KR20050115755A - System and method for document process - Google Patents

Abstract

The present invention relates to a book processing system, comprising: a book input unit to which a book is inserted, the book processing system for classifying various types of books according to a predetermined classification standard; A front and rear image sensor unit installed adjacent to the journal inserting unit and separately reading front and rear images of the journal transferred from the first stage of the guide and digitalizing the data; An image acquisition and communication unit that receives the front and rear image data of the document from the front and rear image sensor units and stores the front and rear image data in a buffer and transmits the image to the outside when a predetermined amount or more is stored; Receives the front and rear image data transmitted from the image acquisition and communication unit, selects at least one or more image data of the required surface among the front and rear image data by comparing with the sample image, and reads the selected image data to meet the predetermined document classification criteria. A control computer for generating a pocket loading control signal accordingly; A main control unit which controls the operation of each unit and receives a load control signal from the control computer and transmits it to the pocket unit; And a pocket part installed at the end of the guide and separating and storing the document in one of the inner pockets according to the loading control signal transmitted from the main control part. Characterized in that it comprises a.

Description

Document processing system and method of document processing {SYSTEM AND METHOD FOR DOCUMENT PROCESS}

The present invention relates to a book processing system and a method for processing a book, and more specifically, to read the front and back images in the recognition of the document image so that it is possible to exclude the separate front and rear alignment operation when the first document is inserted. Determination of the required surface of the surface image data by itself eliminates unnecessary errors that occur when random entry is made, while various standards and types handled by various receiving institutions, collection agencies, testing institutes, and counting institutions The present invention relates to a book processing system and a book processing method capable of providing an optimal performance for each use in processing a book.

Recently, due to the proliferation of automated systems, checks, goods bills, tax and utility bills, and test papers or ballots are generically used for such documents as OCR (Optical Character Recognition), MICR (Magnetic Ink Character Recognition), and bar codes. Letters that can be recognized are recorded and forms such as checks and bills are recovered and mechanized and processed by collection agencies and collection agencies such as banks and post offices. By retrieving and mechanizing, it is possible to automate the processing of various types of documents that previously depended on manpower.

Looking at the structure of such a book processor, a book input unit into which a book to be processed is inserted, a book guide unit for separating a book one by one by a rotational driving force by the book transmission roller, and a series of documents introduced by MICR A detection unit for reading the number and the corresponding information, a first scanning unit for generating an image necessary for the terminal to recognize the document, and transmitting the image to the terminal, and a processing result of the document transmitted through the first scanning unit. A recovery result processing section for printing information on the form, a stamp section for printing whether the recovery result processing section retrieves or not, a stamp section for printing whether the recovery result processing section retrieves or not, and a recovery result processing section for the recovery result processing section; A second scanning unit which processes the printed form of the result into image data and stores it in a file format in the terminal; If you want to issue a note, it consists of a printing section for writing the bank name and serial number on the check or paper sheet, and a pocket section for separately storing or issuing the processed ticket.

Through this, the prior art document processor can expect the effect of minimizing the manual labor of the financial institution workers, but in this conventional document processor, the image sensor mounted on the first scanning part is attached to one side of the document guide part. For this reason, the user had to manually align the image recognition target surface of the document when putting the documents into the device.

In addition, the prior art ticket processor has functions that are unnecessary when operating in a specific application field, for example, when the school scores a test score or when the ticket box is counted. There is a structural problem that requires the input of the processing method, and furthermore, even after such a reprocessing operation, the need for modules to reduce the processing speed of the target field inevitably occurs.

The present invention has been made to solve the above problems, and the object of the present invention is to read all the front and back images of the document upon recognition of the document image, and accordingly perform judgment on the required surface among the front and back image data by itself. It is to provide a book processing system and a book processing method that can exclude the separate front and rear alignment work when the first book is inserted.

In addition, another object of the present invention in the processing of various specifications and types of documents handled by various receiving institutions, collection institutions, testing institutions, ticketing agencies, etc. in the book processing system and the list that can provide the optimum performance for each application It is to provide a treatment method.

According to one aspect of the present invention, a system for processing a document according to one aspect of the document processing system for sorting and processing various documents according to a predetermined classification standard, a document input unit for inputting a document; A front and rear image sensor unit installed adjacent to the journal inserting unit and separately reading front and rear images of the journal transferred from the first stage of the guide and digitalizing the data; An image acquisition and communication unit that receives the front and rear image data of the document from the front and rear image sensor units and stores the front and rear image data in a buffer and transmits the image to the outside when a predetermined amount or more is stored; Receives the front and rear image data transmitted from the image acquisition and communication unit, selects at least one or more image data of the required surface among the front and rear image data by comparing with the sample image, and reads the selected image data to meet the predetermined document classification criteria. A control computer for generating a pocket loading control signal accordingly; A main control unit which controls the operation of each unit and receives a load control signal from the control computer and transmits it to the pocket unit; And a pocket part installed at the end of the guide and separating and storing the document in one of the inner pockets according to the loading control signal transmitted from the main control part. Characterized in that it comprises a.

Preferably, the method further comprises a magnetic character recognition unit for recognizing the magnetic character of the MICR method in the journal conveyed along the guide, characterized in that to add the magnetic character as a criterion for classification of the journal.

Preferably, the endorsement unit for receiving the book processing result information from the control computer through the main control section for indexing and outputting the processing result as a character in the document conveyed along the guide; A rotary stamp unit which receives the document processing result information from the control computer through the main control unit and records the processing result as a stamp on the document conveyed along the guide; And an encoder unit receiving the journal processing result information from the control computer through a main control unit and recording the processing result as magnetic characters in the journal delivered along the guide. It further comprises at least one of.

On the other hand, in the book processing method according to another aspect of the present invention, in the book processing method for classifying various types of books according to a predetermined classification criteria, the control computer received a use control command from the user, the first use control command and the first; Determining a corresponding use control command among two use control commands (S1); As a result of the determination in step S1, when the received usage control command is the first usage command for optimizing the simple document classification task through the journal image, the document processing apparatus receiving the usage command through the control computer is a required module. Recognizing a connection state of the image acquisition and communication unit, the front image sensor unit, the rear image sensor unit, and the pocket unit and checking whether there is an error (S20); The document processing apparatus transfers the sheets loaded in the document input unit along the guide sheet by sheet, and applies an image signal to the front and rear image sensor units, respectively, to display images of the front and rear images of the document through the corresponding front and rear image sensor units. Reading and digitizing and collecting in a buffer (S30); Transmitting, by the document processing apparatus, the front and back image data of the document stored in the buffer to the control computer (S40); Selecting, by the control computer, at least one or more necessary image data among the front and rear image data transmitted by comparing the front image data and the rear image data with the sample image data; Reading, by the control computer, the image data of the selected document according to the input processing condition (S60); And when the control computer transmits the document loading command to the main control unit according to the predetermined classification condition, the document processing apparatus classifies and loads the document into one of the pockets of the pocket according to the received document loading command (S70). And if the received use control command is the second use control command for optimizing the book classification task through the image of the book and the magnetic character, as a result of the determination in step S1, the steps S20, S30, S40, S50, S60 and Including the step S70, and after the step S40, by reading the predetermined magnetic characters printed on the sheet conveyed by the document processing apparatus is further recognized by the magnetic character recognition unit that is a dedicated module for the purpose and sent to the control computer Characteristic recognition step of adding a magnetic character to the criteria for classification; characterized in that it further comprises.

Preferably, the step S1 is a step of determining any one of the first use control command to the third use control command, and as a result of the determination of the step S1, the received use control command is classified into a document through the image of the payee. And a third use control command for optimizing the endorsement of the processing result, comprising steps S20, S30, S40, S50, S60, and S70, and after step S60, an endorsement module that is a dedicated module for the purpose. And the index character endorsement step of receiving the result of the processing from the control computer by the recognized recognition computer and indexing the result of the processing as a character in the document transferred through the endorsement unit. .

More preferably, the step S1 is a step of determining any one of the first use control command to the fourth use control command, and as a result of the determination of the step S1, the received use control command is stored in the payload through the image of the payload. In the case of the fourth use control command for classifying and optimizing the magnetic character print job of the processing result, the step S20, S30, S40, S50, S60 and S70 are included, and after the step S60, the dedicated module for the purpose is used. And a magnetic character printing step of the processing result of receiving the processing result from the control computer, which further recognizes the encoder unit, and printing the processing result as magnetic characters on the document transferred through the encoder unit. do.

More preferably, the step S1 is a step of determining any one of the first use control command to the fifth use control command, and as a result of the determination of the step S1, the received use control command is entered through the video of the payee. In the case of the fourth use control command optimized for the job of simultaneously performing the classification and endorsement of the index character of the classification and the processing result, and the stamp recording and the magnetic character printing, the steps S20, S30, S40, S50, S60 and S70 may be included. After the step S60, the document processing device which further recognizes the endorsement unit, the rotary stamp unit and the encoder unit, which is a dedicated module for the purpose, receives the processing result from the control computer and transfers it to the document transferred through the endorsement unit, the rotary stamp unit and the encoder unit. And displaying the processing result for each module to display the processing result as an index character, a confirmation stamp, and a magnetic character.

More preferably, the step S1 is a step of determining any one of the first use control command to the sixth use control command, and as a result of the determination of the step S1, the received use control command is an image and a magnetic character of the payload. In the case of the sixth use control command optimized for the job sorting and the index character endorsement of the processing result through the processing, including the steps S20, S30, S40, S50, S60 and S70, after the step S40, The magnetic character recognition unit and the endorsement unit, which are modules for the purpose of use, read the predetermined magnetic characters printed on the sent form and transfer them to the control computer to transfer the magnetic characters to the criterion for classification of the form. A magnetic character recognition step of adding; and the document processing apparatus receives the processing result from the control computer and indexes the processing result as a character in the document transferred through the endorsement unit. And an index character endorsement step of the processing result.

More preferably, the step S1 is a step of determining any one of the first use control command to the seventh use control command, and as a result of the determination of the step S1, the received use control command is entered through the video of the payee. In the case of the seventh use control command optimized for the job of performing the classification and stamp recording of the processing result, the step S20, S30, S40, S50, S60 and S70 are included. And a stamp recording step of the processing result of receiving the processing result from the control computer and recording the processing result as a stamp on the document conveyed through the rotating stamping unit by the recognition of the rotary stamping unit which is a module. It features.

More preferably, the step S1 is a step of determining any one of the first use control command to the eighth use control command, and as a result of the determination of the step S1, the received use control command is an image and a magnetic character of the payload. In the case of an eighth use control command optimized for a job sorting and index character endorsement of a processing result and a process of performing magnetic character printing at the same time, the steps S20, S30, S40, S50, S60 and S70 are included. After step S40, the book classification is carried out by reading a predetermined magnetic character printed on the document to be conveyed by the book processing apparatus, which further recognizes the magnetic letter recognition unit, the endorsement unit, and the encoder unit, which is a dedicated module for the purpose, and transmits it to the control computer. A magnetic character recognition step of adding magnetic characters to a criterion for determining; and the document processing apparatus receives a processing result from a control computer, and the endorsement unit and the encoder unit. It characterized in that it further comprises performing a; to the process result to the jangpyo conveyed processing module by the display step of displaying the result as a character index, and the magnetic character.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Hereinafter, the present invention reads all the front and rear images during recognition of the document image and excludes the front and rear image data according to the recognition of the document image so that the separate front and rear alignment operation can be excluded when the initial document is inserted. By eliminating unnecessary errors that occur during random entry, the optimal performance for each application in processing various specifications and types of documents handled by various receiving institutions, collection agencies, testing institutes, and counting institutions is provided. Although the journal processing system and the journal processing method which can be provided will be described as a preferred embodiment, the technical idea of the present invention is not limited to this, but can be variously modified and implemented by those skilled in the art.

1 is a diagram showing a book processing apparatus of a book processing system to which the present invention is applied.

Referring to FIG. 1, the document processing system to which the present invention is applied is composed of an external control computer 100 and a document processing apparatus 200, and is introduced into the document processing apparatus 200 under the control of the control computer 100. Various types of documents are processed and classified. When a user loads predetermined documents in the document input unit 210 of the document processing apparatus 200 and starts a processing process, the documents are automatically fed one by one to guide the guide 211. It is conveyed accordingly and is accommodated in any one of the pockets of the pocket part 290 according to the loading control signal from the control computer 100.

The ticket processing apparatus 200 includes a main control unit 220, an image acquisition and communication unit 230, a front image sensor unit 240a, a rear image sensor unit 240b, a magnetic character recognition unit 250, and a ship on a board. The western part 260, the rotation stamp part 270, and the encoder part 280 are included.

The front image sensor unit 240a and the rear image sensor unit 240b of the document processing apparatus 200 read the images of the front and rear sides of the input document, respectively, and apply the corresponding images through internal analog-to-digital converter (ADC) logic. After converting the image of the charge into an electrical signal, the digital signal is transmitted to the main control unit 220.

In this case, a charge coupled device (CCD) or a contact image sensor (CIS) may be used as an image pickup device (image sensor) for capturing a document image in the front and rear image sensor units 240a and 240b. By adopting the linear CCD used in scanners such as film scanners and flatbed scanners, the device image can be read as color image as well as black and white (B / W, 16 Gray, 256 Gray).

Accordingly, the front and rear image sensor units 240a and 240b can read not only the scan image of the document but also OMR (Optical Mark Reader) or OCR (Optical Character Recognition) characters.

The image acquisition and communication unit 230 stores the front and rear image data of the document transmitted from the front and rear image sensor units 240a and 240b in a temporary buffer through internal image capturing logic. The control computer 100 transmits the data.

At this time, the SCSI cable for transmitting the image data by connecting the image acquisition and communication unit 230 and the control computer 100 is FAST SCSI-II or SCSI-III or USB1.1 or It is desirable to establish a 2.0 type communication connection.

The magnetic character recognition unit 250 is to recognize the magnetic characters through the magnetic ink character recognition (MICR) head in the form conveyed along the guide 211, that is, the magnetic material contained in the bank check or various paper The magnetic body is detected from a character printed with a special ink (magnetic ink) containing particulates of the same, and the character is mechanically recognized and the corresponding magnetic character information is transmitted to the main control unit 220.

The endorsement unit 260 receives the endorsement information from the main control unit 220, and prints the result of the processing by indexing the text on the document transferred along the guide 211.

The rotary stamp unit 270 drives the motor under the control of the main control unit 220 and rotates the stamp roller by the driving force to output the processing result as a predetermined stamp character to the document conveyed along the guide 211. To print.

The encoder unit 280 prints character information such as an amount of money as a magnetic character on a form conveyed along the guide 211. The encoder 280 receives the print data transmitted from the main control unit 220 and the guide 211. After stopping the document to be transported in, the ribbon is rotated according to the printing data to select a predetermined character, and the motor solenoid is driven to print the processing result as a magnetic character in the corresponding document.

In addition, the pocket part 290 has a plurality of pockets as storage spaces in which the sheets can be finally loaded, and the loading signals for each sheet transmitted from the control computer 100 through the main controller 220 are provided. Receives and is loaded by sorting the sheets sent from the guide 211 in each pocket by the operation of the inner solenoid according to the loading signals for each sheet into each pocket.

At this time, the pocket portion 290 has four pockets for receiving the bill for each pocket module, as shown in the drawings, each of the pocket modules can be inserted in a serial form, the maximum 8 pocket module, the number of pockets 32 pockets It is extensible.

On the other hand, the main control unit 220 is connected to the control computer 100 through the image acquisition and communication unit 230 to control the above-described sub-components, and also by checking each sub-connection and abnormal state during the initial operation The user is recognized by the status display unit 221 and the operation state of the document processing apparatus 200 is displayed through the LCD window 222.

In such a book processing apparatus 200, various uses (financial work, education work, general work, etc.) to which the book processing system is applied in the process of transferring the book from the first book insertion part to the pocket part at the end. According to the scoring service, the billing service) in the bill processing apparatus 200 by changing the connection settings with the respective sub-constituents it is possible to optimize the bill processing for the application. Hereinafter, various module settings and a book processing method of a book processing apparatus according to various uses of the present invention will be described with reference to FIGS. 3 to 10.

FIG. 3 is a diagram showing a module setting state for a case in which a book processing system to which the present invention is applied is applied to a first use.

Referring to FIG. 3, the module setting state is applied to a simple classification of various forms issued in various forms by a financial institution, a receiving institution, a collection institution, a test institution, a ticketing institution, and the like by reading an image of the document. Books that are input according to the classification criteria from the control computer 100 for the book images are separately stored in the pocket portion 290.

In this case, the document processing apparatus 200 is composed of a main controller 220, an image acquisition and communication unit 230, a front image sensor unit 240a, a rear image sensor unit 240b, and a pocket unit 290 as essential dedicated modules. The main control unit 220 is connected to the control computer 100 through the image acquisition and communication unit 230 in a SCSI or USB manner.

Referring to the operation, first, when a user inputs a first usage command through the control computer 100, the main control unit 220 receives the first usage command through the image acquisition and communication unit 230 ( S10).

Accordingly, the main control unit 220 is an image acquisition and communication unit 230, the front image sensor unit 240a, the rear image sensor unit 240b, which is a necessary module according to the first usage command for instructing the classification of the chapter according to the image. And the normal state indicating that there is no abnormality in connection and operation with the necessary dedicated modules according to the first use command after recognizing a connection state of the pocket part 290 and checking whether there is an error. And it displays on the LCD window 222 and informs the control computer 100 and performs the initial operation of waiting for operation (S20).

Next, when the main control unit 220 receives an operation start command from the control computer 100 through the image acquisition and communication unit 230, the sheets loaded on the book input unit 210 are guided along the guide 211. While transferring to each other, the image signal is applied to the front image sensor unit 240a and the rear image sensor unit 240b by checking the entry of the front and rear image sensor units 240a and 240a through the sensor. The front and rear image sensor units 240a and 240b read and digitize images of the front and rear sides of the document and collect them in the buffer (S30).

Next, the main controller 220 transmits the front and back image data of the document stored in the buffer of the image acquisition and communication unit 230 to the control computer 100 when a predetermined amount is reached (S40).

Accordingly, the control computer 100 receives the front and back image data of the sent document and compares the front image data and the rear image data transmitted first with the sample image data to determine whether the image to be acquired is the front image or the rear image. In operation S50, at least one of necessary image data is selected from among the front and rear image data transmitted by the determination.

As such, by collecting the front and rear images of the documents conveyed along the guide 211 through the front and rear image sensors 240a and 240b, the user selects the necessary images before the start of processing the documents. Since the front and back sides of the documents can be arranged in random order without the need to put them in the device, it is possible to omit the unnecessary process of having to align the front and back sides of the inserted documents before processing the documents.

Next, the control computer 100 reads the image data of the table selected through the step S50 according to the input processing conditions (S60).

In addition, when the control computer 100 transmits a book loading command to the book processing apparatus 200 according to a predetermined classification condition, the main control unit 220 stores the book according to the received book loading command. 290 is classified and loaded into any one of the pockets (S70).

As described above, the front and rear image sensor units 240a and 240b for reading the front and back images of the document in the structure of the document processing system which classify the document using only the image of the document are provided by the pocket part 290 of the board. Unlike the prior art, by installing adjacent to the document input unit 210 side, it is possible to secure a sufficient document transfer distance between the front and rear image sensor unit 240a, 240b and the pocket 290.

Accordingly, in the form processing apparatus 100, sufficient time margin can be guaranteed to transmit the image data to the control computer 200 and to receive the loading signal according to the image determination from the control computer 200 again. It is possible to set the document feed rate superior to the conventional device in the system.

On the other hand, Figure 4 is a diagram showing a module setting state for the case where the book processing system to which the present invention is applied is applied to the second use.

Referring to FIG. 4, the module setting state is applied to the classification of slips, checks or collections of documents that require issuance confirmation. First, an image of the slip is read and the magnetic characters printed on the slip. By recognizing this, the journals to be added according to the classification criteria from the control computer 100 for the journal image and the magnetic characters are separately stored in the pocket 290.

At this time, the document processing apparatus 200 is the main controller 220, the image acquisition and communication unit 230, the front image sensor unit 240a, the rear image sensor unit 240b and the pocket unit In addition to the 290, as an essential dedicated module, an additional magnetic character recognition unit 250 is further included. The main control unit 220 controls the control computer (SCSI or USB) through the image acquisition and communication unit 230. 100).

Looking at the operation, the operation of the module other than the magnetic character recognition unit 250 is the same as the operation in the first use, except that the main control unit 220 is dedicated to the intended use after step S40 in the first use described above. Sending a magnetic character recognition command to the magnetic character recognition unit 250 as a module to allow the corresponding magnetic character recognition unit 250 to recognize a predetermined magnetic character printed on the sent form and transmits it to the control computer 100. The magnetic character recognition step is further performed to add the magnetic character as well as the image to the criterion for classification of the long list of the corresponding control computer 100.

5 is a diagram showing a module setting state for the case where the book processing system to which the present invention is applied is applied to a third use.

Referring to FIG. 5, the module setting state includes a test answer (OCR card or OMR card) processing service at various educational institutions, a material entry slip or inspection report or a storage slip in a general industry, and a financial institution. As the purpose of processing the deposit and withdrawal slip, it is applied to index the print result of the document as a character and perform the sorting operation. First, after reading the image of the document, the index letter for the processing result is appended to the document. The documents to be added according to the classification criteria from the control computer 100 for the corresponding journal image are separately stored in the pocket 290.

At this time, the document processing apparatus 200 is the main controller 220, the image acquisition and communication unit 230, the front image sensor unit 240a, the rear image sensor unit 240b and the pocket unit In addition to 290, the endorsement unit 260 is additionally included as an essential dedicated module, and the main control unit 220 is the control computer 100 by the SCSI or USB method through the image acquisition and communication unit 230. ) Will be connected.

Referring to the operation, the operation of the module other than the endorsement unit 260 is the same as the operation in the first use, except that the control computer 100 processes the image data after the step S60 in the first use. When the result is transmitted, the main control unit 220 receives the received result and transmits the processing result print information to the endorsement unit 260 which is a dedicated module for the corresponding purpose, so that the endorsement unit 260 transmits the processing result to the sent form. The index character endorsement step of the processing result to be indexed is additionally performed so that the processing result as index character can be endorsed in the sheets for the purpose.

6 is a diagram showing a module setting state for the case where the book processing system to which the present invention is applied is applied to a fourth use.

Referring to FIG. 6, the module setting state is required to record and classify the processing results by magnetic characters in the processing of personal checks and bills or the processing of issuing personal check bills and priesthood checks in the collected financial institutions or in the general industry. This is applied to the processing of a book, and it is applied to print the processed result of the book as magnetic letters and perform the sorting work. First, after reading the video of the book, the magnetic letters of the processed result are printed on the book. In this case, the documents to be added according to the classification criteria from the control computer 100 for the corresponding journal image are separately stored in the pocket 290.

At this time, the document processing apparatus 200 is the main controller 220, the image acquisition and communication unit 230, the front image sensor unit 240a, the rear image sensor unit 240b and the pocket unit In addition to 290, the encoder unit 280 is additionally included as an essential dedicated module, and the main control unit 220 is controlled by the SCSI or USB method through the image acquisition and communication unit 230. ) Will be connected.

Referring to the operation, the operation of the module other than the encoder unit 280 is the same as the operation in the first use, except that the control computer 100 processes the image data after the step S60 in the first use. When the result is transmitted, the main control unit 220 receives the received result and transmits the processing result print information to the encoder unit 280, which is a dedicated module for the corresponding purpose, so that the encoder unit 280 transmits the processing result to the sent form. The magnetic character printing step of the processing result to be printed is further progressed so that the processing result can be printed as magnetic characters on the sheets of the intended use.

7 is a diagram showing a module setting state for the case where the book processing system to which the present invention is applied is applied to the fifth use.

Referring to FIG. 7, the module setting state is a stamp for confirming and endorsing the results of processing personal checks and bills at a collected financial institution or processing of personal check bills and priesthood checks or processing the general results in index letters. It is used for the processing of documents that need to be printed in magnetic letters and printed on them, and the results of the documents are displayed in index letters, confirmation stamps and magnetic letters, and they are applied to perform classification work. After reading the image, the index character, the confirmation stamp, and the magnetic character of the processing result are displayed on the document, and the pockets 290 enter the documents to be input according to the classification criteria from the control computer 100 for the document. It is stored separately.

At this time, the document processing apparatus 200 is the main controller 220, the image acquisition and communication unit 230, the front image sensor unit 240a, the rear image sensor unit 240b and the pocket unit In addition to the 290, as an essential dedicated module, an additional endorsing unit 260, a rotary stamping unit 270, and an encoder unit 280 are further included in order, and the main control unit 220 includes the image acquisition and communication unit ( 230 is connected to the control computer 100 by SCSI or USB.

Looking at the operation, the operation of the module other than the endorsement unit 260, the rotary stamp unit 270 and the encoder unit 280 which are sequentially inserted is the same as the operation in the first application, except in the above-described first application After the step S60, the control computer 100 transmits various processing results according to the determination of the image data, and the main control unit 220 receives this, and the endorsement unit 260 and the rotary stamp unit 270 which are dedicated modules for the corresponding purpose. Transmits the processing result for each module to the encoder 280 and the encoder 280, respectively, and endorses various processing results as index letters in the document sent by the corresponding endorsing unit 260, the rotary stamping unit 270, and the encoder unit 280. In addition, the marking step for each module of various processing results, which are recorded as a confirmation stamp and printed with magnetic characters, is additionally performed. It is able to.

8 is a diagram showing a module setting state in the case where the book processing system to which the present invention is applied is applied to the sixth application.

Referring to Figure 8, the module setting state is to be classified by endorsement of the results of the processing of personal checks and bills at the financial institutions to be recovered or the processing of personal check bills and priesthood checks issuing, or the processing results as index letters in the general industry. It is used for the processing of a book, etc. First, the image of the book is read, and then the magnetic characters printed on the book are recognized, the index character for the processing result is assigned to the book, and the control computer for the book image is read. The slips that are added according to the classification criteria from the 100 are separately stored in the pocket 290.

At this time, the document processing apparatus 200 is the main controller 220, the image acquisition and communication unit 230, the front image sensor unit 240a, the rear image sensor unit 240b and the pocket unit In addition to the 290, as an essential dedicated module, the magnetic character recognition unit 250 and the endorsement unit 260 are further included, and the main control unit 220 is connected to the SCSI through the image acquisition and communication unit 230 or It is connected to the control computer 100 by a USB method.

Looking at the operation, the operation of the module other than the magnetic character recognition unit 250 and the endorsement unit 260 is the same as the operation in the first use, except that the main control unit 220 after the step S40 in the first use described above. ) Transmits a magnetic character recognition command to the magnetic character recognition unit 250, which is a module for a specific purpose, so that the magnetic character recognition unit 250 recognizes a predetermined magnetic character printed on the sent form, and the control computer The magnetic character recognition step of transmitting to the 100 is further performed, and after the control computer 100 transmits the processing result according to the determination on the image data and the magnetic character after the step S60, the corresponding main controller 220 Receives this information and transmits the processing result print information to the endorsement unit 260, which is a dedicated module for the purpose, so that the corresponding endorsement unit 260 indexes and outputs the processing result as a character in the sent form. As the index character endorsement step of the processing result is additionally performed, not only the image but also the magnetic characters are added to the judgment criteria for the classification of the control computer 100 of the corresponding control computer. You can do it.

9 is a diagram showing a module setting state in the case where the book processing system to which the present invention is applied is applied to the seventh application.

Referring to Figure 9, the module setting state is a document that must be recorded as a stamp for the processing of personal checks and bills at the financial institutions to be recovered or the processing of issuing personal check bills and priesthood checks or the processing results in the general industry. This is applied to the processing of the business, it is applied to record the processing result of the document as a confirmation stamp and to perform the sorting work. First, after reading the image of the document and stamping the confirmation of the processing result in the document Records are stored in the pocket portion 290 according to the classification criteria from the control computer 100 for the record image.

At this time, the document processing apparatus 200 is the main controller 220, the image acquisition and communication unit 230, the front image sensor unit 240a, the rear image sensor unit 240b and the pocket unit In addition to the 290, as an essential dedicated module, the rotary stamp unit 270 is additionally included, and the main controller 220 is controlled by the SCSI or USB method through the image acquisition and communication unit 230. ) Will be connected.

Looking at the operation, the operation of the module other than the rotation stamp unit 270 to be inserted is the same as the operation in the first use, except that the control computer 100 determines the image data after step S60 in the first use. When the processing result according to the main control unit 220 receives it and transmits a predetermined processing result to the rotary stamp unit 270, which is a dedicated module for the intended use, the rotary stamp unit 270 is sent to the bill The stamp recording step of the processing result, which records the processing result as a confirmation stamp, is additionally performed, so that the processing result can be recorded as a stamp on the sheets of the corresponding purpose.

10 is a diagram showing a module setting state in the case where the book processing system to which the present invention is applied is applied to the eighth application.

Referring to FIG. 10, the module setting state may be obtained by endorsement of the results of the processing of personal checks and bills at a financial institution or processing of issuing personal check bills and priesthood checks, or in the general industry by index letters and magnetic letters. This application is applied to the processing of the documents to be classified. First, after reading the images of the documents, the magnetic characters printed on the documents are recognized, and the index characters and the magnetic characters of the processing results are displayed on the documents. Books that are input according to the classification criteria from the control computer 100 for the book images are separately stored in the pocket portion 290.

At this time, the document processing apparatus 200 is the main controller 220, the image acquisition and communication unit 230, the front image sensor unit 240a, the rear image sensor unit 240b and the pocket unit In addition to 290, the magnetic character recognition unit 250, the endorsement unit 260 and the encoder unit 280 are further included as an essential dedicated module, and the main control unit 220 includes the image acquisition and communication unit ( 230 is connected to the control computer 100 by SCSI or USB.

Looking at the operation, the operation of the module other than the magnetic character recognition unit 250, the endorsement unit 260 and the encoder unit 280 is the same as the operation in the first use, but after the step S40 in the first use The main control unit 220 transmits a magnetic character recognition command to the magnetic character recognition unit 250, which is a module for a specific purpose, to recognize the predetermined magnetic characters printed on the sent form by the magnetic character recognition unit 250. And the magnetic character recognition step of transmitting this to the control computer 100 is further proceeded, and after the control computer 100 transmits the processing result according to the determination on the image data and the magnetic character after step S60 The main control unit 220 receives this and transmits the processing result for each predetermined module to the endorsement unit 260 and the encoder unit 280, which are dedicated modules for the corresponding purpose, to the corresponding endorsement unit 260 and the encoder unit 280. The module-specific display step of various processing results, which endorses various processing results as index letters and prints them as self-characters, is performed to display the processing results as index letters and magnetic letters, respectively, in the documents for the purpose. It becomes possible.

That is, as shown in the above-mentioned applications, the book processing system of the present invention can be classified and loaded according to the image data in processing various standards and types of books handled by various receiving institutions, collection agencies, test institutions, ticketing agencies, and the like. It is possible to insert and optimize the modules required for each purpose in various basic module configurations or to integrate all modules and recognize only the internal modules optimized for each application control command received according to the purpose. By optimizing, it is possible to maximize the efficiency of the work by the various book processing tasks.

The present invention described above is capable of various substitutions, modifications, and changes without departing from the spirit of the present invention for those skilled in the art to which the present invention pertains. It is not limited to drawing.

As described above, the book processing system and the book processing method shown in the present invention read all the front and back images in the recognition of the document image, and accordingly perform the judgment on the required surface among the front and rear image data by itself. The user does not need to separately perform the front and rear side sorting work separately, and can eliminate unnecessary errors that occur during random document input, thereby increasing the speed and work efficiency of the document processing task.

In addition, the front and rear image sensors for recognizing the front and back image of the conveyed documents are installed adjacent to the document input part side rather than the pocket part side of the board, unlike the prior art, sufficient document transfer between the front and rear image sensor part and the pocket part. The distance can be secured, and accordingly, the document processing apparatus can guarantee sufficient time for transmitting image data to the control computer and receiving a load signal according to the image determination from the control computer. Excellent document feedrates can be set for the system.

In addition, in processing various specifications and types of documents handled by various receiving institutions, collection agencies, test institutes, and counting institutions, the modules required for each purpose are classified into various types of basic modules. By optimizing the system by inserting and optimizing or integrating all modules, and optimizing the system by recognizing only the internal modules optimized according to the intended use, it is possible to maximize the efficiency of work by various workbook processing tasks.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a diagram showing a book processing apparatus of a book processing system to which the present invention is applied.

Fig. 2 is a block diagram showing an entire book processing system to which the present invention is applied.

Fig. 3 is a diagram showing a module setting state for a case in which a book processing system to which the present invention is applied is applied to a first use.

4 is a diagram showing a module setting state for the case where the book processing system to which the present invention is applied is applied to a second use.

Fig. 5 is a diagram showing a module setting state for the case where the book processing system to which the present invention is applied is applied to a third use.

Fig. 6 is a diagram showing a module setting state in the case where the book processing system to which the present invention is applied is applied to a fourth use.

Fig. 7 is a diagram showing a module setting state for the case where the book processing system to which the present invention is applied is applied to the fifth use.

Fig. 8 is a diagram showing a module setting state for the case where the book processing system to which the present invention is applied is applied to a sixth use.

Fig. 9 is a diagram showing a module setting state for the case where the book processing system to which the present invention is applied is applied to the seventh use.

Fig. 10 is a diagram showing a module setting state for the case where the book processing system to which the present invention is applied is applied to an eighth use.

<Explanation of symbols for the main parts of the drawings>

100: control computer 200: bill processing device

210: inserting the sheet 211: guide

220: main control unit 221: status display unit

222 LCD window 230 Image acquisition and communication unit

240a: front image sensor section 240b: rear image sensor section

250: magnetic character recognition unit 260: endorsement

270: rotary stamp portion 280: encoder portion

290: pocket part

Claims (10)

In the book processing system for classifying the various books according to a predetermined classification criteria, A book input unit into which a book is inserted; A front and rear image sensor unit installed adjacent to the journal inserting unit and separately reading front and rear images of the journal transferred from the first stage of the guide and digitalizing the data; An image acquisition and communication unit that receives the front and rear image data of the document from the front and rear image sensor units and stores the front and rear image data in a buffer and transmits the image to the outside when a predetermined amount or more is stored; Receives the front and rear image data transmitted from the image acquisition and communication unit, selects at least one or more image data of the required surface among the front and rear image data by comparing with the sample image, and reads the selected image data to meet the predetermined document classification criteria. A control computer for generating a pocket loading control signal accordingly; A main control unit which controls the operation of each unit and receives a load control signal from the control computer and transmits it to the pocket unit; And A pocket part which is installed at the end of the guide and separately accommodates the journal in any one of the inner pockets according to the loading control signal transmitted from the main control part; The bill processing system comprising a. The method of claim 1, And a magnetic character recognition unit recognizing a magnetic character of the MICR method in the journal conveyed along the guide, wherein the magnetic character is added as a criterion for classification of the journal. The method according to claim 1 or 2, An endorsement unit which receives the document processing result information from the control computer through the main control unit and indexes and outputs the processing result as a character on the document conveyed along the guide; A rotary stamp unit which receives the document processing result information from the control computer through the main control unit and records the processing result as a stamp on the document conveyed along the guide; An encoder unit for receiving the journal processing result information from the control computer through a main control unit and recording the processing result as magnetic characters in the journal delivered along the guide; Claims processing system further comprises at least one of. In the book processing method for classifying the various books according to a predetermined classification criteria, Determining, by the control computer, receiving a usage control command from a user, a corresponding usage control command among the first usage control command and the second usage control command (S1); As a result of the determination in step S1, when the received usage control command is the first usage command for optimizing the simple document classification operation through the journal image, Recognizing the connection status of the image acquisition and communication unit, the front image sensor unit, the rear image sensor unit, and the pocket unit, which are necessary modules, by receiving the corresponding usage command through the control computer, checking the abnormality and waiting for operation ( S20); The document processing apparatus transfers the sheets loaded in the document input unit along the guide sheet by sheet, and applies an image signal to the front and rear image sensor units, respectively, to display images of the front and rear images of the document through the corresponding front and rear image sensor units. Reading and digitizing and collecting in a buffer (S30); Transmitting, by the document processing apparatus, the front and back image data of the document stored in the buffer to the control computer (S40); Selecting, by the control computer, at least one or more necessary image data among the front and rear image data transmitted by comparing the front image data and the rear image data with the sample image data; Reading, by the control computer, the image data of the selected document according to the input processing condition (S60); And when the control computer transmits the document loading command to the main control unit according to the predetermined classification condition, the document processing apparatus classifies and loads the document into one of the pockets of the pocket according to the received document loading command (S70). Doing, As a result of the determination in step S1, when the received use control command is a second use control command for optimizing the work classification according to the video of the payee and the magnetic characters, Including the steps S20, S30, S40, S50, S60, and S70, and after the step S40, a predetermined magnetic printed on the document to be conveyed by the document processing apparatus further recognized by the magnetic character recognition unit that is a dedicated module for the purpose And a character recognition step of adding a character to the judgment criteria for the classification of the statement by reading the character and transmitting the same to the control computer. The method of claim 4, wherein The step S1 is a step of determining any one of the first use control command to the third use control command, As a result of the determination in step S1, when the received usage control command is a third usage control command for document classification through the image of the journal and optimization of endorsement of the processing result, Including the steps S20, S30, S40, S50, S60, and S70, after the step S60, the document processing device that further recognizes the endorsement unit that is a dedicated module for the purpose receives the processing result from the control computer and An index character endorsement step of indexing the result of processing the character into the document conveyed through the western document processing step; characterized in that it further comprises. The method of claim 5, The step S1 is a step of determining any one of the first use control command to the fourth use control command, In the case where the determination result of step S1 indicates that the received usage control command is the fourth usage control command relating to the classification of the publication through the image of the journal and the optimization of the magnetic character print job of the processing result, Including the steps S20, S30, S40, S50, S60, and S70, after the step S60, the document processing apparatus further recognizes the encoder unit which is a dedicated module for the purpose, receives the processing result from the control computer and the encoder unit And a magnetic character printing step of the processing result of printing the processing result as magnetic characters on the journal conveyed through the journal processing method. The method of claim 6, The step S1 is a step of determining any one of the first use control command to the fifth use control command, As a result of the determination in step S1, if the received usage control command is a fourth usage control command optimized for a job of classifying a document through an image of the journal and simultaneously performing index writing and stamp recording and magnetic character printing of the processing result. , Including the steps S20, S30, S40, S50, S60 and S70, and after the step S60, the document processing apparatus further recognizes the endorsement unit, the rotary stamp unit and the encoder unit that is a dedicated module for the purpose from the control computer And receiving the processing result and displaying the processing result by index character, confirmation stamp, and magnetic character on the document conveyed through the endorsement, the rotary stamping part, and the encoder part. Journal processing method to be done. The method of claim 7, wherein The step S1 is a step of determining any one of the first use control command to the sixth use control command, As a result of the determination in step S1, if the received usage control command is the sixth usage control command optimized for the task of performing the classification of the coupon through the image of the journal and the magnetic characters and the index character endorsement of the processing result, Including the steps S20, S30, S40, S50, S60 and S70, and after the step S40, the book processing apparatus further recognizes the magnetic character recognition unit and the endorsement module that is a dedicated module for the purpose is transferred to A magnetic character recognition step of adding the magnetic characters to the criterion for classification of the journal by reading the printed magnetic characters and transmitting them to the control computer; and An index character endorsement step of receiving the result of processing from the control computer and indexing the result of the processing into characters in the document conveyed through the endorsement section; and a journal processing method further comprising: . The method of claim 8, The step S1 is a step of determining any one of the first use control command to the seventh use control command, As a result of the determination in step S1, when the received use control command is the seventh use control command optimized for the job of performing the classification of the document through the image of the document and the stamp recording of the processing result, Including the steps S20, S30, S40, S50, S60, and S70, after the step S60, the document processing device that further recognizes the rotary stamp unit that is a dedicated module for the purpose receives the processing result from the control computer and rotates And a stamp recording step of the processing result of recording the processing result as a stamp on the document conveyed through the stamp unit. The method of claim 9, The step S1 is a step of determining any one of the first use control command to the eighth use control command, As a result of the determination in step S1, when the received usage control command is an eighth usage control command optimized for a job of performing classification of the coupon through the image of the journal and the magnetic character, and simultaneously performing index character endorsement and magnetic character printing of the processing result. , Including the steps S20, S30, S40, S50, S60 and S70, and after the step S40, the document processing apparatus further recognizes the magnetic character recognition unit, endorsement and encoder unit that is a dedicated module for the purpose is transferred. A magnetic character recognition step of adding a magnetic character to a judgment criterion for classification of the journal by reading a predetermined magnetic character printed on the journal and transmitting the same to the control computer; and And a module-specific display step of receiving the processing result from the control processing computer and displaying the processing result in index documents and magnetic characters in the pay sheets transferred through the endorsement unit and the encoder unit. Journal processing method to be done.