JP2011175476A - Order entry system, ordering terminal, and control program of the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To make a customer service operation to be performed smoothly by quickly performing individual accounting among group customers or performing previous accounting of a part of persons among the group customers. <P>SOLUTION: A function for dividing slip data into pieces is provided in an order entry system. Concretely, any one of a first identifier or a second identifier for identifying the slip data which is intended to be divided is inputted into an ordering terminal, and is transmitted into the managing device. A managing device is made to return the slip data corresponding to the received identifier. The ordering data which becomes a subject to be divided is selected from among the slip data returned by the ordering terminal, then an identifier which is different from the identifier that is transmitted at requesting the slip data from among the first identifier and the second identifier is transmitted to the managing device together with selected ordering data of the subject to be divided. The managing device which receives this is made to delete the ordering data of the subject to be divided from the slip data of a dividing source, and is made to newly produce new slip data by using the ordering data of the subject to be divided. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to an order entry system used for inputting orders and accounting for customers in restaurants such as restaurants, an order terminal used in the system, and a control program therefor.

  Conventionally, in restaurants such as restaurants, order entry systems equipped with order terminals for inputting orders from customers have been widely used. The order data input from the order terminal is transmitted to an order station installed in a store backyard or the like. The order station stores and manages the received order data, and prints an accounting slip relating to the received order data on a printer installed in a hall or the like. This accounting slip is handed over to the customer who placed the order. When a customer wants to perform accounting, the customer moves to an accounting counter having an accounting device such as a POS (Point Of Sales) terminal with the received accounting slip. The accounting device acquires order data of the customer from the order station based on information printed on the accounting slip, and performs accounting processing based on the acquired order data. In general, orders from group customers composed of a plurality of people are collectively managed as one order data, and one accounting slip is issued to the group customers.

  In this type of order entry system, as a method of individually accounting for a part of group customers, for example, the order of customers who are individually accounted for in the group and the customers who are not accounted for in advance are received separately, A method of issuing an accounting slip every time is known (for example, see Patent Document 1).

  As described above, in the method of receiving separately orders of customers who are individually accounted for in advance among group customers, when some customers in the group suddenly have to leave the store before other customers after ordering, etc. It is difficult to confirm whether or not it is necessary to separately account for all group customers in advance.

  In addition, it is possible to account only for those who want individual accounting first at the accounting counter, but in this case it takes more time than normal accounting operation, so it waited for a long time for other customers who are going to account There is a risk of letting it go.

  The present invention has been made based on the above circumstances, and its purpose is to promptly perform individual accounting for group customers or pre-accounting for some of the group customers to facilitate customer service. That is.

  An order entry system according to an aspect of the present invention includes an order terminal that receives input of order data, transmits the input order data, receives an order data transmitted from the order terminal, and includes a slip including the order data A management device that creates data and stores it in a storage unit, wherein the slip data includes at least a first identifier and a second identifier for identifying each slip data stored in the storage unit, The ordering terminal includes an identifier input unit that inputs one of the first identifier and the second identifier, and the management device that receives the first identifier or the second identifier input by the identifier input unit. When receiving the slip data returned from the management device for the identifier transmitted by the identifier transmitting means, Selection accepting means for accepting selection of order data to be divided from the order data included in the data, and slip data returned from the management apparatus when the identifier transmission means is transmitting the first identifier to the management apparatus When the second identifier included in the data and the order data accepted by the selection accepting unit are transmitted to the management device, and the identifier transmitting unit transmits the second identifier to the management device, Division information transmitting means for transmitting the first identifier included in the slip data returned from the management apparatus and the order data received by the selection receiving means to the management apparatus; When receiving the first identifier or the second identifier transmitted by the identifier transmitting means of the order terminal, slip data having the received identifier is received. A reply means that reads out from the storage unit and sends it back to the order terminal, and the division target order data transmitted by the division information transmission means of the order terminal and either the first identifier or the second identifier. Upon receipt, the slip data update means for deleting the received order data to be split from the slip data stored in the storage unit having the received identifier, and split slip data including the order data to be split are created. And split slip creation means for storing in the storage unit.

  According to the present invention in which the above measures are taken, it is possible to promptly perform individual accounting for group customers or pre-accounting for some of the group customers, thereby facilitating customer service.

1 is an overall configuration diagram of an order entry system according to an embodiment. The block diagram which shows the principal part structure of the handy terminal with which the system is provided. The block diagram which shows the principal part structure of the order station with which the system is provided. The schematic diagram which shows the data structure of the slip data memorize | stored in the order management database with which the system is provided. The block diagram which shows the principal part structure of the POS terminal with which the system is provided. The flowchart of the order reception process performed with the same system. The flowchart of the accounting process performed with the same system. The flowchart of the process in the slip dividing function with which the system is provided. The figure which shows the example of an image displayed on the display part of the handy terminal with which the system is provided. The figure which shows the example of an image displayed on the display part of the handy terminal with which the system is provided. The figure which shows the example of an image displayed on the display part of the handy terminal with which the system is provided.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
[System configuration]
First, the configuration of the order entry system in this embodiment will be described.
FIG. 1 is an overall configuration diagram of an order entry system in the present embodiment. As shown in the drawing, the order entry system includes a plurality of handy terminals 1 (order terminals) possessed by a customer clerk, an access point 2 installed on the ceiling of a hall, and a kitchen printer 3 installed in a kitchen. And the kitchen display 4, the customer check printer 5 (slip issuing means) installed in the hall, the POS terminal 6 installed in the checkout counter, the backyard of the store, etc., and the entire order entry system is controlled. And an order station 7 (management device). The access point 2, the kitchen printer 3, the kitchen display 4, the POS terminal 6, and the order station 7 are connected via a LAN (Local Area Network) line 8 provided in the store. The handy terminal 1, the customer check printer 5, and the access point 2 transmit and receive data by wireless communication via radio waves.

  The handy terminal 1 is a terminal for inputting an order from a customer, and transmits order data and the like to the order station 7 via the access point 2.

  The order station 7 creates and stores voucher data based on the order data received from the handy terminal 1, and instructs the kitchen printer 3 and the customer check printer 5 to print the voucher data. Command display. Further, the order station 7 transmits slip data to be accounted for to the POS terminal 6 at the time of accounting.

  When the kitchen printer 3 is instructed to print slip data from the order station 7, the kitchen printer 3 prints a cooking instruction slip for instructing a cook in the kitchen about the ordered menu item.

  The kitchen display 4 displays an image for instructing the cook in the kitchen of the ordered menu item in response to an instruction to print the slip data from the order station 7.

When the customer check printer 5 is instructed to display the slip data from the order station 7, the customer check printer 5 prints an accounting slip to be delivered to the customer who has placed an order related to the slip data.
The POS terminal 6 performs accounting for the customer who has placed the order based on the slip data to be transmitted transmitted from the order station 7, and provides information on the completion of accounting, information on money exchanged with the customer, etc. Send to.

  Next, the handy terminal 1 will be described. Note that each of the plurality of handy terminals 1 included in the order entry system has a configuration described below.

  FIG. 2 is a block diagram showing a main configuration of the handy terminal 1. The handy terminal 1 includes a CPU (Central Processing Unit) 10 that functions as a control center. In the CPU 10, a ROM (Read Only Memory) 11, a RAM (Random Access Memory) 12, a display unit 13, an input unit 14, and a wireless communication unit 15 (communication unit) are provided with a bus line 16 including an address bus and a data bus. Connected through.

  The ROM 11 stores a control program necessary for the operation of the handy terminal 1, a driver for driving each hardware, and the like. The RAM 12 forms various working storage areas in accordance with the operation of the handy terminal 1.

  The display unit 13 is an LCD (Liquid Crystal Display), for example, and selectively displays order data and the like input via the input unit 14.

  The input unit 14 includes a touch panel provided on the display surface of the display unit 13 and a keyboard having menu selection keys and the like, and accepts operations such as input, cancellation, and confirmation of order data. The operation keys of the input unit 14 include a slip split key 14a for declaring slip split.

  The wireless communication unit 15 wirelessly communicates with the access point 2 via an antenna (not shown), and outputs a signal obtained by modulating transmission data to the access point 2 to the antenna and a signal input from the antenna And receive data from the access point 2 is generated.

  Next, the order station 7 will be described.

  FIG. 3 is a block diagram showing a main configuration of the order station 7. The order station 7 includes a CPU 70 that functions as a control center. A ROM 71, a RAM 72, an HDD (Hard Disk Drive) 73, a display unit 74, an input unit 75, and a communication unit 76 are connected to the CPU 70 via a bus line 77 including an address bus and a data bus.

  The ROM 71 stores a control program necessary for the operation of the order station 7, a driver for driving each hardware, and the like. The RAM 72 forms various working storage areas according to the operation of the order station 7.

  The HDD 73 stores various databases, application files, and the like for comprehensively managing the order entry system. The database stored in the HDD 73 includes an order management database (DB) 73 a for accumulating and storing slip data generated based on order data transmitted from the handy terminal 1.

  The display unit 74 is, for example, an LCD, and selectively displays the contents of the database stored in the HDD 73, the application screen, and the like.

  The input unit 75 includes various operation keys for performing operations for browsing the contents of the order management database 73a stored in the HDD 73 and operations for executing applications.

  The communication unit 76 controls communication with the access point 2, the kitchen printer 3, the kitchen display 4, and the POS terminal 6 performed via the LAN line 8.

FIG. 4 is a schematic diagram showing a data structure of slip data stored in the order management database 73a. The slip data has a slip number (No.) information field, a table number (No.) information field, a number of people information field, an order content information field, and a total amount information field. . In the information field of the slip number, a slip number (first identifier), which is a unique identifier that does not overlap between the slip data stored in the order management database 73a, is described. In the table number information field, a table number (second identifier), which is a unique identifier assigned to each table in the store, is described. In the information field of the number of persons, the number of groups in the ordering group is described. In the total amount information field, the total amount of the order is described. The order content information field is composed of menu, quantity, and unit price information fields. The menu item ordered by the customer is described in the information field of the menu. In the quantity information field, the order quantity of the menu described in the menu information field is described. In the unit price information field, the unit price of the menu described in the menu information field is described. The menu, quantity, and unit price information fields are variable areas that are added according to the number of menus ordered by the customer.
Next, the POS terminal 6 will be described.

  FIG. 5 is a block diagram showing a main configuration of the POS terminal 6. The POS terminal 6 includes a CPU 60 that functions as a control center. The CPU 60 is connected with a ROM 61, a RAM 62, a receipt printer 63, a display unit 64, an input unit 65, and a communication unit 66 via a bus line 67 including an address bus and a data bus.

  The ROM 61 stores a control program necessary for the operation of the POS terminal 6, a driver for driving each hardware, and the like. The RAM 62 forms various working storage areas according to the operation of the order station 7.

  The receipt printer 63 issues a receipt consisting of detailed information on the transaction processed at the POS terminal 6. This receipt includes the order data, total price, deposit amount, change amount, etc., which are subject to accounting.

  The display unit 64 is composed of, for example, an clerk-side display or a customer-side display that is an LCD, and selectively displays order data, total amount, etc., which are accounting objects, to the clerk and customers.

  The input unit 65 includes a touch panel provided on the front surface of each display that constitutes the display unit 64, a keyboard including a numeric keypad, a scanner that optically reads a barcode, and the like.

  The communication unit 66 controls communication with the access point 2, the kitchen printer 3, the kitchen display 4, and the order station 7 performed via the LAN line 8.

[Order acceptance processing]
Next, an order receiving process executed by the handy terminal 1 and the order station 7 will be described. In this process, the CPU 10 of the handy terminal 1 executes the operation program stored in the ROM 11 in response to the order data input being declared by the operation of the input unit 14 of the handy terminal 1, and the CPU 70 of the order station 7 executes the ROM 71. This is realized by executing the operation program stored in the memory.

  FIG. 6 is a flowchart of processing executed by the CPU 10 of the handy terminal 1 and the CPU 70 of the order station 7 in the order receiving process. First, the CPU 10 of the handy terminal 1 shifts to a state of accepting input of order data (step S101) and waits for completion of order data input (step S102). Specifically, the table number of the table where the customer sits, the number of customers, one or more menu items ordered by the customer, and the quantity thereof are input by the operation of the input unit 14, and the order input is completed. Wait for it to be declared. When the completion of the input of the order data is declared (Yes in step S102), the CPU 10 transmits the order data composed of the input table number, the number of people, the menu item, and the quantity thereof via the wireless communication unit 15. The data is transmitted to the order station 7 (step S103), and a series of processing is terminated.

  On the other hand, the CPU 70 of the order station 7 waits for reception of order data transmitted from the handy terminal 1 (step S104). When the order data transmitted from the handy terminal 1 in the process of step S103 is received via the communication unit 76 (Yes in step S104), the CPU 70 calculates the total amount of the order (step S105). Specifically, for each menu item indicated by the received order data, the CPU 70 obtains the unit price from a PLU file (not shown) stored in the HDD 73, multiplies the quantity indicated by the order data, and calculates the total sum thereof. calculate.

  If the total amount is calculated in this way, the CPU 70 assigns a slip number to the order data received in the process of step S104 (step S106). The slip number assigned here is determined so as not to overlap with the slip numbers of other slip data stored in the order management database 73a. When the slip number is assigned, the CPU 70 creates slip data using the slip number, the order data received in the process of step S104, the unit price acquired in the process of step S105 and the calculated total amount, Store in the order management database 73a (step S107). Further, the CPU 70 transmits the slip data created in the process of step S107 to the kitchen printer 3 and the customer check printer 5, and issues a slip on which the slip data is printed (step S108). The CPU 70 also transmits the slip data to the kitchen display 4 and displays at least the order contents in the slip data.

  The accounting slip printed by the customer check printer 5 in step S108 is handed over to the customer who made the order by the store clerk. The cook cooks the menu item ordered by the customer by looking at the cooking instruction slip printed by the kitchen printer 3 and the display on the kitchen display 4. The finished dish is served to customers by the store clerk.

[Accounting]
When the customer finishes eating and drinking the served food, the customer moves to the accounting counter with the accounting slip handed by the store clerk and performs accounting. An accounting process executed by the POS terminal 6 and the order station 7 at this time will be described. In this process, the CPU 60 of the POS terminal 6 executes the operation program stored in the ROM 61 in response to the start of the accounting process being declared by operating the input unit 65 of the POS terminal 6, and the CPU 70 of the order station 7 executes the ROM 71. This is realized by executing the operation program stored in the memory.

  FIG. 7 is a flowchart of processing executed by the CPU 60 of the POS terminal 6 and the CPU 70 of the order station 7 in the accounting process. First, the CPU 60 of the POS terminal 6 shifts to a state of accepting an input of a slip number (step S201) and waits for an input of a slip number (step S202). At this time, the store clerk inputs the slip number printed on the accounting slip received from the customer by operating the keyboard constituting the input unit 65. However, when a barcode indicating a slip number is printed on the accounting slip, the slip number may be input by reading the barcode with a scanner constituting the input unit 65. When the slip number is input, the CPU 70 transmits the slip number and the accounting request command to the order station 7 via the communication unit 66 (step S203).

  The CPU 70 of the order station 7 waits for reception of a transaction request command transmitted from the POS terminal 6 (step S204). When the accounting request command transmitted from the POS terminal 6 in the process of step S203 is received via the communication unit 76 (Yes in step S204), the CPU 70 uses the slip number received together with the accounting request command as a key to the order management database. The slip data is searched from 73a (step S205). When the corresponding slip data is found, the CPU 70 transmits the slip data to the POS terminal 6 via the communication unit 76 (step S206).

  After the process of step S203, the CPU 60 of the POS terminal 6 waits for receipt of slip data transmitted from the order station 7 (step S207). When the slip data transmitted from the order station 7 in the process of step S206 is received via the communication unit 66 (Yes in step S207), the CPU 60 executes various processes relating to accounting based on the received slip data ( Step S208). Specifically, it accepts the input of the amount paid by the customer, calculates the amount of change by subtracting the input amount from the total amount indicated in the slip data, and drives the receipt printer 63 to issue a receipt for the accounting Let After the processing of step S208 is completed, the CPU 60 sends an accounting completion notification indicating that accounting of the slip data is completed to the order station 7 via the communication unit 66, together with the amount information such as the amount of deposit and change amount from the customer. Transmit (step S209).

  After the process of step S206, the CPU 70 of the order station 7 waits for reception of a transaction completion notification transmitted from the POS terminal 6 (step S210). When the transaction completion notification transmitted from the POS terminal 6 in the process of step S209 is received via the communication unit 76 (Yes in step S210), the CPU 70 receives the slip data transmitted to the POS terminal 6 in the process of step S206. The slip data is treated as being accounted for by moving it to a database provided separately from the order management database 73a or by setting a flag that has been accounted for for the slip data (step S211). The amount information received together with the accounting completion notification is stored in the HDD 73 or the like in association with the slip data treated as accounting. This completes a series of accounting processes.

[Voucher split function]
The order entry system has a slip dividing function for splitting some menu items included in the once created slip data from the remaining menu items. This function is executed when the CPU 10 of the handy terminal 1 executes the operation program stored in the ROM 11 in response to the declaration of the slip splitting by operating the slip split key 14a provided in the input unit 14 of the handy terminal 1, and the order station 7 is executed by the CPU 70 executing the operation program stored in the ROM 71.

FIG. 8 is a flowchart of processing executed by the CPU 10 of the handy terminal 1 and the CPU 70 of the order station 7 when realizing the slip dividing function. First, the CPU 10 of the handy terminal 1 shifts to a state of accepting input of a table number and a slip number (step S301: identifier input means), and waits for input of either a table number or a slip number (step S302). An example of an image displayed on the display unit 13 at this time is shown in FIG. In this image 100, two messages for requesting input of a table number or a slip number are displayed, such as “table number is” and “slip number is”. The store clerk operates the input unit 14 to select one of the two messages, and inputs the table number of the table where the group customer who desires to split the slip or the slip number printed on the accounting slip is input. The image 100 shows a state in which a message requesting input of a table number is selected and a table number “1234” is input.
When either the table number or the slip number is input, the CPU 10 transmits the input table number or slip number and the slip split request command to the order station 7 via the wireless communication unit 15 (step S303). : Identifier transmission means).
The CPU 70 of the order station 7 waits for receipt of a slip split request command transmitted from the handy terminal 1 (step S304). When the slip division request command transmitted from the handy terminal 1 in the process of step S303 is received via the communication unit 76 (Yes in step S304), the CPU 70 uses the table number or the slip number received together with the slip division request command as a key. The slip data is searched from the order management database 73a (step S305). When the corresponding slip data is found, the CPU 70 transmits the slip data to the handy terminal 1 via the communication unit 76 (step S306: reply means).

  After the process of step S303, the CPU 10 of the handy terminal 1 waits for receipt of slip data transmitted from the order station 7 (step S307). When the slip data transmitted from the order station 7 in the process of step S306 is received via the wireless communication unit 15 (Yes in step S307), the CPU 10 displays the received slip data on the display unit 13 (step S308). . An example of an image displayed on the display unit 13 at this time is shown in FIG. In this image 101, the table number input in the process of step S301 is displayed as “slip division: 1234”. However, if a slip number has been input in the process of step S301, the slip number is displayed. Below the table number or slip number in the image 101, menu items and their quantities included in the slip data are displayed as “Lunch A 5” and “Pasta Ranch 3”. Further, information indicating the details of the menu items constituting the set menu, such as “Rice 3” and “Bread 2”, is displayed below these menu items.

  In a state where such an image is displayed on the display unit 13, the CPU 10 accepts selection of a menu item to be divided (step S309: selection accepting unit). Specifically, the CPU 10 accepts selection of menu items and their quantities by operating the input unit 14. When the clerk finishes selecting the menu item and its quantity, the clerk operates the input unit 14 to display a confirmation image of the selected content on the display unit 13. An example of an image displayed on the display unit 13 at this time is shown in FIG. In this image 102, the table number input in the process of step S301, the menu item accepted for selection in the process of step S309, and the quantity thereof are displayed. However, if a slip number has been input in the process of step S301, the slip number is displayed instead of the table number. If the clerk looks at the confirmation image such as the image 102 and there is an error in the menu item to be divided and its quantity, the clerk corrects it by operating the input unit 14. On the other hand, if there is no mistake in the menu items, the menu items to be divided and their quantities are determined by operating the input unit 14.

  When the menu item to be split and its quantity are determined, the CPU 10 determines whether the key transmitted to the order station 7 together with the slip split request command in the process of step S303 is a table number or a slip number. (Step S310).

  When the key transmitted together with the slip split request command is a table number (“table No.” in step S310), the CPU 10 performs the slip number included in the slip data received in step S307 and the processing in step S309. In step S311, division target data including the menu items to be divided and the quantities of the division target menu items received is selected.

  On the other hand, when the key transmitted together with the slip division request command is a slip number (“slip No.” in step S310), the CPU 10 receives the table number included in the slip data received in the process of step S307, and the step S309. The division target data composed of the menu items to be divided and the quantities thereof that have been selected in the process are created (step S312).

When the division target data is created by the process of step S311 or the process of step 312, the CPU 10 transmits the division target data to the order station 7 via the wireless communication unit 15 (step S313).
Here, the process of step S310,311,312,313 forms the division | segmentation information transmission means in this embodiment.

  After the process of step S306, the CPU 70 of the order station 7 waits for reception of the division target data transmitted from the handy terminal 1 (step S314). When the division target data transmitted from the handy terminal 1 in the process of step S313 is received via the communication unit 76 (Yes in step S314), the CPU 70 calculates the total amount of the menu item indicated by the division target data. (Step S315). Further, the CPU 70 assigns a slip number to the division target data (step S316). The slip number assigned here is determined so as not to overlap with the slip numbers of other slip data stored in the order management database 73a. When the slip number is assigned, the CPU 70 creates slip data using the slip number, the division target data received in the process of step S314, the unit price acquired in the process of step S315 and the calculated total amount. And stored in the order management database 73a (step S317: split slip creation means).

  Next, the CPU 70 searches the order management database 73a using the table number or slip number indicated in the division target data received in the process of step S314 as a key (step S318). When the corresponding slip data is found, the CPU 70 obtains the quantity of the menu item indicated by the data to be divided received in the process of step S314 from the quantity of the menu item described in the order information field in the slip data. The amount calculated in step S315 is subtracted from the amount described in the total amount information field (step S319: slip data updating means). At this time, if there is a menu item whose quantity is zero in the slip data, the information field of the menu item, quantity, and unit price is deleted.

  Next, the CPU 70 transmits the divided slip data created in the process of step S317 and the slip data updated in the process of step S319 to the kitchen printer 3 and the customer check printer 5, and slips based on these slip data. Is printed (step S320).

  Of the two accounting slips printed by the customer check printer 5 in the processing of step S320, the accounting slip of the split source is handed over to the customer who remains in the store, and the accounting slip relating to the split is handed over to the customer who wants to account first It is. The customer who has received the accounting slip relating to this division moves to the accounting counter. At this time, the accounting process of the flow shown in FIG.

[Action]
As described above, the order entry system in the present embodiment can divide the slip data stored in the order management database 73a of the order station 7 using the handy terminal 1. Therefore, it is not necessary to inquire whether or not to individually account for the group customers in advance, and even when some of the group customers suddenly have to leave the store, it can be dealt with each time. Furthermore, since the store clerk who carries the handy terminal 1 on the spot only needs to perform the slip splitting procedure while the customer is seated, the accounting counter is not congested due to the slip splitting.

  In addition, when the slip is divided, the handy terminal 1 transmits one of the table number and the slip number to the order station 7 to acquire the slip data, and when transmitting the split target data, the other hand to the order station 7 Send. Thus, the security of the order entry system is greatly improved by switching the identifier, which is a key for managing the slip data, every time communication is performed in a series of slip divisions.

  When the order station 7 finishes dividing the slip, the customer check printer 5 issues an accounting slip in which the split slip data is printed and an accounting slip in which the slip source slip data from which the menu item to be split is deleted are printed. The The store clerk can complete the work related to the slip splitting only by handing these accounting slips to the group customer who requested the slip splitting. Further, the clerk in charge of the operation of the POS terminal 6 may perform the accounting process as usual without being aware of whether or not the accounting slip is a split slip.

Note that the present invention is not limited to the above-described embodiment as it is, and can be embodied by modifying constituent elements without departing from the scope of the invention in the implementation stage. Specific examples of modifications are as follows.
(1) That is, in the said embodiment, the order entry system provided with the handy terminal 1 for a salesclerk to carry as an order reception means was illustrated. However, the configuration of the above embodiment may be applied to an order entry system that is installed on a table in a store or the like and includes a terminal that inputs order data by a customer's own operation.

(2) Moreover, in the said embodiment, when dividing a slip, the structure which advances a process, transmitting / receiving a table number and a slip number between the handy terminal 1 and the order station 7 was illustrated. However, the processing related to the slip division may be advanced using an identifier other than the slip number or the table number. Even in such a case, if the identifier transmitted from the handy terminal 1 in the process of step S303 and the identifier transmitted in the process of step S313 are different, the order entry system There is an effect that security is improved.

  In addition, various inventions can be formed by appropriately combining a plurality of constituent elements disclosed in the embodiment. For example, you may delete some components from all the components shown by the said embodiment. Furthermore, constituent elements over different embodiments may be appropriately combined.

  DESCRIPTION OF SYMBOLS 1 ... Handy terminal, 2 ... Access point, 3 ... Kitchen printer, 4 ... Kitchen display, 5 ... Customer check printer, 6 ... POS terminal, 7 ... Order station, 8 ... LAN line, 10 ... CPU, 11 ... ROM, 12 ... RAM, 13 ... display unit, 14 ... input unit, 14a ... slip split key, 15 ... wireless communication unit, 73a ... order management database

JP 2001-76258 A

Claims (6)

An order terminal that accepts input of order data, transmits the input order data, and a management device that receives the order data transmitted from the order terminal, creates slip data including the order data, and stores it in the storage unit An order entry system comprising:
The slip data includes at least a first identifier and a second identifier for identifying each slip data stored in the storage unit,
The ordering terminal includes an identifier input means for inputting one of the first identifier and the second identifier;
Identifier transmitting means for transmitting the first identifier or the second identifier input by the identifier input means to the management device;
When receiving slip data returned from the management device in response to the identifier transmitted by the identifier transmitting means, a selection receiving means for receiving selection of order data to be divided from order data included in the received slip data;
When the identifier transmitting unit transmits the first identifier to the management device, the second identifier included in the slip data returned from the management device and the order data received by the selection receiving unit To the management device, and when the identifier transmission means transmits the second identifier to the management device, the first identifier and the selection included in the slip data returned from the management device Division information transmission means for transmitting the order data received by the reception means to the management device,
When the management device receives the first identifier or the second identifier transmitted by the identifier transmitting means of the order terminal, the management device reads the slip data having the received identifier from the storage unit and returns it to the order terminal Reply means to
When receiving the division target order data and the first identifier or the second identifier transmitted by the division information transmission means of the order terminal, the slip stored in the storage unit having the received identifier Slip data update means for deleting the order data to be split received from the data,
An order entry system, comprising: split slip creation means for creating split slip data including order data to be split and storing the split slip data in the storage unit.   The first identifier is a slip number that does not overlap among slip data stored in the storage unit, and the second identifier is a table number indicating a table used by a customer. The order entry system according to 1.   A slip issuing means for issuing a slip printed with the slip data after the order data to be split is deleted by the slip data updating means and a slip printed with the split slip data created by the split slip creating means; The order entry system according to claim 1, further comprising an order entry system. When order data is received, slip data including at least the order data, a first identifier for identifying each slip data, and a second identifier is created and stored in the storage unit, and the first identifier and the second identifier are stored. When receiving either one of the order terminal, which is communicatively connected to a management device that returns the slip data including the received identifier,
Identifier input means for inputting one of the first identifier and the second identifier;
Identifier transmitting means for transmitting the first identifier or the second identifier input by the identifier input means to the management device;
When receiving slip data returned from the management device in response to the identifier transmitted by the identifier transmitting means, a selection receiving means for receiving selection of order data to be divided from order data included in the received slip data;
When the identifier transmitting unit transmits the first identifier to the management device, the second identifier included in the slip data returned from the management device and the order data received by the selection receiving unit To the management device, and when the identifier transmission means transmits the second identifier to the management device, the first identifier and the selection included in the slip data returned from the management device An order terminal comprising: division information transmitting means for transmitting order data received by the receiving means to the management device.   The first identifier is a slip number that does not overlap among slip data stored in the storage unit, and the second identifier is a table number indicating a table used by a customer. 4. The order terminal according to 4. When order data is received, slip data including at least a first identifier and a second identifier for identifying the order data and each slip data is created and stored in the storage unit, and the first identifier and the second identifier are stored. When receiving one of the identifiers, there is a control program for an ordering terminal including a communication unit that communicates with a management device that returns slip data including the received identifier,
In the order terminal,
A function of accepting an input of any one of the first identifier and the second identifier by an operation of a predetermined input unit;
An identifier transmission function for transmitting the first identifier or the second identifier that has received an input to the management device by the communication unit;
When the communication unit receives the slip data returned from the management device in response to the identifier transmitted by the identifier transmission function, the order data to be divided by the operation of the input unit from the order data included in the received slip data A selection acceptance function to accept the selection of
When the first identifier is transmitted to the management device by the identifier transmission function, the second identifier included in the slip data returned from the management device and the order data accepted by the selection reception function And when the second identifier is transmitted to the management device by the identifier transmission function, the first identifier and the selection included in the slip data returned from the management device A division information transmission function for transmitting the order data accepted by the reception function to the management device;
Control program to realize.

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