed on the cashier display 3 and the customer display. 4 and all product codes corresponding to the same file number,
A consigned goods list is created with each data of the amount of money and the tag number, and the consigned goods list is printed out on the receipt paper by the printer 6. Then, the process proceeds to search for the next record in the customer file 30.

When the search for all records in the customer file 30 is completed in this way, the data in the subcode area 85 is updated by "+1". After that, work memory 8
Check the flag area 86 at 0. When it is confirmed that the flag F is not set in this flag area 86, the customer code in the customer code area 81 in the work area 80, the sub code in the sub code area 85, and the finish date are confirmed in the customer file 30. Customer data composed of finish date data in area 84 and consignment file number in consignment file number area 83 is additionally registered. If the flag F in the flag area 86 is set to "1", the process returns to ST2 in FIG. If the flag F in the flag area 86 has already been set to "1", the customer data of the customer is already registered in the customer file 30, so that the customer data is not additionally registered.

On the other hand, when the input of the product code is detected by the operation input of the product key 2a in ST3 of FIG. 9, the deposit product registration process concretely shown in FIG. 11 is executed. That is, when the CPU 8 enters the deposited product registration process,
First, the input product code is stored in the product code area 82 in the work memory 80. Next, the product table 50 is searched with the input product code, and the name and unit price corresponding to the same product code are read. Then, the unit price is added to the sales amount area corresponding to the input product code of the product table 50 as the sales amount of the product registered this time, and “1” is added to the sales number area as the sales score of the currently registered product.

Next, the product data area 61 of the transaction memory 60 is searched to check for the input product code. If it does not exist, the product data area 6
The product code, the amount of sales, and the number of sales of the currently registered product are stored in the vacant area 1, and the amount of sales and the number of sales of the currently registered product are added to the total area 62.

On the other hand, when the input product code exists, the sales amount and the sales amount of the product registered this time are added to the sales amount area, the sales amount area and the total area 62 corresponding to the product code, respectively. . Then
In the consigned goods file 40, the consigned goods file number in the consigned goods file number area 83 in the work memory 80, the merchandise code in the merchandise code area 82, and the tag number in the tag number counter area 87 are additionally registered.

Further, the cashier display 3 displays the name of the product registered this time, the sales amount and the tag number in the tag number counter area 87, and the customer display 4 displays the name and the sales amount of the product registered this time. . Further, the printer 6 is driven to print the product code, the name, the sales amount, the number of sales, and the tag number in the tag number counter area 87 on the receipt paper and the journal paper. Next, the tag number in the tag number counter area 87 is set to "+
1 ”update. In this embodiment, it is assumed that the tag number is 6 digits and that "000000" is updated to "000000". After that, if the product code area 82 is cleared, the process returns to ST2 in FIG.

On the other hand, when it is detected in ST4 of FIG. 9 that the end of the consignment item registration is declared by the operation input of the tightening key 2g, the flag area 86 in the work memory 80 is checked in ST5. When it is confirmed that the flag F has been reset, it is an erroneous operation in which the end of the consignment item registration is declared before the customer data of the customer is registered in the customer file 30, and the process returns to ST2.

When it is confirmed that the flag F is set in ST5, it is declared that the customer's deposit registration is completed in the customer file 30. Therefore, the printer 6 is driven and the receipt paper and the journal are sent. The finish date data in the finish date area 84 in the work memory 80, the customer code in the customer code area 81, and the subcode in the subcode area 85 are printed on the paper. In addition, the transaction memory 60 is displayed on the cashier display 3 and the customer display 4.
In addition to displaying the total amount of money and the total number of points in the total area, the printer 6 is driven to print the total amount of money and the total number of points on the receipt paper and the journal paper, and then the receipt paper is cut and the receipt issuance port is opened. 7
Issue a receipt for deposit.

Next, the consignment file number in the consignment file number area 83 in the work memory 80 is set to "+".
1 ”update. In this embodiment, it is assumed that the consignment file number is a 4-digit number and that after "9999" is updated to "0000". Then, the transaction memory 60 is cleared. In addition, the customer code area 8 in the work memory 80
1. The finish date area 84 and the sub code area 85 are cleared. Further, the flag F in the flag area 86 is set to "0".
If it is reset to, the deposit registration work of this time is completed.

Further, the CPU 8 uses the delivery key 2
When the mode of the product delivery registration work is selected by the operation input of c, the program is controlled to execute the process shown in the flowchart of FIG. That is, first, it waits for the customer code to be input. When a customer code is input by operating the numeric key 2d and the customer key 2f, the customer file 3 is used as a search key.
0 is searched in order from the first record.

Each time the same customer code as the search key is detected, the finish date data and the consigned goods file number corresponding to the customer code are read out. And first, the clock unit 12
Then, the current date data measured in step 1 is compared with the finish date data corresponding to the customer code to determine whether or not the finish date has passed with respect to the current date. Then, when the finish date data is larger than the current date data and it is confirmed that the finish date has not elapsed, the process moves to the search for the next record of the customer file 30.

On the other hand, when the finish date data is equal to or less than the current date and it is confirmed that the finish date has passed, the deposit item file number 40 corresponding to the customer code is used as the search key. To search. Then, if it is confirmed that the same file number as the search key is registered, print data for the delivery list is created with all the product code, price and tag number data corresponding to the same file number, The printer 6 is driven to print the print data of the delivery list on the receipt paper and the journal paper.

Next, the number of days elapsed from the finish date data to the current date, that is, the number of days stored is calculated (elapsed days calculation means). Thereafter, the calculated number of days of storage is the minimum number of days (10 days in the number of days of storage category set in the storage fee table 70).
Less than (day). If the number is small, it is not covered by the storage fee, so if you delete all the data with the same file number as the search key on the consignment file 40 and sort the remaining data in the consignment file 40, the next record of the customer file 30 Move on to search.

On the other hand, if the number of days of storage is equal to or more than the minimum number of days (10 days) in the number of days of storage, it is subject to the storage charge, so the storage fee table 70 is searched and the number of days of storage to which the number of days of storage belongs corresponds The stored storage fee data is read (storage fee reading means). Then, the printer 6 is driven to print the storage charge data on the receipt paper and the journal paper together with the storage days (storage charge output means).
Further, the storage fee data is added to the storage fee total area 88. The storage fee total area 88 is cleared, for example, when the product delivery registration business mode is selected by operating the delivery key 2c. After that, if all the data having the same file number as the search key on the consigned goods file 40 are deleted and the remaining data of the consigned goods file 40 are sorted, the next record of the customer file 30 is searched.

When all records in the customer file 30 have been searched in this way, the printer 6 is driven to print the data in the storage fee total area 88 on the receipt paper and the journal paper as the total storage fee. After that, the receipt paper is cut and the delivery list is issued from the receipt issuing port 7. Further, the data of the same customer code as the inputted customer code on the customer file 30 is deleted, and the remaining data of the customer file 30 is sorted. This completes the delivery registration work this time.

In a cleaning shop using the electronic cash register of this embodiment having the above-described structure, when a customer comes to the shop to store a product (laundry such as clothes), the store clerk has a deposit key 2b. To input the product deposit registration work.

At this time, the transaction memory 60 in the RAM 11 of the electronic cash register is cleared. In addition, the customer code area 8 in the work memory 80
1, the product code area 82, the finish date area 84, and the sub code area 85 are also cleared, and the flag area 8
The flag F in 6 is reset. Further, the latest (unused) consignment file number and tag number are stored in the consignment file number area 83 and the tag number area 87, respectively.

Next, the clerk inputs the finish date of the product to be deposited by the customer with the numerical key 2d and the date key 2e.
When the customer deposits a plurality of products at the same time, the final finish date is entered. Then work memory 8
The finish date data input in the finish date area 84 of 0 is stored.

Next, the clerk inputs the customer code unique to the customer with the numerical key 2d and the customer key 2f. As the customer code, a member number assigned to the customer by the store or a customer's telephone number is used. Then, the customer data including the customer code, the sub code, the deposit file number, and the finish date data is registered in the customer file 30, and the flag F is set.

Next, the clerk inputs the product code of the product deposited by the customer one by one with the product key 2a. Then, the sales amount (unit price) and the number of sales points (1) of each product are cumulatively processed in the product table 50 for each product code, and the product code, the sales amount and the sales score are stored in the product code area 61 of the transaction memory 60. It The sales amount and the number of sales of the same product code are added up.
In addition, the total area 62 of the transaction memory 60 stores the total amount and total points of all registered products. Further, the product codes and tag numbers of all the products registered this time are registered in the stored product file 40 in correspondence with the stored product file numbers of the customer data.

When the registration of all the products deposited by the customer is completed in this way, the clerk operates the closing key 2g. Then, in addition to the detailed information (product code, name, sales amount, sales point, and tag number) of the registered product this time, a deposit receipt is printed in which the finishing date, customer code, subcode, total information, etc. are printed. Therefore, it is given to the customer as a receipt slip.

On the other hand, when the customer presents the receipt slip and receives the merchandise whose finished date has passed, the clerk operates the delivery key 2c to select the merchandise delivery business. Then, the storage fee total area 88 in the work memory 80 is cleared. The clerk then enters a customer code unique to that customer. Then, the customer data corresponding to the input customer code is extracted from the customer file 30 and the customer data whose finishing date has already passed has been extracted.
All the product data corresponding to the consignment file number of the customer data is extracted from the consignment file 40, and the delivery product list is printed out.

Also, the number of days elapsed from the finish date data of the customer data for which the finish date has already passed to the current date measured by the clock unit 12, that is, the number of days the deposited merchandise is stored is calculated. Then, it is determined whether or not this number of days of storage is less than the minimum number of days (10 days) of the number of days of storage set in the storage fee table 70. As a result, when the number of days of storage is greater than or equal to the minimum number of days (10 days) in the number of days of storage category, the storage fee data corresponding to the number of days of storage category to which the number of days of storage belongs is read out from the storage fee table 70, and the delivery item list is given. Is printed on.

FIG. 13 is a print example of the delivery list. This list of handed items includes "blouses" and "jackets", which are the deposited products whose finish date is May 5, 1996.
A total of 4 points, 3 points in total and 1 point of the deposited product "Slacks" on May 7, 1996, on May 26, 1996
It is a list of customers who received the day,
As for points, the storage fee is 100 yen because the number of storage days is 21 days, and for the subsequent 1 point, the storage fee is 50 yen because the number of storage days is 19 days, so the total storage fee is 150 yen. Therefore, the store clerk searches for the product from the storage location based on the tag number or the like printed on the delivered product list.
And, in exchange for the storage fee of 150 yen, it is handed over to the customer. At this time, the customer data extracted from the customer file 30 and the product data extracted from the consignment file 40 are deleted from the corresponding files.

As described above, according to the electronic cash register of this embodiment, when the customer code of the customer who receives the deposited merchandise is input from the keyboard 2 in the process of selecting the mode of the merchandise delivery registration work. , Deposited product information storage unit (customer file 30 and deposited product file 40)
When the customer code data input from the data stored in the table whose finish date is past the current date is extracted and the printer 6 prints out the delivery list based on the data. In addition, the number of days elapsed from the finish date to the current date of the extracted data, that is, the number of storage days is calculated, the storage fee is determined from the number of storage days, and the storage fee data is printed out on the delivery list. , Storage charges can be automatically output in the delivery of deposited products. As a result, it is not necessary to calculate the number of storage days and the storage charge, and the burden on the clerk can be reduced.

Further, according to the electronic cash register of the present embodiment, the automatically calculated storage fee is printed on the delivery item list together with the product name and the number of days of storage of the deposited product subject to the charge. Therefore, it is possible to easily confirm the deposit items subject to the storage fee and the number of storage days just by looking at the delivery item list.

In the above-described one embodiment, the storage fee is the same regardless of whether the number of the deposited goods on the same day is one or two or more, but the storage fee is the amount of money per one point. If there are two or more points, the total storage fee may be calculated by multiplying the storage fee per point by the number of items. this is,
In the process of the delivery registration work shown in FIG. 12, the number of deposits is stored when the delivery item list is printed, and the storage fee is stored when the storage fee data corresponding to the number of storage days is read from the storage fee table 70. The storage fee can be calculated by multiplying the data by the number of items in custody, and can be printed together with the number of storage days.

Further, in the above-described embodiment, the storage fee is common to all the products, but the storage fee may be different depending on the product. This is the storage fee table 7 shown in FIG.
The product table 50 shown in FIG.
The pattern of the storage charge table 70 used for the product is set in advance. Then, in the process of the delivery registration work shown in FIG. 12, when the storage charge data corresponding to the number of storage days is read from the storage charge table 70, the storage charge table 70 having the pattern set for the product is read. It is possible by doing. By doing this, for example,
By setting the storage fee of a product that requires a large space for storage higher than that of other products, it becomes more effective because customers come to receive the product earlier.

The storage fee output means is not limited to the print output to the delivered product, but may be displayed and output on the display devices 3 and 4, for example. In addition, it goes without saying that various modifications can be made without departing from the spirit of the present invention.

[0054]

As described above in detail, according to the present invention, the storage charge can be automatically output in the delivery work of the deposited goods, the number of storage days and the storage charge need not be calculated, and the burden on the clerk can be reduced. It is possible to provide an electronic cash register capable of achieving the above.

[Brief description of drawings]

FIG. 1 is a perspective view showing an external configuration of an embodiment of the present invention.

FIG. 2 is a block diagram showing a main part control circuit configuration of the embodiment.

FIG. 3 is a configuration diagram of a customer file formed in the RAM according to the same embodiment.

FIG. 4 is a configuration diagram of a consignment file formed in the RAM according to the same embodiment.

FIG. 5 is a configuration diagram of a product table formed in the RAM according to the same embodiment.

FIG. 6 is a configuration diagram of a transaction memory formed in the RAM according to the same embodiment.

FIG. 7 is a configuration diagram of a storage fee table formed in the RAM according to the same embodiment.

FIG. 8 is a configuration diagram of a work memory formed in the RAM according to the same embodiment.

FIG. 9 is a flowchart showing the processing of a product depositing operation executed by the CPU of the embodiment.

10 is a flowchart specifically showing the customer code input processing in FIG.

FIG. 11 is a flowchart specifically showing the deposit merchandise item registration processing in FIG.

FIG. 12 is a flowchart showing the processing of a product delivery business executed by the CPU of the embodiment.

FIG. 13 is a diagram showing an example of a delivery item list to be printed and issued in the embodiment.

[Explanation of symbols]

 1 ... Cash register main body 2 ... Keyboard 2b ... Deposit key 2c ... Delivery key 3 ... Cashier display 4 ... Customer display 6 ... Printer 8 ... CPU 30 ... Customer file 40 ... Deposit file 50 ... Product table 60 ... Transaction memory 70 ... Storage fee table 80 ... Work memory

Claims (3)

[Claims] 1. A mode switching means for switching between a mode of merchandise deposit registration business for registering information on merchandise deposit and a mode of merchandise delivery registration business for registering information on merchandise delivery. When the customer-specific customer code and the product code of the product deposited by the customer are entered by the input means when the mode is selected, the entered customer code and product code together with the delivery date data of the corresponding product are deposited products. If the customer code is stored in the information storage unit and is input by the input means when the mode of the product delivery registration work is selected, the customer code input from the data stored in the deposited product information storage unit. The data for which the deliverable date has passed from the current date measured by the time measuring means is extracted and output by the output means. In the electronic cash register that is cleared from the deposited merchandise information storage unit, from the date when the data extracted from the deposited merchandise information storage unit can be delivered to the current date by the process when the mode of the product delivery registration work is selected. An electronic cash register, wherein the number of elapsed days is calculated, a storage fee is determined from the number of elapsed days, and the storage fee data is output by the output means. 2. The product deposit registration business according to claim 1, further comprising a mode switching means for switching between a product deposit registration business mode for registering information on product deposit and a product delivery registration business mode for registering information on product delivery. When the customer-specific customer code and the product code of the product deposited by the customer are entered by the input means when the mode is selected, the entered customer code and product code together with the delivery date data of the corresponding product are deposited products. If the customer code is stored in the information storage unit and is input by the input means when the mode of the product delivery registration work is selected, the customer code input from the data stored in the deposited product information storage unit. The data for which the deliverable date has passed from the current date measured by the time measuring means is extracted and output by the output means. In the electronic cash register that is cleared from the deposited product information storage unit, a storage fee table that stores storage fee data according to the number of days elapsed from the date on which the product can be delivered, and processing when the mode of the product delivery registration work is selected When data is extracted from the deposited merchandise information storage unit, the number of days elapsed calculation means for calculating the number of days elapsed from the date when this data can be delivered to the current date, and the storage fee table is searched by the number of days elapsed calculated by this means. The storage charge reading means for reading the storage charge data of the category to which the elapsed days belong, and the storage charge output means for outputting the storage charge data read from the storage charge table by the reading means are provided. Electronic cash register to do. 3. The electronic system according to claim 2, wherein the storage charge output means prints out the storage charge data together with the name of the product to be delivered and the number of days elapsed since the delivery date of the product. Cash register.