JPS6268796A - Card treater - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention]

INDUSTRIAL APPLICATION FIELD This invention relates to a card processing device, and more particularly to a card processing device that is installed in an amusement park or the like and processes data each time a facility such as an amusement facility is used. Summary of the Invention This invention (in a card processing device, data for identifying a card and information indicating that a facility can be used corresponding to each card) is stored in advance. d3, every time you use each facility, you will update the usage data and store the data indicating the usage status of the facility. In addition to making it possible to use the facilities of many facilities, it is also possible to easily grasp the usage status of each facility.
We sell tickets for use of various amusement facilities such as -coasters and kanen towels. This ticket includes Shinoya, which is sold every 8Q of lJj li-'s game facilities, and multiple types of game facilities from Sera 1 to
There are some that are made and sold. Furthermore, some amusement parks have ticket counters inside the park and sell tickets for use of each amusement facility. By the way, conventional usage tickets are made of paper and have facility fees and amounts available for use written on the surface of the ticket. Problems to be Solved by the Invention By the way, there are cases where a usage ticket that has multiple types of amusement facilities listed as sale i~ also includes the <<r amusement facility that you rode on, and in that case, There are situations where you are forced to ride rides that you don't want to ride.1. Also, you have to pay cash at restaurants and souvenir shops in amusement parks.1. You must always carry cash with you at all times. If tickets are sold at each amusement facility, in addition to the need to carry cash,
There is a problem that purchasing is complicated. Furthermore, since conventional vouchers are cash vouchers similar to cash, there is a problem in that if they are stolen, they will be used by someone else and there is a very low possibility that they will be returned to the user. Furthermore, in order to accurately grasp the usage status of each amusement facility, amusement park managers have to count the number of tickets collected from customers, which is difficult to do. be. Therefore, the present invention provides a card processing device that allows customers to use the facility of their choice without using cash, allows for countermeasures in the event of theft, and allows the facility to easily track the number of users. Take that into account. Means for Solving and Overcoming the Problems This Invention No. 1 is a card processing method that allows each customer to freely use any of the facilities using a card in a place where a plurality of facilities are provided. ! At least identification data for identifying each card is stored in the cards used. The above-mentioned card processing device is provided in each facility, and includes reading means for reading at least identification data from the card, data for identifying the nonode, and any I'I! corresponding to each card. ! ! Each time data is read from the card by the first storage means that stores in advance data regarding usage indicating that the crotch can be used, and each reading means, based on the data identifying the read card, an updating means for updating the data regarding the usage by sequentially outputting data regarding the corresponding usage from the first storage means and erasing from the read data data regarding the usage of the facility in which the reading means is installed; and second storage means for storing data indicating the usage status of the facility where the reading means is installed each time the reading means is read. Function: The card processing device of the present invention stores in advance data identifying the card and data related to usage indicating that any facility can be used corresponding to each card in the first storage means. Each time the card identification data is read from the card by the reading means, the updating means updates the usage data, and the data indicating the usage status of the facility is stored in the second storage means. EXAMPLE Hereinafter, an example of the present invention will be described in detail with reference to the drawings. In the description of this embodiment, a card processing device in an amusement park will be used as an example. Unfortunately, this invention
It should be pointed out in advance that the present invention can be applied not only to amusement parks but also to places where multiple facilities are provided, such as golf courses, sauna baths, and resorts. FIG. 1 is a diagram showing a card processing device according to an embodiment of the present invention.
Do card issue between 2 and C ΔT (ri 1 nojitsu 1 to authorization l! - John Tarmi Jru) 3 and 1] O8 (point 1 ~
・of rails) It is configured including a terminal 4 and a disk file 5. The card issuing machine 2 issues cards 7 used to use various facilities in the amusement park as shown in FIGS. 2 and 3, which will be explained later. 0△T
3 is installed at each amusement facility (1), and when Card 7 is inserted, the host computer 1 informs whether or not a customer in possession of Card 7 is allowed to enter. The OS terminal 4 is used to send information such as the number of users and the number of users to the host computer 1. This is for transmitting usage amount data and the like to the host computer 1. The above-mentioned card issuing machine 2. The CAT3 and PO8 terminals 4 are connected to the post computer 1 via a specific local line. When a card is issued by the card issuing machine 2, the host computer 1 registers the data identifying the card, the usage amount, and the available facilities in the display 5, and the card is sent to the CΔT3 or PO8 terminal. When used in 4, the data identifying each usage amount and the facility used is stored in the disk file 5, and the data is updated by erasing the usage data from the data registered at the time of card issuance. be. The disk file 5 stores the above-mentioned various data, and is connected to the host combination 1. Next, the general operation of the card processing device shown in FIG. 1 will be explained. The card issuing machine 2 issues a card 7 on which, for example, card identification data and amount data are recorded in exchange for the amount paid by the customer. The card issuing machine 2 issues the card 7 and transmits the card identification data and amount data to the host 1 to the computer 1 via the fixed area line 6. Is the data sent? It will be registered on file 5. For example, a customer uses a train whose usage fee is 600 yen.

[When riding, do not hand Card 7 to the staff member at the entrance of the JA facility on the 1st floor of the amusement park. When a staff member inserts an i-card into the CAT3 set in [], the CAAs2 automatically calls the host combination coater 1. ] ~] Nbikota 1 determines whether the card can be used, and if it is usable, deducts 600 yen from the amount data showing the balance of the card recorded in Disk Fun Il 5 and returns the card. It memorizes the total amount of money (f) and the number of users of the facility. and instructs CAT-3 to print the usage amount and new balance on card 7. The CAT3 prints the above-mentioned data on the card, records it on the 11x1 drive, and outputs the card 111. The staff member then returns the card to the customer and allows entry. Further, when the customer uses a restaurant or a souvenir shop, the host terminal 4 being questioned performs the same operation as CΔ-9=T3 described above. 2 and 3 are diagrams showing cards used in the card processing device of FIG. 1. FIG. Figure 2 shows the front side of the card, and Figure 3 shows the back side of the card. In FIG. 2, the name of the amusement park and amount data indicating the amount of money to be used for the card are printed on the surface of the card 70, and m
A column is provided in which data is written for each use of the facility. These columns include, for example, a column indicating the place of use, a column indicating the amount used, and a column not indicating the balance. In addition, as shown in Fig. 3 1, the back of the card 7 has a magnetic stripe 71 on which the user's name, address, telephone number, etc. are written, as well as card identification data, amount data, etc. It will be done. Here, the portion where card data is recorded is not limited to the Ifi stripe 71, but may be other storage means such as an optical one or an I/O stripe 71.
J, even in C memory etc. In addition, in the case of the card 7 shown in Fig. 2, if 10 amusement facilities are used, there will be no space to print the data, but in such a case, the card issuing machine 2, which is closer to R, will have a new remaining space. Please have a new card issued that clearly states this. If you have a balance remaining when you return from the amusement park, return the cash at card issuing machine 2 and proceed to f) J, Ishi, Soma 21.
: I don't mind if you take it home and use it next time. By the way, card 7 is all 71f in the amusement park! It should be pointed out that it is a gift voucher similar to cash, as it can be used at any number of establishments. FIG. 4 is an external perspective view of the card issuing machine 2 shown in FIG. 1. In FIG. 4, the card issuing machine 2 is provided with a keyboard 21, an operator display 22, a card issuing section 23, and a cash box 24. The keyboard 21 includes an IJ type numeric keypad for keying in amount data indicating the amount paid by the customer, a card issuing key for instructing the issuance of a card, and the like. Operator display 22
is used by the staff member to check whether the amount paid by the customer is correct or not, and is also used to monitor whether communication with the host computer 1-1 is being carried out normally. The card issuing unit 23 includes a card reader/writer and a printer, and prints the card number transmitted from the host computer 11-1 and the amount data keyed in from the keyboard 21 on the card 7, and also prints and covers the card 7. ...This is to be recorded on the write 71 to the first screen. The cash box 24 is for storing cash paid by customers. FIG. 5 is a schematic block diagram showing the electrical configuration of the card issuing machine shown in FIG. 4. In FIG. 5, the card issuing machine 2 includes a customer display 25 and a communication R10 boat 26.
and the memory unit 27 to the keyboard unit 1 mentioned above 2
1, operator display 22, and card issuing section 23
A cash box 24 and a control section 28 are provided, and the keyboard unit 1 unit 21 to the memory unit 27 are each connected to the control section 28. The customer display 25 displays the details of the key operations performed by the staff member, so that the customer can check whether or not the staff member has operated the keys correctly. The communication I10 port 26 mediates communication between the host printer 1 and the controller 28. 11 C Explanation after 2714 Memory for storing card number data and data indicating advance purchase amount), as shown in Fig. 19 later (
'' includes a storage area for storing the operating program of the control section 28. The control unit 28 is a control unit that controls the keyboard unit 21 to the memory unit 27, respectively, and includes a CI-)U. FIG. 6 is a perspective view showing the appearance of the CAT3 shown in FIG. 1. In FIG. 6, the CAT3 includes a card processing section 31, a keyboard 32, and an ice play 33.The card processing section 31 is composed of a card reader/writer and a printer. 11 When the card 7 is inserted, the card number data, amount data, etc. are read from the card 7, and the new balance amount sent from the host 1 to T1 computer 1 is printed on the card surface.
Magnetic stripe 71#: Recorded b. The keyboard 32 is used to enter the number of users (4).
13= is used to key in the card number when the card processing section 31 does not operate. The display 33 displays data read from the card 7 by the card processing section 31 and data transmitted from the host computer 1. FIG. 7 is a schematic block diagram showing the electrical configuration of CAT3 shown in FIG. 6. In Fig. 7, C△T3 has CP
A control unit 36 including an IJ is provided. The control unit 36 includes a memory 34 and 110 ports 35 for communication.
The above-mentioned card processing section 31 to display 33 are connected. The memory 34 includes a storage area for storing data on the number of users, usage amount data, etc. shown in FIG. 12, which will be explained later, and a storage area for storing an operation program for the control unit 36 based on a flowchart shown in FIG. 20 later. including. The communication r10 port I-35 mediates communication between the host computer 1 and the control section 36. FIG. 8 is a perspective view showing the external appearance of the PO8 terminal 4 shown in FIG. 1. In FIG. 8, the POS terminal 4 is provided with a card processing section 41, a keyboard 42, a J-display 43 for an operator, a printer 44, and a cash box 45. The card processing unit 41 reads the card number data, amount data, etc. from the card 7 when the card 7 is inserted, and also reads the card number data, amount data, etc. from the card 7 as shown in FIG.
The new i τ balance f - y sent from the card 7 is printed on the card 7 and is also recorded on the magnetic stripe 71. The keyboard 42 includes a card key for instructing the insertion of the card 7, a j key for inputting the product owner, amount data, etc. for zeroing out the selling price, and the like. The everator display 43 displays the card number data read from the card 7 by the card processing section 41, the amount data entered from the keyboard 7'i2, etc. Printer 44 is used to issue one or more tickets to the customer.
It is used to print information such as sales figures and sales figures. The cash box 45 stores cash paid by the customer. FIG. 9 is a schematic diagram showing the electrical configuration of the POS terminal 4 shown in FIG. 8. In FIG. 9, the PO8 terminal 4 is provided with four control units including CP LJ. 4 control units have 4 customer displays
6, a communication I10 boat 47, a memory 1 unit 48, and the above-mentioned card processing section 41 or cash box 45 are connected. The customer display 46 displays the details of key operations performed by the staff member. The communication 110 bauds 1 to 47 mediate communication between the host computer 1 and the control section 49. The memory 1 unit 48 stores an operation program for the control section 71.9 based on a flowchart as shown in FIG. 21, which is connected to a storage area for storing card number and usage amount data shown in FIG. 13 later. Contains storage area. FIG. 10 is a schematic block diagram showing the electrical configuration of the center including the host computer 1. As shown in FIG. In FIG. 10, a CPU 1 is installed at the center, and a printer 11, a 4-board 12, a CRT 3, a disk file 5, and a 110 baud j-14 for communication are connected to the CPU 1. The printer 11 described above prints data such as the usage status of each facility in the amusement park. l--The board 12 instructs the printer 11 to print, and the card issuer 2, CA 3, and P card issuer connected to the host computer 1.
This is for keying in eight types of data items for controlling the O8 terminal 4. The CRT13 is used to display data stored in the disk file 5 and data received via the 710 baud 1 for communication. It includes the storage areas shown in FIGS. 14 to 18 after the data file 51. 110 baud I-14 for communication is CAT 3h Which terminal and CI" tJ
It mediates communication with 1. FIG. 11 is an illustrative diagram showing the storage area of the memory 1-27 included in the card issuing machine 2 shown in FIG. As shown in FIG. 11, the storage area 271 includes a rear area 1 for storing card number data for identifying the card 7, and a rear area for storing sales amount data indicating the amount paid by the customer. FIG. 12 shows the memory 3 provided in 1CΔT3 shown in FIG.
FIG. 4 is an illustrative diagram showing a storage area of FIG. As shown in FIG.
13 is an illustrative view showing the storage area of the memory unit 48 provided in the PO3 terminal 4 shown in FIG. 8.
3, the storage area 481 is an area for storing card number data and stores usage amount data indicating the amount spent at a facility, such as a cafeteria, where the PO8 terminal 4 is installed. 14 to 18 are illustrative views showing the storage area of the disk file 5 provided in the center shown in FIG. 10. By the way, as shown in FIG. 10, the disk file 5
includes files 1 and 2, for example. File 1 is, for example, issued by card issuing machine 2 to card 7.
Each time the card 7 is issued, the selling and tolling amounts are stored, and each time the card 7 is used at a facility in the amusement park, the balance of the card 7 at that time is stored. File 2
stores, for example, details of usage status for each facility used. The storage page rear 51 shown in FIG. 14 is included in file 1,
Each time a card is issued by the card issuing machine 2, the sales amount is stored together with the card number.
It includes a card number storage area, a card issuing machine number storage area, and a sales amount storage area. The storage area 52 shown in FIG. 15 is included in the facility 2 and is an area for storing usage-related data sent from the CA T 3 each time a customer uses a game/#y such as a roller coaster. It includes an area for storing the C△ number, an area for storing the link code, an area for storing the total usage amount, an area for storing the number of users, and an area for storing the result of negative check. It's over here,
The link code is a code defined for each card, and is used to indicate the correspondence with file 1. The negative dip check is data indicating whether the card is valid or not. Negative check is CP 1. It should be done by J1. The storage area 53 shown in FIG. 16 is included in the file 2 and is an area for storing transaction details sent from the PO8 terminal 4 when the card 7 is used at a restaurant other than an amusement facility. It includes a terminal number storage area, a link code storage area, a usage amount storage area 1-Noah, and a negative check storage area. The storage area 54 shown in FIG. 17 is included in the file 1 and is an area for storing the balance of each card, and includes a card number storage area, a card issuing machine number storage area, a balance storage area, and a link code storage area. . The storage area 55 shown in FIG. 18 is included in file 2 and is a storage area for storing details of the usage status of each facility for each card. It consists of an area for storing the total amount used, an area for storing the number of users, an area for storing negative checks, and an area for storing other information such as the time of use.As shown in Figure 18, the time of use of the card. By memorizing the information, it is possible to grasp the usage status of each M facility in detail, for example, the trends in the number of users for each facility. When the center is notified that card 7 has been nhed, the negative check of the card is performed by this J-
This is done by searching the rear. Therefore, the card processing device of the present invention can immediately deal with theft and the like. FIG. 19 is a flowchart for explaining the card issuing operation of the 7J-card issuing machine 2 shown in FIG. Next, the operation of this card issuing machine 2 will be explained. Customers (for example, those who apply for the usage amount to the staff at 11 machines 2 issued by cards provided at amusement parks, etc.)
, = For example, handing over money. The staff member operates the keyboard 21, keys in the amount data, and presses ↑- to issue the card II? j, ]n1 to roll unit 28 are for communication f10.
Data indicating that a card number should be transmitted, amount data, and issuing machine number data are transmitted to the host computer 1 via the baud 1-26. The host computer 1 determines the card number and stores the determined card number data, the card issuing machine number data, and the card issuer number data in the storage area 51 and storage area 54 of the file 1.
The amount data is stored. Further, the host computer 1 determines a link code and stores it in the storage area 54. Here, the balance data in the storage area 54 is equal to the sales amount data in the storage area 51. Subsequently, the post computer 1 transmits the card number to the card issuing machine 2. When the control unit 28 receives the card number data from the host computer 1,
The transmitted card number data and the keyed-in advance purchase amount data are stored in the storage area 271 of the memory unit 27. ]] - roll unit 2 is host computer 1
When determining that the communication with is normal, the control section 28 instructs the card issuing section 23 to issue a card. The card issuing unit 23 records the card number data and the amount data on the magnetic strips 1 to 71 of the card 7, and also records the amount data and the card 1% (i data and The issue date is printed and the card is issued. Fig. 20 is a flow diagram for explaining the operation of CA T' 3 shown in Fig. 6.
The operation will be explained. For example, suppose a family of two adults and three children rides a roller coaster. This house fA is shown in Figures 2 and 3.
Bring the card 7 shown in the figure and go to the 1-coaster entry [1]. A C△ King 3 shown in Figure 6 is installed at the entrance.When the person in charge 0 instructs the CAT3 to start its operation,
The control section 36G displays on the display 33 a message to the effect that the number of adult users should be input. Person in charge is keyboard 3
2 and inputs, for example, ``2'''' by -1.Next, the display 33 displays a message to the effect that the number of children using the service is to be input.The staff member inputs, for example, ``3''. 2) In addition to storing the manually entered number of users in the storage area 341 of the memory 34, the control section 364 also calculates the total number of users and stores the total number of users.Furthermore,
The control section 36 calculates and stores the respective usage amounts and the total amount based on the adult fee, eg, 600 yen, and the child interest rate, eg, 300 yen, for the facility, such as a roller coaster. Subsequently, when the clerk inserts the card 7 handed over by the customer into the card processing section 31, the card processing section 31 provides the card number data and amount data from the card 7 to the reading control section 36. The control unit 36 is a communication I10
The CAT number data, number of users data, usage amount data, and card number data are transmitted to the host computer 1 via the port 35. Host computer 1 is CAT
Every time data is transmitted from 3 to 11, the data is sequentially stored in the storage area 52 of file 2. The stored data includes CAT number data, link code, total usage amount data, and number of users data. Here, the link code is stored in the storage area 54 based on the card number data.
This is what was read from. For example, the computer 1-1 determines whether or not the card can be used based on the card number data, and if the card can be used, it stores, for example, 'OK' in the negative check column of the storage Y rear 552. Next, the host computer 1 subtracts the transmitted Iζ usage amount data from the balance data in the storage area 54 to find a new balance and updates the balance data in the storage area 54.
-] The usage status is stored in the storage area 55 by the microcoater 11. The information stored is CAT3 N data and total usage amount data. This includes data on the number of users, negative check data, and others. Subsequently, the computer 1 sends the bundle of negative books and the balance data to the CAT3. -1 point [ ] - When the block 36 receives those f- evenings from the host computer 1, the negative ``71 check is turned on.
If the negative check is determined to be final, an alarm is issued and the state returns to the star mill state, but if it is determined, it is then determined whether or not there is a balance. If the control unit 36 determines that there is no balance, it will take other actions, but if there is a balance, it will not indicate the usage location on the front of the card 7 as shown in FIG. - Print the card, amount used, and balance, record the updated balance on the magnetic stripe 71, and eject the card. FIG. 21 is a flow diagram for explaining the operation of the PO8 endpoint 4 shown in FIG. 8. Next, the operation of the PO8 terminal 4 will be explained. - The family mentioned in F received 3,000 yen at a souvenir shop in an amusement park, for example.
Suppose you purchase a souvenir worth 100 yen. The souvenir shop is equipped with a PO8 terminal 4 shown in FIG. The clerk operates the keyboard 42 to record the sales σ of the products. When the clerk presses the subtotal key, the control unit 49 totals the amount data entered manually and displays it on the operator display 4.
3 and the customer display 46 to display the total amount data. Next, when the staff member presses the card key provided on the keyboard 42, the control section 4 is turned to A.
A message indicating that a card should be inserted into the operator display 43 is displayed. When the staff member inserts the card 7 handed over by the customer into the node processing section 41, the card processing section 41 (takes the card number data and amount data from the card 7).
The roll unit 49 stores the card number data and usage amount data in the storage area 481 of the memory unit 48, and then sends the data to the POS terminal via the communication I10 boat 47. Send the card number j4 data, card number data, and usage amount data to host 1~]nview 1.
1 - Data 1 stores the transmitted data in Noire 2.
My memory is overturned in 53. The stored data is PO8 terminal number data, link code, and usage amount data. Next, the host computer 1 performs a negative input check and further subtracts the usage amount from the balance to obtain a new balance.
The usage details are stored in the lower storage area 55 shown in the figure. Subsequently, the hosts 1 to 1 send the result of the negative check and the balance data to the O8 terminal 4. When the control unit 49 receives these data from the host computer 1, it first determines whether the negative check is informal or negative, and if it is informal, it then determines whether there is a balance. to judge. For example, if the negative check is negative or there is no balance, an alarm is issued. In these cases, the attendant will ask the customer to pay in cash. If the negative check is informal and there is a balance, the =1n1heror unit 49 sends the card 7 to the card processing unit 41 with the usage location, usage amount, and balance.
At the same time, the balance data is printed on the magnetic disk drive 71 and the card is returned. FIG. 22 is a flow diagram for explaining the operation of the center shown in FIG. 10. Next, the operation of the center will be explained. The center host 1~] The viewer 1 waits until it receives data from the card issuing machine 2, CAT3, and PO8 terminal 4, which are terminals. When the combi coater 1 receives data from the terminal, it determines whether the data was sent from the card issuing machine 2, from C△1-3, or from the POS terminal 4. Determine whether there is one. If the card number has been sent from the card issuing machine 2, the host 1-[input]-ta 1 determines the card number and stores the card number in the storage area 51 shown in FIG. 14 and in the rear 54 shown in FIG. The card number data, the number data of the Pi intermediary machine, the sales amount, etc. are stored in the card number data. CΔT3 where the transmitted data is installed in the amusement facility
If the message is sent from the PO8 terminal 4 installed in a cafeteria or the like, Hosts 1 to 1-1 will perform a negative check based on the card number data, and the result will be confirmed. If there is, the usage amount data is further subtracted from the balance data stored in the storage area 54 to obtain a new balance, it is further determined whether there is a balance, and if there is a balance, the balance data in file 1 is updated. At the same time, the usage details data in file 2 is updated. If the negative check is negative or the balance is low 1: Return to the start state without updating i-files 1 and 2. The host computer 1 transmits the negative check results and balance data to each terminal. In the above-mentioned embodiment, data on the amount of money that the card can be used for is stored when the card is issued, but the data is not limited to this. Even 1 no is fine. In the case of children, each time the customer uses those facilities,
All you have to do is erase the stored -1- code. Also,”-)
In this embodiment, for example, cards are issued for each family, but the present invention is not limited to this, and a group ticket may be issued so that one card can be used by a plurality of people. In the above-mentioned embodiment, cards are issued according to the customer's wishes, but the card is not limited to this, but various amusement facilities can be combined in advance, the names of available facilities are printed on the card, and the cards can be issued at souvenir shops. You can also sell it. In this case, the names of available facilities may be registered in the host computer when the card is used. Effects of the Invention Song Dynasty As described above, according to the present invention, the card processing device
1) Preliminarily storing in the first storage means usage-related data indicating that any f&fiQ is +1 river 71 function corresponding to each 13-do, such as a gator identifying the -do. and each time the card identification data is read from the card by the reading means, the usage data is updated by the updating means.
At the same time, the usage status of the facility is stored in the second storage means.
．． 'K < However, you are free to use the facilities you wish. Furthermore, since the usage status of each facility is recorded for each use, the facility side can easily grasp the usage status. Furthermore, according to the embodiment of the present invention, if the card is stolen, the fact is recorded in the mail, so there is little risk of the card being used by another person. According to the embodiment of the present invention, customers can freely select the facilities they desire, so they are not forced to buy things they do not wish to use.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing a card processing device according to an embodiment of the present invention. FIG. 2 is a diagram showing the front surface of a card used in one embodiment of the present invention. FIG. 3 is a diagram showing the back side of the card shown in FIG. 2. FIG. 4 is an external perspective view showing the card issuing machine shown in FIG. 1. FIG. 5 is a schematic block diagram showing the electrical configuration of the card issuing machine shown in FIG. 4. Figure 6 shows C shown in Figure 1.
It is an external perspective view of AT. Figure 7 shows the CAT shown in Figure 6.
FIG. 2 is a schematic block diagram showing the electrical configuration of FIG. FIG. 8 is an external perspective view of the PO8 terminal shown in FIG. 1. FIG. 9 is a schematic block diagram showing the electrical configuration of the PO3 terminal shown in the eighth example. FIG. 10 is a diagram illustrating a center including the host combicoater and disk files shown in FIG. 1. FIG. 11 is an illustrative view showing the storage area of the memory provided in the sized card issuing machine shown in FIG. 4. FIG. 12 is an illustrative diagram showing a storage area of a memory provided in the CAT shown in FIG. 6. Figure 13 shows the settings for the PO8 terminal shown in Figure 8.
FIG. 1st
Figures 4 to 18 show the memory map of the disk file shown in Figure 10. Figure 19 is the fourth
FIG. 3 is a flowchart for explaining the card issuing operation of the card issuing machine shown in the figure. FIG. 20 is a flowchart for explaining the operation of filling the cartridge with the size CAH shown in FIG. Second
FIG. 1 is a 7J-diagram for explaining the card processing operation of the PO8 terminal shown in FIG. FIG. 22 is a flowchart for explaining processing #1 of the center shown in FIG. 10. In the figure, 1 is a host combination coater, 2 is a card issuing machine, 3 is a C△'F14 is a POS (I'a end, 5 is a disk file, 6 is a specific private line, and 7 is a card. -33= 1 figure

Claims (3)

[Claims] (1) A card processing device that allows each customer to arbitrarily use any of the facilities using a card in a place where multiple facilities are provided, and the card includes at least an identification code for each card. A reading means for reading at least the identification data from the card, which is provided for each facility, and a reading means for reading at least the identification data from the card, data for identifying the card, and which facility can be used according to each card. a first storage means for pre-storing data on usage indicating that the card is a card; and each reading means reads data from the card, the first storage means stores in advance data on usage indicating that the card is a card; updating means for updating the usage-related data by reading corresponding usage-related data from the storage means of 1 and deleting from the read data data regarding the usage of the facility in which the reading means is installed; A card processing device comprising: a second storage means for storing data indicating the usage status of a facility where the reading means is installed each time the card is read. (2) The card processing device according to claim 1, wherein the data regarding usage is data indicating an amount of money that can be used. (3) The card processing device according to claim 1, wherein the data regarding usage is data indicating available facilities.