JP2014203096A - Receipt issuance processing method and receipt issuance processing system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To allow a staff to easily confirm the association between a receipt printed by a first printer and a special order item label printed by a second printer.SOLUTION: When determining that received finance processing data includes special order information, a first printer performs prescribed processing on the special order information in the finance processing data. The first printer prints prescribed information on a first print medium on the basis of the finance processing data. The first printer transmits to a second printer at least the finance processing data including the special order information together with processing information indicating the prescribed processing. The second printer prints seal print data on a second print medium on the basis of the special order information included in the finance processing data and the processing information.

Description

  The present invention relates to a receipt issuance processing method and a receipt issuance processing system for issuing a custom-made product sticker that displays information on a special order made by a customer for a product when a receipt is issued.

  The fast food restaurant is divided into guest rooms and kitchens. Orders for products are accepted at an order counter installed in the guest room, and products are cooked in the kitchen. Such an order entry system of a fast food restaurant is composed of a POS register and a receipt printer installed at an order counter, and a printer or display installed in a kitchen.

  Information on the ordered product is input to the POS register. Based on this input information, the POS register settles the price, generates transaction processing data, and sends it to the receipt printer. The receipt printer receives the accounting data and prints and issues a receipt. On the other hand, when the POS register is settled, the cooking instruction information generated based on the input product information is transmitted to the printer or display installed in the kitchen. The cooking instruction information is issued from a printer installed in the kitchen or displayed on the display. In the kitchen, cooking is performed according to the cooking instruction information. The finished product is packed, transported from the kitchen to the guest room, and delivered to the customer.

  In recent years, fast food stores accept special orders for changing the contents of products in order to cope with diversification of customer preferences. For example, a special order for a hamburger, such as “without pickles”, “without mustard”, “without lettuce”, “without mayonnaise”. These special order information is input to the POS register together with information on the ordered product, and is transmitted to the kitchen as cooking instruction information. In the kitchen, specially prepared hamburgers are cooked in parallel with normal hamburger cooking.

  Special order hamburgers and regular hamburgers are indistinguishable in appearance. For this reason, in the kitchen, a special order sticker that displays information on each special order is prepared, and a special custom sticker is attached when packaging cooked products so that it can be easily distinguished from the appearance. ing. This prevents mistaken delivery of products to customers.

  However, as the types of special orders increase, the types of custom-made stickers that must be prepared in advance also increase. With this, the labor devoted to management work such as preparation, storage, and inventory check of many kinds of custom-made stickers also increases.

  In order to eliminate the need for inventory management of custom-made stickers, it is conceivable to issue custom-made stickers from a printer installed in the kitchen each time special order information is input to the POS register. That is, sticker print data for issuing a custom-made sticker is generated by a POS register, the sticker print data is transmitted to a printer in the kitchen, and the custom-made sticker is printed and issued by the printer. However, the issuance of such a custom-made sticker requires modification to an application program already operating on the POS register. For this reason, there exists a problem that the introduction cost for issuing a custom-made sticker will increase.

  Patent Document 1 proposes a method and a system for solving such problems. The method and system include a first printer connected to a POS register and a second printer connected to the first printer. The first printer that prints the receipt in cooperation with the POS register receives the transaction data (accounting data) from the POS register, and issues a custom-made sticker if this data includes special order information. Sticker print data is generated, and the generated sticker print data is transmitted to a second printer installed in a kitchen or the like. The second printer that has received the seal print data prints and issues a custom-made sticker. As a result, a custom-made sticker that displays special order information can be issued when issuing a receipt, without changing the application program running on the host device that receives the order for the product and performs accounting processing. it can.

JP 2009-199588 A

  However, according to Patent Document 1, there is a problem that it is difficult to confirm whether the receipt printed by the first printer and the custom-made sticker printed by the second printer are printed from the same transaction data. In particular, when a plurality of transaction data are continuously printed, it takes time for the store clerk to associate a plurality of receipts with a plurality of custom-made stickers.

  The present invention has been made to solve the above-described problems, and is a receipt issuing process for easily confirming the association between a receipt printed by a first printer and a custom-made sticker printed by a second printer. An object is to propose a method and system.

  (Application Example 1) A receipt issuance processing method according to this application example includes a receiving step in which a first printer receives accounting data relating to a product, and a special processing relating to the product in the accounting data received by the first printer. When it is determined that the special order information is included in the special order determination step for determining whether or not the order information is included, and the special order determination step, the first printer transmits the accounting data A processing step of performing a predetermined process on the special order information in the medium, and the first printer prints the predetermined information on a first print medium based on the accounting process data, and the first print medium after printing The receipt issuing step for issuing as a receipt, and the first printer includes at least the special order information regarding the product among the accounting data. A transmission step of transmitting the processing data to the second printer together with processing information applied in the processing step; and the special order included in the accounting processing data received by the second printer from the first printer. A sticker print data generating step for generating sticker print data for issuing a custom-order sticker representing the special order information based on the information and the processing information; and the second printer sends the sticker print data to the second print medium. And a seal issuing step of issuing the second print medium after printing as a custom-made sticker.

  According to this application example, the processing information applied to the special order information in the first printer is transmitted to the second printer, and the same processing is performed in the second printer. Therefore, the receipt printed by the first printer, It is possible to easily confirm the association with a custom-made sticker printed by two printers.

  (Application Example 2) In the receipt issue processing method described in the application example, the predetermined process in the processing step is a process of setting the special order information in a predetermined character font, and the processing information is the set The predetermined character font information is preferable.

  According to this application example, since the same character font is printed on the receipt and the custom-made sticker, the association between the receipt and the custom-made sticker can be easily confirmed.

  (Application Example 3) In the receipt issue processing method described in the application example, the predetermined process in the processing step is a process of setting the special order information as an emphasized character, and the process information is the set emphasis It is preferably character information.

  According to this application example, the same emphasis character is printed on the receipt and the custom-made sticker, so that the association between the receipt and the custom-made sticker can be easily confirmed.

  (Application Example 4) In the receipt issuance processing method described in the application example, the predetermined process in the processing step is a process of setting the special order information to an italic character, and the processing information is the set italic character It is preferably character information.

  According to this application example, since the same italic character is printed on the receipt and the custom-made sticker, the association between the receipt and the custom-made sticker can be easily confirmed.

  (Application Example 5) In the receipt issue processing method described in the application example, the predetermined process in the processing step is a process of adding a predetermined symbol character to the special order information, and the processing information is added to the special order information. The predetermined symbol character information is preferable.

  According to this application example, since the special order information in which the same symbol character is added to the receipt and the custom-made product seal is printed, the association between the receipt and the custom-made product seal can be easily confirmed.

  (Application Example 6) In the receipt issue processing method described in the application example, it is preferable that the processing step performs different processing each time the predetermined processing is performed.

  According to this application example, when a plurality of receipts are issued in succession, the association between each receipt and each custom-made product seal can be easily confirmed.

  (Application example 7) In the receipt issuance processing method described in the application example, when the transmission step is determined to include the special order information in the special order determination step, the accounting processing data and the Preferably, processing information is transmitted.

  According to this application example, when there is no special order information, the transaction processing data and the processing information are not transmitted to the second printer, so that no wasteful operation occurs and the efficiency of the entire receipt issue processing system is improved.

  Application Example 8 A receipt issue processing system according to this application example includes a first printer and a second printer, and the first printer receives a transaction processing data related to a product, and the reception unit receives the transaction processing data. A case where it is determined that the special order information is included in the special order determination unit and a special order determination unit that determines whether or not special order information related to the product is included in the accounting processing data. A processing unit for performing a predetermined process on the special order information in the accounting process data; and printing the predetermined information on a first print medium based on the accounting process data, and receiving the printed first print medium as a receipt And at least the accounting processing data including special order information related to the product among the accounting processing data is applied by the processing unit. A transmission unit that transmits to the second printer together with the physical information, and the second printer includes a data reception unit that receives data from the first printer and the accounting processing data received Based on the special order information and the processing information, a sticker print data generating unit for generating sticker print data for issuing a special order sticker representing the special order information, and printing the sticker print data on the second print medium, A seal issuing unit that issues the second print medium after printing as a custom-made sticker.

  According to this application example, the processing information applied to the special order information in the first printer is transmitted to the second printer, and the same processing is performed in the second printer. Therefore, the receipt printed by the first printer, It is possible to easily confirm the association with a custom-made sticker printed by two printers.

The schematic block diagram of an order entry system. The block diagram of the receipt issue processing system which concerns on embodiment. The flowchart of receipt issue processing operation. The figure which shows the correlation with a receipt and a custom-order product seal | sticker.

  Hereinafter, an embodiment of a receipt issue processing system to which the present invention is applied will be described with reference to the drawings. The receipt issue processing system according to the present embodiment is configured as a part of an order entry system in a fast food restaurant such as a hamburger shop, for example.

(Order entry system)
FIG. 1 is a schematic configuration diagram of an order entry system 1 in which a receipt issuing system according to an embodiment to which the present invention is applied is incorporated. The order entry system 1 includes a POS register 2 that receives a product order and clears the price, and a receipt printer 4 as a first printer connected to the POS register 2 by a USB (Universal Serial Bus) cable 3. I have. The receipt printer 4 receives the accounting process data generated by the POS register 2 and issues a receipt when the price is settled. The order entry system 1 also includes a display 6 connected to the POS register 2 with a cable 5 and a label printer 8 as a second printer connected to the receipt printer 4 via a wireless LAN 7.

  The POS register 2 and the receipt printer 4 are installed, for example, at an order counter provided in a guest room 9A of a hamburger shop. The display 6 and the label printer 8 are installed at, for example, a counter provided in a kitchen 9B of a hamburger shop. The receipt printer 4, the wireless LAN 7, and the label printer 8 are components of the receipt issue processing system 10.

  The POS register 2 is a computer on which an application program that accepts orders for merchandise and performs accounting processing is operating. The POS register 2 includes a display / operation unit including a touch panel 21, a display unit 22 for displaying information to a customer, and a money processing unit 23 for performing payment. When the customer places an order for a product at the order counter, the touch panel 21 is operated by an employee, and information on the ordered product is input to the POS register 2.

  Below, the outline | summary of operation | movement of the order entry system 1 is demonstrated. The touch panel 21 displays a list of products such as “hamburger”, “cheese burger”, “potato”, “salad”, and “coffee”. While confirming the customer's order, the employee touches the icon of the ordered product and inputs the product information. When a product icon is touched, the touch panel 21 displays a list of special orders for changing the contents of each product. For example, when “hamburger” or “cheese burger” is ordered, the touch panel 21 displays “pickle removal”, “mustard removal”, “lettuce removal”, “no mayonnaise”, “mayonnaise increase”, “mayonnaise decrease”. , Etc. are displayed. If the customer places these special orders following the order of the merchandise, the employee touches the appropriate icon to enter the special order information. Here, for example, information of “1 cheeseburger”, “pickle-free”, “1 hamburger”, “1 coffee” is input.

  When the customer settles the price of the product and the employee touches the clearing key of the touch panel 21, the POS register 2 generates accounting data based on the inputted product information, and this accounting data is stored in the receipt printer 4 Send to. The accounting processing data generated by the POS register 2 includes product information such as the product name and quantity of the ordered product, and the total amount settled. When a special order is accepted, information on the special order is included in the accounting process data.

  In addition, the POS register 2 generates cooking instruction data based on the input product information and special order information, and outputs the cooking instruction data to the display 6 installed in the kitchen 9B. On the display 6, “1 cheese burger” is displayed as a product, and “pickle removal” is displayed as special order information. In addition, “1 hamburger” is displayed as a product requiring cooking. The employee cooks according to the display 6 and prepares a product. Coffee is prepared in the guest room using a coffee server installed at the order counter.

  The transaction processing data generated by the POS register 2 is transmitted to the receipt printer 4. Upon receipt of the accounting process data, the receipt printer 4 issues a receipt A based on the accounting process data. On the receipt A, the name of the ordered product, the number of the product, information on the special order made for the product, and the total amount are printed. Further, the receipt printer 4 transmits (transfers) the accounting process data to the label printer 8 when the accounting process data includes special order information.

  When the label printer 8 receives the accounting processing data including the information on the special order, the label printer 8 generates sticker print data for issuing the custom sticker B, and issues the custom sticker B on which the generated sticker print data is printed. . Here, seal print data for issuing a custom-made sticker B printed as “pickle-free” is generated, and a custom-made sticker B printed as “pickle-free” is issued. The employee sticks this custom-made product sticker B when packaging the cooked special order product. Thereby, it can discriminate | determine that the goods are custom-order goods also from the external appearance of the packaged goods.

  Next, when all the preparations for the products for which cooking has been instructed have been prepared, they are carried to the guest room 9A. And it is given to a customer with the coffee prepared in the guest room 9A.

(Receipt issuing system)
FIG. 2 is a schematic block diagram showing a control system of the receipt issuance processing system 10 according to the embodiment. The receipt issue processing system 10 includes a receipt printer 4, a wireless LAN 7, and a label printer 8.

  The receipt printer 4 is a line thermal printer that performs printing on a long recording paper P1 (see FIG. 1) fed out from a roll paper that is a first printing medium. The control system of the receipt printer 4 is mainly configured by a control unit 40 including a CPU, a ROM, and a RAM. The accounting data D is supplied from the POS register 2 to the control unit 40 via the communication interface 41. The control unit 40 and the communication interface 41 constitute a first receiving unit that receives transaction processing data. A line type thermal head 44 and a paper feed motor 45 are connected to the output side of the control unit 40 via a head driver 42 and a motor driver 43.

  The control unit 40 includes a special order discriminating unit 46 for discriminating whether or not the received accounting process data D includes special order information, and the accounting process data including the special order information as a label printer. 8 is provided with a data transmission control unit 47 for transmitting data to the image data. The control unit 40 is connected to a communication interface 48 for communicating with the label printer 8 via the wireless LAN 7 and a nonvolatile memory 49 as a key code storage holding unit. As the communication interface 48, those compliant with Bluetooth (registered trademark), IEEE802.11a, IEEE802.11b, IEEE802.11g, or the like are used. The data transmission control unit 47 and the communication interface 48 constitute a transmission unit that transmits the accounting process data to the label printer 8.

  In the nonvolatile memory 49, a plurality of key codes for identifying special order information included in the accounting process data D are stored and held in advance. The key code is a character string indicating special order information such as `` with ketchup '', `` without pickle '', `` without mustard '', `` without lettuce '', `` without mayonnaise '', `` increase mayonnaise '', `` decrease mayonnaise '' Corresponding code. When the special order discriminating unit 46 detects a character string that matches these key codes in the received accounting process data D, it determines that the received accounting process data D includes special order information. To do.

  When it is determined that special order information is included in the accounting process data D, the control unit 40 performs a predetermined process on the special order information. For example, as shown in the receipt 4A in FIG. 4, the character string “pickle-free” is processed in a Gothic style, 10.5 points, and emphasized characters. The control unit 40 generates this processing as processing information, and temporarily stores it in the RAM.

  The data transmission control unit 47 processes at least the accounting process data including the special order information among the accounting process data D determined by the special order determining unit 46 to include the special order information. The information is transmitted to the label printer 8 through the communication interface 48 together with the information.

  On the other hand, the control unit 40 drives and controls the line type thermal head 44 and the paper feed motor 45 via the head driver 42 and the motor driver 43. As a result, predetermined information based on the accounting process data D is printed on the recording paper P1, and a receipt A (see FIG. 1) is issued. Here, the receipt issuing part is comprised by the control part 40 and these site | parts (42-45).

  The label printer 8 performs printing on the recording paper P2 (see FIG. 1) that is the second print medium. The label printer 8 of this example is a so-called sticky label printer, which prints on a long recording paper whose back surface is an adhesive surface that is fed out of roll paper, and each time a print job is completed. The recording paper is cut and the cut recording paper piece is issued as a custom-made sticker 4B.

  The control system of the label printer 8 is mainly configured by a control unit 80 having a CPU, a ROM, and a RAM. Data received from the receipt printer 4 is supplied to the control unit 80 via the communication interface 81. In this example, the control unit 80 is supplied with transaction processing data including special order information and processing information. The communication interface 81 is a communication interface for wireless connection corresponding to the communication interface 48 of the receipt printer 4. Here, the control unit 80 and the communication interface 81 constitute a second data receiving unit.

  The control unit 80 includes a sticker print data generation unit 82 that generates sticker print data for issuing a custom-made sticker 4B that displays special order information. A non-volatile memory 83 as a key code storage unit is connected to the control unit 80. The nonvolatile memory 83 stores a key code corresponding to a character string indicating special order information. The sticker print data generation unit 82 refers to the non-volatile memory 83 and extracts a character string including a key code from special order information included in the accounting processing data D, and processes the character string according to the processing information. To generate sticker print data. For example, as shown in the custom-made product sticker 4B in FIG. 4, the character string “without pickle” is processed in a Gothic style, 10.5 points, and emphasized characters.

  A line-type thermal head 87, a paper feed motor 88, and a recording paper cutter 89 are connected to the output side of the control unit 80 via a head driver 84, a motor driver 85, and a cutter driver 86. The control unit 80 drives and controls them, prints the generated sticker print data on the recording paper, cuts the printed recording paper, and issues a custom-made sticker 4B. Here, a seal issuing unit is configured by the control unit 80 and these parts (84 to 89).

(Receipt issue processing operation)
FIG. 3 is a flowchart showing the receipt issue processing operation of the receipt issue processing system 10. The receipt issue processing operation performed by the receipt issue processing system 10 will be described with reference to FIGS.

  When the receipt issuance processing system 10 is configured as a part of the order entry system 1, special order information is identified in advance in the non-volatile memory 49 of the receipt printer 4 and the non-volatile memory 83 of the label printer 8. A plurality of key codes are stored and held. For example, codes indicating character strings such as “with ketchup”, “without pickle”, “without mustard”, “without lettuce”, “without mayonnaise”, “increased mayonnaise”, “decrease mayonnaise” are stored and held as key codes. .

  When the order entry system 1 operates, the receipt printer 4 enters a data waiting state and waits for the accounting process data to be transmitted from the POS register 2. The label printer 8 is also in a data waiting state, and waits for the accounting process data D including information on the special order to be transmitted from the receipt printer 4.

  When the price of the product is settled by the customer, the accounting data D is generated in the POS register 2. The generated accounting process data D is transmitted from the POS register 2 to the receipt printer 4. In the example shown in FIG. 1, the accounting data D includes information on character strings such as “1 cheeseburger”, “without pickles”, “1 hamburger”, “1 coffee”, “480 yen in total”. , Control codes that indicate line breaks and end of data are included.

  When the receipt printer 4 receives the accounting process data D (FIG. 3: step ST1), the special order determination unit 46 of the receipt printer 4 searches the accounting process data D temporarily stored in the RAM of the control unit 40. Then, it is detected whether or not a character string including each key code stored in the nonvolatile memory 49 is included (FIG. 3: step ST2). Here, “pickle removal” is detected as a character string including a key code.

  When the special order determination unit 46 determines that the accounting process data D is data including a character string including a key code, that is, accounting process data D including information on a special order, the control unit 40 determines that the special order Is subjected to predetermined processing (generation of processing information). Among the accounting process data D determined by the special order determination unit 46 to include special order information, at least the accounting process data including the special order information includes the processing information and the data transmission control unit It is delivered to 47. The data transmission control unit 47 transmits the transaction processing data and the processing information to the label printer 8 via the communication interface 48 (FIG. 3: steps ST2 → ST3).

  On the other hand, the control unit 40 drives and controls the line-type thermal head 44 and the paper feed motor 45. As a result, a receipt 4A on which predetermined information based on the accounting process data D is printed is issued (FIG. 3: step ST4). As shown in FIG. 4, “1 cheeseburger”, “pickle-free”, “1 hamburger”, “1 coffee”, and “480 yen in total” are printed on the issued receipt 4A. Here, in “pickle removal”, the character font is changed based on the processing information.

  The control unit 80 of the label printer 8 receives the transaction processing data including the special order information and the processing information via the communication interface 81 (FIG. 3: step ST5). The sticker print data generation unit 82 refers to the non-volatile memory 83, extracts a character string including a key code from the accounting process data D, processes the character string in accordance with the processing information, and generates sticker print data. (FIG. 3: Step ST6). More specifically, after “pickle removal” is extracted from the accounting process data, a predetermined process based on the process information is performed on the character string, and a control code indicating the end of the data is further added to the character string. Then, a cut command instructing cutting of the recording paper P2 is given, and sticker print data is generated.

  When the sticker print data is generated, the control unit 80 drives and controls the head driver 84, the motor driver 85, and the cutter driver 86 to print the generated sticker print data on the recording paper P2, and the recording paper P2 after printing. Disconnect. The cut recording paper piece after printing is issued as a custom-made sticker 4B. (FIG. 3: Step ST7). In the case of this example, as shown in FIG. 4, the label printer 8 issues a custom-made sticker 4 </ b> B printed with “pickle removal”. Here, in “pickle removal”, the character font is changed based on the processing information. When the issuance of the receipt 4A and the issuance of the special order sticker 4B are completed, the receipt printer 4 and the label printer 8 are returned to the data waiting state.

  On the other hand, when the receipt printer 4 does not detect the character string including the key code in the received accounting process data D, the accounting process data is not transmitted from the receipt printer 4 to the label printer 8. Therefore, the label printer 8 is kept in a data waiting state (FIG. 3: control along the flow of “NO” from step ST2). Therefore, the custom-made sticker 4B is not printed.

  As described above, according to the receipt issuing processing method according to the present embodiment, it is possible to easily confirm the association between the receipt 4A printed by the first printer and the custom-made product seal 4B printed by the second printer. An effect is obtained.

  Note that the present invention is not limited to the above-described embodiment, and various modifications and improvements can be added to the above-described embodiment. A modification will be described below.

  (Modification 1) In the above-described embodiment, as the predetermined process, the process of setting a predetermined character font or emphasized character such as a Gothic font and 10.5 points has been described, but the present invention is not limited to this. For example, it is possible to set the special order information to italic characters, or to add a predetermined symbol character such as a circle or a triangle. Through these processes, predetermined character font information, emphasized character information, italic character information, and symbol character information are generated as processing information.

  (Modification 2) In the above-described embodiment, one predetermined process is performed for one special order information. However, the present invention is not limited to this. For example, when there are a plurality of pieces of special order information in the receipt, the same processing may be performed on each of them, or different processing as shown in Modification 1 may be performed. Further, when a plurality of receipts are issued continuously, a different process may be performed every time a predetermined process is performed. In this way, it is possible to easily check the association between each receipt and each custom-made product seal 4B.

  (Modification 3) In the above embodiment, the sticker print data generation unit 82 extracts a character string including a key code from the accounting process data D and generates it as sticker print data. Can also be generated as sticker print data.

  (Modification 4) The order entry system 1 is an example of a configuration of an order entry system in a fast food restaurant. The order entry system 1 that can cooperate with the receipt issue processing system of the present invention is not limited to the above order entry system. The receipt issuing processing system of the present invention can be introduced in place of a receipt printer that receives accounting processing data from a host device and issues a receipt.

  (Modification 5) On the other hand, characters indicating special order information such as “with ketchup”, “without pickles”, “without mustard”, “without lettuce”, “without mayonnaise”, “increased mayonnaise”, “decrease mayonnaise” It is also possible to use “present”, “excluded”, “none”, “increase”, and “decrease” included in the column as key codes. That is, the special order information is expressed by a set of key codes such as “Pick” and “Increase” and contents such as “Pickle”, “Mustard”, and “Lettuce”. In this case, when the special order discriminating unit 46 detects the character string including these key codes in the received accounting process data, the special order information is included in the received accounting process data. Determine.

  (Modification 6) In the above embodiment, the special order determination unit 46 of the receipt printer 4 determines whether or not the accounting process data includes a key code (ST2). A determination unit may be provided to determine whether or not a key code is included in the accounting process data. In the case of this configuration, the receipt printer 4 transmits all the transaction processing data D received from the POS register 2 to the label printer 8.

  DESCRIPTION OF SYMBOLS 1 ... Order entry system, 2 ... POS register, 3 ... USB cable, 4 ... Receipt printer as 1st printer, 5 ... Cable, 6 ... Display, 7 ... Wireless LAN, 8 ... Label printer as 2nd printer, 9A ... guest room, 9B ... kitchen, 10 ... receipt issue processing system, 40 ... control unit, 41 ... communication interface, 42 ... head driver, 43 ... motor driver, 44 ... line-type thermal head, 45 ... paper feed motor, 46 ... special Order discriminating unit 47 ... Data transmission control unit 48 ... Communication interface 80 ... Control unit 81 ... Communication interface 82 ... Seal print data generation unit 83 ... Non-volatile memory as key code storage holding unit 84 ... Head Driver, 85 ... Motor driver, 86 ... 87 ... Line type thermal head, 88 ... Paper feed motor, 89 ... Recording paper cutter, A ... Receipt, B ... Custom order seal, D ... Accounting data, P1 ... Recording paper as the first printing medium, P2: Recording paper as a second print medium.

Claims (8)

A receiving process in which the first printer receives accounting data relating to the product;
A special order determination step in which the first printer determines whether the received transaction processing data includes special order information about the product;
When it is determined that the special order information is included in the special order determination step, the first printer performs a predetermined process on the special order information in the accounting process data; and
A receipt issuing step in which the first printer prints predetermined information on a first print medium based on the accounting process data, and issues the printed first print medium as a receipt;
The first printer transmits, to the second printer, the transaction processing data including at least the special order information related to the product, together with the processing information applied in the processing step. Process,
Seal printing data for the second printer to issue a custom-made sticker representing the special order information based on the special order information and the processing information included in the accounting processing data received from the first printer A seal print data generation step for generating
A seal issuing step in which the second printer prints the seal print data on a second print medium, and issues the second print medium after printing as a custom-made stick;
A receipt issuance processing method. The predetermined process in the processing step is a process of setting the special order information to a predetermined character font,
2. The receipt issuance processing method according to claim 1, wherein the processing information is the set predetermined character font information. The predetermined process in the processing step is a process of setting the special order information as highlighted characters,
The receipt processing method according to claim 1, wherein the processing information is the set emphasized character information. The predetermined process in the processing step is a process of setting the special order information in italic characters,
The receipt issue processing method according to claim 1, wherein the processing information is the set italic character information. The predetermined process in the processing step is a process of adding a predetermined symbol character to the special order information,
The receipt issuing method according to claim 1, wherein the processing information is the added predetermined symbol character information.   6. The receipt issuance processing method according to claim 2, wherein the processing step performs a different process each time the predetermined process is performed.   2. The receipt according to claim 1, wherein the transmission step transmits the accounting processing data and the processing information when it is determined in the special order determination step that the special order information is included. Issuance processing method. Having a first printer and a second printer,
The first printer is
A receiving unit for receiving accounting data relating to the product;
A special order discriminating unit for discriminating whether or not the transaction processing data received by the receiving unit includes special order information regarding the product;
When it is determined that the special order information is included in the special order determination unit, a processing unit that performs a predetermined process on the special order information in the accounting process data;
A receipt issuing unit that prints predetermined information on a first print medium based on the accounting processing data and issues the printed first print medium as a receipt;
Among the accounting process data, at least the accounting process data including information on the special order related to the product, together with the processing information applied by the processing unit, a transmission unit that transmits to the second printer;
With
The second printer is
A data receiver for receiving data from the first printer;
Based on the special order information and the processing information included in the received accounting process data, a seal print data generation unit that generates seal print data for issuing a custom-order sticker representing the special order information;
A sticker issuing unit for printing the sticker print data on a second print medium and issuing the second print medium after printing as a custom-made sticker;
A receipt issuance processing system comprising:

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