JPH09288752A - Chain shop information management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a chain shop information management system capable of managing the attendance of employees working at chain shops altogether in a head office. SOLUTION: A timer recorder 72 provided with a card reader 84 is provided, the time recorder 72 is connected to a computer main body 75 and the data processor 7a for a shop of a pachinko shop 70a is constituted. The other pachinko shops 70b, 70c,... are also similarly constituted. The data processors 7a, 7b,... for the shop are connected through communication channels 5a, 5b,... to the data processor 3 for the head office. The employee makes a card Cd possessed by him/her be read by the card reader 84 of the timer recorder 72 every time of coming to work and leaving the work. Attendance data in the respective pachinko shops 70a, 70b,... are tentatively stored in the data processors 7a, 7b,... for the shop and stored data in the data processors 7a, 7b,... for the shop are sent through the communication channels 5a, 5b,... to the data processor 3 for the head office.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention makes it possible to use a card on which predetermined data of employees is recorded, and based on this card, employees of a plurality of chain stores can manage attendance, prevent fraud, or both. Chain information management system.

[0002]

2. Description of the Related Art Generally, in a pachinko parlor that has been converted into a chain store, personnel management and attendance management at each store are batch-processed off-line by the head office which controls them. For example, regarding the attendance of each store, the time of each employee at each store is sent to the head office by a paper card description time recorder or self-report, and the head office manages attendance based on these documents (first Prior art).

Also, each pachinko parlor has a hall computer device installed therein, and information about the operation of the pachinko parlor is taken into this hall computer device, and management data used for the management of the store is obtained from this information. In addition, this management data is sent to the head office by fax or a floppy disk, for example, by outputting the output form, and the head office grasps the sales situation of each store based on the management data and determines future management guidelines for each store. Was there. In such a conventional pachinko parlor that has become a chain store, basically, each employee can freely operate the hall computer device of each store. Therefore, a person who can operate each hall computer device is specified by a password, and each hall computer device cannot be operated unless the password is entered (second conventional technique). It should be noted that online collection of sales data of each pachinko parlor that has been made into a chain store can be considered, for example, by using a so-called POS system (third conventional technique).

[0004]

According to the above-mentioned first prior art, since the head office cannot directly manage the attendance of employees at each store, it is not possible to give detailed instructions regarding attendance of employees. .

According to the second prior art described above, the range in which the data in the hall computer device can be operated is limited by the password assigned to each employee. There is a drawback that fraud cannot be prevented because it cannot be managed with. The third above
According to the related art, since the main purpose is to collect the sales data of each chain store at the head office, it goes without saying that attendance management cannot be processed, and it is necessary for the management of each store from the head office. There was a drawback that it could not send such data.

A first object of the present invention is to connect each store to the head office online, to have a card storing predetermined data of employees, and to work at each chain store based on the data of this card. It is to provide a chain store information management system that can comprehensively manage employee attendance at the head office. A second object of the present invention is to connect each store and the head office online, and to have a card storing predetermined data of employees, and based on the data of this card,
Another object of the present invention is to provide a chain store information management system capable of setting a level at which data in a computer in a chain store can be operated.

A third object of the present invention is, in addition to the first and second objects, is to provide a chain store information management system capable of issuing a card for an employee only at the head office. A fourth object of the present invention is, in addition to the above-mentioned third object,
An object of the present invention is to provide a chain store information management system in which an electronic lock is provided at the entrance and exit of an area where employees enter and leave, and the data of employees who can enter and exit the electronic lock can be specified from the head office.

[0008]

In order to achieve the first object, the chain store information management system according to the invention of claim 1 is equipped with a card reader and possessed by each employee when he or she goes to work. By reading the card to the card reader, the time recorder to obtain the time when each employee goes to work and leave as attendance data, the attendance data from the time recorder can be stored, and the background and other data of the employees of the store can be stored, In addition, the store data processing device comprising a hall computer device capable of transmitting the attendance data and the hall information, and performing attendance data processing based on attendance data from a plurality of store data processing devices, and each employee's background and predetermined A data storage device that can store data and send the employee's background and predetermined data to the data processing device for each store And headquarters data processing apparatus comprising a preparative computer device, characterized by comprising a communication line for connecting said data processing unit and the head office data processing device for each store.

In order to achieve the second object, the chain store information management system according to the invention of claim 2 is equipped with a card reader, and is owned by the employee when the employee operates the hall information. By reading the card into the card reader, the employee data stored in advance and the operation level permitted for the employee are searched, and the hall information can be operated at the operation level. A store data processing device comprising a hall computer device that processes hall information according to an operation within the range, stores the operation content and employee data as an operation log, and can send the hall information and operation log, and each employee. The history and specified data of each employee can be set and the operation level that each employee can operate can be set. And a data processing device for a head office, which can send the data and the operation level to each store data processing device, and which performs a fraud prevention data process based on the operation log from each store data processing device. The data processing device for head office and the communication line for connecting the data processing device for each store are provided.

In order to achieve the above first and second objects, the chain store information management system according to the invention of claim 3 is equipped with a card reader, and is carried by each employee when he or she goes to work. It is equipped with a time recorder and a card reader that reads the time when each employee goes to work by reading the card into the card reader.
In addition, the attendance data from the time recorder can be stored, the employee data such as the background of employees of the store and the operation level allowed for each employee can be stored, and the employee possesses the information when operating the hall information. By reading the card into the card reader, the employee data stored in advance and the operation level permitted for the employee are searched, and the hall information can be operated at the operation level. A store data processing device including a hall computer device that processes hall information according to an operation within a range, stores the operation content and employee data as an operation log, and can send out the hall information and operation log, and a plurality of store data processing devices. Performs attendance data processing based on attendance data from the data processing device for stores, and You can set the operation level that each employee can operate while storing the history and predetermined data, you can send the history and predetermined data of each employee and the operation level to each store data processing device, and from each store data processing device A data processing device for the head office, which comprises a host computer device for performing data processing for fraud prevention based on the operation log of the above, and a communication line connecting the data processing device for each store and the data processing device for the head office. Characterize.

In order to achieve the third object, the chain store information management system according to the invention of claim 4 is provided with a card reader, and the card held by each employee when the employee goes to and from work is used as the card reader. It is equipped with a time recorder and a card reader that obtains the time when each employee goes to and from work as time and attendance data by reading in, and the attendance data from the time recorder can be stored and employee data such as the background of employees at the store and each employee. Can store the operation level that is allowed by the employee, and when the employee operates the hall information, by reading the card possessed by the employee into the card reader, the employee data stored in advance and the employee data that is permitted by the employee can be accepted. Search for the operation level that is present and set it so that the hall information can be operated at that operation level. A store data processing device comprising a hall computer device that processes hall information according to an operation within the allowable range and stores the operation content and employee data as an operation log, and can send the hall information and operation log, Attendance data processing is executed based on attendance data from multiple store data processing devices, and each employee's background and predetermined data can be stored and the operation level at which each employee can operate can be set. A host computer device that can send data and the operation level to each store data processing device, and that performs data processing for fraud prevention based on the operation log from each store data processing device, under the command of the host computer device. Head office data processing device consisting of a card issuing device that can issue a card that records employee's specified data When, characterized in that a communication line connecting the main office data processing apparatus and the data processing device for each store.

In order to achieve the fourth object, the chain store information management system according to the invention of claim 5 is provided with a card reader, and the card held by each employee when the employee goes to and from work is used as the card reader. It is equipped with a time recorder and a card reader that obtains the time when each employee goes to and from work as time and attendance data by reading in, and the attendance data from the time recorder can be stored and employee data such as the background of employees at the store and each employee. Can store the operation level that is allowed by the employee, and when the employee operates the hall information, by reading the card possessed by the employee into the card reader, the employee data stored in advance and the employee data that is permitted by the employee can be accepted. Search for the operation level that is present and set it so that the hall information can be operated at that operation level. A hall computer device that processes hall information according to an operation within the allowable range, stores the operation content and employee data as an operation log, and sends the hall information and operation log, and an in-store area where employees enter and leave. When the entrance / exit door is equipped with a card reader and stores the data of a person who is permitted to enter / exit the area from the hall computer device, and the employee data from the card reader matches the stored data. Data processing device for stores that consists of electronic locks that can be unlocked at a time, and time data processing is performed based on time data from multiple data processing devices for stores, and each employee's background and predetermined data are stored and You can set the operation level that can be operated by each employee. A host computer device that can be sent to a data processing device and performs data processing for fraud prevention based on the operation log from each of the store data processing devices, and the predetermined data of the employee is recorded under the command of the host computer device. A card issuing device that can issue cards, a card reader that is provided at the entrance door of the main office area where employees enter and exit, and is equipped with a card reader that stores the data of persons authorized to enter and exit the area from the host computer device. , A data processing device for a head office comprising an electronic lock that unlocks when employee data from the card reader matches the stored data, and communication for connecting the data processing device for the head office and the data processing device for each store And a line.

According to a sixth aspect of the present invention, the hall computer device includes a hall computer main body that includes a card reader and processes hall information from each gaming machine.
It comprises an input device for inputting various operation commands and an output device for outputting processing results. In the invention according to claim 7, the host computer device comprises a host computer main body for processing data from the hall computer device of each store, an input device for inputting various operation commands, and an output device for outputting processing results. Become.

In the invention according to claim 8, the electronic lock comprises:
An electronic lock mechanism provided at the entrance door of the area where employees enter and exit, a card reader that can read the data of the card owned by the employee, and the data of the person who is permitted to enter and exit the area is stored from the card reader. And a mechanism control means for unlocking the electronic lock mechanism when the employee data matches the stored data.

[0015]

FIG. 1 is a block diagram showing an embodiment of the present invention.
~ It demonstrates with reference to FIG. FIG. 1 is a block diagram showing an embodiment of a chain store information management system according to the present invention. In the figure, the chain store information management system 1 is roughly divided into a head office data processing device 3, communication lines 5a, 5b, ... And store data processing devices 7a, 7
b,...

The head office data processing device 3 is a head office 30.
It is installed in. The head office 30 uses the head office data processing device 3 to perform business analysis processing, employee attendance management, personnel management, level management of data operable persons, issuance of magnetic cards, data transmission / reception processing, and the like. .. are installed in chain pachinko parlors 70a, 70b ,. Data processing devices 7a, 7b, ...
· Collects various operation data from the pachinko machines installed in each pachinko parlor 70a, 70b, ... to form management data that serves as management guidelines, collects attendance data of employees, or communication data Send and receive, etc.

Each of the pachinko parlors 70a, 70b, ...
The store data processing devices 7a, 7b, ... Of are connected to the head office data processing device 3 of the head office 30 via the communication lines 5a, 5b ,. Next, details of the configuration of the head office data processing device 3 will be described. The head office data processing device 3 installed in the head office 30 is roughly divided into a host computer device 31, a card issuing device 32, and an electronic lock 33. The host computer device 31 includes a computer main body 35 that executes various processes, a keyboard 36 as an input device, a display 37 and a printer 38 as output devices, and a communication device 39 that can send and receive communication data. There is. Further, the computer main body 35 has a built-in mass storage device 40.

Further, the computer main body 35 is provided with a plurality of CPUs, and a plurality of other C's are under the overall control of the overall CPU.
The PU is adapted to execute distributed processing. here,
The integrated CPU is a processing device capable of controlling the entire operation of the computer main body 35. The computer main body 35 stores in the large-capacity storage device 40 a history of each employee, predetermined data such as a personal identification number, an employee code, a store code, and a level at which the employee can operate the data.

A card issuing device 32 is connected to the computer body 35, and the computer body 35 is connected to the card issuing device 32.
The magnetic card Cd in which predetermined data is recorded can be issued under the command of. The computer main body 35 includes a communication device 3
Store data processing device 7a of each pachinko parlor 70a, 70b, ... Via 9, communication lines 5a, 5b ,.
7b, ... Are connected.

An electronic lock 33 provided at the head office 30
Has the following configuration. That is, an electronic lock mechanism 45 is provided on a door 43 of an entrance / exit 42 of an area (for example, an office) 41 where employees can enter and exit. Further, near the doorway 41, a card reader 46 having a key that can read the data of the card owned by the employee and can input the password or the like is provided. further,
The card reader 46 and the electronic lock mechanism 45 are connected to the mechanism control device 47. The mechanism controller 47 is
Data of a person who is permitted to enter and leave the area 41 is stored, and when the employee data from the card reader 46 matches the stored data, the electronic lock mechanism 45 is unlocked.

Next, the store data processing devices 7a and 7b in the chain store information management system 1 will be described. In addition, the store data processing devices 7a, 7b,
.. have the same configuration, the store data processing device 7
a will be described, and the other store data processing devices 7b, 7 will be described.
Description of the configurations of c, ... Is omitted. The reference numeral a is omitted for the store data processing device 7a.

The store data processing device 7 comprises a hall computer device 71, a time recorder 72, and an electronic lock 73. This hall computer device 71 is
The computer main body 75 executes various processes, a keyboard 76 as an input device, a display 77 as an output device, a printer 78, and a communication device 79.

The computer main body 75 is provided with a card reader 74, and a magnetic card C carried by an employee.
By inserting d into the card reader 74, the data recorded on the magnetic card Cd can be given to the computer main body 75. When the employee operates the hall information, the computer main body 75 reads the employee's magnetic card Cd by the card reader 74 so that the employee data stored in advance and the operation level allowed for the employee are stored. Can be set so that the hall information can be operated at the operation level.

Further, the computer main body 75 can process the hall information according to the operation within the permissible range, store the operation content and employee data as an operation log, and send out the hall information and the operation log. further,
The computer main body 75 is electrically connected to the pachinko machines 81, 81, ... In the pachinko parlor 70. The computer main body 75 includes pachinko machines 81, 81, ...
.. process the hole information according to a predetermined program based on the operation signal from. The computer main body 75
Is connected to the host computer device 31 installed in the head office 30 via the communication device 79, the communication line 5a, and the communication device 39.

A card reader 84 is provided in the time recorder 72 provided in the pachinko parlor 70. When the magnetic card Cd is inserted, the card reader 84 reads predetermined data of the magnetic card Cd and gives it to the time recorder 72. When the employee inserts the magnetic card Cd possessed by the employee into the card reader 84 when the employee goes to and from the office, the time recorder 72 reads the data on the magnetic card Cd and stores the time stamp when the employee goes to work and leaves the attendance data. Can be sent to the computer main body 75.

An electronic lock 73 provided in the pachinko parlor 70
Is as follows: That is, an electronic lock mechanism 95 is provided on a door 93 of an entrance / exit 92 of an area (for example, an office) 91 where employees can enter and exit. Further, near the doorway 91, a card reader 96 having a key that can read the data of the magnetic card Cd possessed by the employee and can input the password or the like is provided. Further, the card reader 96 and the electronic lock mechanism 95 are
It is connected to the mechanism control device 97. Mechanism control device 97
Stores the data of a person who is allowed to enter and leave the area 91, and unlocks the electronic lock mechanism 95 when the employee data from the card reader 96 matches the stored data. .

FIG. 2 is a perspective view showing an example of the external structure of the time recorder. In this figure, the time recorder 72
Includes a housing 721 having a three-dimensional trapezoidal shape, and one surface of the housing 721 is an operation surface 722. A numerical value input key 723 is provided on the left side in the figure above the operation surface 722. Numerical value input key 723 on this operation surface 722
A function key 724 is provided on the right side of the figure. Further, the keys 723, 72 on the operation surface 722
A clock display unit 725 is provided on the lower side of the No. 4. A magnetic card insertion slot 726 is provided below the clock display portion 725 of the operation surface 722. Note that the housing 721
A card reader 84 is provided inside.

FIG. 3 is an explanatory diagram showing an example of the operation log. As shown in this figure, the operation log 110 is the store name 1
11, store code 112, operation date 113, time 11
4, operable level code 115, operator name 116,
The operation content 117 can be recorded in each column. <Operation of data processing device 3 for head office>

FIG. 4 is a flow chart showing a main routine executed by the overall CPU in the computer body of the head office data processing device in the chain store information management system. In this figure, when the operation of the host computer device 31 of the head office data processing device 3 starts, first, the overall CPU of the host computer device 31 initializes a plurality of other CPUs and other devices (S401).
For example, each device is set to the initial state, and the flag F1 = 0, the buffer B = 1, and the maximum value M of the store required in the following processing
And so on. The flag F1 is used for switching the display. Further, the maximum value M represents the number of chain stores, and is used to fetch the data of the chain stores by the polling method.

Next, in the host computer device 31, the overall CPU is, for example, the data processing device 7a for each store,
A standard process instruction is issued from 7b, ... (S402).
As a result, inside the host computer device 31,
The first CPU executes the routine for routine processing shown in FIG. In addition, the routine processing includes a processing for taking in operation data, management data, or attendance data of a pachinko machine or the like from the store data processing devices 7a, 7b, ..., Operation data of these pachinko machines, management data. To execute management data processing such as business analysis.

After the standard process command is output (S402), a waiting state for an interrupt input by pressing a predetermined function key or the like on the keyboard 36 is entered (S403; NO). Where keyboard 3
If, for example, a predetermined function key 6 is pressed, the overall CPU of the storage computer device 31 analyzes the input key (S403; YE).
S-S404). As a result, when the atypical process command is input (S405; YES), the overall CPU outputs the atypical process command (S406), sets “1” in the flag F1 (S407), and again. Waiting for interrupt input (S403; NO). Thereby, the second CPU
Executes the flowchart of the atypical process shown in FIG.

Here, the atypical processing includes, for example, personnel data transmission processing (including operation level and password transmission), personnel related processing (including operation level and password setting), and temporary data collection processing. , It means performing other irregular processing. If it is not the atypical process (S405; NO), it is determined whether the atypical process or the atypical process is completed (S408). If neither is finished (S40
8; NO), the process returns to step 402, but if both are completed (S408; YES), the ending process is executed (S40).
9), end the processing. Note that the termination processing means saving data that needs to be retained in the mass storage device 40,
Put various devices in the closed state.

Next, referring to the flow chart of FIG. 5, the operation of routine processing in the computer main body 35 of the head office data processing apparatus 3 will be described. When the standard process command is input, the first CPU executes the flowchart shown in FIG. First, the first CPU determines whether it is the data collection time (S501). When it is the data collection time (S501; YES), the first CPU first takes in the maximum value M of the store (S502). Next, the first CP
U takes in the data of the store having the value of the buffer B (B = 1 in this case) and stores it in a predetermined storage area or the like of the mass storage device 40 (S503). Next, the first CPU
Calculates buffer B = B + 1 (S504). Then, the first CPU determines whether B = M (S50
5).

In this case, buffer B = 2 and B
Since ≠ M (S503; NO), the first CPU
Again, the data of the store having the value of the buffer B (B = 2 in this case) is fetched and stored in a predetermined storage area or the like of the mass storage device 40 (S503). Next, the first CPU
Calculates buffer B = B + 1 (S504). Then, the first CPU determines whether B = M. In this case, the buffer B = 3 and B ≠ M (S
503; NO), the first CPU again takes in the data of the store having the value of the buffer B (B = 3 in this case) and stores it in a predetermined storage area of the mass storage device 40 or the like (S503).

Further, the first CPU again calculates the buffer B = B + 1 (S504). Then, the first CPU determines whether B = M (S505). In this case, the buffer B = 4 and B ≠ M (S
503; NO), the first CPU again fetches the data of the store having the value of the buffer B (in this case, B = 4) and stores it in a predetermined storage area of the mass storage device 40 or the like (S503).

After that, until the value of the buffer B becomes M, predetermined data is fetched from the store data processing devices 7a, 7b, ... Of the respective pachinko parlors 70a, 70b, .. (S503-S504-S505). ). Then, when the value of the buffer B becomes M (step 505; YE
S), the first CPU sets buffer B to 1 (S5
06), and shifts to the processing of step 501.

In this case, if it is the data collection time (S501; NO), the first CPU mainly operates the respective pachinko parlors 70a, 70b stored in the mass storage device 40,
The store data analysis process of ... Is executed (S50).
7). Then, it is determined whether the flag F1 is "1" (S501). When the flag F1 is "0"(S508;"0"), the display 37 can be used in this routine routine, and the processing results such as analysis are displayed on the display 37 (S509). Further, when the flag F1 is "1"(S508;"1"), the display 37 cannot be used in this routine routine, and therefore the processing result such as analysis is not displayed.

If the processing is not completed (S51
0; NO), and the process proceeds to step 501 again.
If the processing is to end (S510; YES), the first
CPU executes the end process, notifies the general CPU of the end (S511), and ends the process.

Next, with reference to the flow chart of FIG. 6, the operation of atypical processing in the computer main body 35 of the head office data processing apparatus 3 will be described. Computer body 3
5, the atypical processing command from the centralized CPU is the second C
When given to the PU, the second CPU processes the flowchart of FIG. The second CPU first displays guidance on the screen of the display 37 (S600).

The gundance screen includes, for example, "personnel data transmission processing", "personnel related processing", "attendance data processing", "operation log processing", "card issuing processing", and "processing related to persons who can enter the room". , "Temporary data collection process",
It consists of "end" and so on. Here, it is assumed that the operator looks at the guidance screen and selects the personnel-related processing (S6).
01). Then, the analysis process is performed (S602), and the branch routine (S603; personnel) enters the personnel relation processing routine (S604).

[Personnel-related processing] In the personnel processing routine,
It is possible to perform a process of inputting an employee history, an employee code, a store code, a personal identification number, and the like, and a process of setting a level at which the employee can operate the store data processing device 7. These input data or setting data are displayed on the display 37 by the processing routine. And
If the input process or the setting process is NG (S605; N
O), and further executes a personnel relation processing routine (S60).
3).

If the input process or the setting process is OK (S605; YES), the process moves to the guidance screen display process (S601) again. [Personnel Data Transmission Process] Similarly, it is assumed that the operator looks at the guidance screen and selects the personnel data transmission process (S601). Then, analysis processing is performed (S6
02), the branch routine (S603; transmission of personnel data) enters the personnel data transmission routine (S606).

In the personnel data transmission routine (S606), the employee history, employee code, store code, personal identification number,
Executes transmission processing such as operation level. Further, when the personal identification number is changed or only the operable level is changed, only the data can be transmitted. These transmission data are displayed on the display 37 by the processing routine. If the transmission process is NG (S60
7; NO), and further execute the personnel data transmission routine (S606). If the transmission process is OK (S607; YES), the process moves to the guidance screen display process (S601) again.

[Attendance Data Processing] Similarly, it is assumed that the operator sees the guidance screen and selects attendance data processing (S601). Then, the analysis process is performed (S
602), the branch routine (S603; attendance data processing) enters the attendance data processing routine (S608).

In the attendance data processing routine (S608), attendance processing is executed based on the attendance data collected in the routine processing. These attendance data are displayed on the display 37 by the processing routine. If the attendance data processing is NG (S609; NO), the attendance data processing routine is further executed (S608). If the attendance data processing is OK (S609; YE
S), and the process again moves to the guidance screen display process (S601).

[Operation Log Processing] Similarly, it is assumed that the operator sees the guidance screen and selects the operation log processing (S601). Then, the analysis process is performed (S60
2), by a branch routine (S603; operation log),
The operation log processing routine (S610) is entered.

In the operation log processing routine (S610),
Execute the operation log process based on the operation log data collected by the routine process. These operation log data are displayed on the display 37 by the processing routine. Then, the operation log 110 shows, as shown in FIG.
11, store code 112, operation date 113, time 11
4, operable level code 115, operator name 116,
The operation content 117 is recorded and displayed on the display 37. When a hard copy is required, it is taken out from the printer 38. If the operation log process is NG (S
611; NO), and further, the operation log processing routine is executed (S610). If the operation log process is OK (S611; YES), the process moves to the guidance screen display process (S601) again.

[Card Issuing Process] Similarly, it is assumed that the operator looks at the guidance screen and selects the card issuing process (S601). Then, the analysis process is performed (S
602), the branch routine (S603; card) enters the card issuing processing routine (S612).

In the card issuing process routine (S612), the magnetic card issuing process is executed based on the data which has been input or set in advance in the personnel-related process routine (S603). The process of issuing these magnetic cards is displayed on the display 37 by the processing routine.
If the card issuing process is NG (S613; N
O), and further executes a magnetic card issuing processing routine (S612). If the magnetic card issuance processing routine is OK (S611; YES), the process moves to the guidance screen display processing (S601) again. As a result, the card issuing device 32 issues the employee's magnetic card.

[Processing Related to Room Entry] Similarly, it is assumed that the operator sees the guidance screen and selects the processing related to room entry (S601). Then, the analysis process is performed (S602), and the branch routine executes (S602).
603; entering a room), a processing routine regarding a person who can enter the room (S
Enter 612).

Processing routine for persons who can enter the room (S61
In 2), the personnel relation processing routine (S60
Based on the data input or set in 3), the processing routine (S614) regarding the persons who can enter the room is executed. This processing routine (S614) is a routine that can enter a predetermined office (area) in the head office 30, or each pachinko parlor 7
Any of the offices (areas) within 0a, 70b, ... Can be set. Here, if a person who can enter the office room of the head office 30 is set during execution of the processing routine for the person who can enter the room (S614), the computer main body 35 of the head office data processing apparatus 3 can enter the room. The data of such a thing is sent to the mechanism control device 47 of the electronic lock 33.

In addition, during the execution of the processing routine (S612) regarding the persons who can enter the room, the pachinko parlors 70a, 70
When persons who can enter the offices (areas) b, ... Are set, the data is transferred from the computer main body 35 to the communication device 39, communication lines 5a, 5b, ..., Store data processing devices 7a, 7b ,. The data is transmitted to the computer main body 75 of the store data processing devices 7a, 7b, ... Then, if the process regarding the persons who can enter the room is NG (S615; NO), the processing routine regarding the persons who can enter the room (S614) is further executed. Further, if the processing regarding the person who can enter the room is OK (S615; YE
S), and the process again moves to the guidance screen display process (S601).

[Temporary Data Collection Processing] Similarly, it is assumed that the operator looks at the guidance screen and selects temporary data collection (S601). Then, the analysis process is performed (S602), and the branch routine (S603;
Data collection), data collection processing routine (S617) is entered.

Temporary data collection processing routine (S61
In 7), the store to be collected and the data to be collected are specified and a transmission request is made. As a result, the specified store data processing device 7n sends the specified data to the head office data processing device 3 via the communication line 5n. If the specified data is not satisfactory (S618; N
O), the temporary data collection processing routine is executed again (S617). Further, when the collected data is satisfactory (S618; YES), the process moves to the guidance screen display process (S601) again.

[End Processing] Similarly, it is assumed that the operator sees the guidance screen and selects the end (S60).
1). Then, analysis processing is performed (S602), the branch routine (S603; end), and the end processing routine (S619) are entered. End processing routine (S619)
Then, the data to be saved is stored in the mass storage device 80. When the termination processing is executed (S619), this is transmitted to the overall CPU, and the second CPU terminates the processing.

The head office data processing device 3 of the head office 30 operates as described above. <Operation of Store Data Processing Device 7a> Next, the operation of the store data processing devices 7a, 7b, ... Will be described. Since the store data processing devices 7a, 7b, ... Have the same operation, the store data processing device 7a will be described as a representative.

FIG. 7 is a flow chart showing the main routine of the computer main body of the store data processing apparatus. Here, when the hall computer device 71 of the store data processing device 7a starts the process of the flowchart of FIG. 7, it stores the operation data of the pachinko machine and stores it in the mass storage device 80 or the like (S801), and then performs the next process. Move to.

Next, the hall computer device 71 determines whether or not there is attendance data from the time recorder 72 (S802). When there is attendance data (S80
2; YES), the hall computer device 71 takes in attendance data from the time recorder 72 and stores it in the mass storage device 8
It is stored in a predetermined storage area of 0 (S803), and the process proceeds to the next process. If there is no attendance data (S803;
No), the process moves to the next process without doing anything.

Further, the hall computer device 71 is
It is determined whether card data has been read from the attached card reader 74 (S804). If there is card data (S804; YES), the operation level setting process is executed and the employee operation input process at the operation level is executed (S805), and the process proceeds to the next process. If card data is not input (S804; NO), nothing is done and the process proceeds to the next process.

Further, the hall computer device 71 determines whether or not there is a communication request (S806). When there is a communication request (S806; YES), the communication process is executed (S807), and the process proceeds to the next process. If there is no communication request (S806; NO), the process proceeds to the next process without doing anything. Then, the hall computer device 71 executes hall data analysis processing and other processing based on the data of the pachinko machine stored in the mass storage device 80,
The data is stored in the mass storage device 80 (S80
8).

Next, it is determined whether the data processing is to be ended (S809). Here, if the data processing is not to be ended (S809; NO), the process returns to step 801 again.
If the processing is to end (S809; YES), end processing is executed (S810), and the processing ends. The store data processing device 7a is produced as described above. The operation of the store data processing device 7a and the like will be described in detail below.

[Operation of Time Recorder] Each pachinko parlor 7
In 0a, 70b, ..., each employee has his / her own card Cd and stores the personal identification number. Further, each employee causes the card reader 84 of the time recorder 72 to read his or her magnetic card Cd when he or she leaves the company or leaves the company. Then, the card reader 84 reads the data of each employee and gives it to the computer main body 75 of the store data processing device 7a as time and attendance data together with the time. Accordingly, the hall computer device 71 determines that there is attendance data (S802; Y
ES) and attendance data (employee number and stamping time) from the time recorder 72 are stored and stored in a predetermined storage area of the mass storage device 80 (S803).

[Operation When Employee Operates Hall Computer Device 71] When an employee of the pachinko parlor 70a wants to operate the store data processing device 7a, the employee uses the magnetic card Cd he owns. Computer body 7
5 is inserted into the card reader 74. This allows
The card reader 74 reads the data of the magnetic card Cd and gives the data to the computer main body 75. As a result, the computer main body 75 determines that there is card data inserted in the card (S802; YES), and executes the operation process (S803).

That is, the computer main body 75 retrieves the employee code, the personal identification number, and the operation level stored in advance in the mass storage device 80 or the like based on the employee code read from the magnetic card. Also, the computer body 7
5 displays an instruction to enter the personal identification number on the display 77.
To be displayed. Here, if the employee inputs the personal identification number and the personal identification numbers match, the setting is made so that the operation corresponding to the level can be performed. After that, the employee operates the data on the computer main body 75.

When the employee performs the operation, the computer main body 75 stores the operation date, the operation time, the operation content, etc. in the large-capacity storage device 80. The stored items are put together in an operation log as shown in FIG.

[Setting of persons who can enter an area such as an office of a pachinko parlor 70a] When data of persons who can enter from the head office data processing device 3 is written in the hall computer device 71 of the store data processing device 7a. To do. Then, the hall computer device 71 writes the data (employee data, personal identification number) in the mechanism control device 97 of the electronic lock 73. As a result, the electronic lock 73 becomes the card reader 9
6 reads the magnetic card Cd, and the card reader 9
The electronic lock mechanism 95 is not released unless the personal identification number is input to the operation panel of 6. As a result, only those who can enter the office can enter the office.

[Communication Request Processing] Communication requests include a transmission request from the head office data processing apparatus 3 and a reception request from the head office data processing apparatus 3.

[Transmission Request Processing] First, a case where a transmission request is issued from the head office data processing device 3 will be described. When there is a transmission request from the head office data processing device 3, the hall computer device 71, when there is management data, attendance data, or an operation log that has already been collected and not sent, sends the data to the communication device 79 and the communication line 5a. , To the computer main body 35 of the head office data processing device 3 via the communication device 39. Regarding the sent data, it is noted that the data has already been sent, and the mass storage device 8
It is stored in 0.

As a result, the head office data processing device 3 is
Since the above communication data can be imported, each pachinko parlor 70
The head office 30 can collectively manage business analysis such as a, 70b, ...

[Reception Request Processing] Next, a case where there is a reception request from the head office data processing device 3 will be described. When there is a reception request from the head office data processing device 3, the hall computer device 71 determines that the head office data processing device 3
Data is stored in the mass storage device 80. The data transmitted from the head office data processing device 3 includes, for example, employee history, employee code, personal identification number, store code, data processing device 7a, 7b, ...
..Operating levels that allow operation of the pachinko parlor 70a,
Data of persons who can enter an area such as an office of 70b ...

As a result, the pachinko parlors 70a, 70b,
Can specify the persons who can enter the office, and can set the persons who can operate the store data processing devices 7a, 7b, ... And their levels. Therefore, it is possible to prevent fraud by operating the store data processing devices 7a, 7b, ....

As described above, according to this embodiment, the store data processing devices 7a, 7b, ... Of the respective pachinko parlors 70a, 70b ,. Connected with communication lines 5a, 5b, ..., and manage time and attendance at each pachinko parlor 70a, 70b, ..., Set operation level, register card, delete employee code, etc.
Since it can be collectively performed on the 0 side, it is possible to prevent fraud and to significantly reduce the work amount at each pachinko parlor 70a, 70b, ....

In the above embodiment, the magnetic card C is used.
Although d is used, the present invention is not limited to this, and an IC card or the like may be used. In this case, the card reader needs to be for an IC card.

[0074]

As described above, according to the chain store information management system according to the invention of claim 1, it is provided with the time recorder equipped with the card reader, and the data of this time recorder is taken into the store data processing device, And since I tried to send the data to the data processing device for the head office via the communication line, based on the data of this card,
It is possible to comprehensively manage the attendance of employees who work at each chain store at the head office, and reduce the work such as attendance management at each store.

According to another aspect of the chain store information management system of the present invention, the store data processing device is equipped with a card reader, and when the employee operates the hall information, the card owned by the employee is stored in the store. By reading it with a card reader, you can set the employee data that is stored in advance and the operation level that is allowed for the employee,
In addition, the hall information is processed according to the operation within the allowable range, the operation content and the employee data are stored as an operation log, and the hall information and the operation log can be sent to the data processing device for the head office. It is possible to prevent being damaged.

According to the chain store information management system of the third aspect of the present invention, it is provided with a time recorder equipped with a card reader, and the data of this time recorder is taken into the data processing device for stores and the data processing device for stores is also provided. When the employee operates the hall information, and the employee's card is read by the card reader, the employee data stored in advance and the operation level allowed for the employee Is set, and the hall information is processed according to the operation within the allowable range, the operation content and the employee data are stored as an operation log, and the hall information and the operation log can be sent to the data processing device for the head office. In addition to preventing unauthorized operations, employees of each chain store Neglected can comprehensively managing headquarters, and can reduce the work of Time Management etc. at each store.

According to the chain store information management system of the fourth aspect of the present invention, since the card issuing device is provided in the head office data processing device, the card can be issued only at the head office.
It is possible to prevent unauthorized operations, etc., and it is possible to comprehensively manage the attendance of employees working at each chain store at the head office, and reduce the work such as attendance management at each store. .

According to the chain store information management system of the fifth aspect of the present invention, an electronic lock is provided at the entrance / exit of the area where the employee enters and leaves, and the data of the employee who can enter and leave the electronic lock can be designated from the head office. As a result, it is possible to prevent employees from entering the office after they leave the office.
It is possible to comprehensively manage the attendance of employees who work at each chain store at the head office, and reduce the work such as attendance management at each store.

[Brief description of drawings]

FIG. 1 is a block diagram showing an embodiment of a chain store information management system according to the present invention.

FIG. 2 is a perspective view showing a configuration example of a time recorder used in the chain store information management system.

FIG. 3 is an explanatory diagram showing an example of an operation log used in the chain store information management system.

FIG. 4 is a flowchart showing a main routine processed by a head office data processing device of the chain store information management system.

FIG. 5 is a flowchart showing a routine processing routine of the head office data processing device of the chain store information management system.

FIG. 6 is a flowchart showing an atypical processing routine of the head office data processing device of the chain store information management system.

FIG. 7 is a flowchart showing a processing routine of a store data processing device of the chain store information management system.

[Explanation of symbols]

 1 ... Chain store information management system 3 ... Head office data processing device 5a, 5b ... Communication line 7a, 7b ... Store data processing device 30 ... Head office 31 ... Host computer Device 32 ... Card issuing device 33, 73 ... Electronic lock 35, 75 ... Computer body 36, 76 ... Keyboard 37, 77 ... Display 38, 78 ... Printer 39, 79 ... Communication device 40 ... Mass storage device 71 ... Hall computer device 72 ... Time recorder 74, 84 ... Card reader

Claims (8)

[Claims] 1. A time recorder comprising a card reader, wherein the time card of each employee is read as a attendance time by reading the card possessed by each employee to the card reader when the employee goes to work, and a time recorder from the time recorder. From the data processing device for a store, which can store the attendance data and the data of employees of the store concerned and other data, and which can transmit the attendance data and the hall information, and the data processing device for a plurality of stores. For head office, which executes time and attendance data processing based on the attendance and attendance data, stores the history and predetermined data of each employee, and can send out the employee's history and predetermined data to each store data processing device. Data processing device, data processing device for each store and data processing device for head office A chain store information management system, characterized in that it has a communication line for connecting to each other. 2. When the employee is equipped with a card reader, and when the employee operates the hall information, by reading the card possessed by the employee to the card reader, the employee data stored in advance and the employee's data stored in advance can be accepted. The operation level is searched and set so that the hole information can be operated at the operation level, and the hall information is processed according to the operation within the allowable range, and the operation content and employee data are stored as an operation log. In addition, a store data processing device consisting of a hall computer device that can send the hall information and operation log, and store the history and predetermined data of each employee and set the operation level that each employee can operate, the history of each employee And predetermined data and the operation level can be sent to each store data processing device, and the data processing for each store A head office data processing device comprising a host computer device that performs data processing for fraud prevention based on an operation log from the store; and a communication line connecting the head office data processing device and the store data processing devices. A chain store information management system characterized by that. 3. A time recorder and a card reader, each of which is equipped with a card reader, and which reads the card possessed by each employee when the employee comes and goes to work to obtain the time when each employee comes and goes as attendance data as attendance data. And, the attendance data from the time recorder can be stored, employee data such as the background of employees of the store and the operation level allowed for each employee can be stored, and when the employee operates the hall information,
By reading the card owned by the employee into the card reader, the employee data stored in advance and the operation level allowed for the employee can be retrieved and the hall information can be operated at the operation level. ,
And a data processing device for a store, which is a hall computer device that processes hall information according to an operation within its allowable range, stores the operation content and employee data as an operation log, and can send the hall information and operation log. , Attendance data processing is performed based on attendance data from multiple data processing devices for stores, and each employee's history and predetermined data can be stored and the operation level that each employee can operate can be set. Head office data processing device comprising a host computer device capable of sending predetermined data and the operation level to each store data processing device, and performing fraud prevention data processing based on the operation log from each store data processing device. And a communication line connecting the data processing device for each store and the data processing device for the head office. Chain store information management system to be. 4. A time reader and a card reader, each of which is provided with a card reader, and which reads the card possessed by each employee when the employee comes and goes to work to obtain the time when each employee comes and goes as attendance data as attendance data. And, the attendance data from the time recorder can be stored, employee data such as the background of employees of the store and the operation level allowed for each employee can be stored, and when the employee operates the hall information,
By reading the card owned by the employee into the card reader, the employee data stored in advance and the operation level allowed for the employee can be retrieved and the hall information can be operated at the operation level. ,
And a data processing device for a store, which is a hall computer device that processes hall information according to an operation within its allowable range, stores the operation content and employee data as an operation log, and can send the hall information and operation log. , Attendance data processing is performed based on attendance data from multiple data processing devices for stores, and each employee's history and predetermined data can be stored and the operation level that each employee can operate can be set. A host computer device that can send predetermined data and the operation level to each store data processing device, and that performs data processing for fraud prevention based on the operation log from each store data processing device, a command of the host computer device Head office data processing consisting of a card issuing device that can issue a card that records the employee's prescribed data below Chain store information management system comprising: the apparatus, and a communication line for connecting said data processing device for each store and the headquarters data processing device. 5. A card reader, comprising a card reader, and a time recorder and a card reader for obtaining the time when each employee comes and goes as attendance data by reading the card possessed by each employee when the employee comes and goes to work. And, the attendance data from the time recorder can be stored, employee data such as the background of employees of the store and the operation level allowed for each employee can be stored, and when the employee operates the hall information,
By reading the card owned by the employee into the card reader, the employee data stored in advance and the operation level allowed for the employee can be retrieved and the hall information can be operated at the operation level. ,
And a hall computer device that processes hall information according to the operation within the allowable range, stores the operation content and employee data as an operation log, and can send out the hall information and operation log, an in-store area where employees enter and leave Provided at the door of the door and equipped with a card reader to store the data of the person who is permitted to enter and exit the area from the hall computer device, and the employee data from the card reader matches the stored data. Data processing device for stores consisting of electronic locks that are sometimes unlocked, and time data processing is executed based on time data from a plurality of data processing devices for stores, and each employee's background and predetermined data are stored. You can set the operation level that employees can operate, and the history and predetermined data of each employee and the operation level can be set for each store. A host computer device that can be sent to a data processing device and that performs data processing for fraud prevention based on the operation log from each of the store data processing devices, and records predetermined data of employees under the command of the host computer device. A card issuing device that can issue cards, a card reader that is provided at the entrance door of the main office area where employees enter and exit, and is equipped with a card reader to store the data of persons authorized to enter and exit the area from the host computer device. A data processing device for a head office, which comprises an electronic lock that unlocks when employee data from the card reader matches the stored data, and communication for connecting the data processing device for the head office and the data processing device for each store A chain store information management system characterized by having a line. 6. The hall computer device comprising a card reader and processing hall information from each gaming machine, an input device for inputting various operation commands, and an output device for outputting processing results. The chain store information management system according to claim 1, 2, 3, 4, or 5. 7. The host computer device comprises a host computer main body for processing data from the hall computer device of each store, an input device for inputting various operation commands, and an output device for outputting processing results. A chain store information management system according to 1, 2, 3, 4 or 5. 8. The electronic lock comprises an electronic lock mechanism provided at an entrance / exit door of an area where employees enter and leave, a card reader capable of reading data of a card owned by the employee,
6. A mechanism control means for storing data of a person who is permitted to enter and leave the area and unlocking the electronic lock mechanism when employee data from the card reader matches the stored data. Chain store information management system described.