JP2000222639A - Deposit registration processor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To reduce the trouble of management by utilizing a storage medium storing information which identifies a customer and is peculiar to the customer also as a deposit certificate of an article that the customer deposits. SOLUTION: A card processor 3 reading information on a member card 2 as a storage medium is connected to a registration processor main body 1 by an interface communication cable 4. The card processor 3 has a card insertion/extraction port 3a and state display LED 3b. In the member card 2, a rewriting card where a rewriting part as a printing part that can be rewritten is formed on one face and a magnetic stripe which magnetically stores card type information and information on the member number is formed on the other face is used. The card processor 3 is provided with a printing mechanism part printing data on a service point and a deposit article in the rewriting part of the member card 2, a erasing mechanism part erasing data printed in the rewriting part and a reading mechanism part reading data which is magnetically recorded in the magnetic stripe part.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention obtains a profit by storing an article requested by a customer to perform predetermined processing on an article, such as finishing, performing a predetermined processing within a certain period, and delivering the article to the customer. The present invention relates to a deposit registration processing device used in a store of a business type, for example, a cleaning store or a photo store.

[0002]

2. Description of the Related Art As a conventional deposit registration processing apparatus for a laundry shop, an electronic cache which includes input / output devices such as a keyboard, a display and a printer, and controls these with a microcomputer (hereinafter abbreviated as a microcomputer). There is known one mainly composed of a register.

[0003] This conventional product is a product-specific file in which data such as a product name, a cleaning price, and a period required for finishing are set in advance for each product number assigned to each type of product, such as clothing, for which cleaning is requested by a customer. A tag number counter for counting the tag numbers of the tags attached to the articles deposited from the customer is provided in the built-in storage unit. Each time the part number of a product deposited by a customer is input by operating the keyboard, the tag number counter is counted up and the tag number of the tag attached to the product is automatically issued. In addition, the setting data corresponding to the input product number is read from the product-specific file, and the expected finish date for completing the cleaning of the product is calculated from the period required for the finish and the current date. The tag number and the expected finish date, which were automatically issued, together with the product name and the cleaning fee, were printed on recording paper by a printer, and the recording paper was controlled by a microcomputer so as to be issued to the customer as a storage receipt. .

[0004] In a cleaning shop employing the conventional apparatus having such a configuration, the customer looks at the expected finish date recorded on the receipt and looks for the goods deposited in the shop. At this time, the customer presented the receipt to the store, and the store searched for the cleaned article based on the tag number recorded on the receipt and delivered it to the customer.

By the way, some recent laundry shops have introduced a point card system for the purpose of customer service. This point card system issues a member number, which is information unique to each customer, to each customer who has contracted as a point member, and distributes a card-shaped storage medium storing this member number to each customer. In addition, the deposit registration processing device mainly including an electronic cash register is provided with a storage medium processing unit that reads a member number stored in the card-shaped storage medium,
A member file forming an area for accumulating service points corresponding to the member number of each customer is provided in a storage unit built in the apparatus. Then, all items deposited from one customer are registered by key operation of the keyboard, and when the registration end is declared, a service point is calculated based on the cleaning price of the registered registered item, and this service point is calculated. In the storage medium processing section, the service points are accumulated for each customer by adding to the point accumulation area corresponding to the member number read from the card-shaped storage medium. By introducing such a point card system, it is possible to provide services (for example, discounts, discounts, gifts, etc.) according to the accumulated points to each customer who has contracted as a point member.
This has the effect of retaining customers.

In the above-mentioned point card system, a magnetic card or an IC card is used as a card-shaped storage medium. There is also a point card system in which, instead of accumulating the service points of each customer using a member file built in the device, the accumulated points of each customer are stored in a card-shaped storage medium owned by each customer.

[0007]

However, when the above-mentioned point card system is introduced in, for example, a laundry shop, a customer who has contracted as a point member, separates a deposit certificate issued when depositing an item for which cleaning is requested. A card-shaped storage medium storing customer-specific information (for example, a member number) for identifying a customer has to be managed, and there is a problem that management is troublesome.

Accordingly, the present invention is to provide a deposit registration processing apparatus which can use a storage medium storing customer-specific information for identifying a customer as a receipt for an article deposited by the customer and can reduce the troublesome management. Things.

[0009]

According to a first aspect of the present invention, there is provided a deposit registration processing apparatus for identifying a customer by a product-specific file for storing in advance the time required for finishing the type of product deposited by the customer. File for storing and managing information relating to the type of goods and the expected finish date that the customer has deposited in accordance with the customer-specific information, a clock section for clocking the current date, and a storage medium for storing the customer-specific information A storage medium processing unit having means for reading stored information from a storage medium and means for printing data on a rewritable printing unit of the storage medium; deposit registration means for registering articles deposited from a customer; Means to declare the end of product registration and the finish set in the product-specific file of the deposited product registered by the deposit registration device Calculating means for calculating the expected finish date of the deposited article from the period of time to be performed and the current date measured by the clock section, and the state in which the customer specific information stored in the storage medium is read by the reading means of the storage medium processing section. When the deposit product is registered by the deposit registration unit, the deposit information processing unit adds the type information of the deposit product to the customer-specific file together with the information on the expected finish date calculated by the arithmetic unit in association with the customer-specific information. When registration termination is declared by the registration closing means in a state where the customer specific information stored in the storage medium is read by the reading means of the storage medium processing unit, the registration is stored in a customer-specific file corresponding to the customer specific information. The type information of the checked-in item and the information on the expected finish date are printed by the printing means of the storage medium processing unit. It is obtained by a registration tightening process means for printing.

According to a second aspect of the present invention, in the deposit registration processing apparatus according to the first aspect of the present invention, the registration closing processing means includes a customer specific information stored in a storage medium by a reading means of a storage medium processing unit. If the registration end is declared by the registration closing means while the information is read, the deposited item with the earliest expected finish date among the deposited item type information stored in the customer-specific file corresponding to the customer-specific information Means for printing at least one of the type information and the information on the scheduled finish date and the type information of the deposited item with the latest scheduled finish date and the information on the scheduled finish date on the printing unit of the storage medium by the printing means of the storage medium processing unit It is what it was.

According to the third aspect of the present invention, the deposit registration processing device according to the first aspect of the present invention is configured such that when the customer specific information stored in the storage medium is read by the storage medium reading means, A finish judging means for retrieving a file and judging the presence or absence of a deposited product whose scheduled finish date has passed among the deposit products corresponding to the customer-specific information, and a deposited product whose scheduled finish date has passed by this determining means Is determined, a finish list output means for outputting a list of the deposited articles is added.

[0012]

DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below with reference to the drawings. In the present embodiment, a case will be described in which the present invention is applied to a deposit registration processing device for a cleaning shop in which a point card system is introduced.

FIG. 1 shows an external appearance of a deposit registration processing device according to the present embodiment. This device is attached to a deposit registration processing device main body (hereinafter abbreviated as an apparatus main body) 1 mainly composed of an electronic cash register. A card processing device 3 for reading information of a membership card 2 as a storage medium storing a membership number as customer identification information for identifying a customer who has contracted as a point member is connected by an interface communication cable 4 such as RS232C. It is composed.

The apparatus main body 1 has a drawer 5 for storing cash and the like, and controls opening and closing of the drawer 5. Further, a keyboard 6 and a front display 7 for an operator are provided on the front of the apparatus main body 1, and a customer surface display 8 for the customer is provided on the back. Further, a printer 9 for printing a receipt or the like is built in.

The keyboard 6 includes a numeric keypad K1 for inputting numerical data and a plurality of part number keys K2 in which different part numbers are preset, a closing key K3, a deposit key K4, a return key K5, and a member key K6. Various function keys such as are provided. The product number is a number assigned in advance for each type of article such as clothing deposited by a customer. Also, the keyboard 6
A mode switch 10 is provided, which is switched with a key for selecting a business mode such as “registration”, “check”, “payment”, “setting”, and the like.

The card processing device 3 has a card insertion / removal slot 3a into which the membership card 2 is inserted / removed, and a status display LED.
3b. Here, as shown in FIG. 2, the member card 2 forms a rewritable portion 2a as a rewritable printing portion on one surface (a), and card type information, member number, etc. on the other surface (b). A rewritable card having a magnetic stripe portion 2b magnetically storing the above information is used. And
The card processing device 3 includes a rewriting unit 2 for the member card 2.
a printing mechanism section for printing data related to service points, data related to deposited goods, etc.
a), and a reading mechanism for reading data magnetically stored in the magnetic stripe 2b. Here, the card processing unit 3 functions as a storage medium processing unit.

The rewrite card used as the member card 2 does not need to be mainly a magnetic card as in the present embodiment, but an IC for storing information such as card type information and member number in a memory. A rewrite card mainly using a card may be used. In this case, it goes without saying that the card processing device 3 is compatible with an IC card reader that reads data stored in a memory as a reading mechanism.

FIG. 3 is a block diagram showing a control circuit configuration of the apparatus main body 1. The apparatus main body 1 has a CPU (Central Processing Unit) 11 as a control section main body. Also, a ROM (Read Only Memory) in which fixed data such as a program executed by the CPU 11 is stored in advance.
mory) 12, a RAM 13 for storing variable data written and read under the control of the CPU 11, a clock unit 14 for measuring the current date and time, a LAN (Local
Communication interface 1 for controlling data communication with a host device connected via a communication line such as an Area Network)
5, a card processing device interface 16 for controlling data communication with the card processing device 3 connected via the interface communication cable 4, the mode switch 1
I / O for inputting a signal of 0 and outputting a drive signal to a drawer opening device 5a for automatically opening the drawer 5
(Input / Output) port 17, HDD for reading and writing data to and from built-in hard disk 18
(Hard Disc Drive) HDD for controlling the drive of the device 19
A controller 20, a keyboard controller 21 for receiving a key signal corresponding to an operation key from the keyboard 6,
A printer controller 22 for controlling the printing operation of the printer 9 and a display controller 23 for controlling the display operations of the front display 7 and the customer display 8 are mounted. Then, the CPU 11 and the ROM 12, R
AM 13, clock unit 14, communication interface 15, card processing unit interface 16, I / O port 17, H
DD controller 20, keyboard controller 21,
The printer controller 22 and the display controller 23 are electrically connected to each other via a bus line 24 such as an address bus and a data bus, thereby forming a control circuit of the apparatus main body 1.

In the apparatus main body 1 having such a configuration, the hard disk 18 has a member file 25 described later in advance.
And a part number file 26 are stored. The member file 25 includes, as shown in FIG. 4A, member information such as a member number, a name, an address, and a telephone number of each customer who has contracted as a point member, and a service point assigned to the member. It stores and manages the accumulated points and the deposit data of the articles deposited from the member, and forms a file for each customer. The deposited data includes a serial number that is incremented for each deposited product, a tag number of a tag attached to the deposited product, a product number that is information on the type of the deposited product, a deposit date, and a scheduled finish date. And the return status (OF
F: not returned, ON: returned).

As shown in FIG. 4B, the part number file 26 stores, for each part number of an article such as clothing requested to be cleaned by a customer, the name of the article to which the article number is assigned, the cleaning price, and the finish of cleaning. The number of processing days required for the item and an item point as a service point set in advance for the item are set and stored in advance, and constitute a product-specific file.

Further, in the apparatus main body 1 having such a configuration,
In the RAM 13, as shown in FIG. 5, a member information area 51 for storing the member number, name, address, telephone number, accumulated points and deposited data group of one member read from the member file 25, Stored product information area 52 for storing the registered product number, product name, cleaning price, processing days, item points, and expected finish date, and stores the product numbers, expected finish date, and the number of all items deposited by one member. Check-in table 53
And the flag area 54 of the card processing flag CF set to “1” when processing with the member presenting the member card 2
And a tag number counter 55 for counting the tag numbers of the tags attached to the articles deposited by the customer, and a current point area 56 for storing the service points P given in the current deposit registration processing with one member. are doing.

When the "registration" mode is selected by the mode switch 10, the CPU 11 is programmed to execute the processing of the procedure shown in FIG. That is, the CPU 11 first sets ST (step) 1
Waiting for the member key K6 of the keyboard 6 to be pressed. Here, when the press of the member key K6 is detected by the key signal input via the keyboard controller 21, it is determined whether or not the member card 2 is inserted into the card processing device 3 as ST2. Here, if the card type information and the membership number magnetically stored in the magnetic stripe portion 22 of the member card 2 can be taken in via the card processing device interface 16, the member card 2 is inserted into the card processing device 3. In step ST3, the card processing flag CF in the flag area 54 is set to "1". If the insertion of the member card 2 cannot be detected in ST2, the key input of the member key K6 is regarded as an error, and the current process is terminated.

Next, in step ST4, the member file 25 is searched using the member number read from the member card or the member number input by the ten key K1 as a search key.
If a member file record including a member number matching the search key is detected in ST5, the member information area 51 is cleared once in ST6, and the member file record (member number, name, address, telephone number, total number) is cleared. The points and the deposited data group) are read from the member file 25 and stored in the member information area 51. If the corresponding member file record cannot be detected, the process ends as a member number input error.

If the corresponding member file record can be read in ST5, then, in ST7, the return status is set to OFF in the group of deposited data of the member file record after the scheduled finish date has passed, (ST7). It is determined whether or not there is deposit data (not returned). Here, if there is no corresponding deposit data, there is no product to be returned to the customer of the corresponding member number, that is, there is no product that has been cleaned. The display unit 8 displays a comment indicating that there is no returned product. On the other hand, if there is at least one corresponding deposit data, there is a product to be returned to the customer of the corresponding member number, that is, a product that has been cleaned. A list of returned products is created from the tag number and the product name read from the product number file 26 corresponding to the product number of the data. Then, this list is displayed on the front display 7 and the customer display 8 respectively. Here, the CPU 11 constitutes a finish determining means by the processing of ST7, and constitutes a finish list output means by the processing of ST9.

Next, the CPU 11 determines whether or not the return key K5 of the keyboard 6 has been pressed in ST10. Here, when the press of the return key K5 is detected by a key signal input via the keyboard controller 21, the return of the cleaned product is declared, and the deposited data whose scheduled finish date has passed has passed as ST11. Turn the return status of ON (returned).

Thereafter, when the depression of the deposit key K4 is detected based on the key signal input via the keyboard controller 21 in ST12, the deposit registration process specifically shown in FIG. 7 is executed. Further, when the pressing of the closing key K3 is detected in ST13, the registration closing process specifically shown in FIG. 8 is executed.

When the deposit registration process shown in FIG. 7 is started, the CPU 11 first clears the current point area 56 to "0" in ST21. Next, as ST22, the process waits for the product number of the product to be deposited from the customer to be input by the product number key K2 of the keyboard 6.

Here, when the depression of the part number key K2 is detected by the key signal inputted through the keyboard controller 21, the preset part number is inputted to the part number key K2. 55 is incremented by one. Also, after clearing the deposited goods information area 52 once in ST24, a part number file record (part number, product name, price, processing days, item points, etc.) including the product number inputted from the part number file 26 is read, and the deposited goods information area 52 is read. To be stored. Further, in ST25, a date after the number of processing days of the corresponding part number file record has elapsed from the current date measured by the clock unit 14 is calculated as a scheduled finish date of the deposited article in which the input part number is set. Note that a store holiday is set in the hard disk 18 in advance, and when the scheduled finish date matches the holiday, the next day is automatically set as the scheduled finish date.

Next, in step ST26, the count value of the tag number counter is set as the tag number of the tag attached to the checked-in article, and the current date measured by the clock unit 14 is set as the storage date.
Deposit data is created together with the product number input by the product number key K2 and the expected finish date calculated in the process of ST25. At this time, the return status of the deposited data is OFF.

When the deposit data of the deposited article whose product number has been input by the product number key K2 has been created in this way,
At ST27, the deposit data is transferred to the member information area 5
No. 1 is added next to the last data of the deposited data group. At this time, if the serial number of the final data is i, the serial number of the data to be added is (i + 1).

After that, if the item point in the deposited goods information area 52 is added to the current point area 56 in ST28, the process returns to ST22. Here, the part number key K2 constitutes a deposit registration unit. Also, CP
U11 constitutes the calculation means of the expected finish date by the processing of ST25, and constitutes the deposit registration processing means by the processing of ST27.

Each time the CPU 11 detects that the part number key K2 has been pressed in ST22, the CPU 11 executes the above steps ST23 to ST2.
8 is repeatedly executed. In a state where the input of the product number key K2 is awaited in ST22, when the pressing of the closing key K3 is detected by a key signal input via the keyboard controller 21 in ST29, FIG.
The registration closing process shown in FIG.

When starting the registration closing process shown in FIG. 8, the CPU 11 first determines whether or not the card processing flag CF in the flag area 54 is set to "1" in ST31. Here, the card processing flag CF is “1”.
Is set to, since the registration completion of the deposited goods is declared from the customer who presented the member card 2, the return status is changed from the deposited data group stored in the member information area 51 as ST32. Extract all the deposit data of OFF. Then, after clearing the checked-in article table 53, the part number of the extracted checked-in data, the expected finish date, and the number of articles = 1 are stored in the checked-in article table 53 in the order of extraction. However, if data in which the product number matches the expected finish date has already been stored in the deposited product table 53, the data is not stored, and only the number of products is increased by +1.

Next, as ST33, the data stored in the deposited article table 53 is rearranged in the order of earliest expected finish date. At this time, the data having the same expected finish date are arranged in the order of ascending order. Note that data having the same expected finish date may be rearranged in descending order of the product number, or priorities may be set in advance for each product number and rearranged in descending order of the priorities.

After the data in the deposit product table 53 is rearranged in the order of the expected finish date, the next step is ST34 in which the expected finish date and the final data of the first data in the deposit product table 53 (only one data is extracted). If not, it will be the same as the leading data).

Here, if the expected finish date of both data is the same in ST35, the number of products of each data in the deposited product table 53 is added up (the total value is x) in ST36, and the expected finish date of the first data is obtained. From the (month / day) and the product name corresponding to the product number, the shortest expected finish date data [total x points such as product name / month / day] is created.

On the other hand, if the expected finish date of the two data is different, the number of products whose head data and the expected finish date match are calculated in ST37 (the total value is x1).
), The shortest scheduled finish date data [month / day] from the scheduled finish date (month / day) of the top data and the product name corresponding to the product number.
Date, product name, etc. x1 point], and sum the number of data items whose final data matches the expected finish date (the total value is x2), and calculate the final finish date (month / day) and product number of the final data. The longest scheduled finish date data [month / day product name total x2 points] is created from the corresponding product name.

Next, in ST38, the number of items of each data in the checked-in item table 53 is summed (the sum is x) to generate the point data of all the checked items [x points of all checked items]. In addition, this time point area 56 as ST39
Is added to the total points in the member information area 51 to calculate the total points Pm up to this time. Then, service point data [(name) current P points / total Pm points] is created from the accumulated points Pm, the present points P, and the name data in the member information area 51.

When the shortest and longest expected finish date data, all stored item count data, and service point data are created by the processing of ST36 to ST39, these data are sent to the card processing device interface 16 through the card processing device interface 16 at ST40. To the card processing device 3 and print it on the rewriting section 2a of the membership card 2 inserted in the card processing device 3.

Thereafter, at step ST41, the ejection command of the member card 2 is transmitted to the card processing device 3 via the card processing device interface 16, and at step ST42, the card processing flag CF of the flag area 54 is reset to "0". In step ST43, the printer 9 is operated to print out a receipt, and in step ST44, the contents of the member information area 51 are transferred to the member file 25, and the member file record of the corresponding member number is updated to the latest one. This is the end of the current process.

In ST31, the card processing flag CF is set.
Are reset to “0”, ST32 through S32
The processing of T42 is not performed, and the receipt is printed out in ST43. Also, as ST44, the member information area 51
Is transferred to the member file 25 and the member file record of the corresponding member number is updated to the latest one.
This processing ends.

In the present embodiment configured as above, when a customer who has contracted as a point member and has a membership card 2 requests cleaning at a store, the customer presents his / her own membership card 2 to a store clerk. After the clerk inserts the member card 2 through the card slot 3a of the card processing device 3,
The member key K6 provided on the keyboard 6 of the apparatus main body 1 is pressed. Then, the member number or the like magnetically stored in the magnetic stripe portion 2b of the member card 2 is read,
When the member file 26 is searched and the customer of the member number requests cleaning before and there is a product that has already been finished but has not been received yet, the list of the finished product is displayed on the front display 7 and the customer surface. It is displayed on the display 8.

Then, the clerk asks the customer whether or not to receive the finished product. If so, the clerk searches for the finished product based on the tag number on the list and delivers it to the customer, and presses the return key K5. Subsequently, the user presses a deposit key K4 to start a work of registering an article to be deposited from the customer. If the customer does not receive the finished product, or if there is no finished product and no return is displayed, the deposit key K4
Press to enter the registered goods registration work.

Next, the store clerk registers the part numbers of the articles deposited by the customer by depressing the article number key K2 one by one. Then, the expected finish date is calculated for each product, and deposit data including the expected finish date is created. In addition, the service points P of this time are calculated by adding up the item points of each product. The deposit data is stored and managed in the member file 25 for each customer. Further, the service point P of this time is added to the total points of the customer stored and managed in the member file 25, and
The total point Px up to this time is calculated.

Next, the clerk presses the closing key K4 and
Declares the end of registration of all items deposited by the customer. Then, among the articles deposited and not yet returned from the customer, the article with the earliest scheduled finish date and the article with the latest scheduled finish date are extracted. Then, the card processing device 3 rewrites the member card 2 of the customer to
The number of articles having the earliest scheduled finish date, a representative product name, and the scheduled finish date are printed on a as the data of the shortest scheduled finish date. Further, as the data of the longest scheduled finish date, the number of products having the latest scheduled finish date, representative product names, and the scheduled finish date are printed. If the shortest finish date and the longest finish date are the same,
Only the data of the shortest expected finish date is printed. further,
If the current service point P and the total point Px up to this time are printed as the service point data along with the customer name in the rewriting section 2a, the member card 2 is ejected from the card slot 3a.

Then, the clerk returns the member card 2 with the shortest expected finish date data and the like printed on the rewriting section 2a to the customer. This completes the work with the customer who has deposited the item requested for cleaning.

For a customer who has just received the cleaned product, press the return key K5 and then press the close key K3. Then, if there is an article which the customer has previously deposited and has not finished yet, the corresponding shortest expected finish date data and longest expected finish date data are printed on the rewriting section 2a of the member card 2 together with the service point data. You. Also,
If there is no unfinished product, only the service point data is printed.

As described above, in the present embodiment, the member card 2 which is the storage medium storing the customer identification information of the point card system is used as the rewrite card, and the rewrite unit 2
The information about the expected finish date of the article deposited in a is printed. In this case, the name of the product having the earliest scheduled finish date and its finish date and the product name of the product having the latest scheduled finish date and its finish date are printed on the rewrite section 2a. Therefore,
Since the customer can pick up the deposited goods from the printed contents of the rewrite section 2a when necessary, the customer can use the member card 2 as a storage card, and can eliminate the need for a paper storage card. As a result, there is an effect that it is possible to reduce the troublesome management of the customer as compared with the related art in which the deposit certificate must be managed separately from the member card 2.

When the card information (member number, etc.) of the membership card 2 owned by the customer is read by the card processing device 3, if the customer has previously deposited and finished an item, A list listing the names of the finished products and the tag numbers is automatically displayed.
The finished product can be easily returned to the customer without a detailed custody certificate describing No. and the like.

In the above-described embodiment, the product name and the finish date of the product with the earliest scheduled finish date and the product name and the product name of the product with the latest scheduled finish date are added to the rewrite section 2a of the member card 2 together with the service point data. The finish date is printed. However, as shown in FIG. 9, the effect of the present invention can also be obtained by printing the deposited product name and quantity and the expected finish date. However, in this case, since the space of the rewrite unit 2a is limited, as shown in the figure, it is necessary to devise a method of arranging about three articles and printing only the points above the three articles.

Further, it is more effective to print a commercial message, a sales guide, etc. on the member card 2 of the customer who has received all the deposited goods, instead of the scheduled data, on the rewriting section 2a. is there. In addition, various modifications can be made without departing from the gist of the present invention, such as applying the present invention to a depository registration processing device for a photo shop that develops and receives a film development request from a customer and delivers it to the customer. Of course.

[0052]

As described in detail above, according to the first aspect of the present invention, a storage medium storing customer-specific information for identifying a customer can also be used as a receipt for an article deposited by the customer, and can be used for management. It is possible to provide a deposit registration processing device that can reduce the inconvenience. According to the second aspect of the present invention, not only the effect of the first aspect of the invention but also the printing portion of a card-shaped storage medium having a limited space can be effectively utilized. The storage medium can also be used as a storage certificate. According to the third aspect of the present invention, in addition to the effect of the first aspect of the invention, there is an effect that the finished product can be easily delivered to the customer even if the storage medium is also used as the storage certificate. .

[Brief description of the drawings]

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

FIG. 2 is a front view and a back view of the member card used in the embodiment.

FIG. 3 is a block diagram showing a control circuit configuration of a deposit registration processing device main body according to the embodiment;

FIG. 4 is a diagram showing each record format of a member file and a part number file of the depositary registration processing device main body.

FIG. 5 is a diagram showing a main memory area formed in a RAM of the depository registration processing device main body.

FIG. 6 is a flowchart showing a main part of main processing executed by a CPU of the depository registration processing device main body.

FIG. 7 is a flowchart specifically showing a deposit registration process in FIG. 6;

FIG. 8 is a flowchart specifically showing a registration closing process in FIG. 6;

FIG. 9 is a plan view showing a modification of the member card.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Deposit registration processing apparatus main body (apparatus main body) 2 ... Member card (storage medium) 2a ... Rewrite part (printing part) 3 ... Card processing apparatus (storage medium processing part) 6 ... Keyboard 11 ... CPU 14 ... Clock part 25 ... Member file (customer-specific file) 26 ... Part number file (product-specific file)

Claims (3)

[Claims] 1. A product-specific file that stores in advance the time required for finishing for the type of product deposited from a customer, and the type of product deposited by the customer corresponding to customer-specific information for identifying each customer. A customer-specific file that stores and manages information on the expected finish date, a clock section that measures the current date, a unit that reads stored information from a storage medium that stores customer-specific information, and data that can be written on a rewritable printing unit of the storage medium. A storage medium processing unit having means for printing, a deposit registration means for registering articles deposited by a customer, a registration closing means for declaring the end of registration of an article deposited by one customer, and the deposit registration means The time required for the finish of the registered checked-in item set in the item-specific file and the current date measured by the clock unit are used to determine Calculating means for calculating the expected finish date of the deposited product; and the deposited product registered by the deposit registration means in a state where the customer-specific information stored in the storage medium is read by the reading means of the storage medium processing unit. Depositing registration processing means for adding the type information of the deposited product together with information on the expected finish date calculated by the arithmetic means to the customer-specific file in association with the corresponding customer-specific information; and reading the storage medium processing unit Means that the registration termination means declares the end of registration in a state in which the customer-specific information stored in the storage medium is read by the means, and the deposited goods stored in the customer-specific file corresponding to the customer-specific information The type information and the information on the expected finish date are printed by the printing unit of the storage medium processing unit on the printing unit of the storage medium. Deposit registration processing apparatus characterized by comprising registration Closing means for characters, the. 2. The registration closing processing means, wherein when the registration closing means declares the end of registration by the reading means of the storage medium processing unit reading the customer-specific information stored in the storage medium, The type information of the deposited product with the earliest scheduled finish date, the information on the scheduled finish date, and the deposit with the latest scheduled finish date among the deposited product type information stored in the customer-specific file corresponding to the customer-specific information. 2. A deposit registration processing device according to claim 1, wherein at least one of the product type information and the information on the expected finish date is printed on a printing unit of the storage medium by a printing unit of the storage medium processing unit. . 3. When the customer-specific information stored in the storage medium is read by the storage-medium reading means, the customer-specific file is searched, and a scheduled finish date in the checked-in article corresponding to the customer-specific information is read. Finish judgment means for judging the presence or absence of a deposited item that has passed, and a finish list output means for outputting a list of the deposited item when it is determined that there is a deposited item whose scheduled finish date has passed. 2. The deposit registration processing device according to claim 1, wherein: