JP2019185353A - Order management system for cardboard boxes - Google Patents

Abstract

To provide an order management system for cardboard boxes capable of easily obtaining information required for users, from images created based on purchase orders.SOLUTION: An order management system for cardboard boxes 1 according to the present invention is configured in a fashion that an information processing terminal 32 associates a first purchase order image P1 with order entry information stored in an order entry management server 4, creates a second purchase order image P2 into which order entry data 41a is written so as to correspond order information R, and stores thereof into the order entry management server 4.SELECTED DRAWING: Figure 7

Description

  The present invention relates to an order management system for cardboard, and more particularly to an order management system for cardboard including an image acquisition unit that acquires an image of an order form in which order information is described.

  Conventionally, a cardboard order management system including an image acquisition unit that acquires an image of an order form in which order information is described is known (see, for example, Patent Document 1).

  Patent Document 1 discloses a reception FAX management system including a FAX reception unit and a destination recognition unit having an OCR function for reading information such as a destination code from a FAX document received by the FAX reception unit. The reception FAX management system includes a destination master, which is a database in which FAX numbers and destination codes are registered in advance as registration information, and an image database for registering image data of FAX documents. The received FAX management system also includes a character information database that stores character information read from the image data of the FAX document by the OCR function. The reception FAX management system includes search means capable of searching text data registered in a character information database, an image database, and a destination master.

  Here, in the reception FAX management system described in Patent Document 1, registration information registered in the partner master by the partner recognition unit and image data of the FAX document in the image database are based on the partner code. Associated. Thereby, in the reception FAX management system, it is possible to refer to the image data of the FAX document associated with the destination code based on the registration information of the destination master using the search means.

JP 2002-165076 A

  However, in the reception FAX management system described in Patent Document 1, only the image displayed by arranging the registration information of the destination master and the image data of the FAX document as it is is displayed. For this reason, there is an inconvenience that the user needs to search the registration information of the destination master corresponding to the content of the image data of the FAX document after confirming the content of the image data of the FAX document. When such a received FAX management system is applied to a cardboard order receiving system, it takes time and effort to obtain information required by the user from image data created based on a FAX document (order form). There is a problem.

  The present invention has been made to solve the above-described problems, and one object of the present invention is to easily obtain information required by a user from an image created based on an order form. Is to provide an order management system for cardboard.

  In order to achieve the above object, an order management system for cardboard according to one aspect of the present invention is information in which order registration information including an order number is registered with respect to an order for a case-like or sheet-like cardboard from a customer. A processing terminal; an image acquisition unit that acquires a first order form image that is an image of an order form in which order information is described; and an order registration management server that stores the order registration information registered in the information processing terminal; The information processing terminal associates the first order form image with the order registration information stored in the order registration management server and creates a second order form image in which the order registration information is written so as to correspond to the order information. And the order registration management server. The order information is information indicating a product name, a product number, a product shape, a product material, a product quantity, a product delivery date, a product delivery location, and the like of a product that a customer orders. Order registration information is information obtained based on order information. Specifically, the order registration information includes the order number, product name, product number, product shape, product material, product quantity, product delivery date, product delivery location, etc. It is information to include.

  In the cardboard order management system according to one aspect of the present invention, as described above, the information processing terminal associates the first order form image with the order registration information stored in the order registration management server and corresponds to the order information. Thus, the second order form image in which the order registration information is written is created and stored in the order registration management server. Thereby, in the second order form image created by the information processing terminal, not only the order information described in the order form but also the order information and the order registration information are written so as to correspond to each other. Order information and order registration information related to the order information can be easily acquired simply by confirming the purchase order image. As a result, information required by the user can be easily obtained from an image (second order form image) created based on the order form.

  In the cardboard order management system according to the above aspect, the information processing terminal preferably writes the order registration information and the receipt information indicating that the order has been received as text data in the first order form image. A purchase order image is created and stored in the order registration management server as an order confirmation image. With this configuration, since the order confirmation image associated with the order registration information can be managed by the user by the order registration management server, the time for searching for the order confirmation image can be reduced, and the order confirmation image Management space can be reduced.

  In the cardboard order management system according to the above aspect, the information processing terminal is preferably configured such that the first image layer including the first order form image and the second image layer including the order registration information are overlapped to overlap the first image layer. A second order form image in which order registration information is written in the purchase order image is created. With this configuration, it is possible to write the order registration information on the first order form image and create the second order form image without overwriting the first order form image. Missing data (original data of purchase order) can be suppressed.

  In the cardboard order management system including the information processing terminal that creates the second order form image by superimposing the first image layer and the second image layer, the information processing terminal preferably includes the order information described in the order form. In the second order form image, the order information in the first image layer and the order number in the second image layer are arranged adjacent to each other so that the order number as the order registration information assigned to the order information corresponds to the order number. Is configured to do. If comprised in this way, when a user looks at a 2nd order form image, the order information described in the order form and the order number corresponding to order information can be recognized visually easily. In particular, when multiple order information is ordered in the order form, the multiple order information described in the order form and the multiple order numbers corresponding to each of the multiple order information are arranged at adjacent positions. The correspondence between the order information and the order number can be visually recognized more easily.

  In the cardboard order management system including the information processing terminal that creates the second order form image by superimposing the first image layer and the second image layer, the information processing terminal preferably includes the first image layer and the second image. Check that the second order form image is checked by superimposing the third image layer including information indicating that the layer and the second order form image in which the order registration information is written are checked. The check display image in which the information to be written is written is created. If comprised in this way, it will be checked whether the order information described in the customer's order form and the order registration information written in the 2nd order form image are consistent among the second order form images. The broken second order form image can be easily obtained.

  According to the present invention, as described above, it is possible to provide a cardboard order management system capable of easily obtaining information required by a user from an image created based on an order form.

1 is a schematic diagram illustrating an overall configuration of a cardboard order management system according to an embodiment of the present invention. It is the schematic diagram which showed the 1st order form image of the case order form which the information processing terminal of the cardboard order management system by one Embodiment of this invention acquires. It is the model which showed the case order content registration screen displayed on the monitor for registration by the information processing terminal of the order management system for cardboards by one Embodiment of this invention. It is the schematic diagram which showed the order registration data regarding the case order form memorize | stored in the order receipt management server of the cardboard order receipt management system by one Embodiment of this invention. In the information processing terminal of the cardboard order management system according to an embodiment of the present invention, it is a schematic diagram showing a layer structure in which a second image layer is superimposed on a first image layer. The schematic diagram which showed the item written in the 2nd image layer superimposed on the 1st image layer containing the 1st order form image of a case order form in the information processing terminal of the order management system for cardboards by one Embodiment of this invention It is. It is the schematic diagram which showed the order confirmation image corresponding to the case order form produced by the information processing terminal of the order management system for cardboard according to one embodiment of the present invention. In the information processing terminal of the cardboard order management system according to one embodiment of the present invention, it is a schematic diagram showing a layer structure in which a third image layer is superimposed on a first image layer and a second image layer. It is the schematic diagram which showed the item written in a 3rd image layer in the information processing terminal of the order management system for cardboards by one Embodiment of this invention. It is the schematic diagram which showed the check display image produced with the information processing terminal of the order management system for cardboards by one Embodiment of this invention. It is the schematic diagram which showed the flow of the operation | work in the cardboard order receipt management system by one Embodiment of this invention. It is the flowchart which showed the image adjustment processing flow in the cardboard order management system by one execution form of this invention. It is the flowchart which showed the order confirmation image creation processing flow in the order management system for cardboard according to one execution form of this invention. It is the schematic diagram which showed the 1st order form image of the sheet order form which the information processing terminal of the order management system for cardboard according to one embodiment of the present invention acquires. It is the schematic diagram which showed the sheet order content registration screen displayed on the registration monitor by the information processing terminal of the cardboard order management system according to one embodiment of the present invention. It is the schematic diagram which showed the order registration data regarding the sheet order form memorize | stored in the server for order receipt management of the order receipt management system for cardboards by one Embodiment of this invention. The schematic diagram which showed the item written in the 2nd image layer superimposed on the 1st image layer containing the 1st order form image of a sheet order form in the information processing terminal of the order management system for cardboards by one Embodiment of this invention It is. It is the schematic diagram which showed the order confirmation image corresponding to the sheet order form produced by the information processing terminal of the order management system for cardboard according to one embodiment of the present invention. It is the model which showed the order confirmation image at the time of the telephone order created by the information processing terminal using the order management system for cardboards by one Embodiment of this invention.

  DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments embodying the present invention will be described below with reference to the drawings.

  First, the configuration of the cardboard order management system 1 according to this embodiment will be described with reference to FIGS. The cardboard order management system 1 is configured to manage a paper medium order form 11 received by FAX 2 as an electronic file (data). Specifically, the cardboard order management system 1 manages a plurality of order registration apparatuses 3 for registering the contents of the order form 11 and order registration data 41 a registered by each of the plurality of order registration apparatuses 3. The order registration management server 4 is provided. Here, as shown in FIG. 2, the order form 11 includes order information R related to ordering a case-like or sheet-like cardboard (product) from a customer and orderer information R1 (for example, a company) for identifying the customer. Name, personal name). The order information R includes product information Ra (for example, product name, product number, etc.) for specifying the cardboard product to be ordered, and delivery destination information Rb (for example, delivery location) for specifying the delivery destination of the cardboard to be ordered. ), Quantity information Rc for specifying the quantity of the cardboard to be ordered, delivery date information Rd for specifying the delivery date of the cardboard to be ordered, and remark information Re indicating remarks regarding the cardboard to be ordered. .

(Order registration management server)
As shown in FIG. 1, the order registration management server 4 is configured to manage data processed in the order registration apparatus 3. Specifically, the order registration management server 4 stores a registration database 41 for storing order registration data 41 a registered in the order registration apparatus 3 and an order confirmation image P3 created in the order registration apparatus 3. And an image database 42. Here, the order registration data 41a is information necessary for ordering cardboard registered based on the order information R described in the order form 11, as shown in FIG. Specifically, the order registration data 41a includes the product number Ra1 corresponding to the product name Ra, the delivery destination information Rb, the customer number R11 corresponding to the orderer information R1, the quantity information Rc, the delivery date information Rd, and the remark information Re. It is information including. The product number Ra1, the delivery destination information Rb, the customer number R11, the quantity information Rc, the delivery date information Rd, and the remark information Re are the contents described in the order form 11. The order registration data 41a is information including person-in-charge information Aa in charge of registration, an order number Ab assigned to each order information R, and the like. The order confirmation image P3 is an image of the order confirmation created in the order registration apparatus 3 based on the image of the order form 11. The order registration data 41a is an example of “order registration information” in the scope of claims.

  As shown in FIG. 1, a plurality of order registration devices 3 are connected to the order registration management server 4 via a network. The order registration management server 4 is configured to receive the order registration data 41a and the order confirmation image P3 transmitted from each of the plurality of order registration apparatuses 3. The order registration management server 4 is configured to store the received order registration data 41a and the order confirmation image P3 in the registration database 41 and the image database 42, respectively. Then, the order registration management server 4 allocates the order numbers Ab in the order received with respect to the order registration data 41a, and receives the order number Ab to the order registration apparatus 3 that has transmitted the order registration data 41a corresponding to the allocated order number Ab. Is configured to send.

(Device for order registration)
Hereinafter, a plurality of order registration devices 3 will be described. Since the configurations of the plurality of order registration devices 3 are the same, one of the plurality of order registration devices 3 is taken as an example. Give an explanation. Note that the plurality of order registration apparatuses 3 are used by a plurality of registration persons, respectively.

  The order registration device 3 is configured to convert the order registration data 41a necessary for order registration based on the order information R described in the order form 11 and the order form 11 into data. Specifically, as shown in FIG. 1, the order registration device 3 includes an imaging device 31 and an information processing terminal 32. The imaging device 31 is an example of an “image acquisition unit” in the claims.

  The imaging device 31 is a WEB camera that converts the order form 11 into data by imaging the order form 11 placed at a predetermined position within the detection range D on the desk. The imaging device 31 is configured to acquire a first order form image P <b> 1 that is an original image of the order form 11 in which the order information R is described by imaging the order form 11. The imaging device 31 is communicably connected to the information processing terminal 32 and is configured to transmit a first order form image P1 that is an image of the captured order form 11 to the information processing terminal 32. The imaging device 31 is disposed above the top surface of the desk by being attached to a camera stand or the like. The imaging device 31 can capture an image of the order form 11 placed on the desk from above.

  The information processing terminal 32 is configured such that information necessary for an order based on the order information R described in the order form 11 is converted into data by registering the order registration data 41a by an input operation of a person in charge of registration. ing. Specifically, the information processing terminal 32 includes a control unit 32a, an operation unit 32b, an image monitor 32c, and a registration monitor 32d.

  The control unit 32a includes a processing terminal such as a PC (Personal Computer) and includes a CPU (Central Processing Unit), a HDD (Hard Disc Drive), a memory, and the like. The control unit 32a controls each unit of the information processing terminal 32 by executing a control program stored in the memory. The operation unit 32b includes a keyboard, a mouse, and the like that receive an operation input from a person in charge of registration. Each of the image monitor 32c and the registration monitor 32d includes an image display device such as a liquid crystal monitor, and performs screen display based on the image output of the control unit 32a.

  Here, for example, as shown in FIG. 2, the first order form image P <b> 1 transmitted from the imaging device 31 is displayed on the image monitor 32 c. In the first order form image P1, the side on which a title such as “case order form” is written is the upper side of the page, and the opposite side is the lower side of the page. On the first order form image P1, one direction orthogonal to the vertical direction of the paper surface is set to the right side of the paper surface, and the other direction is set to the left side of the paper surface.

  In the first order form image P1, a description “case order form” is arranged at the upper side of the page and in the center in the horizontal direction of the page. In the first order form image P1, an order date “XX month XX day” is arranged as date information R3 on the upper side of the page and on the right side of the page. In the first order form image P1, a destination (company name) of an order destination “OO Co., Ltd.” is arranged as order receiving information R2 on the upper side of the page and on the left side of the page. In the first order form image P1, the name (company name) of the orderer “xxx cardboard corporation” is arranged as the orderer information R1 below the space of the item “XX month XX day”. Yes. In the first order form image P1, a “table” of order information R delimited by a frame line is arranged on the lower side of the page of the item “xxx cardboard corporation”.

  In the first row of the “table” on the first order form image P1, items to be described in the column are described, and “product name”, “delivery place”, “quantity”, “delivery date” are sequentially arranged from the left side of the page. "And" Remarks ". Product information Ra, delivery destination information Rb, quantity information Rc, delivery date information Rd, and remark information Re are written in “product name”, “delivery place”, “quantity”, “delivery date”, and “remarks”, respectively. It is. Specifically, the order information R in the second row of the “table” on the first order form image P1 includes “XXXXX” as product information Ra and “XXXXX” as delivery destination information Rb in order from the left side of the page. “XX factory”, quantity information Rc “100”, delivery date information Rd “XX month × XX day”, and remarks information Re “strict time”. Note that the third to fifth lines of the “table” are the order information R, similar to the order information R in the second line. Similarly, the order information R in the 3rd to 5th rows of the “table” is sequentially ordered from the left side of the page, product information Ra, delivery destination information Rb, quantity information Rc, delivery date information Rd, and remarks information Re. Is described.

  On the registration monitor 32d, as shown in FIG. 3, a case order content registration screen M1 for registering the order information R described in the order form 11 is displayed.

  The information processing terminal 32 is configured to accept an input operation by the person in charge of registration for the item corresponding to the item on the case order content registration screen M1, based on the paper medium order form 11 received by FAX2. . On the case order details registration screen M1, in order to create the order registration data 41a, "registration person name" for registering person-in-charge information Aa, "delivery destination" for registering destination information Rb, and product number Ra1 are registered. “Product number”, “Customer number” for registering customer number R11, “Order number” for registering quantity information Rc, “Order number” for registering order number Ab, and “Receiving information Re” "Notes" is arranged.

  Information on the person in charge of registration is input in the “name of person in charge of registration”. In the “delivery destination”, the contents described in the item “delivery place” of the order form 11 are described. In “product number”, a number corresponding to the content described in the item “product name” of the order form 11 is described. In the “customer number”, a number corresponding to the content described in the item “xxx cardboard corporation” of the order form 11 is described. In “Order Number”, the contents described in the item “Quantity” of the Order Form 11 are described. In “Order Number”, a number assigned by the order registration management server 4 is described. The “notes at the time of order reception” describes the contents described in the item “remarks” in the order form 11.

  Here, the case order content registration screen M1 will be further described by taking the content described in the second line of the “table” of the order form 11 as an example.

  As shown in FIG. 3, the items of “registration person name”, “delivery address”, “product number”, “customer number”, “number of orders”, and “notes at the time of order reception” The person in charge of registration inputs “in charge 1”, “XX factory”, “12-987654”, “CUS12345”, “100”, “□ Δ / OO / XX”, and “strict time”. In the item “order number”, “A1-3456” allocated from the order registration management server 4 is automatically input as shown in FIG. 4 when the registration person selects a registration button. . At this time, the information processing terminal 32 does not display the error on the case order content registration screen M1 as an “error content at the time of registration”, for example, when an error such as no product corresponding to the product number occurs. Remember.

  Then, the information processing terminal 32 transmits the order registration data 41 a associated with “error content at registration” to the registration database 41 of the order registration management server 4 and stores it in the registration database 41. In this way, in the cardboard order management system 1, the order information R described in the order form 11 is stored in the registration database 41 as the order registration data 41a. In the case where there are a plurality of order information R as shown in FIG. 2, the above-described series of operations are also performed in this order for the third to fifth rows of the “table”, so that the “order number” is assigned in order. Registration data 41 a is stored in the registration database 41.

  Here, the information processing terminal 32 performs a predetermined process on the first order form image P1 transmitted from the imaging device 31 to thereby store the order confirmation image P3 stored in the image database (described in detail later). Has been created. The predetermined process is a process including an image adjustment process for adjusting the first order form image P1 imaged by the imaging device 31, and an order confirmation image creation process for creating the order confirmation image P3 from the first order form image P1. It is.

(Image adjustment processing)
As shown in FIG. 2, the information processing terminal 32 is configured to display the first order form image P <b> 1 with distortion suppressed and adjusted to a set size. That is, the information processing terminal 32 is configured to match the first order form image P1 transmitted from the imaging device 31 with the setting frame F in which the size of the first order form image P1 is set.

  Specifically, the information processing terminal 32 adjusts the size by enlarging / reducing the first order form image P1 so that the difference between the setting frame F and the first order form image P1 is equal to or less than the threshold value. It is configured. That is, the information processing terminal 32 automatically enlarges the image in the case of the first order form image P1 smaller than the setting frame F, and displays the image in the case of the first order form image P1 larger than the setting frame F. It is configured to shrink. Further, in the information processing terminal 32, when the first order form image P1 larger than the setting frame F is reduced, the first person's operation (clicking on a portion of the first order form image P1 to be enlarged) is performed by the first person. A part of the order image P1 is enlarged. Thereby, it is possible for the registration person to improve the visibility of the characters of the first order form image P1. The information processing terminal 32 adjusts the brightness and focus of the first order form image P1 whose size has been adjusted so that the frame, characters, numbers, and the like in the first order form image P1 are clearly displayed. It is configured. The information processing terminal 32 is configured to adjust the distortion of the first order form image P1 whose brightness and focus are adjusted.

(Order confirmation image creation process)
Here, in the corrugated board manufacturing industry, EDI (Electronic Data Interchange) and IT (Information Technology) are being promoted. However, in the corrugated cardboard manufacturing industry, there are many micro enterprises from large enterprises to micro enterprises, and since the advantages of EDI and IT are small, EDI and IT are not progressing. As a result, in the corrugated cardboard industry, there are still an overwhelmingly large number of order forms in a table created by handwritten order form 11 (see FIG. 2) sent by FAX and Excel (registered trademark).

  In order to create the order registration data 41a from the handwritten order form 11, a method may be considered in which the order form 11 is converted into image data, and character recognition is performed by OCR (Optical Character Recognition) to construct a database. However, OCR cannot reliably recognize characters in an atypical handwritten purchase order, and misreading at a certain rate cannot be avoided. For this reason, after the registration person reads the order information R from the order form 11 and inputs the data, another check person performs a method of performing a check operation described later by the information processing terminal 32. ing.

  Therefore, the information processing terminal 32 of the present embodiment associates the adjusted first order form image P1 with the order registration data 41a stored in the registration database 41 and stores at least the order number Ab. The book image P2 is created and stored in the image database 42.

  Specifically, as shown in FIG. 5, the first image layer P1 including the first order form image P1 and the second image layer 52 including the order registration data 41a are overlapped to overlap the first order form image P1. The second order form image P2 in which the order registration data 41a such as the order number Ab is written is created. Here, a case where a case-like cardboard is ordered will be described as an example as the first order form image P1.

  As illustrated in FIG. 2, the information processing terminal 32 recognizes the “table” frame line in the first order form image P <b> 1 that has been adjusted by the image adjustment process, and thereby the first to seventh rows of the “table” and “ Each position coordinate on the image of the 1st to 7th rows of the “table” is acquired. The information processing terminal 32 is configured to acquire the position coordinates of the character on the image by recognizing the character in the first order form image P1 that has been adjusted by the image adjustment process. Here, in the information processing terminal 32, an arbitrary position coordinate on the first order form image P1 is set as an origin, and a position coordinate of a frame line and a position coordinate of a character are relative position coordinates with respect to the origin. Further, the information processing terminal 32 is configured to recognize a blank portion on the first order form image P1 by recognizing the “table” and the characters on the first order form image P1. As described above, the first image layer 51 includes the first order form in which the number and position coordinates of the “table” on the image, the position coordinates of the characters on the image, and the position coordinates of the blank portion are recognized. The image P1 is included.

  As shown in FIG. 6, the information processing terminal 32 is configured to write the order registration data 41a as text data in the first order form image P1. Specifically, the information processing terminal 32 stores the registered person name 52a as the person-in-charge information Aa, the customer number 52b as the orderer information R1, and the order number 52c as the order number Ab in the order registration data 41a. The second image layer 52 is configured to write. The information processing terminal 32 is configured to write the registered person name 52a as text data on the second image layer 52 in the blank area in the upper right direction of the first order form image P1. The information processing terminal 32 is configured to write the customer number 52b to the second image layer 52 as text data in a blank portion in the upper left direction of the first order form image P1. As a result, the information processing terminal 32 can acquire the first order form image P1 by designating the registration person name 52a and the customer number 52b. In this way, the information processing terminal 32 associates each of the registered person name 52a and customer number 52b written in the first order form image P1 with the person-in-charge information Aa and orderer information R1 in the order registration data 41a. .

  The information processing terminal 32 includes a plurality of order information R related to orders for cardboard (product) described in each of the 2 to 5 rows of the “table” and a plurality of orders received for each of the plurality of order information R. In order to correspond to the number Ab, each of the plurality of order information R and the plurality of order numbers Ab are arranged at adjacent positions in the second order form image P2.

  Specifically, the information processing terminal 32 is configured to acquire “A11234”, which is the order number Ab registered in the order registration data 41 a first registered in the order registration management server 4. In the information processing terminal 32, the information processing terminal 32 uses the text “A11234” as the order number 52c as the order number Ab at the position adjacent to the order information R in the second row in the “table” as the second image. It is configured to write to the layer 52. That is, the information processing terminal 32 recognizes the rightmost frame of the frame line indicating the second row among the “table” frame lines, and receives the order number 52c “A11234” on the right side of the rightmost frame of the paper surface. Is written in the second image layer 52 as text data. Thereby, the information processing terminal 32 can acquire the first order form image P1 by designating and searching for the order number Ab. In this way, the information processing terminal 32 associates the order number 52c written in the first order form image with the order number Ab in the order registration data 41a.

  The same processing is performed for the order information R on the third to fifth lines other than the product information on the second line, and the order numbers 52c “A11245”, “A22345”, and “A22456” are sequentially converted from text data to the text data. Is written on the right side of the frame on the right end of the page. Note that the information processing terminal 32 is configured to recognize a line in which characters are entered and a blank line even if there is a blank line in the order information R. In this case, the information processing terminal 32 skips blank lines and writes the order number 52c, or writes the order numbers 52c substantially equally with respect to the length of the first order form image P1 in the vertical direction on the paper surface. It is configured.

  As shown in FIG. 6, the information processing terminal 32 writes the receipt information 52d indicating that the order has been received into the second image layer 52 as text data in the first order form image P1 in which the order number 52c is written. It is configured as follows. Specifically, the information processing terminal 32 is configured to write the text “Thank you for your order” in the second image layer 52 as text data. That is, the information processing terminal 32 uses the text “Thank you very much for your order” as the second text data as text data so that it is placed in the blank area in the lower direction of the “table” of the first order form image P1. It is configured to write to the image layer 52. Further, the information processing terminal 32 is configured to write a company mark as image data “XXX Corporation” in the second image layer 52. That is, the information processing terminal 32 writes the image data of the company mark “XXX Co., Ltd.” on the second image layer 52 so as to be arranged in the blank portion on the lower right side of the first order form image P1. It is configured.

  In this way, as shown in FIG. 7, the information processing terminal 32 writes the order number 52c and the receipt information 52d in the second order layer 52 as text data in the first order form image P1. The image P2 is configured to be created. The information processing terminal 32 is configured to store the second order form image P2 as the order confirmation image P3 in the image database 42 of the order registration management server 4.

  In the information processing terminal 32, the registered person name 52 a, customer number 52 b, and order number 52 c are written in the second image layer 52. As a result, when the registration person looks at the second order form image P2, even if the registration person name 52a, customer number 52b, and order number 52c overlap the characters of the order form 11, the second image layer By temporarily erasing 52, it is possible to see the characters of the order form 11.

  As shown in FIG. 8, the information processing terminal 32 checks that the first image layer 51, the second image layer 52, and the second order form image P2 in which the order number 52c is written are checked. The third image layer 53 including the mark 61 is configured to overlap. Specifically, the information processing terminal 32 transmits the second order form image P <b> 2 from the image database 42 of the order registration management server 4 to the information processing terminal 32 by receiving an input from a checker different from the person in charge of registration. The second order form image P2 is displayed on the image monitor 32c. Further, the information processing terminal 32 causes the information processing terminal 32 to transmit the order registration data 41a corresponding to the second order form image P2 from the registration database 41 of the order registration management server 4 in response to the input of the person in charge of the check. The order registration data 41a is displayed on the monitor 32d. The check mark 61 is an example of “information indicating that a check has been performed” in the claims.

  Then, the person in charge of the check checks the order registration data 41a by comparing the order registration data 41a with an item corresponding to the order registration data 41a in the second order form image P2. As illustrated in FIG. 9, the information processing terminal 32 writes a check mark 61 in the third image layer 53 for an item that has no problem in the check when the checker receives an input to the third image layer 53. It is configured. The information processing terminal 32 is configured to write a check mark 61 on the third image layer 53 on the item corresponding to the order registration data 41a in the second order form image P2. In addition, the information processing terminal 32 is configured to write the person-in-charge information 53 a (for example, name) of the person in charge of checking to the third image layer 53 upon receipt of input from the person in charge of checking to the third image layer 53. . The order registration data 41a may also be provided with a check box for writing that the check has been completed. In this case, the person in charge of the check inputs a check in the check box for an item that has no problem in the check.

  Thereby, the information processing terminal 32 is configured to create a check display image P4 in which the check mark 61 is written in the second order form image P2, as shown in FIG. The information processing terminal 32 is configured to be able to switch between display / non-display of the check mark 61 written in the third image layer 53 (see FIG. 8) and the name of the person in charge. The information processing terminal 32 can acquire the order confirmation image P3 even after the check by the person in charge of the check is finished by hiding the third image layer 53.

(Business flow)
Next, with reference to FIG. 1 to FIG. 11, a business flow in the cardboard order management system 1 will be described.

  In the business W1, the person in charge of registration collects the order form 11 received by the FAX 2. In the business W2, the person in charge of registration performs registration in his / her order registration apparatus 3. That is, the person in charge of registration registers items necessary for registration in the case order content registration screen M1 based on the order information R described in the order form 11, and registers the orders in the registration database 41 of the order registration management server 4. The data 41a is stored. That is, the person in charge of registration registers the order information R described for each product in a plurality of lines in the order form 11 by activating the case order content registration screen M1 for each line. In the work W3, the registration person sets the order form 11 under the imaging device 31 when the registration of all the lines is completed. At this time, in the information processing terminal 32, the creation of all the order registration data 41a on the case order content registration screen M1 is completed based on the detection of the order sheet 11 in the detection range D (see FIG. 1) in the imaging device 31. It is recognized that

  In the work W4, at the information processing terminal 32, the order form 11 is imaged by the imaging device 31 based on the fact that the order form 11 is stationary in the detection range D (see FIG. 1). In the business W5, the information processing terminal 32 creates the first order form image P1. In this case, the information processing terminal 32 performs processing (enlargement / reduction processing, distortion adjustment processing, etc.) matching the setting frame F (see FIG. 2), brightness and focus adjustment processing on the first order form image P1. Is called. The processing of the tasks W4 and W5 will be described in detail later.

  In the work W6, the information processing terminal 32 writes various data to the first order form image P1. That is, in the information processing terminal 32, necessary items are read based on the order registration data 41a created in the operations W2 and W3, and the second upper layer of the first image layer 51 including the first order form image P1 is read. The items read to the image layer 52 are written as text data. In the information processing terminal 32, the receipt information 52d is written as text data in the second image layer 52. As a result, the information processing terminal 32 creates the second order form image P2 as the order confirmation image P3. The business W6 will be described in detail later.

  In the work W7, a checker different from the registerer checks the second order form image P2. That is, the person in charge of the check causes the registration monitor 32d to read out the order registration data 41a and causes the image monitor 32c to read out the second order form image P2 using the information processing terminal 32. Then, the person in charge of the check compares the order registration data 41a with the second order form image P2, and confirms the consistency of the written contents. The checker writes a check mark 61 in the third image layer 53 for items in which the contents of the order registration data 41a and the contents of the second order form image P2 match, and for items that do not match, The contents of the order registration data 41a are corrected.

  In the business W8, the information processing terminal 32 automatically transmits the checked order confirmation image P3 as an order confirmation to the customer. That is, the information processing terminal 32 reads the customer's FAX number associated with the customer number in the order registration data 41a, and transmits the second order form image P2 with the third image layer 53 hidden, as an order confirmation. It is configured.

(Flow chart of image adjustment processing flow)
Next, with reference to FIG. 12, the image adjustment process by the information processing terminal 32 of the order registration apparatus 3 of this embodiment will be described. The image adjustment process flow is a process flow related to the processes of the tasks W4 and W5 in the description of the work flow described above.

  In step S1, the information processing terminal 32 detects the order sheet 11. In step S2, the information processing terminal 32 determines whether or not the order sheet 11 is detected within the detection range D (see FIG. 1). In the information processing terminal 32, when the order sheet 11 is detected, the process proceeds to step S3. When the order sheet 11 is not detected, the process returns to step S1. In step S <b> 3, the information processing terminal 32 determines whether or not the order form 11 is stationary within the detection range D. That is, in the information processing terminal 32, it is determined whether or not the position of the order form 11 detected within the detection range D has changed for a certain period of time. In the information processing terminal 32, when the order sheet 11 is stationary, the process proceeds to step S4, and when the order sheet 11 is not stationary, the process returns to step S1.

  In step S4, the information processing terminal 32 measures the margin between the image of the stationary order form 11 and the setting frame F (see FIG. 2). That is, the information processing terminal 32 recognizes the interval between the stationary state, the image of the order form 11 and the setting frame F (see FIG. 2). In step S5, the information processing terminal 32 determines whether the margin is within a predetermined range. In the information processing terminal 32, when the margin is within the predetermined range, the process proceeds to step S6, and when the margin exceeds the predetermined range, the process proceeds to step S11. In the information processing terminal 32, in step S <b> 11, the registration person is warned of setting the order form 11 again, and the process returns to step S <b> 1.

  In step S6, the information processing terminal 32 enlarges / reduces the image of the stationary order form 11 in accordance with the setting frame F. In step S <b> 7, the information processing terminal 32 adjusts the brightness and focus of the image of the stationary order form 11. In step S8, the information processing terminal 32 adjusts the distortion of the image of the order form 11. In step S9, the information processing terminal 32 captures and stores an image of the adjusted purchase order 11. That is, in the information processing terminal 32, the first order form image P1 is acquired. In step S10, the information processing terminal 32 notifies the registration person that the acquisition of the first order form image P1 has been completed.

(Flowchart of order confirmation image creation processing flow)
Next, with reference to FIG. 13, the order confirmation image creation processing by the information processing terminal 32 of the order registration device 3 of this embodiment will be described. The order confirmation image creation processing flow is a processing flow related to the work W6 in the description of the work flow described above. The following processing is performed when the person in charge of registration operates the information processing terminal 32.

  In step S21, the information processing terminal 32 inserts (writes) the first order form image P1 into the first image layer 51. In step S <b> 22, the information processing terminal 32 creates the second image layer 52 in the upper layer of the first image layer 51. In step S23, the information processing terminal 32 inserts (writes) the customer number R11 and the person-in-charge information A1 into the second image layer 52 based on the order registration data 41a. In step S24, the information processing terminal 32 recognizes the row of the table of the first order form image P1. In step S25, in the information processing terminal 32, the order number Ab and the registration error E (see FIG. 4) of the order registration data 41a corresponding to the order of the rows of the first order form image P1 are inserted into the second image layer 52. Is written. In step S <b> 26, the person in charge of registration causes the information processing terminal 32 to insert (write) the wording “Thank you for your order” and the seal data into the second image layer 52. Through such processing, the information processing terminal 32 creates the second order form image P2 as the order confirmation image P3.

  In the above description, the case order form is taken as an example. Hereinafter, with reference to FIGS. 14 to 18, processing related to creation of an order confirmation taking a sheet order form as an example will be described. In addition, about the same structure and process as the case of a case order form, description is simplified or abbreviate | omitted.

  As shown in FIG. 14, for example, the first order form image P <b> 1 transmitted from the imaging device 31 is displayed on the image monitor 32 c. In the first order form image P1, the side on which a title such as “sheet order form” is written is the upper side of the page, and the opposite side is the lower side of the page. On the first order form image P1, one direction orthogonal to the vertical direction of the paper surface is set to the right side of the paper surface, and the other direction is set to the left side of the paper surface.

  In the first order form image P1, a description “sheet order form” is arranged at the center in the left and right direction on the paper. In the first order form image P1, an order date “XX month XX day” is arranged as date information R3 on the upper side of the page and on the right side of the page. In the first order form image P1, a destination (company name) of the order form “XX Co., Ltd.” is arranged as the order receiver information R2 on the upper side of the page and on the left side of the page. In the first order form image P1, the name (company name) of the orderer “XXXXX Cardboard Co., Ltd.” is arranged as the orderer information R1 below the space of the item “XX month XX day”. Yes. In the first order form image P1, a “table” of order information R delimited by a frame line is arranged on the lower side of the page of the item “XXX Cardboard Co., Ltd.”.

  In the first row of the “table” on the first order form image P1, items to be described in the column are described, and “delivery place”, “delivery date”, “flute”, “paper quality ( Liner) ”and“ paper quality (core) ”. Delivery destination information Rb and delivery date information Rd are written in “delivery place” and “delivery date”, respectively. Product information Ra is written in “flute”, “paper quality (liner)”, and “paper quality (core)”, respectively. In the second row of “table” on the first order form image P1, “XX factory” as delivery destination information Rb, “XX month × XX day” as delivery date information Rd, product information, in order from the left side of the page. “A stage” is described as Ra, “K5” is described as product information Ra, and “S16” is described as product information Ra.

  In the third row of “table” on the first order form image P1, “sheet size”, “number of sheets”, and “ruled line (width)” are written in order from the left side of the drawing. Product information Ra, quantity information Rc, and product information Ra are written in “sheet size”, “sheet number”, and “ruled line (width)”, respectively. In the fourth row of the “table” on the first order form image P1, “1200 × 1000”, “100”, and “220-270-220” are described in order from the left side of the page.

  Here, “flute”, “paper quality (liner)”, “paper quality (core)”, “sheet size”, and “ruled line (width)” correspond to “product name” in the case order form. That is, the product information Ra of “product name” in the case order form includes information on “flute”, “paper quality (liner)”, “paper quality (core)”, “sheet size”, and “ruled line (width)”. It is out.

  On the registration monitor 32d, as shown in FIG. 15, a sheet order content registration screen M2 for registering the order information R described in the order form 11 is displayed.

  The information processing terminal 32 is configured to accept an input operation by a person in charge of registration with respect to an item corresponding to an item on the order details registration screen, based on the paper medium order form 11 received by FAX 2. In order to create the order registration data 41a, a “registration person name” for registering person-in-charge information Aa, a “delivery destination” for registering destination information Rb, and a customer number R11 are registered in the sheet order contents registration screen M2. “Customer number”, “flute” to register product information Ra, “paper quality (liner_core)”, “sheet dimension”, “ruled line”, “order number” to register order number Ab, and quantity information Rc The items of “order number” to be registered and “delivery date” for registering the delivery date information Rd are arranged.

  Information on the person in charge of registration is input in the “name of person in charge of registration”. In the “delivery destination”, the contents described in the item “delivery place” of the order form 11 are described. In “Flute”, the contents described in the item “Flute” of the order form 11 are described. In “paper quality (liner_core)”, the contents described in the items “paper quality (liner)” and “paper quality (core)” of the order form 11 are described. In “Sheet Dimensions”, the contents described in the item “Sheet Dimensions” of the Order Form 11 are described. In the “ruled line”, the contents described in the item “ruled line” of the order form 11 are described. In “Order Number”, a number assigned by the order registration management server 4 is described. In “Order Number”, the content described in the item “Number of Sheets” of the order form 11 is described. In “Delivery date”, the contents described in the item “Delivery date” of the order form 11 are described.

  Here, the sheet order contents registration screen M2 will be further described by taking the contents described in the “table” of the sheet order form as an example.

  As shown in FIG. 15, the person in charge of registration has items of “person in charge of registration”, “delivery address”, “customer number”, “number of orders”, and “delivery date” respectively. , Delivery destination information Rb, quantity information Rc, customer number R11, quantity information Rc and delivery date information Rd are input. Further, the person in charge of registration inputs product information Ra in the items of “flute”, “paper quality (liner_core)”, “sheet dimension”, and “ruled line”, respectively. For example, if the person in charge of registration is "registration person name", "delivery address", "customer number", "flute", "paper quality (liner_core)", "sheet dimensions", "ruled lines", "orders received" ”And“ Delivery time ”, respectively,“ charge 10 ”,“ × ○ factory ”,“ CUS21345 ”,“ A ”,“ K5 × K5_S16 ”,“ 1200 × 1000 ”,“ 220-270-220 ”, Enter “100” and “□ △ / ○○ / × ○”. In the “order number” item, when the registration person selects a registration button, “B1-1234” is automatically set as the order number Ab allocated from the order registration management server 4 as shown in FIG. Is input. At this time, the information processing terminal 32 does not display the error on the case order content registration screen M1 as an “error content at the time of registration”, for example, when an error such as no product corresponding to the product number occurs. Remember.

  Then, the information processing terminal 32 transmits the order registration data 41 a associated with “error content at registration” to the registration database 41 of the order registration management server 4 and stores it in the registration database 41. In this way, in the cardboard order management system 1, the order information R described in the order form 11 is stored in the registration database 41 as the order registration data 41a.

(Image adjustment processing)
As with the case order form, the information processing terminal 32 is configured to display the first order form image P1 with distortion suppressed and adjusted to the set size on the image monitor 32c. Yes. In addition, since the same process as the example of a case order form is performed, explanation is omitted.

(Order confirmation image creation process)
The information processing terminal 32 of the present embodiment associates the adjusted first order form image P1 with the order registration data 41a stored in the registration database 41, and the second order form image P2 in which the order number Ab is written. Is created and stored in the image database 42. Here, as shown in FIG. 14, the information processing terminal 32 obtains the number and position of the “table” on the image, the position of the character on the image, and the blank in the first order form image P1. Configured to recognize. In the information processing terminal 32, the order confirmation image creation process based on the sheet order form and the order confirmation image creation process based on the case order form are similar processes.

  The information processing terminal 32 is configured to write the order registration data 41a in the second image layer 52 as shown in FIG. The information processing terminal 32 writes the registered person name 52a as person-in-charge information Aa in the order registration data 41a in the second image layer 52 as text data in the blank portion in the upper right direction of the page of the first order form image P1. It is configured as follows. The information processing terminal 32 is configured to write the customer number 52b as the orderer information R1 in the second image layer 52 as text data in a blank portion in the upper left direction of the first order form image P1. Thus, the first order form image P1 can be acquired by designating and searching for “registration person name” or “customer number” by the information processing terminal 32. In this way, the “registration person name” and “customer number” written in the first order form image are associated with the “registration person name” and “customer number” of the order registration data 41a, respectively.

  The information processing terminal 32 is configured to write “B11234”, which is an order number Ab, in the second image layer 52 at a position adjacent to the “table” frame line as text data. That is, the information processing terminal 32 recognizes the rightmost frame of the “table” frame line, and stores “B11234” as the order number 52c as the order number Ab on the right side of the rightmost frame of the paper. Is written to the second image layer 52. The information processing terminal 32 includes the word “Thank you for your order” as the receipt information 52d in the first order form image P1 in the second image layer 52 in which the order number Ab is written, and “XX Corporation. Is written in the second image layer 52. Thus, the first order form image P1 can be acquired by designating the “order number” by the information processing terminal 32 and performing a search. In this way, the order number 52c written in the first order form image is associated with the order number Ab in the order registration data 41a.

  In the above-described sheet order form, one order information R is described, but a plurality of order information R may be described in the sheet order form. In this case, the same process as the process for the case order form in which the plurality of order information R is described is performed on the sheet order form.

  As described above, the information processing terminal 32 creates the second order form image P2 in which the order number 52c and the receipt information 52d are written as text data in the second image layer 52, as shown in FIG. It is configured. The information processing terminal 32 is configured to store the second order form image P2 as the order confirmation image P3 in the image database 42 of the order registration management server 4.

[Effect of this embodiment]
In the present embodiment, the following effects can be obtained.

  In the present embodiment, as described above, the information processing terminal 32 associates the first order form image P1 with the order registration data 41a stored in the order registration management server 4 and accepts an order so as to correspond to the order information R. The second order form image P2 in which the registration data 41a is written is created and stored in the order registration management server 4. As a result, not only the order information R described in the order form 11 but also the order information R and the order registration data 41a are written in the second order form image P2 created by the information processing terminal 32. Therefore, it is possible to easily obtain the order information R and the order registration data 41a corresponding to the order information R only by confirming the second order form image P2. As a result, information required by the user can be easily obtained from the second order form image P2, which is an image created based on the order form 11.

  In the present embodiment, as described above, the information processing terminal 32 writes the order registration data 41a and the receipt information 52d indicating that the order has been received as text data in the first order form image P1. Two order form images P2 are created and stored in the order registration management server 4 as order confirmation images P3. Thus, the order confirmation image P3 associated with the order registration data 41a can be managed by the order registration management server 4, so that the time for searching for the order confirmation image P3 can be reduced and the order confirmation image P3. Management space can be reduced.

  In the present embodiment, as described above, the plurality of order registration devices 3 are each connected to the order registration management server 4. As a result, the order registration management server 4 can collectively manage the order registration data 41a and the second order form image P2 created in the plurality of order registration apparatuses 3.

  In the present embodiment, as described above, the information processing terminal 32 includes the operation unit 32b that receives an input operation. The information processing terminal 32 is configured to write the order registration data 41a as text data in the first order form image P1 by accepting an input operation by the operation unit 32b. As a result, the registered person operates the operation unit 32b to input the order registration data 41a. Therefore, an optical character reader (OCR) that does not recognize the characters in the first order form image P1 is not so high. The order registration data 41a is more reliably stored in the first order form image P1 than when the order registration data 41a corresponding to the contents in the first order form image P1 is automatically written in the first order form image P1. Can be written to.

  In the present embodiment, as described above, the information processing terminal 32 overlaps the first image layer 51 including the first order form image P1 and the second image layer 52 including the order registration data 41a. The second order form image P2 in which the order registration data 41a is written in the first order form image P1 is created. Accordingly, the second order form image P2 can be created by writing the order registration data 41a on the first order form image P1 without overwriting the first order form image P1, and thus the first order form image P1. Of data (original data of the order form 11) can be suppressed.

  In the present embodiment, as described above, the information processing terminal 32 corresponds to the order information R described in the order form 11 and the order number Ab as the order registration data 41a assigned to the order information R. In addition, in the second order form image P2, the order information R in the first image layer 51 and the order number Ab in the second image layer 52 are arranged at adjacent positions. Thus, when the user views the second order form image P2, the order information R described in the order form 11 and the order number Ab corresponding to the order information R can be easily recognized visually. . In particular, when a plurality of order information R is ordered on the order form 11, a plurality of order information R described in the order form 11 and a plurality of order numbers Ab corresponding to each of the plurality of order information R are obtained. If they are arranged at adjacent positions, the correspondence between the order information R and the order number Ab can be easily recognized visually.

  In the present embodiment, as described above, the information processing terminal 32 checks the second order form image P2 in which the first image layer 51, the second image layer 52, and the order registration data 41a are written. A check display image P4 in which a check mark 61 indicating that a check has been performed on the second order form image P2 is created by superimposing the third image layer 53 including information indicating Has been. Thereby, in the second order form image P2, it is checked whether or not the order information R described in the customer order form 11 and the order registration data 41a written in the second order form image P2 are consistent. The performed second order form image P2 can be easily obtained.

  In the present embodiment, as described above, the order registration device 3 includes the imaging device 31 that images the order sheet 11. As a result, it is possible to acquire the first order form image P1 more quickly than when using an OCR or a document scanner.

  In the present embodiment, as described above, the cardboard order management system 1 stores the order registration data 41a and the order confirmation image P3 in the order registration management server 4. Therefore, the order form 11 is stored as a paper medium. It is possible to reduce the storage space.

  In the present embodiment, as described above, since the information processing terminal 32 associates the order registration data 41a and the order confirmation image P3 with the order information R, both the order registration data 41a and the order confirmation image P3 are associated with each other. It is possible to search at once. As a result, it is possible to shorten the search time for the order registration data 41a and the order confirmation image P3.

  Further, in the present embodiment, as described above, it is not necessary to transfer the order number Ab allocated by the order registration management server 4 to the order form 11 of the paper medium, so that the business efficiency can be improved.

  Further, in the present embodiment, as described above, the order confirmation image P3 is automatically transmitted by FAX, so that it is possible to suppress the trouble of increasing the efficiency of business and transmitting the order confirmation image P3 to different customers.

  The cardboard order management system 1 can also be applied when an order from a customer is received by telephone. That is, while receiving a call from a customer, the telephone agent inputs information such as product information Ra on the case order details registration screen M1 or the sheet order details registration screen M2, and creates order registration data 41a. The information processing terminal 32 is configured to write the order registration data 41a in the order confirmation image P3 in a predetermined format shown in FIG. As a result, the contents of the telephone can be converted into data and stored in the order registration management server 4, and it is possible to eliminate the need for the telephone agent to take notes. The information processing terminal 32 is configured to automatically fax the order confirmation image P3 in a predetermined format to the customer. At this time, the order confirmation image P3 in a predetermined format can be transmitted automatically by e-mail instead of FAX according to the customer's request.

[Modification]
The embodiment disclosed this time should be considered as illustrative in all points and not restrictive. The scope of the present invention is shown not by the above description of the embodiment but by the scope of claims for patent, and further includes all modifications (modifications) within the meaning and scope equivalent to the scope of claims for patent.

  For example, in the above-described embodiment, the information processing terminal 32 recognizes the “table” frame line of the first order form image P1 and arranges the product information and the order number Ab so as to be adjacent to each other. However, the present invention is not limited to this. In the present invention, the information processing terminal adjusts the positional relationship between the order number as the order registration information written in the second image layer and the order information in the first image layer by enlarging or reducing the first order form image. Thus, in the second order form image, the order information in the first image layer and the order number in the second image layer may be arranged adjacent to each other. Thereby, even when there are a plurality of formats (sizes) of the order form 11, the product information and the order number can be adjacent to each other while adjusting the size of the first order form image.

  In the above embodiment, the information processing terminal 32 writes the order number Ab as text data in the second image layer 52 at a position adjacent to the order information R of each row in the “table”. However, the present invention is not limited to this. In the present invention, the information processing terminal may be configured to arrange a number corresponding to the number of rows in the “table” and an order number corresponding to the number of rows in the “table” and write them in an appropriate portion of the second image layer. Good.

  Moreover, in the said embodiment, although the imaging device 31 showed the example which is a WEB camera, this invention is not limited to this. In the present invention, the imaging device may be another camera.

  In the above embodiment, the case order form shows an example in which “product name”, “delivery place”, “quantity”, “delivery date”, and “remarks” are described as the order information R. The invention is not limited to this. In the present invention, the order information of the case order form may include items other than the items described above.

  In the above embodiment, the sheet order form includes, as order information R, “delivery place”, “delivery date”, “flute”, “paper quality (liner)”, “paper quality (core)”, “sheet size”, Although an example in which “the number of sheets” and “ruled lines (width)” are described is shown, the present invention is not limited to this. In the present invention, the order information of the sheet order form may include items other than the items described above.

  Moreover, although the information processing terminal 32 showed the example which transmits the order confirmation image P3 to a customer automatically by FAX2 in the said embodiment, this invention is not limited to this. In the present invention, the information processing terminal may automatically transmit the order confirmation image to the customer by e-mail.

  Moreover, in the said embodiment, the information processing terminal 32 shows the example comprised so that the order confirmation image P3 may be produced by overlapping the 1st image layer 51, the 2nd image layer 52, and the 3rd image layer 53. FIG. However, the present invention is not limited to this. In the present invention, order registration data and receipt information may be directly written in the first order form image.

  In the above embodiment, the information processing terminal 32 is configured to arrange the order information R and the order number Ab so as to be adjacent to each other so that the correspondence between the order information R and the order number Ab is clear. However, the present invention is not limited to this. In the present invention, the order information may be configured to create an arrow extending from the order information to the order number so that the correspondence between the order information and the order number becomes clear.

  In the above embodiment, the checker compares the order registration data 41a with the item corresponding to the order registration data 41a in the second order form image P2, thereby checking the second order form image P2. However, the present invention is not limited to this example. In the present invention, the person in charge of the check may input the order registration data again to check whether or not the order registration data input by the person in charge of registration is consistent. In this case, the person in charge of the check inputs the order registration data that needs to be checked again by inputting the information indicating the completion of the check into the order registration data that has been checked again. It is possible to reduce the trouble of searching. Moreover, although the method for checking the order registration data once registered is described, it is also possible to operate the cardboard order management system without performing any check.

  Moreover, in the said embodiment, although the process of the information processing terminal 32 was demonstrated using the flow drive type flowchart for convenience of explanation, this invention is not limited to this. In the present invention, the processing operation of the information processing terminal may be performed by event-driven (event-driven) processing that executes processing for each event. In this case, it may be performed by a complete event drive type or a combination of event drive and flow drive.

DESCRIPTION OF SYMBOLS 1 Cardboard order management system 3 Order registration apparatus 4 Order registration management server 11 Purchase order 31 Imaging device (image acquisition part)
32 Information processing terminal 41a Order registration data (order registration information)
51 First image layer 52 Second image layer 53 Third image layer 61 Check mark (information indicating that a check has been performed)
Ab Order number P1 First order form image P2 Second order form image P3 Order confirmation image R Order information

Claims (5)

An information processing terminal in which order registration information including an order number is registered for a case-like or sheet-like cardboard order from a customer;
An image acquisition unit for acquiring a first order form image which is an image of an order form in which order information is described;
An order registration management server that stores the order registration information registered in the information processing terminal;
The information processing terminal associates the first order form image with the order registration information stored in the order registration management server, and the second order in which the order registration information is written so as to correspond to the order information. A cardboard order management system configured to create a book image and store it in the order registration management server.   The information processing terminal creates the second order form image in which the order registration information and the receipt information indicating that the order has been received are written as text data in the first order form image. The order receiving management system for cardboard according to claim 1, wherein the order receiving registration management server is configured to store the order as follows.   The information processing terminal overlays the first image layer including the first order form image and the second image layer including the order registration information, so that the order registration information is written into the first order form image. 3. The corrugated cardboard order management system according to claim 1 or 2, wherein the second order form image is created.   In the second order form image, the information processing terminal matches the order information described in the order form with the order number as the order registration information assigned to the order information. 4. The cardboard order management system according to claim 3, wherein the order information in one image layer and the order number in the second image layer are arranged adjacent to each other.   The information processing terminal includes a third image layer including information indicating that the first image layer, the second image layer, and the second order form image in which the order registration information is written are checked. The order for cardboard according to claim 3 or 4, wherein a check display image in which information indicating that the check has been performed is written on the second order image is created by overlapping Management system.

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