TW201911157A - A system and method for identifying a form and establishing a dynamic form automatically - Google Patents

Abstract

A system and method for identifying a form and establishing a dynamic form automatically, comprising: a recognition module identifies the texts and layouts of the form through optical character recognition; an edit module corrects columns, texts or layouts; a classification module determines the properties of the contents of the form; a characteristic database stores characteristic words on the form and their associated words; the edit module compares with the characteristic words of the characteristic database and corrects the columns, texts or layouts according to the characteristic words automatically; the classification module determines the properties of the contents of the form by comparing with the characteristic words of the characteristic database.

Description

 System and method for automatically identifying forms and establishing dynamic forms  

The present invention relates to a system for identifying and creating a form and a method thereof, and more particularly to a system and method for automatically identifying a form and creating a dynamic form.

In today's industrial and commercial society where transportation is developed and information is frequent, many written documents from companies, governments or individuals may be received every day. How to process large and fast written documents quickly and efficiently is also an important topic of office automation. One.

Many files will be presented in a tabular format in order to unify the format or allow the user to understand the content. The files presented in tabular form are usually more difficult to identify than the plain text files, because the form files usually contain Forms and texts, in the form of the form, often change a variety of different fields and grid lines as the user needs.

Most of the traditional written documents are converted into electronic files by means of scanners. The written data is converted into electronic digital image format of the image file. Because it is a graphic file, the computer usually only treats it as a picture, but it cannot be exact. After obtaining the written content, it is not possible to analyze the written document directly through the computer. It is also necessary to manually interpret and analyze the written document before filing it. When it is necessary to inquire about this document, it is necessary to clearly remember the contents of the document and The location of the folder causes inconvenience in filing and querying the document.

Due to the ever-changing variety of forms, most of them will be classified in order to facilitate future search. However, most of them use human resources to interpret the information on the form and then classify them. The amount of documents in the form may be very large after a long period of time. Accurate, it will be very inconvenient to find files in the future, and the file may not be found at all times.

In addition, the existing technology of converting a written form into a dynamic form often requires manual filling of the field to be processed (ie, the project name) and the content in the field (ie, numerical value or recorded information, etc.). Previously known techniques, written documents of various processes, and the manual establishment of digital database, will cost the company a very large operation cost, and the variety of written documents is also dazzling, as small as easy to take notes. As far as the research report is concerned, it is necessary to first sort the data and examine it one by one. The procedures are very complicated and time-consuming and labor-intensive.

At present, most of the publicly available text recognition products focus on correctly identifying text, font, text size, text layout position, recognition speed or correct rate; if there is a text list, it is to identify the field, table layout, The contents of the field are placed in the correct form, and then most of them are stored in Microsoft Office Word or Excel file format. However, these file formats are not file formats used by electronic databases, making it impossible to directly use various database management systems. Management is performed, so it is not possible to directly call the data in the field for database operation, and the program generates a new layout form. Previously, the prior art techniques were often manual, or the Word or Excel file files after optical character recognition (OCR) were processed according to a case-writing program, and then the form file was saved into an electronic database. Type.

Compared with the prior art, the system and method for automatically identifying a form and establishing a dynamic form according to the present invention can automatically identify the content of the written form without requiring manual identification of the written form, and according to the user. The need to create customized dynamic forms that allow users to interpret, analyze, classify and use customized dynamic forms that are automatically generated by the program, thus simplifying the work process and saving a lot of work time compared to the prior art. The effect with manpower.

In view of the above disadvantages of the prior art, the main object of the present invention is to provide a system for automatically identifying a form and creating a dynamic form, comprising: an identification module coupled to a processor and optical character recognition (Optical Character Recognition) , OCR) technology to identify the text and layout of the form; a programming module coupled to the processor, modifying the field, text or layout format; a classification module coupled to the processor to determine the properties of the form content; A feature database is coupled to a storage device, the storage device is coupled to the processor, the feature database stores feature words and associated words on the form, and a system database coupled to the storage device The classification module stores the content of the form in the attribute specified by the system database; wherein the programming module automatically corrects the field, text or layout format according to the feature word of the feature database; wherein the classification automatically corrects the field, text or layout format; The module determines the attributes of the form content by comparing the feature words of the feature database. If the content of the form recognized by the identification module is a digital format, the text and the layout may be directly recorded, and if the analog image is used for the graphic recognition, the form content obtained by the programming module may be directly output if it is a digital format. If it is an analog screen, the field content is automatically corrected, and the appropriate layout is automatically selected and output.

For the above purposes, the system for automatically identifying a form and establishing a dynamic form further includes: a verification database module coupled to the processor, checking and correcting the system database, and feeding back the correction information to the feature data. And a dynamic form module coupled to the processor to generate a new form of the specified field through the system database according to requirements. Since the written form data (including: field position, ruled line or character, etc.) obtained through the system for automatically identifying the form and creating the dynamic form has been digitally stored in the database, the program or the user can arbitrarily select the desired The field arranges the field layout according to the user's needs, and can generate a dynamic form of the new layout in real time through the cloud computing.

For the above purpose, the identification module determines the position and range of the field by circle the scope or content of the form; wherein the feature database includes at least one hierarchical classification, the hierarchical classification includes at least one subclass . The circle selection method includes, but is not limited to, using a mouse, a keyboard, or a touch; different levels of the classification can be separately stored in different hosts.

For the above purposes, the orchestration module pre-defines the feature words, and the definition manner includes pre-defining common words or table templates, a plurality of words on the circled form as a set of feature words or pre-defined no characters at the no-field Or a blank field; when the feature database updates the subclass, it will be updated one level at a time. After the update is completed, the updated content is compared with the historical data, and the related words are created and stored. If there are new related words, the related words are updated layer by layer for each sub-category of the hierarchical classification. Information content.

For the above purpose, the verification database module checks the correctness of the identification module, the programming module or the classification module, and feeds the correction information to the feature database; wherein the feature database supplements the The field content of the associated term is added to the system repository. When the verification database module checks and corrects the correctness of the identification module, the programming module or the classification module, it can simultaneously check, check, batch check or time check, but is not limited thereto.

Another object of the present invention is to provide a method for automatically identifying a form and creating a dynamic form, comprising: identifying a text and a layout of a form through optical character recognition (OCR) technology; and comparing characteristic words of a feature database Automatically correct the field, text or layout format according to the feature words; determine the attribute of the form content than the feature words of the feature database; and store the form content in the attribute specified by the system database.

For the above other purposes, the method for automatically identifying a form and creating a dynamic form further includes: checking and modifying the system database, and feeding back the correction information to the feature database; and generating the designation according to requirements through the system database. A new form for the field. In principle, the steps of automatically identifying the form and establishing the dynamic form are in the order described above, but are not limited thereto, and may be performed simultaneously, repeatedly, or exchanged in any step, etc., without departing from the spirit of the present invention. Make the necessary changes.

For the above other purposes, the step of recognizing the text and layout of the form by optical character recognition (OCR) technology includes: calibrating the position of the field by circle the range or content of the form With scope. In addition to directly recognizing the text and layout of the form through Optical Character Recognition (OCR) technology, the user can directly circle the scope or content of the form.

For the above other purposes, the step of automatically correcting the field, text or layout format according to the characteristic words of the feature database of the feature database includes: predefining the feature words, and the definition manner includes pre-defining common words or tables. Several words on the template and circled form are a set of feature words or pre-defined no text is no field or blank field. Therefore, the feature word can not only be derived from the original feature word of the feature database, but also can be predefined by the user, so that the generated new form can more accurately meet the user's needs.

For the other purpose of the above, the step of checking and correcting the system database and feeding back the correction information to the feature database comprises: first checking the text and layout of the modified identification form, automatically correcting according to the feature words, and determining the form content. The correctness of the attribute and the correction information is fed back to the feature database. The correction information of the system of the automatic identification form and the dynamic form is fed back to the feature database, and the information of the feature database can be continuously accumulated, including: characteristic words or related words, so the system for automatically identifying the form and establishing the dynamic form Automate learning and build a more complete database.

After the words and layouts on the form are identified, arranged and classified, they can be stored in the system database, and the specified form content is automatically and dynamically created according to the contents of the system database. Therefore, the form is recognized and the dynamic form is created through the automated form. The system can save a lot of labor and manual processing costs.

100‧‧‧ Identification Module

200‧‧‧Arranged modules

300‧‧‧Classification module

400‧‧‧Verification database module

500‧‧‧Dynamic form module

600‧‧‧Characteristic Database

620‧‧‧ hierarchical classification

640‧‧‧Subclass

700‧‧‧System Database

760‧‧‧ processor

770‧‧‧Storage device

810‧‧‧Steps

812‧‧‧ steps

820‧‧‧Steps

822‧‧‧Steps

830‧‧ steps

840‧‧‧Steps

850 ‧ ‧ steps

852‧‧‧Steps

860‧‧‧Steps

The first figure shows a system architecture diagram of an automated identification form and a dynamic form of an embodiment of the present invention.

The second figure shows the structure of the feature database of the embodiment of the present invention.

The third figure shows a flow chart of the embodiment of the present invention.

The above aspects and the advantages of the present invention will be more readily understood from the following detailed description of the appended claims.

The invention will be described in detail in the preferred embodiments and aspects. The following description provides specific details of the implementation of the invention and is intended to provide a thorough understanding of the embodiments. Those skilled in the art will appreciate that the present invention may be practiced without these details. In addition, some well-known structures or functions may be described or described in detail to avoid obscuring the description of the various embodiments. The terms used in the following description will be interpreted in the broadest sense, even if A detailed description of a particular embodiment of the invention is used together.

Referring to the first figure, the figure shows a system architecture diagram of an automated identification form and a dynamic form in an embodiment of the present invention. According to an embodiment of the present invention, a main object of the present invention is to provide a system for automatically identifying a form and creating a dynamic form, comprising: an identification module 100 coupled to a processor 760 for optical character recognition (Optical Character) The recognition module (OCR) is configured to identify the text and the layout of the form; a programming module 200 is coupled to the processor 760 to modify the field, the text or the layout format; and a classification module 300 coupled to the processor 760 to determine Attributes of the form content; a feature database 600 coupled to a storage device 770, the storage device 770 is coupled to the processor 760, the feature database 600 stores feature words on the form and their associated words; The system database 700 is coupled to the storage device 770, and the classification module 300 stores the form content in the attribute specified by the system database 700; wherein the arrangement module 200 compares the feature words of the feature database 600, The field, text or layout format is automatically corrected based on the feature words; wherein the classification module 300 determines the attributes of the form content by comparing the feature words of the feature database 600.

The system for automatically identifying forms and establishing dynamic forms can be operated by different electronic computing devices or cloud devices, and can also be executed by the same electronic computing device or cloud device, and further, by electronic computing devices or cloud devices of different operating systems. In order to complete the present invention, the operating system includes IOS, Windows, Android, etc., but not limited thereto. Similarly, the processor 760 and the storage device 770 may be included in different electronic computing devices or cloud devices, and may also include In the same electronic computing device or cloud device, because each module or each database described in the present invention can be separately installed on different hardware devices and then connected to the automatic identification form of the invention and establish a dynamic form system, The "coupling" may be directly coupled or indirectly coupled. The storage device 770 includes a hard disk, a flash drive, a cloud hard disk, etc., but is not limited thereto. The automatic identification form and dynamics are described below. The system of the form is described by operating with the same electronic computing device, and those of ordinary skill in the art will understand It can be widely used in many electronic computing devices or cloud devices. The electronic computing device described herein includes a desktop computer, a notebook computer, a smart communication electronic device or a tablet computer, but is not limited thereto. The cloud device includes a cloud computer, a cloud database, etc., but is not limited thereto.

Referring to the first figure, the figure shows a system architecture diagram of an automated identification form and a dynamic form in an embodiment of the present invention. According to a preferred embodiment of the present invention, the system for automatically identifying a form and creating a dynamic form includes: an identification module 100 coupled to a processor 760 and identified by optical character recognition (OCR) technology. a text and a layout of the form; a programming module 200 coupled to the processor 760 to modify the field, text or layout format; a classification module 300 coupled to the processor 760 to determine the attributes of the form content; The verification database module 400 is coupled to the processor 760, and the correction of the system database 700 is performed, and the correction information is fed back to the feature database 600. A dynamic form module 500 is coupled to the processor 760. A new form of the specified field is generated through the system database 700. A feature database 600 is coupled to a storage device 770. The storage device 770 is coupled to the processor 760. The feature database 600 stores the form. a feature word and its associated term; and a system database 700 coupled to the storage device 770, the classifying module 300 storing the form content in an attribute specified by the system database 700; The identification module 100 calibrates the position and range of the field by circle the range or content of the form; wherein the arrangement module 200 automatically corrects the field according to the characteristic words of the feature database 600, a text or layout format; wherein the orchestration module 200 pre-defines the feature words, and the definition manner includes pre-defining common words or table templates, a plurality of words on the circled form as a set of feature words, or pre-defined no characters at the no-field Or a blank field; wherein the classification module 300 determines the attribute of the form content by comparing the feature words of the feature database 600; wherein the verification database module 400 checks and corrects the identification module 100, the programming module 200 or The correctness of the classification module 300 is fed back to the feature database 600; wherein the feature database 600 includes at least one hierarchical classification 620, the hierarchical classification 620 includes at least one subclass 640; wherein the feature database 600 When the subclass 640 is updated, it is updated one by one to the previous level; wherein the feature database 600 supplements the field content of the associated term to the department. Database 700.

If the content of the form recognized by the identification module 100 is a digital format, the text and the layout may be directly recorded. If the analog image is used, the original written form needs to be retrieved, and the analog image is transferred into a digital image, and then the graphic recognition is performed. The original written form can be accessed through many different devices or technologies, such as cell phones, cameras, video recorders, scanners, and the like. In addition, the identification module 100 can directly apply the output directly to the feature database 600 whether there is a similar existing layout. If there is no suitable layout, then select the area or field in the form that requires text recognition, and the optical word. The Optical Character Recognition (OCR) technology is recognized as a digital text and output to the programming module 200. In addition to directly recognizing the text and layout of the form through optical character recognition (OCR) technology, the user also The range or content of the form can be directly circled, and the identification module 100 circled the range or content of the form, and the circle selection method includes using a mouse, a keyboard or a touch, etc., but is not limited thereto.

The programming module 200 obtains the form content from the identification module 100 (including: the number of fields, the size, the key name of the field, the description content of the field, etc.), and if it is a digital format, it is directly output, if it is an analog screen Then, the feature words of the feature database 600 are automatically corrected according to the feature words, for example, the fields are merged or divided, and the characters recognized by the optical character recognition (OCR) technology are corrected. But it is not limited to this. The orchestration module 200 can also automatically select and output the appropriate layout, and finally record the relevance of the layout format of the form to the content of the form.

Because of the diversification of the form format or content, the orchestration module 200 can first find the feature words from the original form, and the feature words can be defined as a field according to the need, and can be identified according to the original form image. The layout of each field layout, the definition includes: First, pre-defined common words or form templates, for users to choose freely. Second, according to the original form of the image file, through the mouse, keyboard or touch, etc., circle several words on the form as a set of feature words. Third, the pre-defined no text is no field or blank field, such as: the blank space between the defined fields is a blank field.

The classification module 300 compares the text content of the field in the form with the feature words or related words stored in the feature database 600, so as to determine various attributes of the form content, for example, determining the fields in the field. The text should be recorded in the system database 700 in the field name (such as: school) or field content (such as: Taiwan University), etc., in addition, in the association of the feature database 600, can be automatically associated Information not available in the original form, for example, "School/Taiwan University" can be associated with the school address, English name and other relevant information, and then automatically stored in the properties specified by the system database 700 according to the attributes of all fields. The system also adds a relevance field according to the experience of its field according to the form that has been processed, and records the related words of the related field in the feature database 600.

The verification database module 400 checks the correctness of the identification module 100, the programming module 200, the classification module 300, or the system database 700, and corrects the information (eg, layout format, correction data, Feature words, etc.) are fed back to the feature database 600. The verification database module 400 can check whether the correctness of the identification module 100, the orchestration module 200, the classification module 300, or the system database 700 can be simultaneously checked, individually checked, batch checked, or periodically checked. But it is not limited to this.

Referring to the second drawing, the figure shows a structural diagram of a feature database 600 of an embodiment of the present invention. In the feature database 600, the subclass 640 (eg, the first subclass 640 and the second subclass 640) of different categories may be specified to be stored in any electronic computing device or cloud device, and the subclass of the same category. 640 (eg, the first subclass 640, the 1-1 subclass 640, and the 1-2 subclass 640) may be stored in the same electronic computing device or cloud device, and when the feature database 600 is used, Words, only need to access the corresponding electronic computing device or cloud device, thereby improving the overall performance of the system for automatically identifying the form and establishing a dynamic form. In addition, when updating the sub-class 640, the bottom sub-class will be The 640 is updated one by one to the upper layer, for example, after updating the 1-1th subclass 640 and then updating the first subclass 640, and until the feature database 600 is completely updated. After the feature database 600 is completely updated, the updated content is compared with the historical data, and the related words are created and stored. If there is a new associated word, the sub-class 640 of each of the hierarchical classifications 620 The content of the related words is updated layer by layer, and the feature database 600 can also store the recognized and consistent related field contents (eg, the Chinese and English names of the organization, the representative, the address, the contact number, etc.), when comparing The feature database 600 can automatically replenish the content of the field (such as the Chinese and English name, representative, address, contact number, etc.) of the original written form to the attribute specified by the system database 700, thereby using the mode, The system for automatically identifying the form and establishing the dynamic form can accumulate the feature words or related words of the feature database 600 after completing a process, and achieve the effect of automatic learning and identification of the form file, and the ability of the automatic learning identification has the following three Features: 1. Forms or documents with a lot of duplicate texts. You don't need to identify all the duplicated texts one by one. Note the identification of key words or fields to save processing time for text or field identification, thereby improving performance. Second, because the source of the file in the form file is different (such as: scanner, digital camera, etc.), the resolution, shooting angle, color difference, etc. of the image file are inconsistent, and poor image quality will affect the correct rate of text recognition, but comparable The key text or graphic mark of the historical data assists in judging the text, thereby increasing the correct rate of text recognition. Third, by the above two characteristics, when stored in the system database 700, it can be stored in the correct field attributes, to achieve the function of automatic learning to determine the field attributes.

After the words and layouts on the form are identified, arranged, and classified, they are digitized and stored in the system database 700, wherein the dynamic form module 500 automatically establishes the designation automatically according to the contents of the system database 700. The content of the form, so the program or the user can arbitrarily select the required fields, arrange the field layout according to the user's needs, and instantly generate a dynamic form of the new layout through the electronic computing device or the cloud device, so the identification form is automatically transmitted through the present And the system of creating dynamic forms can save a lot of cost of manual document processing.

Referring to the third figure, the figure shows a flow chart of an embodiment of the present invention. In accordance with another embodiment of the present invention, a method of automatically identifying a form and creating a dynamic form is provided, and the process described herein provides examples of different steps. Although specific sequences and sequences are disclosed, the order of the steps of the process can be changed unless otherwise specified. Therefore, the described process is merely exemplary, and the process may be performed by different sequential steps, and even some steps may be concurrent. In addition, not every implementation includes the same steps, and thus the embodiments described herein may omit one or more steps. The invention also includes other steps. The following description mainly relies on the system of automatically identifying forms and creating dynamic forms to operate the following steps, if necessary, with other conventional steps and components to perform, the system for automatically identifying forms and establishing dynamic forms is not limited to the same electronic The computing device implementation steps may be configured according to actual needs to implement different steps of the electronic computing device.

Step 810: Circle the range or content of the form to calibrate the position and extent of the field. The identification module 100 can identify the content of the form by optical character recognition technology in a circled manner, and thereby calibrate the position and range of the field.

Step 812: Identify the text and layout of the form by optical character recognition technology. In addition to the method of circle selection as in step 810, the system for automatically identifying forms and creating dynamic forms can also directly recognize the text and layout of the form through optical character recognition technology.

Step 820: Pre-defining the feature words, the definition manners include pre-defining common words or table templates, and the number of single words on the circled form is a set of feature words or pre-defined no text is no field or blank field. In order to correct the form text or layout recognized by the identification module 100, the user can pre-define feature words in order to obtain a form format that more closely matches the user's needs.

Step 822: Align the feature words of a feature database 600, and automatically correct the field, text or layout format according to the feature words. In addition to the manner in which the predefined feature words are employed as in step 820, the system for automatically identifying forms and creating dynamic forms can also automatically compare the feature words of the feature database 600 and modify the field, text, or layout format based on the feature words.

Step 830: Determine the attributes of the form content than the feature words of the feature database 600. The classification module 300 compares the feature words of the feature database 600, thereby determining the attributes of the form content such as the field name or the field content.

Step 840: The form content is stored in the attribute specified by the system repository 700. The classification module 300 determines the attributes of the form content and stores them in the attributes specified by the system database 700.

Step 850: Check the text and layout of the correction identification form, automatically correct according to the feature words, determine the correctness of the form content attribute, and feed back the correction information to the feature database 600. The verification database module 400 checks and corrects the correctness of the identification module 100, the layout module 200, and the classification module 300.

Step 852: Check and correct the system database 700, and feed the correction information to the feature database 600. The verification database module 400 can check and correct the system database 700 in addition to the step 850 to check and correct the system module 700, and the corrected information is fed back to the feature database 600, and the feature data can be continuously accumulated. The information of the library 600 includes: characteristic words or related words, so the system can automatically learn and establish a more complete database.

Step 860: Generate a new form of the specified field through the system repository 700 as needed. After the steps of identifying, arranging, classifying, and verifying, the form data of the system database 700 and the feature database 600 are continuously updated and more complete, so that the user can establish the belong to the dynamic form module 500 at any time. Your own customized form.

The above description is intended to be illustrative of specific details of the invention. Those skilled in the art of the invention will be able to practice the invention without some specific details. In other embodiments, conventional structures and devices are not shown in the block diagram. Intermediate structures may be included between the schematic elements. The elements described may contain additional inputs and outputs, which are not depicted in detail in the drawings.

The present invention encompasses various processing programs that are executed by hard disk components or embedded in computer readable instructions that form a general or special purpose processor 760 or logic circuit with programming instructions to perform In addition to the program, the program must also be executed by a combination of hardware and software.

The method is described in a basic form, and any method or message may be added or deleted from the program without departing from the scope of the invention, and those skilled in the art should be able to further improve or modify the invention. It is intended to illustrate and not to limit the invention.

If a component "A" is coupled (or coupled) to component "B", component A may be directly coupled (or coupled) to B, or indirectly coupled (or coupled) to B via component C. If the specification states that a component, feature, structure, program, or characteristic A will result in a component, feature, structure, procedure, or characteristic B, it indicates that A is at least part of B, or indicates that there are other components, features, or structures. , program or feature assists in causing B. The word "may" as used in the specification, its elements, features, procedures or characteristics are not limited to the description; the number mentioned in the specification is not limited to the words "a" or "an".

The invention is not limited to the specific details described herein. Many different inventive variations related to the prior description and drawings are permissible in the spirit and scope of the present invention. Accordingly, the invention is intended to cover the modifications and modifications of the invention

Claims (10)

 A system for automatically identifying a form and creating a dynamic form, comprising: an identification module coupled to a processor for recognizing a text and a layout of the form by an optical character recognition technology; a programming module coupled to the processor, Correcting a field, a text, or a layout format; a classification module coupled to the processor to determine an attribute of the form content; a feature database coupled to the storage device, the storage device coupled to the processor, the The feature database stores the feature words and their associated words on the form; and a system database coupled to the storage device, the classification module stores the form content in the attribute specified by the system database; wherein the pattern module The group automatically corrects the field, text or layout format according to the characteristic words of the feature database, wherein the classification module determines the attribute of the form content by comparing the feature words of the feature database.    For example, the system for automatically identifying a form and establishing a dynamic form according to the scope of claim 1 further includes: a verification database module coupled to the processor, checking and correcting the system database, and feeding back the correction information to the The feature database and a dynamic form module are coupled to the processor, and generate a new form of the specified field through the system database according to requirements.    For example, the system for automatically identifying a form and creating a dynamic form as described in claim 2, wherein the identification module determines the position and range of the field by circle the scope or content of the form; wherein the feature database Contains at least one hierarchical classification that includes at least one subcategory.    For example, the system for automatically identifying a form and creating a dynamic form as described in claim 3, wherein the orchestration module pre-defines a feature word by defining a common word or a table template, and a plurality of words on the circled form. A set of feature words or pre-defined no text is no field or blank field; when the feature database updates the sub-category, it will be updated one by one to the previous level.    The system for automatically identifying a form and creating a dynamic form as described in claim 4, wherein the verification database module checks for correctness of the identification module, the orchestration module, or the classification module, and corrects The information is fed back to the feature database; wherein the feature database supplements the field content of the associated term to the system database.    A method for automatically identifying a form and creating a dynamic form, comprising: identifying a text and a layout of the form through an optical character recognition technology; comparing the feature words of a feature database, automatically correcting the field, text or layout format according to the feature word; Determining the attribute of the form content of the feature word of the feature database; and storing the form content in the attribute specified by the system database.    For example, the method for automatically identifying a form and creating a dynamic form as described in claim 6 includes: checking and correcting the system database, and feeding back the correction information to the feature database; and generating the required data through the system database. A new form that specifies the field.    The method for automatically identifying a form and creating a dynamic form as described in claim 7 wherein the step of recognizing the text and layout of the form by optical character recognition technology comprises: by circle the scope or content of the form The location and extent of the calibration field.    The method for automatically identifying a form and creating a dynamic form as described in claim 8 wherein the step of comparing the feature words of a feature database and automatically correcting the field, text or layout format according to the feature words comprises: predefining Feature words, defined by pre-defined common words or table templates, circled single words on a circled form as a set of feature words or pre-defined no text at no position or blank field.    For example, the method for automatically identifying a form and establishing a dynamic form according to claim 9 of the patent scope, wherein the step of checking and correcting the system database and feeding back the correction information to the feature database comprises: first checking the text of the correction identification form And the layout, automatically correct according to the feature words, determine the correctness of the form content attributes, and feedback the correction information to the feature database.