JP2945250B2 - Product sales data processing device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a merchandise sales data processing apparatus used in a restaurant system or the like.

[0002]

2. Description of the Related Art In recent years, a restaurant system, which is a product sales data processing device used in various restaurants, includes, for example, a large number of handy terminals individually carried by employees, and an order station installed on the ceiling or the like. And a customer check printer installed in a counter connected to the kitchen, a kitchen printer installed in the kitchen, etc., and a POS (Point Of
Sales) terminal and a store controller that is a data management means installed in an office or the like. In such a restaurant system, for example, the handy terminal and the order station wirelessly communicate, the order station, the customer check printer, the kitchen printer, and the POS terminal communicate by wire, and the POS terminal and the store controller communicate by wire. To communicate.

Therefore, in such a restaurant system, a data generating means for generating order data corresponding to an order of a customer or an employee is formed by a CPU (Central Processing Unit) of a handy terminal or an order station. CPU of this order station
The order file storing the order data generated by the data generation means such as
m Access Memory).

In such a restaurant system, data registration means for selectively reading order data of a predetermined customer from an order file in a RAM or the like of an order station and sequentially executing a registration process and an accounting process includes a PO register.
This POS is formed by the CPU of the S terminal.
The customer data transmitting means for transmitting the order data of the customer, for which the data registration means such as the CPU of the terminal has completed the accounting processing, to the store controller as the data management means is composed of PO
It is formed of a data communication device of the S terminal.

Further, in such a restaurant system, there is provided a customer data erasing means for selectively erasing order data of a customer whose transmission has been completed by a customer data transmitting means such as a data communication device of a POS terminal from an order file of an order station. , POS terminal CPU and order station CPU.

Therefore, in the restaurant system having the above-described structure, when an employee serving a customer operates and inputs customer identification data, order data, and the like to the handy terminal and wirelessly transmits the data to the order station, the order station transmits the received data. Store as order data in the order file. Since the order station transmits the order data stored in the order file to the customer check printer and the kitchen printer by wire, the customer check printer and the kitchen printer print customer identification data, order data, date and time data, and the like. The customer slip and the cooking slip are issued respectively.

[0007] Therefore, in the store, the employee transfers the customer slip to the customer table, and in the kitchen, the cook who visually recognizes the printed content of the cooking slip starts cooking. Then, the customer who has finished eating and drinking will transfer the customer slip to the account, so when the employee inputs the slip number of this customer slip into the POS terminal, the PO
The S terminal reads the corresponding order data from the order file of the order station, and executes the registration processing and the accounting processing.

The POS terminal, which has completed the accounting process as described above, transmits the order data to which the contents have been added to the store controller by data transmission means such as a data communication device. In this case, the transmitted order data is managed as data management means. Further, the POS terminal which has completed the data transmission as described above notifies the order station, and the order station selectively erases the corresponding order data from the order file.

[0009]

In the above-described restaurant system, various data generated in the restaurant business is stored as a data file in a data storage means such as an order file and used for data management in the restaurant business. .

[0010] In the above-mentioned restaurant, even if an employee eats and drinks, it is necessary to issue a cooking slip by a kitchen printer in a kitchen where the order is cooked, and to execute food material management and financial management. Since it is necessary to transmit the order data to the store controller, such an employee's order for food and drink is processed in the same manner as in the case of the customer.

[0011] However, the price of the food and drink of the employee is generally deducted from the salary, and the account processing at the POS terminal is not executed. Therefore, the employee order data stored in the order file corresponding to the employee order is not deleted based on the accounting processing of the POS terminal.

Therefore, in such a restaurant system, the employee searches the data file of the employee stored in the order file of the order station by manual operation of the POS terminal at the time of checkout or inspection after closing the store, and the like. After confirming the contents, the contents are transmitted to the store controller and erased from the order file. For this reason, the work load of the employees increases and the operation time increases. Particularly, in a restaurant or the like that is open 24 hours, the start of the accounting process of the customer is delayed due to the above-described processing operation. Has also occurred.

[0013]

And data generation means for generating the order data corresponding to the order of customers and employees SUMMARY In order to achieve the above, and the order file to store the order data that the data generating means has generated, cooking slip from this order file Mark
Print output means for outputting order data for printing,
A data registration means for executing the order data from said order file given customer selectively read Te registration process and the accounting sequentially, the order data of the customer data registration means has completed the accounting data management means Customer data transmitting means for transmitting, customer data erasing means for erasing, from the order file, customer order data which has been transmitted by the customer data transmitting means, and selectively reading employee order data from the order file and employee data reading means, and employee data transmitting means the employee data reading means for transmitting the order data of the read employee to the data management unit, the order of the employees this customer data transmitting means completes transmission Means for erasing employee data for erasing data from the order file;
Reading means, said employee data transmitting means, and said employee data
And a processing execution declaring means for instructing driving with the data erasing means .

[0014]

[Effect] The printout on the form slip is stored in the order file.
This is the order data that has been
Includes worker order data, and means for processing execution declaration
To delete employee order data according to instructions from
Contains the employee order data stored in the order file
Deleted from the order file after transmission to the data management
To keep all employee eating and drinking information
In addition, as in the past, it is necessary for employees to manually retrieve the order data of employees remaining in the order file, confirm the contents, transmit it to the data management means, and then delete it from the order file. There is no.

[0015]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below with reference to the drawings. First, as illustrated in FIG. 1, a restaurant system 1 exemplified as a product sales data processing device in the present embodiment includes a number of handy terminals 2 individually carried by employees and a single handy terminal installed on the ceiling or the like. Order station 3, one POS terminal 4 installed in accounting, etc., and store controller 5 installed in office, etc.
, A plurality of customer check printers 6 installed in a counter communicating with the kitchen, and a plurality of kitchen printers 7 installed in the kitchen or the like. In the restaurant system 1, the handy terminal 2 and the order station 3 communicate with each other wirelessly, and the order station 3, the POS terminal 4, the customer check printer 6, and the kitchen printer 7 are connected to each other. LAN (Local A
rea Network) and the P
OS terminal 4 and store controller 5 are both LA
N and the like.

As shown in FIG. 2, the order station 3 of the restaurant system 1 includes a CPU 10 for executing various data processing, a ROM 11 for fixedly storing various data such as a control program, and a menu. R that temporarily stores various data such as data in an updatable manner
An AM 12, a wireless unit 13 for wirelessly communicating with the handy terminal 2, an in-line unit 14 connected to the communication line 8, and the like are connected by a system bus 15.

In the restaurant system 1,
As illustrated in FIG. 4, a customer order file 16 for temporarily storing customer order data, which is customer order data, in the RAM 12 of the order station 3 having the above-described structure, and employee order data. Employee order file 17 for temporarily storing employee order data
As shown in FIG. 11A, the customer order file 16 has a storage area for a seat number, the number of customers, and menu data for each slip number. As illustrated in b), in the employee order file 17 for employees, a storage area for employee numbers and menu data is set for each slip number.

In the restaurant system 1, the P
The OS terminal 4 has a CPU 1 as illustrated in FIG.
8, a ROM 19, a RAM 20, a display 21 for displaying and outputting various data, a keyboard 22 for inputting various data, and an R / J (Receipt) for printing and outputting various data.
/ Journal) Printer 23, FDD (Floppy Disk Driving) for storing various data on a floppy disk (not shown)
Devise) 24, a drawer unit 25 for storing money, an in-line unit 26 connected to the communication lines 8 and 9.
Are connected by a system bus 27.

The store controller 5 of the restaurant system 1 has the same structure as that of the POS terminal 4 except that the drawer unit 25 is not provided here. The detailed description will be omitted from the POS terminal 4. As illustrated in FIG. 5, a menu file 28 for totalizing and storing customer order data and employee order data is formed in the RAM 20 of the store controller 5.
In the menu area 8, storage areas such as a menu name, a sales unit price, sales points for customers, sales points for employees, a total amount for customers, and a total amount for employees are set for each menu code.

The handy terminal 2 of the restaurant system 1 has a CPU as shown in FIG.
29, a ROM 30, a RAM 31, a keyboard 32, a display 33, and a wireless unit 34 are connected to a system bus 35.
It has a structure connected by. As shown in FIG. 7, the customer check printer 6 and the kitchen printer 7 of the restaurant system 1 have a CPU 37 with a ROM 37, a RAM 38, a keyboard 39, a display 40, an in-line unit 41, and a printer unit. 42 are connected.

In this restaurant system 1,
The data generating means for generating the customer order data corresponding to the customer's order and the employee order data corresponding to the employee's order is the CPU 29, the ROM 30, the RAM 31 of the handy terminal 2 here.
And so on. Thus, the customer order data generated by the data generation means such as the CPU 29 of the handy terminal 2 is temporarily stored in the customer order file 16 of the order station 3 as described above, and the employee order data is stored by the employee. The member order file 17 is temporarily stored.

In the restaurant system 1, the customer order file 1 of the order station 3 is stored.
6, a data registering means for selectively reading predetermined customer order data from 6 and sequentially executing a registration process and an accounting process.
The CPU 18 and the ROM of the POS terminal 4
19 and the RAM 20 and the like.
The customer data transmitting means for transmitting the customer order data, for which the data registering means such as the CPU 18 of the terminal 4 has completed the accounting processing, to the store controller 5 comprises the CPU 18, the ROM 19, and the R of the POS terminal 4.
It is formed of the AM 20, the in-line unit 26, and the like. Further, in the restaurant system 1, the customer data transmission means, such as the inline unit 26 of the POS terminal 4, transmits the completed customer order data to the customer order file 16 of the order station 3.
The customer data erasing means for selectively erasing from the CP of the order station 3 or the POS terminal 4
U10,18, ROM11,19 and RAM1
2, 20, and the like.

In the restaurant system 1,
Employee data reading means for reading employee order data from the employee order file 17 of the order station 3 is provided by the CPU 10, 18 or the ROM 11 of the order station 3 or the POS terminal 4.
19 and the RAMs 12 and 20. The employee data reading means such as the CPU 18 of the POS terminal 4 reads the employee order data read from the employee order file 17 of the order station 3. The employee data transmitting means for transmitting to the store controller 5 is the CPU 18 of the POS terminal 4.
And the ROM 19, the RAM 20, the in-line unit 26, and the like.

Further, in this restaurant system 1,
The in-line unit 26 of the POS terminal 4
Employee data erasing means for erasing the employee order data transmitted by the customer data transmitting means from the employee order file 17 of the order station 3 is stored in the order station 3 or the POS terminal 4. The POS terminal 4 is formed of the CPUs 10, 18, the ROMs 11, 19, the RAMs 12, 20, and the like. When the occurrence of a preset condition is detected, the employee data reading means such as the CPU 18 of the POS terminal 4 and the employee The processing execution declaration means for sequentially driving the data transmission means and the employee data erasing means is formed by the CPU 18, the ROM 19, the RAM 20, and the like of the POS terminal 4.

More specifically, the POS terminal 4 of the restaurant system 1 can be set to be switchable as an operation mode executed by one of a registration mode, an inspection mode, and a settlement mode. Setting as an operation mode for executing either the inspection mode or the settlement mode is set as a condition for activating the processing execution means such as the CPU 18 or the like.

In such a configuration, in the restaurant system 1, for example, when an attending employee operates and inputs a customer's seat number, menu data, and the like to the handy terminal 2 and wirelessly transmits it to the order station 3, the order station 3 3 stores the received data in the customer order file 16 as customer order data. Since the order station 3 transmits the customer order data stored in the customer order file 16 to the customer check printer 6 and the kitchen printer 7 by wire, the customer check printer 6 and the kitchen printer 7 are connected to the customer seat. Numbers, menu data, date / time data, etc. can be printed from
By outputting and printing the data, a customer slip and a cooking slip (both not shown) are issued.

Therefore, the employee transfers the customer slip to the customer's seat in the store, and the cook who visually recognizes the printed content of the cooking slip starts cooking in the kitchen. Then, the customer who has finished eating and drinking will transfer the customer slip to the checkout, and when the employee inputs the slip number of this customer slip into the POS terminal 4, this PO
The S terminal 4 reads out the corresponding customer order data from the customer order file 16 of the order station 3 and executes the registration process and the accounting process.

The POS terminal 4 that has completed the accounting process as described above transmits the customer order data to which the contents of the accounting process are added to the store controller 5 by data transmission means such as the in-line unit 26. Therefore, the store controller 5 manages the transmitted customer order data in the menu file 28. Further, the POS terminal 4 which has completed the data transmission as described above notifies the order station 3 of this, and the order station 3 selectively deletes the corresponding customer order data from the customer order file 16. become.

Here, in the above-mentioned restaurant, even when an employee eats and drinks, it is necessary to issue a cooking slip using a kitchen printer in a kitchen where the order is prepared, and to execute food material management and financial management. Since it is necessary to transmit the employee order data to the store controller 5, such an employee's food / drink order is processed in the same manner as in the case of the customer. At this time, the employee's eating and drinking price is generally deducted from the salary and the accounting process at the POS terminal 4 is not executed, so the employee order data stored in the employee order file 17 is , The erasing process based on the accounting process of the POS terminal 4 is not executed.

Therefore, in this restaurant system 1,
In general, when either the check process or the settlement process to be executed at the POS terminal 4 is started once a day or the like, the POS terminal 4 that has been detected on the condition of this start is used by the employee order file 17 of the order station 3. Is transmitted to the store controller 5 and then deleted.

In this manner, in the restaurant system 1, the employee retrieves the employee order data remaining in the employee order file 17 of the order station 3 by the manual operation of the POS terminal 4 and stores the contents. Since it is not necessary to transmit the confirmation order to the store controller 5 and then delete it from the employee order file 17, it is possible to reduce the work load on the employee and shorten the operation time of the inspection process and the settlement process. You can also.

Therefore, such a restaurant system 1
The processing operation of the handy terminal 2 illustrated in FIGS. 8 and 9, the processing operation of the order station 3 illustrated in FIGS. 10 and 11, and the POS terminal 4 illustrated in FIGS. The processing operation will be described in detail below.

First, as shown in FIG. 8, when the power switch (not shown) is turned on, the CPU 29 reads the guidance data from the ROM 30 and outputs the same on the display 33. It waits for the input operation of the employee number by (not shown). Then, when the employee in charge of the input operation of the handy terminal 2 inputs the employee number, which is his / her own identification number, using the numeric keypad of the keyboard 32, the CPU 29 that has detected the operation input transmits an order table (not shown) in the RAM 31. ) Stores the employee number. The handy terminal 2 which has completed the setting of the employee number in charge as described above,
, Or an order received by an employee using the eclipse key (not shown) of the keyboard 32.

Therefore, the CP of the handy terminal 2
When U29 detects the operation input of the order key by the employee who has received the order for the customer, the U29 waits for the input operation of the number of customers by the ten keys of the keyboard 32. Therefore, the number of customers input by the operation is stored in the order table of the RAM31. Will be. Next, the CPU 29 of the handy terminal 2 waits for a seat number input operation by a predetermined operation of the keyboard 32, and stores the input seat number in the order table of the RAM 31.

Then, the CP of the handy terminal 2
As illustrated in FIG. 9, the U 29 waits for an operation of inputting menu data by a menu key (not shown) of the keyboard 32.
Stored in the order table of AM31 and the keyboard 32
Until the operation input of the transmission key (not shown) is detected, the above-described operation input of the menu data is repeatedly waited.

Then, when the employee who has completed the order entry of the customer by the operation input of the handy terminal 2 as described above performs an input operation of the transmission key of the keyboard 32, the CPU 29 which has detected the operation input enters the order table of the RAM 31. A message of the customer order data is generated from various data stored in the order unit 3, and the message is wirelessly transmitted to the order station 3 by the wireless unit 34.

When the handy terminal 2 receives a reply message from the order station 3 indicating that the order processing is normally completed, the contents of the order table of the RAM 31 other than the employee number in charge are initialized, and the power switch is turned off. If the operation is not performed, as shown in FIG. 8, the process returns to a state of waiting for a customer's order receipt by the order key of the keyboard 32 or an employee's order receipt by the food service key of the keyboard 32.

Then, when the CPU 29 of the handy terminal 2 in such a standby state detects the operation input of the food service key by the employee who has received the order of the employee, the employee 29 who is the identification number of the employee who actually eats and drinks is received. Since the operator waits for the number input operation, the employee number input by the ten keys on the keyboard 32 is stored in the order table of the RAM 31. Then, as illustrated in FIG. 9, the CPU 29 of the handy terminal 2 waits for an operation of inputting menu data by the menu key of the keyboard 32. The processing operation for the order will be executed.

The processing operation of the order station 3 for wirelessly receiving the order data from the handy terminal 2 as described above will be described below in detail with reference to FIGS. First, in the initial state, the order station 3 performs wireless reception of order data by the wireless unit 13 as illustrated in FIG. 10 or transmission of customer order data by the in-line unit 14 as illustrated in FIG. Wired reception of a request, wired transmission of a request for transmission of employee order data by the inline unit 14, wired reception of a command to delete customer order data by the inline unit 14, or deletion of employee order data by the inline unit 14. Repeatedly waiting for the command reception.

Therefore, the CPU 10 of the order station 3 that has detected the wireless reception of the order data by the wireless unit 13 in the initial state as described above issues a slip number serially as shown in FIG. The seat number is detected from the ordered data. At this time, the customer order data includes the seat number, but the employee order data does not include the seat number. When the seat number is detected, the CPU 10 determines that the order data is for the customer.

Then, the CPU 10 that determines the order data thus received wirelessly as the customer order data.
Generates formally the customer order data by supplementing the menu data by referring to a menu file (not shown) in the RAM 12, and generates the slip print data based on the customer order data. So this CP
U10 stores the generated customer order data in the customer order file 16 of the RAM 12, and transmits the generated slip print data to the customer check printer 6 and the kitchen printer 7 by wire in the in-line unit 14.

Then, C which has completed such a processing operation
The PU 10 wirelessly transmits a reply message indicating that the order processing is normally completed to the handy terminal 2 which has wirelessly received the customer order data, and returns to the initial state after the transmission is completed.

In the order station 3, if the CPU 10 cannot detect the seat number from the wirelessly received order data, it is supposed to be employee order data. This confirms that the member number is set in the order data. Therefore, the CPU 10 of the order station 3 confirming this formally generates the employee order data by supplementing the contents of the menu data with reference to the menu file in the RAM 12 and also generates the slip print data. When the order data is stored in the employee order file 17 in the RAM 12, the following processing is executed in the same manner as after storing the customer order data.

In the manner described above, the customer check printer 6 and the kitchen printer 7, which have received the slip print data from the order station 3, respectively issue the customer slip and the cooking slip as described above. An employee transfers the customer slip to the customer's seat, and in the kitchen, the cook who visually recognizes the cooking slip starts cooking. Then, when the employee operates and inputs the slip number of the customer slip transferred by the customer who has finished eating and drinking, the POS terminal 4 sends a request for transmitting customer order data to the order station 3 as described in detail later. Will be sent.

Therefore, the CPU 10 of the order station 3 receiving the request for transmitting the customer order data from the POS terminal 4 in the in-line unit 14 in this manner.
As shown in FIG. 11, the customer order data is searched from the customer order file 16 by the slip number included in the transmission request, and the detected customer order data is transmitted to the POS terminal 4 by the in-line unit 14. And then return to the initial state.

As described above, the POS terminal 4 executes the registration process and the accounting process using the customer order data received from the order station 3 as will be described in detail later. The request for erasing the order data is transmitted to the order station 3.

Therefore, the CPU 10 of the order station 3 receiving the request for erasing the customer order data from the POS terminal 4 in the in-line unit 14 in this manner.
Retrieves customer order data from the customer order file 16 using the slip number included in the erasure request and selectively deletes the detected customer order data from the customer order file 16 as illustrated in FIG. To return to the initial state.

Then, in this restaurant system 1,
As will be described in detail later, the POS terminal 4 transmits a request for transmission of employee order data to the order station 3 at the start of the inspection process or the settlement process.

Therefore, the CPU 1 of the order station 3 receiving the transmission request of the employee order data from the POS terminal 4 by the in-line unit 14 in this way.
0 means that all of the employee order data temporarily stored in the employee order file 17 is transmitted to the POS terminal 4 by the in-line unit 14 and then returned to the initial state as illustrated in FIG. When it is detected that there is no data stored in the employee order file 17, the in-line unit 14 transmits a reply message indicating that there is no data to the POS terminal 4, and then returns to the initial state.

Then, as described above, the order station 3
The POS terminal 4 that has received the employee order data from the POS terminal 4 transfers the employee order data to the store controller 5 and then sends an initialization request for the employee order file 17 to the order station 3 as described later in detail. Will be sent to

Thus, the CPU 10 of the order station 3 receiving the initialization request of the employee order file 17 from the POS terminal 4 in the in-line unit 14 as described above, as shown in FIG. After the initialization, the program returns to the initial state.

Next, the processing operation of the POS terminal 4 for communicating various data with the order station 3 as described above will be described in detail below with reference to FIGS. First, the POS terminal 4 is configured such that a registration mode, an inspection mode, and a settlement mode are switchably set as its operation modes, and the registration mode is set when a normal restaurant operation is performed.

Therefore, the CPU 18 of the POS terminal 4 in which the registration mode is set is waiting for a slip number input operation by the ten keys (not shown) of the keyboard 22, as exemplified in FIG. When this operation input is detected, a request for transmitting customer order data including the slip number is generated and transmitted to the order station 3 by the in-line unit 26.

Therefore, as described above, the order station 3 which has received the request for transmitting the customer order data from the POS terminal 4 detects the corresponding customer order data and transmits it to the POS terminal 4. In order unit 2 for customer order data
6, the CPU 18 of the POS terminal 4 registers the customer order data by supplementing the selling price by referring to the menu file, and until the CPU 18 detects the input operation of the closing key (not shown) of the keyboard 22. The total amount is displayed on the display 21 for output.

Therefore, for example, this POS terminal 4
When the customer who has visually recognized the amount of money displayed on the display 21 pays cash (not shown), the employee who confirms this inputs the closing key of the keyboard 22 and stores the cash in the opened drawer unit 25. Will complete the accounting process. Then, the POS terminal 4 which has completed the accounting process transmits the customer-order data and the processing result of the accounting process to the store controller 5 in the in-line unit 26. The order data is stored in the menu file 28 for each menu code by classifying and totaling.

Further, the POS which transmits the customer order data processed as described above to the store controller 5
The CPU 18 of the terminal 4 generates an erasure request including the chit number of the customer order data and transmits it to the order station 3 by the in-line unit 26. Therefore, as described above, this order station 3 is applicable. The customer order data is stored in the customer order file 16
To be selectively erased.

Then, as described above, when the POS terminal 4 that executes the registration processing in the ordinary restaurant business performs the inspection processing and the settlement processing once a day or the like,
In the POS terminal 4, an inspection mode and a settlement mode are set as operation modes. Therefore, as illustrated in FIG. 13, the CPU 18 of the POS terminal 4 in which the inspection mode and the settlement mode are set immediately generates an employee order data transmission request upon detecting this mode setting and performs inline processing. The data is transmitted to the order station 3 in the unit 26.

Then, in detail, as described above, the order station 3 that has received the transmission request for the employee order data determines whether the stored employee order data or the reply message with no data is stored. Send to POS terminal 4.

Thus, in this way, the employee order data is transferred from the order station 3 to the in-line unit 2.
6 of the POS terminal 4 received in
As shown in FIG. 3, the total amount and total points of the received employee order data are totaled, and the processing result and the employee order data are transmitted to the store controller 5 by the inline unit 26. The controller 5 stores the received employee order data in the menu file 28 for each menu code, for example, by classifying and totaling.

Then, as described above, the CPU 18 of the POS terminal 4 which has transmitted the employee order data to the store controller 5 transmits an employee order file initialization request to the order station 3 by the in-line unit 26. As described above in detail, the order station 3 initializes the employee order file 17.

Therefore, the CPU 18 of the POS terminal 4 which has completed the above-described processing operations executes a normal inspection process and a settlement process in response to the operation input of the keyboard 22 and the like. Return to.
It should be noted that the CPU 18 of the POS terminal 4 immediately starts normal inspection processing and settlement processing upon receiving a reply message with no data from the order station 3 by the in-line unit 26.

As described above, in the restaurant system 1, since the erasing process based on the accounting process of the POS terminal 4 is not executed, the employee order remaining in the employee order file 17 of the order station 3 is not processed. The data can be automatically transmitted to the store controller 5 and then deleted by starting the check processing and the settlement processing of the POS terminal 4 performed once a day or the like, so that the work load on the employees can be reduced. In addition, it is possible to shorten the operation time of the inspection process and the settlement process.

In the restaurant system 1 of this embodiment, the employee order file 1 of the order station 3 is stored.
The execution condition of the processing operation for deleting the employee order data remaining in the storage order 7 after transmitting it to the store controller 5 is P
Although the setting as the start of the inspection process or the settlement process of the OS terminal 4 has been exemplified, the present invention is not limited to the above embodiment.
The setting can be performed by a predetermined operation of the keyboard 22 of the terminal 4 or the like.

Further, in the restaurant system 1 of the present embodiment, the order station 3 is provided with the employee order file 17 exclusively for storing the employee order data.
Although the erasing process of the employee order data has been illustrated as an example, the present invention is not limited to the above embodiment. One order storing both the customer order data and the employee order data may be used. It is also possible to selectively read or delete the customer order data and the employee order data from the order file based on the presence or absence of a flag or the like.

Further, the restaurant system 1 of the present embodiment
In the above, the store controller 5 is formed in a form in which the drawer unit 25 is omitted from the POS terminal 4, but such a store controller 5 can be implemented in a general personal computer or a workstation (both not shown). It is possible.

In the restaurant system 1 according to the present embodiment, since the handy terminal 2 is wirelessly carried by the employee in charge throughout the day, the employee number to be operated and input when the power is turned on is continuously stored until the power is turned off. However, in a handy terminal (not shown) which outputs stored data when inserted into a jack (not shown) installed in a store, an employee in charge of the handy terminal is used. Since the number frequently changes, it is preferable to input the number of the employee in charge at the start of each order entry.

Further, the restaurant system 1 of the present embodiment
In the above example, customer order data and employee order data are identified by a seat number, etc., which is inevitably included on one side and not necessarily included on the other side. It is also possible to implement identification by a flag to be set.

[0068]

According to the present invention as described above, the data generating means for generating an order data corresponding to the order of customers and employees, and the order file for storing order data which the data generating means has generated, this order Cook from file
Print output to output order data for printing slips
Means and a data registration means for executing the order data from said order file given customer selectively read Te registration process and the accounting sequentially, the order data of the customer data registration means has completed the accounting data and customer data transmitting means for transmitting to a management unit, selectively and customer data erasing means, the order data of the employee from the order file to erase the order data of the customer the customer data transmitting means completes transmission from the order file employees and employee data reading means reads, this employee data reading means and the employee data transmitting means for transmitting the order data of the read employee to the data management unit, this customer data transmitting means has completed the transmission to Means for erasing employee order data from the order file;
Means for reading employee data, means for transmitting employee data, and means for
Declaration of processing execution to instruct driving with employee data erasing means
Because of the provision of columns, the printout on the form
This is the order data stored in the order file.
The file also contains employee order data,
Employee order data according to instructions from the process execution declaration means
To delete the employee stored in the order file
After transmitting the order data to the data management means,
All of the employee's eating and drinking information will be deleted from the file
Can be grasped, moreover, as in the prior art, erase from the order file the order data of employees remaining in the order file, and transmit the data management unit after Confirmation employee searching manually Since there is no need to perform such operations, there is an effect that the work load on the employee can be reduced.

[Brief description of the drawings]

FIG. 1 is a schematic diagram illustrating the overall structure of a restaurant system as an embodiment of a product sales data processing device of the present invention.

FIG. 2 is a block diagram illustrating a circuit structure of an order station.

FIG. 3 is a block diagram illustrating a circuit structure of the POS terminal;

4A and 4B illustrate two order files formed in a RAM of an order station. FIG. 4A is a schematic diagram illustrating a storage structure of a customer order file, and FIG. 4B is an employee order file. FIG. 3 is a schematic view illustrating the storage structure of FIG.

FIG. 5 is a schematic diagram illustrating a storage structure of an order file formed in a RAM of a store computer.

FIG. 6 is a block diagram illustrating a circuit structure of the handy terminal.

FIG. 7 is a block diagram illustrating a circuit structure of a kitchen printer and a customer check printer.

FIG. 8 is a flowchart illustrating the first half of the processing operation of the handy terminal.

FIG. 9 is a flowchart illustrating the latter half of the processing operation of the handy terminal.

FIG. 10 is a flowchart illustrating a processing operation in which an order station creates order data.

FIG. 11 is a flowchart illustrating a part of a processing operation in which an order station reads out order data and executes transmission and erasure;

FIG. 12 is a flowchart illustrating a processing operation of a POS terminal registration process;

FIG. 13 is a flowchart illustrating a processing operation of an inspection / payment process of the POS terminal.

[Explanation of symbols]

1 Commodity sales data processing device 16, 17 Order file 29-31 Data generation means 18-20 Data registration means, processing execution means 18-20, 26 Customer data transmission means, employee data transmission means 10-12, 18-20 Customer Data erasing means, employee data reading means, employee data erasing means

Claims (1)

(57) [Claims] 1. A customer or employee data generating means for generating order data corresponding to the order of, order file for storing order data which the data generating means has generated
If, for printing the cooking slip from this order file
Print output means for outputting order data;
Data registration means for selectively reading predetermined customer order data from a file and sequentially executing registration processing and accounting processing
When, erased and customer data transmitting means for transmitting the order data of the customer data registration means has completed the accounting data management unit, the order data of the customer the customer data transmitting means completes transmission from the order file and customer data erasing means, and employee data reading means to selectively read the order data of employees from the order file,
And employee data transmitting means for transmitting the order data of employees this employee data reading means read out the data management unit, erases the order data of employees this customer data transmitting means completes transmission from the order file Means for deleting employee data , said means for reading employee data,
Said employee data transmitting means and said employee data erasing means;
And a process execution declaring means for instructing the drive of the merchandise.