JP2008015805A - Seal registration system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a seal registration system capable of performing setting and adjustment of at least a seal impression area from an image acquired from a seal form, and extracting a seal impression even if the seal impression does not fit into the area. <P>SOLUTION: A seal impression extraction means extracts a seal impression image when the seal impression image is set within a frame based on frame information from a seal form image acquired from a seal form, and makes a display means display it. A frame information retrieval part retrieves a frame information storage part storing frame information for arranging the seal impression image on each seal form image in conformation to identification information of a plurality of seal forms, determines whether corresponding frame information is present or not, and supplies, when it is present, the frame information concerned to the seal impression extraction means. A frame information supply part supplies basic frame information to the seal impression extraction means when the corresponding frame information is not present. A frame change part sets a frame matched to the seal impression image when change data of frame is inputted due to mismatching of the frame, and changes the basic frame information with the change data. A frame information storage means stores the changed frame information in the frame information storage part in conformation to the identification information. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a seal registration system that is introduced into a financial institution, a public institution, or the like, and electronically registers at least a seal stamp of a seal slip.

  Conventionally, in a financial institution and a public institution, when electronically registering at least an imprint of a seal slip, an image obtained by reading a seal slip with a scanner, for example, as disclosed in Patent Document 1, is displayed on a registration terminal. The operator extracts the imprint region on the image displayed on the display unit using the operation unit, and associates the imprint image generated by the extraction with the customer identification information in the storage unit. A seal registration system for registration has been introduced.

Such a registration operation is not suitable for a registration process for a large number of seal stamps because the burden on the operator is large and the registration process takes time. Therefore, in recent years, for the purpose of reducing the burden on the operator and improving the efficiency of the registration process, the size of the seal slip used in each of the above institutions and the position and size of the seal imprint area of the seal slip are investigated and registered in advance. And automatically extract the seal impression area based on the registration from the image obtained by reading the seal slip with the scanner, and register the seal impression image generated by the extraction with the identification information of the customer in the storage unit. A seal registration system is also used.
JP-A-60-134984

  However, when the seal registration form changes, the system developer needs to investigate the position and size of the seal area and develop the system, so it cannot respond quickly to form changes. There was a drawback. In addition, since the pre-registered seal impression area is fixedly set, a seal impression cannot be extracted from a seal slip including a seal impression that does not fit in the area, and registration processing cannot be performed. There was a problem that it was not easy to use for the operator.

  In view of the above problems, an object of the present invention is to allow an operator to set and adjust at least the position and size of an imprint area from an image obtained by scanning a seal slip with a scanner, and the imprint is within the area. An object of the present invention is to provide a seal registration system that can extract the seal impression even if it is not.

The present invention adopts the following configuration in order to solve the above points.
The seal registration system of the present invention includes a display means for displaying a seal slip image from image data acquired from a seal stamp stamped for registration processing, and sets at least a seal image within the frame based on frame information from the seal slip image Then, in a seal stamp registration system comprising a seal stamp extraction unit for extracting a seal stamp image and displaying it on a display unit, and a registration unit for registering the displayed seal stamp image, it is made to correspond to identification information of a plurality of seal slips having different formats. A frame information storage unit for storing frame information indicating the position and size of the frame for placing the seal image on the seal stamp image, and a frame information storage unit based on the identification information of the seal slip to be registered If there is no frame information, the basic frame information is sent to the imprint extraction means. When inputting change data for changing the position and size of the frame due to a mismatch of the frame with the imprint image displayed on the display means and the imprint image displayed on the display means, a frame that matches the imprint image is set, and A frame change unit that changes basic frame information with change data, and a frame information storage unit that stores the changed frame information in the frame information storage unit in association with the identification information of the seal slip.

  According to the present invention, an operator can set and adjust at least the position and size of an imprint area from an image obtained by reading a seal slip with a scanner, and the imprint is not included in the area. Can be extracted.

  Hereinafter, embodiments of the present invention will be described in detail using examples.

<Configuration of Example>
As shown in FIG. 1, a seal registration system according to an embodiment of the present invention includes a scanner 100, a registration terminal 200 connected to the scanner 100 via a scanner cable, the registration terminal 200, and a network 400. And a host device 300 connected via the network. Here, the seal registration system of the present invention is used, for example, for registration of a registration mark of a financial institution.

  For the sake of simplicity, FIG. 1 shows only a configuration in which one scanner 100 is connected to one registration terminal 200, but the network 400 is similar to the registration terminal 200. And a large number of registration terminals 200 each having one scanner 100 are connected.

  The scanner 100 is an image scanner for optically reading the seal slip 1 and outputting it as image data.

  The registration terminal 200 extracts a seal stamp and a signature portion of a registered seal stamped on the seal slip 1 from the seal slip image indicating the image data of the seal slip 1 read by the scanner 100, and obtains the seal stamp image and the signature image. A PC (Personal Computer) operated by an operator to generate and register, etc., a communication unit 201 connected to the network 400, a control unit 202 that controls the entire terminal, a temporary storage unit 203, and a display unit 204 An input unit 205, a seal slip identification information reading unit 206, and a frame information reading unit 207.

  The control unit 202 executes a memory control program (not shown) and causes the display unit 204 to display an input instruction screen for allowing the operator to input an operator ID number and a password.

  When the operator refers to the input instruction screen displayed on the display unit 204 and inputs an operator ID number and a password using a keyboard or the like provided in the input unit 205, the control unit 202 displays the operator ID number and the password. The password is stored in the temporary storage unit 203, and the operator ID number and the password are transmitted to the host device 300.

  When the control unit 202 obtains an operator verification coincidence signal (to be described later) from the host device 300 as a response to the operator ID number and password, the control unit 202 executes a memory control program (not shown) and causes the operator to read the seal slip 1 with the scanner 100. A display instruction screen is displayed on the display unit 204.

  On the other hand, when acquiring the operator verification mismatch signal described later, the control unit 202 executes a memory control program (not shown) and displays an operator verification mismatch notification screen on the display unit 204 for notifying that the operator verification is mismatched. And stop processing.

  When the operator refers to the reading instruction screen displayed on the display unit 204 and sets the seal slip 1 in the scanner 100 and inputs a seal slip reading instruction using a keyboard or a mouse provided in the input unit 205, the control unit 202 Causes the scanner 100 to optically read the seal slip 1 to generate a seal slip image.

  When the control sheet 202 generates the seal slip image, the control section 202 stores the seal slip image in the temporary storage section 203 and instructs the seal slip identification information reading section 206 to read the seal slip identification information.

  When receiving the instruction to read the seal slip identification information, the seal slip identification information reading unit 206 reads the seal slip identification information indicating the type of the seal slip described in the seal slip 1 from the seal slip image. Here, the seal slip identification information reading unit 206 reads a seal slip identification information acquisition region registered in advance in a memory (not shown), and reads the seal slip identification information from the seal slip image based on the seal slip identification information read region. Shall. In addition, it is assumed that the seal slip identification information of all types of seal slips has the same description position. Further, the operator may input the seal slip identification information using the input unit 205.

  When the seal slip identification information reading unit 206 reads the seal slip identification information, the control unit 202 stores the seal slip identification information in the temporary storage unit 203 and also displays a seal stamp registration screen (described later) displayed on the display unit 204. In order to extract each region of the seal stamp and signature part from the seal slip image displayed above, a frame information request signal including seal stamp identification information held in the temporary storage unit 203 is generated, and the frame information request signal is Transmit to the host device 300.

  When the control unit 202 acquires frame registration information described later from the host device 300 as a response to the frame information request signal, the control unit 202 stores the frame registration information in the temporary storage unit 203. Then, the control unit 202 executes a memory control program (not shown), and creates a seal slip image 11 held in the temporary storage unit 203 as shown in FIG. 2 and a seal with a position and size based on the frame registration information. A frame 12 and a signature frame 13, an imprint image 14 and a signature image 15, which will be described later, a seal slip information input form 16, a "register seal frame registration" button 17, and a "register seal signature image" button 18 are configured. The seal registration screen 10 is displayed on the display unit 204.

  Here, in the seal registration screen 10, when the control unit 202 executes the control program, an area surrounded by the seal frame 12 and the signature frame 13 of the seal slip image 11 is automatically extracted. It is assumed that the generated seal image 14 and signature image 15 are displayed. Then, on the seal registration screen 10, when the control unit 202 executes the control program, a seal image 14 is displayed in which lines and characters other than the seal are automatically removed from the seal slip image 11 in the seal frame 12. Shall be.

  In addition, in the seal registration screen 10, the control unit 202 executes the control program so that the seal slip image 11 is displayed in the same size as the seal slip 1 and the seal image 14 is the same size as the seal on the seal slip 1. It shall be displayed. Further, on the seal registration screen 10, when the control unit 202 executes the control program, the signature image 15 is displayed in a size that fits within a preset display area. Therefore, the signature unit surrounded by the signature frame 13 is displayed. If the area is larger than the display area, the image of the area is automatically reduced to a size that fits within the display area and displayed as the signature image 15. Here, the signature part designated by the operator is different for each institution. In FIG. 2, an example of the signature image 15 extracted from the signature frame 13 using the area including the address and name (name) of the seal slip image 11 as a signature part. Indicates.

  In the seal registration screen 10, the control unit 202 executes the control program, so that the operator can visually distinguish the seal frame 12 from the signature frame 13 so that the seal frame 12 (color, attribute, etc.) is retained. For example, color = red, attribute = seal frame) and signature frame 13 (for example, color = blue, attribute = signature frame) are displayed.

  The seal slip information input form 16 is an input form for accepting input of customer identification information such as an account number described in the seal slip 1 from an operator via a keyboard or a mouse provided in the input unit 205.

  The “register seal signature frame” button 17 includes an instruction for registering new frame information, which will be described later, indicating the positions and sizes of the seal frame 12 and the signature frame 13 displayed on the seal registration screen 10 from the operator. It is a button for accepting via a keyboard or a mouse.

  The “register seal image” button 18 is used to input an instruction to register the seal image 14, the signature image 15, and the customer identification information on the seal slip information input form 16 whose display has been confirmed on the seal registration screen 10. This is a button for receiving via a keyboard or a mouse provided in the unit 205.

  In the seal registration screen 10 displayed on the display unit 204, in addition to the “register seal signature frame” button 17 and the “register seal image registration” button 18, an “angle” for adjusting the angle of a seal image (not shown). It is assumed that an “adjustment” button, a “density adjustment” button for adjusting the densities of the seal impression image and the signature image, a “cancel” button for stopping the processing, and the like are displayed. Here, in the present embodiment, explanation regarding the angle adjustment and the density adjustment is omitted, but these adjustments are performed based on an instruction from the operator.

  On the other hand, when the control unit 202 obtains a frame registration information non-signal described later from the host device 300 as a response to the frame information request signal, the control unit 202 executes a memory control program (not shown) and holds the seal slip image held in the temporary storage unit 203. 11, a seal frame 12 and a signature frame 13 having a position and size based on basic frame setting information of a seal frame and a signature frame preset in its own memory (not shown), a seal image 14 and a signature image 15, and a seal slip A seal registration screen 10 including an information input form 16, a “register seal signature frame” button 17, and a “register seal signature image” button 18 is displayed on the display unit 204.

  When the operator refers to the seal registration screen 10 displayed on the display unit 204 and the basic seal frame 12 and the region of the seal imprint portion do not match, the seal frame 12 extracts the region of the seal imprint portion of the seal slip image 11. When the position or size of the seal frame 12 is changed using a keyboard or a mouse provided in the input unit 205 so as to be able to do so, the control unit 202 generates frame information (coordinates) based on the change, and the frame information The seal stamp frame 12 and the seal image 14 extracted from the seal stamp frame 12 are displayed on the seal registration screen 10 in correspondence with the seal stamp frame 12.

  Similarly, when the operator refers to the seal registration screen 10 and the basic signature frame 13 and the signature part area do not match, the signature frame 13 can extract the signature part area of the seal slip image 11. When the position or size of the signature frame 13 is changed using a keyboard or a mouse provided in the input unit 205, the control unit 202 generates frame information (coordinates) based on the change and associates the frame with the frame information. The signature frame 13 and the signature image 15 extracted from the signature frame 13 are displayed on the seal registration screen 10.

  When the operator presses the “register seal signature frame” button 17 to register the positions and sizes of the seal frame 12 and the signature frame 13 on the seal registration screen 10, the control unit 202 sends frame information to the frame information reading unit 207. Instruct to read

  When receiving a frame information reading instruction, the frame information reading unit 207 reads the generated frame information indicating the positions and sizes of the seal frame 12 and the signature frame 13 on the seal registration screen 10. Here, it is assumed that the frame information is composed of, for example, four rectangular coordinates indicating the seal frame 12 and four rectangular coordinates indicating the signature frame 13.

  When the frame information reading unit 207 reads the frame information, the control unit 202 transmits the seal and signature frame information and the seal slip identification information held in the temporary storage unit 203 to the host device 300.

  When the control unit 202 acquires a frame information registration completion signal (to be described later) from the host device 300 as a response to the frame information and the seal slip identification information, the control unit 202 executes a memory control program (not shown) and registers the seal frame and signature frame to the operator. A notification screen for notifying that the processing is completed is displayed on the display unit 204.

  The operator refers to the seal form image 11 on the seal registration screen 10 displayed on the display unit 204 and is described in the seal form 1 on the seal form information input form 16 by using a keyboard or a mouse provided in the input unit 205. When the customer registration information such as the account information is input and the “register stamp image registration” button 18 is pressed, the control unit 202 executes a memory control program (not shown) to display the seal image 14 on the seal registration screen 10. The imprint information, the signature information indicating the signature image 15, and the customer identification information on the seal slip information input form 16 are read, and the imprint information, the signature information, and the customer identification information are read to the host device 300. Send.

  When the control unit 202 obtains a seal slip registration completion signal (to be described later) from the host device 300 as a response to the seal imprint information, the signature information, and the customer identification information, it executes a memory control program (not shown) to inform the operator. Notification information notifying that the registration process of the seal slip 1 has been completed is displayed on the display unit 204, and the process ends.

  The host device 300 includes a communication unit 301 connected to the network 400, a control unit 302 that controls the entire device, a temporary storage unit 303, a frame registration information database (DB) 304, a frame registration information management unit 305, , A seal slip registration information management unit 306 and a seal slip registration information database (DB) 307 are provided.

  The frame registration information DB 304 is a storage unit for holding frame registration information in which the seal slip identification information is associated with the frame information set on the registration terminal 200 by the operator, and the frame registration for each type of stamp slip Keep information.

  The frame registration information management unit 305 is a unit that manages the frame registration information DB 304. When receiving a new registration instruction (to be described later), the frame registration information management unit 305 associates seal stamp identification information (to be described later) held in the temporary storage unit 303 with frame information. The added frame registration information is newly registered in the frame registration information DB 304.

  When acquiring the operator ID number and the password from the registration terminal 200, the control unit 302 stores the operator ID number and the password in the temporary storage unit 303, and instructs the operator verification determination unit (not shown) to perform the operator verification determination. To do.

  Upon receiving an operator verification determination instruction, an operator verification determination unit (not shown) searches whether operator information corresponding to the operator ID number and password stored in the temporary storage unit 303 is stored in an operator information DB (not illustrated). If it is held, it is determined that the operator verification matches. When the operator verification determination unit determines that the operator verification matches, the control unit 302 generates an operator verification match signal and transmits the operator verification match signal to the registration terminal 200.

  On the other hand, the operator verification determination unit determines that operator verification does not match if the corresponding operator information is not held. When the operator verification determination unit determines that the operator verification does not match, the control unit 302 generates an operator verification mismatch signal and transmits the operator verification mismatch signal to the registration terminal 200.

  When acquiring the frame information request signal including the seal slip identification information from the registration terminal 200, the control unit 302 searches whether or not the frame registration information corresponding to the seal slip identification information is held in the frame registration information DB 304. If it is held, the corresponding frame registration information is transmitted to the registration terminal 200.

  On the other hand, if the frame registration information corresponding to the frame registration information DB 304 is not held, the control unit 302 generates a frame registration information no signal and transmits the frame registration information no signal to the registration terminal 200.

  When the control unit 302 acquires the frame information and the seal slip identification information from the registration terminal 200, the control unit 302 stores the frame information and the seal slip identification information in the temporary storage unit 303 and also the frame registration information management unit 305. Instruct new registration.

  When the frame registration information management unit 305 newly registers in the frame registration information DB 304, the control unit 302 generates a frame information registration completion signal and transmits the frame information registration completion signal to the registration terminal 200.

  When the control unit 302 acquires the seal imprint information, the signature information, and the customer identification information from the registration terminal 200, the control unit 302 stores the seal imprint information, the signature information, and the customer information in the temporary storage unit 303. Instructs the seal slip registration information management unit 306 to register.

  When receiving the registration instruction, the seal slip registration information management unit 306 associates the seal stamp information, the signature information, and the customer identification information held in the temporary storage unit 303 as seal slip registration information as a seal slip registration information DB 307. Newly register in When the seal slip registration information management unit 306 newly registers, the control unit 302 generates a seal slip information registration completion signal and transmits the seal slip information registration completion signal to the registration terminal 200.

<Operation of Example>
Next, the operation until the seal frame and signature frame in the embodiment of the seal registration system of the present invention are registered will be described with reference to the flowchart shown in FIG. Here, it is assumed that the operator performs registration processing of the position and size of the seal frame and signature frame of the new form of the seal slip 1 after the personal authentication in the permanent seal registration system.

  When the operator refers to the reading instruction screen displayed on the display unit 204 and sets the seal slip 1 in the scanner 100 and inputs a seal slip reading instruction using a keyboard or a mouse provided in the input unit 205, the control unit 202 Causes the scanner 100 to optically read the seal slip 1 and generate a seal slip image (step S101).

  When the control sheet 202 generates the seal slip image, the control section 202 stores the seal slip image in the temporary storage section 203 and instructs the seal slip identification information reading section 206 to read the seal slip identification information.

  When receiving the instruction to read the seal slip identification information, the seal slip identification information reading unit 206 reads the seal slip identification information indicating the type of the seal slip described in the seal slip 1 from the seal slip image (step S102).

  When the seal slip identification information reading unit 206 reads the seal slip identification information, the control unit 202 stores the seal slip identification information in the temporary storage unit 203 and includes the seal slip identification information held in the temporary storage unit 203. The frame information request signal is generated, and the frame information request signal is transmitted to the host device 300 via the communication unit 201.

  When the control unit 302 of the host device 300 acquires the frame information request signal including the seal slip identification information, the control unit 302 searches whether or not the frame registration information corresponding to the seal slip identification information is held in the frame registration information DB 304. If not, a frame registration information no signal is generated, and the frame registration information no signal is transmitted to the registration terminal 200 via the communication unit 301.

  When the control unit 202 of the registration terminal 200 acquires the frame registration information no signal, the control unit 202 executes a memory control program (not shown) and is registered in advance in the seal slip image 11 held in the temporary storage unit 203 and a memory (not shown). For example, a red seal frame 12 and a blue signature frame 13, a seal image 14 and a signature image 15, a seal slip information input form 16, and a seal slip information input form 16 based on the basic frame setting information of the seal frame and the signature frame. The seal registration screen 10 configured with the “register seal frame” button 17 is displayed on the display unit 204 (step S103).

  When the operator refers to the seal registration screen 10 and the basic seal frame 12 and the region of the imprint part do not match, the input unit 205 allows the seal frame 12 to extract the region of the imprint part of the seal slip image 11. When the position and size of the seal frame 12 are changed using the keyboard or mouse provided for the control unit 202, the control unit 202 displays the seal frame 12 based on the change and the imprint image 14 extracted from the seal frame 12. It is displayed on the seal registration screen 10 (step S104).

  Similarly, when the operator refers to the seal registration screen 10 and the basic signature frame 13 and the signature part area do not match, the signature frame 13 can extract the signature part area of the seal slip image 11. When the position and size of the signature frame 13 are changed using the keyboard or mouse provided in the input unit 205, the control unit 202 displays the signature frame 13 based on the change and the signature image extracted from the signature frame 13. 15 are displayed on the seal registration screen 10 (step S105).

  When the operator finishes changing the positions and sizes of the seal frame 12 and the signature frame 13 on the seal registration screen 10 and presses the “register seal frame registration” button 17 (step S106), the control unit 202 reads the frame information. The unit 207 is instructed to read the frame information.

  When the frame information reading unit 207 receives an instruction to read the frame information, the frame information reading unit 207 reads the frame information indicating the position and size of the seal frame 12 and the signature frame 13 displayed on the display unit 204 (step S107). ).

  When the frame information reading unit 207 reads the frame information, the control unit 202 transmits the seal and signature frame information and the seal slip identification information held in the temporary storage unit 203 to the host device 300 via the communication unit 201. Send.

  When the control unit 302 of the host device 300 acquires the frame information and the seal slip identification information, the control unit 302 searches whether or not the frame registration information corresponding to the seal slip identification information is held in the frame registration information DB 304. Since it is not held, new registration is instructed to the frame registration information management unit 305.

  Upon receiving a new registration instruction, the frame registration information management unit 305 newly registers in the frame registration information DB 304 as frame registration information in which the seal slip identification information held in the temporary storage unit 303 is associated with the frame information (step S108).

  When the frame registration information management unit 305 newly registers in the frame registration information DB 304, the control unit 302 generates a frame information registration completion signal and transmits the frame information registration completion signal to the registration terminal 200 via the communication unit 301. .

  When the control unit 202 of the registration terminal 200 acquires the frame information registration completion signal, it executes a memory control program (not shown), for example, a message “Registered position and size of seal frame and signature frame”. The notification information shown is displayed on the display unit 204.

  Next, when the seal stamp and signature do not fit in the seal stamp and signature frame displayed on the seal registration screen based on the registration frame information held in the frame registration information DB 304, operations until the seal stamp and signature are registered Will be described with reference to the flowchart shown in FIG.

  The operations in steps S201 and S202 in the embodiment are the same as the operations in steps S101 and S102 in the embodiment described above.

  When the seal slip identification information reading unit 206 reads the seal slip identification information, the control unit 202 stores the seal slip identification information in the temporary storage unit 203 and includes the seal slip identification information held in the temporary storage unit 203. The frame information request signal is generated, and the frame information request signal is transmitted to the host device 300 via the communication unit 201.

  When the control unit 302 of the host device 300 acquires the frame information request signal including the seal slip identification information, the control unit 302 searches whether or not the frame registration information corresponding to the seal slip identification information is held in the frame registration information DB 304. If it is held, the corresponding frame registration information is transmitted to the registration terminal 200 via the communication unit 301.

  When acquiring the frame registration information, the control unit 202 of the registration terminal 200 stores the frame registration information in the temporary storage unit 203. Then, the control unit 202 executes a memory control program (not shown), the seal slip image 11 held in the temporary storage unit 203, the position and size based on the frame registration information, for example, the red seal frame 12 and the blue seal frame 12 The seal registration screen 10 including the signature frame 13, the seal image 14 and the signature image 15, the seal slip information input form 16, and the “register seal image registration” button 18 is displayed on the display unit 204 (step S203). .

  The operations in steps S204 and S205 in the embodiment are the same as the operations in steps S104 and 105 in the embodiment described above.

  The operator refers to the seal form image 11 on the seal registration screen 10 displayed on the display unit 204 and is described in the seal form 1 on the seal form information input form 16 by using a keyboard or a mouse provided in the input unit 205. When the customer identification information such as the account information has been input and the “signature signature image registration” button 18 is pressed (step S206), the control unit 202 executes a memory control program (not shown), and displays it on the seal registration screen 10. The imprint information indicating the seal image 14, the signature information indicating the signature image 15, and the customer identification information on the seal slip information input form 16 are read, and the seal imprint information, the signature information, and the customer identification information are obtained. The data is transmitted to the host device 300 via the communication unit 201.

  When the control unit 302 of the host device 300 acquires the imprint information, the signature information, and the customer identification information, the control unit 302 stores the imprint information, the signature information, and the customer information in the temporary storage unit 303. At the same time, it instructs the seal slip registration information management unit 306 to register.

  When receiving the registration instruction, the seal slip registration information management unit 306 associates the seal stamp information, the signature information, and the customer identification information held in the temporary storage unit 303 as seal slip registration information as a seal slip registration information DB 307. Is newly registered (step S207). When the seal slip registration information management unit 306 newly registers, the control unit 302 generates a seal slip information registration completion signal and transmits the seal slip information registration completion signal to the registration terminal 200 via the communication unit 301. .

  When the control unit 202 of the registration terminal 200 acquires the seal stamp registration completion signal, the control unit 202 executes a memory control program (not shown), and displays notification information indicating a message, for example, “Registered seal and signature”. 204, and the process ends.

<Effect of Example>
According to the seal registration system of the present embodiment, the operator sets the position and size of the seal frame 12 and the signature frame 13 for extracting the areas of the seal stamp and signature part from the seal slip image obtained by reading the seal slip 1 with the scanner 1. Even when adjustments can be made and the seal and signature do not match the seal frame 12 and signature frame 13, the operator can change the positions and sizes of the seal frame 12 and signature frame 13 to Since the area can be extracted, it is possible to register a seal imprint and a signature that could not be registered so far, so that convenience for the operator can be improved.

  In the embodiment described above, an example of a seal registration system for a financial institution has been described. However, the present invention is not limited to this, and may be applied to a seal registration system for a public institution.

It is a block diagram which shows the seal registration system of the Example which concerns on this invention. It is a figure which shows an example of the seal registration screen of the Example which concerns on this invention. It is a flowchart which shows the registration operation | movement of the seal stamp of the Example which concerns on this invention, and a signature frame. It is a flowchart which shows the registration operation | movement of the seal stamp of the Example which concerns on this invention, and a signature image.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Seal slip 100 Scanner 200 Registration terminal 201 Communication part 202 Control part 203 Temporary storage part 204 Display part 205 Input part 206 Seal slip identification information reading part 207 Frame information reading part 300 Host apparatus 301 Communication part 302 Control part 303 Temporary storage part 304 Frame registration information database (DB)
305 Frame registration information management unit 306 Seal slip registration information management unit 307 Seal slip registration information database (DB)
400 network

Claims (1)

Display means for displaying a seal stamp image from image data acquired from a seal stamp stamped for registration processing, and extracting at least the seal image from the seal slip image based on frame information and extracting the seal image In a seal stamp registration system, comprising: a seal imprint extraction means to be displayed on the display means; and a registration means for registering the displayed seal image.
A frame information storage unit in which frame information indicating the position and size of a frame for arranging the seal image on the seal image corresponding to the identification information of a plurality of seal slips having different formats is stored;
A frame information search unit that searches the frame information storage unit based on the identification information of the seal stamp to be registered, determines the presence or absence of the corresponding frame information, and supplies the frame information to the seal extraction unit when present,
A frame information supply unit that supplies basic frame information to the impression extraction means when the frame information does not exist;
When change data for changing the position and size of the frame due to inconsistency of the frame with the imprint image displayed on the display means is input, a frame that matches the imprint image is set, and basic frame information is set as the change data. The frame change part to be changed with
A seal registration system comprising: frame information storage means for storing the changed frame information in the frame information storage unit in correspondence with the identification information of the seal slip.

Images