JP5532567B2 - Data input terminal, data registration server, data registration system and program - Google Patents

Description

  The present invention relates to a data input terminal, a data registration server, a data registration system, and a program, and more particularly to a data input terminal, a data registration server, a data registration system, and a program that process seal registration form data and register it in a database.

Conventionally, in a seal registration system, registration of seal stamps has been performed by sharing the following operations (1) to (4) between a terminal and a server.
(1) Reading a seal registration form (a large amount of data)
(2) Cutout of imprinted portion (3) Adjustment of density of imprinted portion (4) Register cutout portion in database (data amount is small)

Usually, the operations (1) to (4) are always performed by the same task sharing in the terminal and the server. Specifically, one of the following processing methods A or B has been executed.
A. After the above (1) is executed by the terminal, the read seal registration form data is transmitted to the server, and the above (2) to (4) are executed by the server.
B. After the above (1) to (3) are executed by the terminal, the processed data is transmitted to the server, and the above (4) is executed by the server.

  The processing method A can prevent the terminal from being occupied for a long time. Also, with the processing method B, transmission data can be reduced when the line speed is low.

  However, when the data processing method A or B is applied to all seal registration systems in an environment where the line speeds are mixed, there are the following problems. For example, in the case of the above A, if all the data of the seal registration form is transmitted at a terminal with a slow line speed, the occupied time of the terminal becomes long. In addition, the image data handled on that day cannot be transmitted to the server in a limited time (for example, within one day). Also, in the case of B, when a seal is registered at a terminal with a high line speed, the terminal registration process becomes long due to the operations (2) and (3), and the terminal is occupied for a long time. End up.

  Therefore, a technique for executing data processing according to the load state of the CPU in the terminal or server is disclosed (for example, Patent Document 1). As a result, the data processing method can be changed in consideration of the load state of the CPU in the terminal or server.

Japanese Patent Application Laid-Open No. 07-44495

However, the data processing method in the seal registration system is not limited to the method A or B. For example, the above (1) and (2) are executed by the terminal, and the above (3) and (4) are executed by the server. A data processing method is also conceivable. In this way, when there are multiple data processing methods, not only the CPU load status but also the line speed, the data size of the transmitted data, the data storage amount, the data reception time of the terminal and server, etc. are comprehensively taken into consideration. Otherwise, there is a problem that an optimum data processing method cannot be selected.
Therefore, the present invention has been made in view of the above-described problems, and the object of the present invention is a new and improved method capable of selecting an optimum data processing method according to various selection conditions. Another object is to provide a data input terminal, a data registration server, a data registration system, and a program.

  In order to solve the above-described problem, according to an aspect of the present invention, a data input terminal connected to a data registration server for registering form data via a network, the data input unit receiving the form data; , A selection unit that selects one of the data processing methods including a plurality of processing steps, and data that processes the form data input to the data input unit up to the processing step of the data processing method selected by the selection unit A data input terminal is provided that includes a processing unit and a transmission unit that transmits the form data processed by the data processing unit to a data registration server.

  According to such a configuration, it is possible to process the input form data up to the processing stage of the selected processing method. Thereby, it is possible to select an optimum data processing method according to various selection conditions.

  The data processing unit may set a data processing method flag for identifying the data processing method in the form data processed up to the processing stage of the data processing method selected by the selection unit.

  The selection unit may select a data processing method according to a selection condition including a network line speed, a storage amount of form data, and a data reception time of a data input terminal and / or a data registration server.

  The form data is the seal registration form data, and the data processing method is the reading stage of the seal registration form data, the extraction stage of the seal imprint part of the seal registration form data, the cut out part of the seal registration form data, And a step of binarizing the image data after the density adjustment may be included.

  In order to solve the above-described problem, according to another aspect of the present invention, a data registration server connected via a network to a data input terminal for inputting form data, the data input being input to the data input terminal By a data input method selected from a data processing method consisting of a plurality of processing steps by a terminal, and a data input terminal that receives form data processed up to the processing step of the selected data processing method. A data registration server is provided that includes a data processing unit that processes form data and a data registration unit that registers form data processed by the data processing unit in a database according to the processing stage of the form data.

  The form data processed by the data input terminal may be set with a data processing method flag for identifying the data processing method, and the data processing unit may process the form data based on the data processing method flag. .

  The form data is seal registration form data, and the data processing unit cuts out the seal part of the seal registration form data when the data processing stage by the data input terminal is the reading stage of the seal registration form data. , Adjust the density of the imprint part, binarize the image data after the density adjustment, and if the data processing stage by the data input terminal is the extraction stage of the imprint part of the seal registration form data, The image data after the adjustment may be binarized.

  In order to solve the above problems, according to another aspect of the present invention, there is provided a data registration system in which a data input terminal for inputting form data and a data registration server for registering form data are connected via a network. Is done.

  The data input terminal includes a data input unit for inputting form data, a selection unit for selecting any one of the data processing methods including a plurality of processing steps, and processing of the data processing method selected by the selection unit. A data processing unit that processes the form data input to the data input unit up to the stage, and a transmission unit that transmits the form data processed by the data processing unit to the data registration server.

  The data registration server includes a data processing unit that processes form data according to a processing stage of the form data by the data input terminal, and a data registration unit that registers the form data processed by the data processing unit in a database. .

  In order to solve the above problems, according to another aspect of the present invention, a computer is a data input terminal connected via a network to a data registration server for registering form data, and form data is input. A data input unit, a selection unit for selecting one of a plurality of processing steps, and a form data input to the data input unit up to the processing step of the data processing method selected by the selection unit A program for functioning as a data input terminal is provided, including a data processing unit that processes the data and a transmission unit that transmits the form data processed by the data processing unit to the data registration server.

  In order to solve the above problems, according to another aspect of the present invention, a computer is a data registration server connected via a network to a data input terminal for inputting form data, and is input to the data input terminal. A receiving unit that receives the form data that has been processed up to the processing stage of the selected data processing system, in which one of the processing stages is selected from the data processing system including a plurality of processing stages by the data input terminal; Functions as a data registration server comprising a data processing unit for processing form data and a data registration unit for registering the form data processed by the data processing unit in the database according to the processing stage of the form data by the data input terminal A program is provided.

  As described above, according to the present invention, an optimal data processing method can be selected according to various selection conditions.

  Exemplary embodiments of the present invention will be described below in detail with reference to the accompanying drawings. In addition, in this specification and drawing, about the component which has the substantially same function structure, duplication description is abbreviate | omitted by attaching | subjecting the same code | symbol.

Further, the “best mode for carrying out the invention” will be described in the order shown below.
[1] Purpose of this embodiment [2] Functional configuration of data input terminal and data registration server [3] Details of operation of data input terminal and data registration server [4] Specific examples of data input terminal and data registration server

Purpose of this embodiment First, the purpose of this embodiment will be described. Conventionally, in a seal registration system, registration of seal stamps has been performed by sharing the following operations (1) to (4) between a terminal and a server.
(1) Reading a seal registration form (a large amount of data)
(2) Cutout of imprinted portion (3) Adjustment of density of imprinted portion (4) Register cutout portion in database (data amount is small)

Usually, the operations (1) to (4) are always performed by the same task sharing in the terminal and the server. Specifically, one of the following processing methods A or B has been executed.
A. After the above (1) is executed by the terminal, the read seal registration form data is transmitted to the server, and the above (2) to (4) are executed by the server.
B. After the above (1) to (3) are executed by the terminal, the processed data is transmitted to the server, and the above (4) is executed by the server.

  The processing method A can prevent the terminal from being occupied for a long time. Also, with the processing method B, transmission data can be reduced when the line speed is low.

  However, when the data processing method A or B is applied to all seal registration systems in an environment where the line speeds are mixed, there are the following problems. For example, in the case of the above A, if all the data of the seal registration form is transmitted at a terminal with a slow line speed, the occupied time of the terminal becomes long. In addition, the image data handled on that day cannot be transmitted to the server in a limited time (for example, within one day). Also, in the case of B, when a seal is registered at a terminal with a high line speed, the terminal registration process becomes long due to the operations (2) and (3), and the terminal is occupied for a long time. End up.

  Therefore, a technique for executing data processing according to the load state of the CPU in the terminal or server is disclosed. As a result, the data processing method can be changed in consideration of the load state of the CPU in the terminal or server. However, the data processing method in the seal registration system is not limited to the method A or B. For example, the above (1) and (2) are executed by the terminal, and the above (3) and (4) are executed by the server. A data processing method is also conceivable. In this way, when there are multiple data processing methods, not only the CPU load status but also the line speed, the data size of the transmitted data, the data storage amount, the data reception time of the terminal and server, etc. are comprehensively taken into consideration. Otherwise, there is a problem that an optimum data processing method cannot be selected.

  Therefore, the present invention has been provided with the data registration system 1 according to the embodiment of the present invention, focusing on the above situation. According to the data registration system 1 according to the present embodiment, it is possible to select an optimum data processing method according to various selection conditions.

Functional Configuration of Data Input Terminal and Data Registration Server Next, the overall configuration of the data registration system 1 according to the present embodiment will be described with reference to FIG. As shown in FIG. 1, the data registration system 1 includes a data input terminal 10 and a data registration server 20. The data input terminal 10 and the data registration server 20 are communicably connected via a network.

  Next, functional configurations of the data input terminal 10 and the data registration server 20 according to the present embodiment will be described with reference to FIG. The data input terminal 10 includes a data input unit 102, a selection unit 104, a data processing unit 106, a transmission unit 108, and the like.

  Form data is input to the data input unit 102 and has a function of providing the form data to the data processing unit 106. The form data input to the data input unit 102 can be exemplified by seal registration form data.

The selection unit 104 has a function of selecting any one of the data processing methods including a plurality of processing steps. When the form data is seal registration form data, for example, the following processing stages are conceivable.
Stage 1: Reading of seal registration form data Stage 2: Cutting out imprint part of seal registration form data Step 3: Cutting out imprint part of seal registration form data, adjusting the density of the imprint part, and adjusting the image data To binarize

  The selection unit 104 can select any one of the data processing methods including the above processing steps according to various selection conditions including the network line speed, the amount of form data stored, and the data reception time of the data input terminal and / or the data registration server. Select.

  The data processing unit 106 has a function of processing the form data provided from the data input unit 102 up to the processing stage of the data processing method selected by the selection unit 104. The data processing unit 106 provides the processed form data to the transmission unit 108.

  The data processing unit 106 has a function of setting a data processing method flag for identifying the data processing method in the form data processed up to the processing stage of the data processing method selected by the selection unit 104. When the form data is seal registration form data, the data processing method flag can be exemplified as follows, for example.

  The transmission unit 108 has a function of transmitting the form data processed by the data processing unit 106 to the data registration server 20. When the form data is seal registration form data, the form data transmitted by the transmission unit 108 is data processed up to any one of the above-described processing stages.

  For example, if the processing stage is stage 1 described above, the seal registration form data input by the data input unit 102 is transmitted to the data registration server 20 as it is. When the processing stage is stage 2 described above, cut-out data obtained by cutting out the seal imprint portion of the seal registration form data is transmitted to the data registration server 20. If the processing stage is stage 3 described above, the imprinted portion of the seal registration form data is cut out, and the binarized image data obtained by adjusting the density of the imprinted portion is transmitted to the data registration server 20. Is done.

  The functional configuration of the data input terminal 10 has been described above. Next, the functional configuration of the data registration server 20 will be described. As shown in FIG. 1, the data registration server 20 includes a receiving unit 202, a data processing unit 204, a data registration unit 206, a database 208, and the like.

  The reception unit 202 has a function of receiving the form data transmitted by the transmission unit 108 of the data input terminal 10. The receiving unit 202 has a function of providing the received form data to the data processing unit 204. As described above, the form data transmitted to the receiving unit 202 is selected by the data input terminal 10 from the data processing method including a plurality of processing steps, and the selected data processing method is selected. This is the form data processed up to the processing stage.

  The data processing unit 204 has a function of processing the form data provided from the receiving unit 202 in accordance with the form data processing stage by the data input terminal 10. Further, when a data processing method flag for identifying a data processing method is set in the form data, the form data is processed based on the data processing method flag.

  For example, the case where the data processing method flag shown in Table 1 is set will be described. If the data processing method flag “0” is set in the seal registration form data, the data has been processed up to step 1 described above. Therefore, the data processing unit 204 processes data from the stage after stage 1 to the stage immediately before registering data. Specifically, the seal imprint part of the seal registration form data just read into the data input terminal 10 is cut out, the density of the seal imprint part is adjusted, and the image data after the density adjustment is binarized.

  If the data processing method flag “1” is set in the seal registration form data, the data has been processed up to stage 2 described above. Therefore, the data processing unit 204 processes data from the stage after stage 2 to the stage immediately before registering data. Specifically, the data input terminal 10 receives data obtained by cutting out the seal imprint part of the seal registration form data, adjusts the density of the imprinted part of the extracted data, and binarizes the image data after the density adjustment. To do.

  If the data processing method flag “2” is set in the seal registration form data, the data processing has been performed up to the above-described stage 3. Therefore, the data processing unit 204 processes the data from the stage after stage 3 to the stage immediately before registering the data. In the case of stage 3, since the image data after density adjustment has already been binarized, the data processing unit 204 registers the received data in the database 208 without processing the received data.

  The data registration unit 206 has a function of registering the form data processed by the data processing unit 204 in the database 208. As described above, when the form data is the seal registration form data, all the data provided from the data processing unit 204 to the data registration unit 206 is the image data after the density adjustment of the seal imprint part of the seal registration form data. Is binarized data. The functional configuration of the data registration server 20 has been described above.

[3] Details of Operations of Data Input Terminal and Data Registration Server Next, details of operations of the data input terminal 10 will be described with reference to FIG. FIG. 2 is a flowchart showing details of the operation of the data input terminal 10. As shown in FIG. 2, data is first input to the data input unit 102 (S102). Then, the data processing method is selected by the selection unit 104 (S104).

  Next, the data processing unit 106 determines whether or not to process the form data input in step S102 (S106). In step S106, for example, when “stage 1” of the above-described processing stage is selected, it is determined that the data is not processed. On the other hand, when “stage 2” or “stage 3” in the above-described processing stage is selected, it is determined that the data is to be processed.

  If it is determined in step S106 that the data is to be processed, the data is processed up to the data processing stage selected in step S104 (S108). If it is determined in step S106 that the data is not to be processed, the process of step S110 is executed.

  Then, a data processing method flag for identifying the data processing method is set to the data processed in step S108 or data that has not been processed at all (S110). The transmitting unit 108 transmits the form data in which the flag is set in step S110 to the data registration server 20 (S112).

  The details of the operation of the data input terminal 10 have been described above. Next, the details of the operation of the data registration server 20 will be described with reference to FIG. FIG. 3 is a flowchart showing details of the operation of the data registration server 20. As shown in FIG. 3, the receiving unit 202 receives the form data transmitted from the data input terminal 10 (S202). The data processing method flag transmitted to the form data received in step S202 is determined (S204).

  Based on the data processing method flag determined in step S204, it is determined whether or not the form data is to be processed (S206). In step S206, as described above, for example, when the data processing method flag is set to “0” or “1”, it is determined that the data processing stage is “stage 1” or “stage 2”. Then, the data is processed according to the stage (S208). When the data processing method flag is set to “2”, it is determined that the data processing stage is “stage 3” and the data is not processed.

  The data processed or not processed in step S208 is registered in the database 208 (S210). As described above, when the form data is the seal registration form data, the data registered in the database 208 in step S210 is the data obtained by binarizing the image data after the density adjustment of the imprinted portion of the data. It is. The details of the operation of the data registration server 20 have been described above.

[4] Specific Examples of Data Input Terminal and Data Registration Server Next, specific examples of the data input terminal 10 and the data registration server 20 will be described with reference to FIGS. Hereinafter, the form data is referred to as seal registration form data. Further, the data input terminal 10 will be described as a branch office terminal 100 installed in each branch office, and the data registration server 20 will be described as an office center server 200 including an office center terminal 300. The branch office terminal 100 and the office center terminal 300 are connected to the office center server 200 to perform data communication. FIG. 4 is an explanatory diagram illustrating the configuration of the branch office terminal 100, the office center server 200, and the office center terminal 300.

  The branch terminal 100 includes a display unit 121, an input unit 122, a control unit 123, an image reading unit 124, and the like. Examples of the display unit 121 include display devices such as a CRT (Cathode Ray Tube) display device, a liquid crystal display (LCD) device, an OLED (Organic Light Emitting Display) device, and a lamp. The input unit 122 generates an input signal based on an input by the user such as a mouse, a keyboard, a touch panel, a button, a microphone, a switch, and a lever, and input by the user, and outputs the input signal to the control unit 123. Input control circuit.

  The control unit 123 functions as an arithmetic processing unit and a control unit, and controls the overall operation within the branch terminal 100 according to various programs. In this embodiment, in particular, it functions as the selection unit 104 and the data processing unit 106 described above. The image reading unit 124 functions as the data input unit 102 described above.

  The branch office terminal software 150 includes business software 151, a seal verification program 142, terminal storage data 153, and the like.

  The business center server 200 includes a display unit 221, an input unit 222, a control unit 223, and the like. The display unit 221 and the input unit 222 have substantially the same functions as the input unit 121 and the input unit 122 of the branch terminal 100, and thus description thereof is omitted. The control unit 223 functions as an arithmetic processing unit and a control unit, and controls the overall operation in the office center server 200 according to various programs. In the present embodiment, in particular, it functions as the data processing unit 204 and the data registration unit 206 described above.

  The office center terminal 300 includes a display unit 321, an input unit 322, a control unit 323, and the like. The display unit 321 and the input unit 322 have substantially the same functions as the input unit 121 and the input unit 122 of the branch terminal 100, and thus description thereof is omitted. The control unit 323 functions as an arithmetic processing unit and a control unit, and controls the overall operation in the office center terminal 300 according to various programs.

  The office center terminal software 350 includes business software 351, a seal collation program 352, and the like.

  Next, details of the operation of the branch terminal 100 will be described with reference to FIG. FIG. 5 is an explanatory diagram illustrating details of the operation of the branch office terminal. As shown in FIG. 5, first, the seal registration form is read by the image reading unit 124 of the branch terminal 100 (S302). Next, the business software 150 of the branch terminal 100 calculates the line speed (S304) or calculates the busyness of the business (S306). The busyness of the business in step S306 can be calculated from, for example, the number of business transactions.

  Further, it is predicted whether the concentration can be completed (S308). Concentration means that business data or the like is received at a terminal, server, or the like, and the completion of concentration means that reception of data is completed. In addition to the above, the accumulated amount of form data may be calculated.

  Then, the optimum processing method is determined from the calculation result of the line speed and the like (S310). Examples of the optimum processing method in step S310 include a form data transmission method, a cut-out data transmission method, a processed data transmission method, and the like. The form data transmission method is a processing method including the above-described “stage 1” processing stage. The cut-out data transmission method is a processing method including the above-described “stage 2” processing stage. The processed data transmission system is a processing system including the above-described “stage 3” processing stage.

  In addition, regarding the transmission method switching determination in step S310, it may be determined which method to switch to depending on the evaluation score of the calculated item. For example, the evaluation score of each item may be calculated from the evaluation items and evaluation results shown in Table 2 below.

Using the evaluation points in Table 2, the overall evaluation point may be calculated by decoding the following evaluation items.
Evaluation point = line speed x A + busyness of work x B-data storage amount x C + collection time x D
... (Formula 1)
Evaluation point = line speed × concentration time / data storage amount × A + duty of work × B
... (Formula 2)
A, B, C, and D represent the weighting of each evaluation item.

  Using Equation 1 and Equation 2 above. A comprehensive evaluation score is calculated, and when the evaluation score is high, the processing is switched to a process that reduces the work load on the terminal and increases the work load on the server. That is, when the overall evaluation score is high, data processing is executed at the branch terminal 100. Table 3 shows an example of the relationship between evaluation points and processing methods.

  Depending on the switching determination in step S310, any one of the form data transmission method, the cut-out data transmission method, and the processed data transmission method is executed. Hereinafter, each transmission method will be described.

<Form data transmission method>
First, the business program installed in the sales office terminal 100 transmits the seal registration form image read in step S302 to the business center server 200 (S324). The seal registration form image transmitted to the business center server 200 in step S324 is registered in the seal stamp database of the business center server 200 (S326). Note that the data processing method flag “0” is set in the seal registration form data transmitted to the office center server 200 by the form data transmission method.

<Cutout data transmission method>
The business program installed in the branch terminal 100 requests the seal collation program 152 to cut out the seal impression part (S320). The seal stamp collation program requested to cut out the seal imprint part in step S320 displays the seal registration form image, the cut image of the seal imprint part, and the cut image of the signature part on the display unit 121 of the branch terminal 100.

  The image displayed on the display unit 121 is confirmed by the operator of the branch terminal 100, and it is confirmed whether or not the cutout data is cut out accurately. Then, the operator operates the input unit 122 to transmit the cutout data of the seal registration form to the business center server 300 (S322). The cut-out data transmitted to the business center server 200 in step S322 is registered in the seal stamp database of the business center server 200 (S326). The data processing method flag “1” is set in the seal registration form data transmitted to the office center server 200 by the cut-out data transmission method.

<Processed data transmission method>
The business program installed in the branch terminal 100 requests the seal collation program 152 to cut out the seal imprint part (S312). The seal collation program requested to cut out the seal imprint in step S312 displays the seal registration form image, the cut out image of the seal imprint, the cut out image of the signature, and the binarized image of the seal imprint on the display unit 121 of the branch terminal 100. Is displayed.

  The image displayed on the display unit 121 is confirmed by the operator of the branch terminal 100, and it is confirmed whether or not the cutout data is cut out accurately. Then, the input unit 122 is operated by the operator, and the density adjustment of the binarized image of the seal impression portion is performed (S314, S316). Then, the processed data processed in steps S314 and S316 is transmitted to the office center server 300 (S318). The processed data transmitted to the business center server 200 in step S318 is registered in the seal database of the business center server 200 (S326). A data processing method flag “2” is set in the seal registration form data transmitted to the office center server 200 by the processed data transmission method.

  The details of the operation of the branch terminal 100 have been described above. Next, with reference to FIG. 6, the details of the operation on the office center side including the office center server 200 and the office center terminal 300 will be described. First, the business center terminal 300 requests the business center server 200 to search for and call the seal stamp data that needs to be processed (S402).

  In step S402, the business center server 200 requested to retrieve and call data by the business center terminal 300 executes a search for seal stamp data (S404). Then, the seal stamp data searched in step S404 is transmitted to the office center terminal 300 (S406). The search for the seal stamp data that needs to be processed in step S404 is executed based on the data processing method flag described above. Of the above-described data processing stages, the data set with the flag “0” is the form data processed up to the stage 1 and the data set with the flag “1” is the stamp data that needs to be processed. It is judged.

  In step S406, the business center terminal 300 to which the seal stamp data that needs to be processed is transmitted determines whether the transmitted data is a seal registration form image or a seal stamp partial cut image (S410). The determination in step S410 is also executed based on the data processing method flag described above. That is, the data set with the flag “0” is a seal registration form image, and the data set with the flag “1” is a cut-out image.

If it is determined in step S410 that the data is a seal registration form image, the following form data processing is executed.
<Form data processing>
The seal collation program 352 of the office center terminal displays a form image for seal registration, a cutout image of the seal imprint part, a cutout image of the signature part, and a binarized image of the seal imprint part on the display unit 221 of the office center terminal 300 (S416). . The image displayed on the display unit 321 is confirmed by the operator of the business center terminal 300, and it is confirmed whether or not the cutout data has been cut out accurately. Then, the input unit 322 is operated by the operator, and the density adjustment of the binarized image of the seal impression portion is performed (S418, S420).

  Then, the seal collation program 352 of the business center terminal 300 transmits the processed data to the business center server 200 and requests registration in the seal impression database (S422). The business center server 200 receives the processed data transmitted from the business center terminal 300 in step S422 and registers it in the seal impression database (S424).

If it is determined in step S410 that the data is a cut image, the following cut data processing is executed.
<Cut out data processing>
The seal collation program 352 of the business center terminal 300 displays the cut image of the seal imprint part, the cut image of the signature part, and the binarized image of the seal part on the display unit 321 of the business center terminal 300.

  By the operator input of the office center terminal 300, the density adjustment of the binarized image of the seal impression portion is executed. Then, the seal collation program 352 of the business center terminal 300 transmits the processed data to the business center server 200 and requests registration in the seal impression database (S422). The business center server 300 receives the processed data transmitted from the business center terminal 300 in step S422 and registers it in the seal impression database (S424). The details of the operation on the office center side have been described above.

  According to this embodiment, the input form data can be processed up to the processing stage of the selected processing method. As described in the specific example of the above embodiment, when the form data is the seal registration form data, the stage of reading the seal registration form data, the stage of extracting the seal imprint part of the seal registration form data, the seal registration form data The processing method including any one of the three processing steps of the step of cutting out the imprinted portion of the image and adjusting the density of the imprinted portion and binarizing the image data after the density adjustment can be processed up to the processing step. it can. The processing method can be selected according to selection conditions including the network line speed, the amount of form data stored, the data input time of the data input terminal and / or the data registration server.

  Thereby, it is possible to select an optimum data processing method according to various selection conditions. By selecting the optimum data processing method, it is possible to reduce the occupation time of the terminal related to the seal registration of the sales office, and to process more other operations at the sales office terminal. In addition, since work related to seal registration can be centrally executed on the office center side, it is possible to improve work efficiency.

  The preferred embodiments of the present invention have been described in detail above with reference to the accompanying drawings, but the present invention is not limited to such examples. It is obvious that a person having ordinary knowledge in the technical field to which the present invention pertains can come up with various changes or modifications within the scope of the technical idea described in the claims. Of course, it is understood that these also belong to the technical scope of the present invention.

  For example, in the above embodiment, the optimum data processing method is selected by the data input terminal 10, but the present invention is not limited to such an example. For example, the data registration server 20 may select an optimal data processing method. In this case, the data registration server 20 may notify the data input terminal 10 which data processing method has been selected.

It is a block diagram which shows the function structure of the data input terminal and data registration server concerning one Embodiment of this invention. It is a flowchart which shows the detail of operation | movement of the data input terminal concerning the embodiment. It is a flowchart which shows the detail of operation | movement of the data registration server concerning the embodiment. It is explanatory drawing explaining the structure of the branch office terminal concerning this embodiment, an office center server, and an office center terminal. It is explanatory drawing explaining the detail of operation | movement of the branch terminal concerning the embodiment. It is explanatory drawing explaining the detail of the operation | work center side operation | movement concerning the embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Data input terminal 102 Data input part 104 Selection part 106 Data processing part 108 Transmission part 20 Data registration server 202 Reception part 204 Data processing part 206 Data registration part 208 Database

Claims (9)

A data input terminal connected via a network to a data registration server for registering form data,
A data input unit for inputting the form data;
Predicting whether or not the data registration server accepts the data, and conditions including the prediction result , network line speed, busyness of work, accumulated amount of the form data, data input terminal and / or data the evaluation points calculated from the selection criteria including the data reception time of the registration server, in response to a selection unit that selects the processing unit one of the processing steps of the data processing system consisting of three stages of processing steps,
A data processing unit that processes the form data input to the data input unit up to the processing stage of the data processing method selected by the selection unit by an arithmetic processing unit;
A transmission unit that transmits the form data processed by the data processing unit to the data registration server by data communication;
A data input terminal comprising: The data processing unit
The data input terminal according to claim 1, wherein a data processing method flag for identifying the data processing method is set in the form data processed up to a processing stage of the data processing method selected by the selection unit. The form data is seal registration form data,
The data processing method is:
Loading the seal registration form data;
Cutting out the seal imprint part of the seal registration form data,
Cutting out an imprint portion of the seal registration form data, adjusting the density of the imprint portion, and binarizing the image data after the density adjustment;
Consisting processing steps including, data input terminal according to claim 1 or 2. A data registration server connected via a network to a data input terminal for inputting form data,
A condition that is input to the data input terminal and includes a prediction result as to whether or not the data registration server accepts data by the data input terminal ; a network line speed; busyness of work; and storage of the form data Depending on the evaluation points calculated from the selection conditions including the amount, the data input terminal and / or the data reception time of the data registration server , one of the three data processing methods is selected. A receiving unit for receiving the form data processed up to the processing stage of the selected data processing method by data communication;
In accordance with the processing stage of the form data by the data input terminal, a data processing unit that processes the form data by an arithmetic processing unit;
A data registration unit for registering the form data processed by the data processing unit in a database by an arithmetic processing unit;
A data registration server comprising: In the form data processed by the data input terminal, a data processing method flag for identifying the data processing method is set,
The data registration server according to claim 4, wherein the data processing unit processes the form data based on the data processing method flag. The form data is seal registration form data,
The data processing unit
When the data processing stage by the data input terminal is the reading stage of the seal registration form data, the imprint part of the seal registration form data is cut out, the shade of the seal part is adjusted, and the image after the density adjustment Binarize the data,
When processing steps of the data by the data input terminal was cut out of the imprint portion of the seal registration form data, and adjust the contrast of the print image portion binarizes the image data after the shading adjustment, wherein Item 6. The data registration server according to any one of Items 4 and 5 . A data registration system in which a data input terminal for inputting form data and a data registration server for registering the form data are connected via a network,
The data input terminal is
A data input unit for inputting the form data;
Predicting whether or not the data registration server accepts the data, and conditions including the prediction result , network line speed, busyness of work, accumulated amount of the form data, data input terminal and / or data the evaluation points calculated from the selection criteria including the data reception time of the registration server, in response to a selection unit that selects the processing unit one of the processing steps of the data processing system consisting of three stages of processing steps,
A data processing unit that processes the form data input to the data input unit up to the processing stage of the data processing method selected by the selection unit by an arithmetic processing unit;
A transmission unit for transmitting the form data processed by the data processing unit to the data registration server by data communication;
With
The data registration server
In accordance with the processing stage of the form data by the data input terminal, a data processing unit that processes the form data by an arithmetic processing unit;
A data registration unit for registering the form data processed by the data processing unit in a database by an arithmetic processing unit;
A data registration system comprising: Computer
A data input terminal connected via a network to a data registration server for registering form data,
A data input unit for inputting the form data;
Predicting whether or not the data registration server accepts the data, and conditions including the prediction result , network line speed, busyness of work, accumulated amount of the form data, data input terminal and / or data the evaluation points calculated from the selection criteria including the data reception time of the registration server, in response to a selection unit that selects the processing unit one of the processing steps of the data processing system consisting of three stages of processing steps,
A data processing unit that processes the form data input to the data input unit up to the processing stage of the data processing method selected by the selection unit by an arithmetic processing unit;
A transmission unit for transmitting the form data processed by the data processing unit to the data registration server by data communication;
A program for functioning as a data input terminal. Computer
A data registration server connected via a network to a data input terminal for inputting form data,
A condition that is input to the data input terminal and includes a prediction result as to whether or not the data registration server accepts data by the data input terminal ; a network line speed; busyness of work; and storage of the form data Depending on the evaluation points calculated from the selection conditions including the amount, the data input terminal and / or the data reception time of the data registration server , one of the three data processing methods is selected. A receiving unit for receiving the form data processed up to the processing stage of the selected data processing method by data communication;
In accordance with the processing stage of the form data by the data input terminal, a data processing unit that processes the form data by an arithmetic processing unit;
A data registration unit for registering the form data processed by the data processing unit in a database by an arithmetic processing unit;
A program for functioning as a data registration server.

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