WO2024085715A1

WO2024085715A1 - Document creation device, method, computer program, computer-readable recording medium, server and system, which have function of automatically generating text by using natural language generation mode

Info

Publication number: WO2024085715A1
Application number: PCT/KR2023/016360
Authority: WO
Inventors: 유장현
Original assignee: 주식회사 아이팩토리
Priority date: 2022-10-20
Filing date: 2023-10-20
Publication date: 2024-04-25
Also published as: KR20240055290A

Abstract

The present invention relates to a document creation device, method, computer program, computer-readable recording medium, server and system, which have a function of automatically generating text by using a natural language generation model. According to one embodiment, provided is the document creation device comprising: a screen configuration unit, which configures a document creation screen for creating a document, so as to provide same to a user through an input/output interface; a keyword management unit for receiving, from the user, through the input/output interface, a keyword that can be included as text in document contents and managing same; a text input component management unit for managing a text input component, which is provided on the document creation screen so as to receive the document contents from the user; a text extraction unit for extracting, from text that is input into the text input component by means of the text input component management unit, text of a sentence or paragraph including the keyword managed by means of the keyword management unit; and a text generation unit, which provides, as input values, the text extracted by means of the text extraction unit to a text generation model trained on the basis of natural language processing, so as to generate text including the keyword.

Description

Document writing device, method, computer program, computer-readable recording medium, server, and system having the function of automatically generating text using a natural language generation model

The present invention relates to a document writing device, method, computer program, computer-readable recording medium, server, and system having the function of automatically generating text using a natural language generation model.

Recently, Natural Language Process (NLP) technology has been in the spotlight, and various technologies have been proposed.

For example, a technology that uses Natural Language Generation (NLG) technology has been proposed when creating text content.

Additionally, technology for summarizing text content using natural language processing has also been proposed.

However, these technologies are generally based on results learned based on expressions used in daily life, and there is a problem in that it is difficult to apply them to text content that has a specific purpose or must contain specialized content.

For example, documents that must be prepared in accordance with the description requirements set forth in the Patent Act (e.g., patent specification, opinion, amendment, etc.) are documents that must explain the technical content to satisfy novelty and inventive step. It is difficult to achieve meaningful results with the above general natural language processing technologies.

As another example, it is difficult to use general natural language processing technology to process text content that requires expertise, such as legal documents such as papers, journals, and filings/preparations.

A document writing device, method, computer program, computer-readable recording medium, server, and system having the function of automatically generating text using a natural language generation model according to an embodiment of the present invention are provided to solve the above problems. It is proposed for this purpose and aims to automatically generate high quality text content that requires special purposes or expertise.

According to one embodiment, a screen configuration unit that configures a document creation screen for creating a document and provides it to the user through an input/output interface; a keyword management unit that receives and manages keywords that can be included as text in the content of the document from the user through the input/output interface; a text input element management unit that manages text input elements provided on the document creation screen to receive document content from the user; a text extraction unit that extracts the text of a sentence or paragraph containing a keyword managed by the keyword management unit from the text input into the text input element through the text input element management unit; and a text generation unit that generates text containing the keyword by providing the texts extracted by the text extraction unit as input values to a text generation model learned based on natural language processing. A document writing device may be provided. .

Document writing devices, methods, computer programs, computer-readable recording media, servers, and systems that have the function of automatically generating text using a natural language generation model according to an embodiment of the present invention are for special purposes or require expertise. It has the effect of automatically generating text content with high quality.

1 is a diagram showing a document creation system according to an embodiment of the present invention.

FIG. 2 is a diagram schematically showing the configuration of the document creation device and the document creation server of FIG. 1.

FIG. 3 is a diagram showing an example of the configuration of a processor of the document creation device and the document creation server of FIG. 2.

FIG. 4 is a flowchart explaining the process of creating a document by the document writing device of FIG. 1.

1 is a diagram showing a document creation system 1 according to an embodiment of the present invention.

Referring to FIG. 1, a document writing system 1 according to an embodiment of the present invention may include a document writing device 10 and a document writing server 20. The document writing device 10 and the document writing server 20 may be connected to transmit and receive data with each other through the network 30.

In this embodiment, the document creation system 1 is provided so that the user can create a document, and the user can quickly and accurately create a document using the document creation system 1.

In this embodiment, a patent document is used as an example to be described as a document created through the document creation system 1. However, the idea of the present invention is not limited to this and can be applied regardless of the type of document.

In the following description, a patent document can be understood as a document that must be prepared in accordance with the description requirements set forth in the Patent Act, and includes a patent specification, written opinion, amendment, etc.

The document creation system 1 can provide various functions for document creation to the user through the document creation device 10, and such functions can be provided to the user through any one of the document creation device 10 and the document creation server 20, Alternatively, it may be implemented by interaction between the document creation device 10 and the document creation server 20.

For example, the document creation system 1 provides a service that allows a user to create a document in a first language or a second language in a format specified by the Patent Office, or a document written in the second language or first language is provided to the first language. You can provide translation services in one language, a second language, or both. As a specific example, the document preparation system 1 provides a service for writing a patent specification in a first language, a service for writing a patent specification in a second language, and a translation specification for translating a patent specification written in the first language into a second language. One or more services among a writing service and a service for writing a translation specification that translates a patent specification written in a second language into a first language may be provided to the user.

In the following description, “document preparation service” may be understood as being provided by one or more of the document preparation system 1, the document preparation device 10, and the document preparation server 20. For example, “document writing service” can be understood as a function or set of functions provided to the user through the input/output interface (FIGS. 2, 19) of the document writing device 10 so that the user can create a document. .

Additionally, in the following description, “case” can be understood as a unit of object that a user creates to create one document. “Case information” can be understood to include basic information related to a document and information entered during the creation process of the document. For example, the user creates a case for writing a patent specification through the document creation system (1) and enters basic information such as the case's management number, client, deadline, etc. and data that must be entered as the contents of the patent specification. You can enter it.

Meanwhile, the document creation system 1 may provide the user with the created document as a file that can be read by the customer who requested the document creation using a predetermined program or submitted directly to the Korean Intellectual Property Office. For example, the document creation system (1) may be a file with the doc or docx extension that allows the user to read the created document with Microsoft's "Word" program, or a file in a specific format that can be submitted to the Korean Intellectual Property Office (e.g., the Korean Intellectual Property Office). It can provide the ability to download as an xml-based hlt or hlz extension file that can be read by electronic document writing software, PDF file, html file, etc.

In this embodiment, the document creation system 1 provides an example of providing a service for creating patent specifications and patent translations. For convenience of explanation, in the following description, the service for creating a patent specification is referred to as a first service, and the service for creating a patent translation is referred to as a second service. That is, the document creation system 1 according to this embodiment can provide both the first service and the second service. However, the spirit of the present invention is not limited to this, and the document creation system 1 may provide only the first service or only the second service. Additionally, the document preparation system 1 may provide a service for creating documents other than the patent specification or patent translation, for example, an opinion or a correction. As another example, the document preparation system (1) may provide a service that translates documents issued by the Korean Intellectual Property Office (e.g., opinion submission notice, rejection decision, etc.), writes review opinions thereon, or translates review opinions. It may be possible.

Additionally, the document writing system 1, the document writing device 10, and the document writing server 20 may selectively include only necessary components among the components described below depending on the service provided.

The document writing device 10 is a device provided so that a user can input the contents of a document, and may be a stationary terminal implemented as a computing device or a mobile terminal. For example, the document writing device 10 may be a computer, laptop, tablet PC, smartphone, mobile phone, wearable device, etc. The spirit of the present invention is not limited to this example, and the document creation device 10 may be any terminal that has a function that allows a user to input information necessary for creating a document and displays it to the user. Hereinafter, content explained using the user as the subject may be understood as content explained using the document writing device 10 as the subject.

The document creation server 20 communicates with the document creation device 10 through the network 30 to enable users to create documents, and provides commands, codes, files, data, content, services, etc. to the document creation device 10. ) or may be a computing device provided to the document writing device 10. The document creation server 20 may be implemented as either a virtual server or a physical server or a combination thereof, and the type of server does not limit the scope of the present invention. As an example, the document creation server 20 may be implemented as a virtual server host (Virtual Private Server).

The document creation server 20 can store, process, and process data transmitted from the document creation device 10, and deliver the results to the document creation device 10. Additionally, the document creation server 20 may perform a predetermined operation based on data transmitted from the document creation device 10 and then transmit the result to the document creation device 10. Additionally, the document creation server 20 may provide data, content, services, etc. requested by the document creation device 10. Additionally, the document preparation server 20 may perform a role such as performing a predetermined function requested by the document preparation device 10 or transmitting a command to enable the document preparation device 10 to perform a predetermined function. Additionally, the document creation server 20 may communicate data with another server provided by a third party at the request of the document creation device 10 and then transmit the results to the document creation device 10.

The document creation device 10 and the document creation server 20 may communicate through the network 30 using wireless or wired communication methods. Additionally, the document writing device 10 may be provided to communicate with another document writing device 10 or another document writing server 20 through the network 30 . Additionally, the document creation server 20 may be provided to communicate with another document creation device 10 or another document creation server 20 through the network 30 . In this embodiment, the network 30 serves to connect the document creation device 10 and the document creation server 20 to enable data transmission and reception, and the communication method or type of network 30 is not limited. For example, the network 30 may provide a connection path so that the document creation device 10 can connect to the document creation server 20 and then transmit and receive data.

Meanwhile, the document creation device 10 may include an application (hereinafter referred to as “document creation application”) provided to enable the user to create a document, or may run the document creation application. That is, the document writing device 10 can provide a document writing service to the user through a document writing application. The document creation application may be provided as an operating system installed in the document creation device 10, a function of an operating system, an application runnable by the operating system, or a function of an application runnable by the operating system.

For example, the document creation application may be installed from a computer-readable recording medium, or may be downloaded and installed from the document creation server 20. In this case, the document creation server 20 stores files or program sources for installing the document creation application and may provide them to the document creation device 10 when there is a request from the document creation device 10. Alternatively, the document creation application may not be installed independently but may be implemented as an operation mode of an application that can be installed on the document creation device 10.

For example, a document writing application is a web browser or any application that can display a web page implemented based on HTML, and can output screens that provide a document writing service to the user. As an example, the document creation application may be a web application. In this case, the document creation server 20 provides a static web page and/or a dynamically generated web page in a format that can be output by a document creation application to the document creation device 10 according to a request from the document creation device 10. can be provided to. A web page output by the document writing device 10 may include a script for providing a document writing service.

As another example, the document writing application may be a word processor, and the document writing function may be built into the word processor or provided in the form of an add-in program. In the latter case, the document creation server 20 stores an add-in program that can be installed on the document creation device 10 and provides it to the document creation device 10 when there is a request from the document creation device 10. You can.

The functions of the document creation device 10 or functions related to document creation described below may be understood as being implemented by a document creation application even if there is no special explanation.

In this embodiment, the document creation device 10 is a communication terminal capable of using a web service in a wired or wireless communication environment, and the document creation server 20 allows the document creation device 10 to access a specific URL in a wired or wireless communication environment. This will be explained using an example of a server running a web server program. Also, in this embodiment, the document creation application is described as an example of a web application that can be executed through an application capable of web browsing, such as a web browser. Specifically, the user can access a specific URL assigned to the document creation server 20 using a web browser installed on the document creation device 10, and the document creation device 10 can access the web browser installed on the document creation server 20. The web page for document creation provided by the server can be loaded and provided to the user as a document creation application. In other words, a web browser can function as a document creation application. Therefore, in this embodiment, the document creation application can be understood as a web browser that loads a specific web page provided by the document creation server 20.

The above example is only an embodiment of the present invention, and as described above, the document creation device 10, the document creation server 20, and the document creation application can be configured in various ways, and the scope of the present invention is limited to the above implementation. It is not limited by example. For example, the document writing application of the document writing device 10 may be implemented offline by using a web browser but storing data in the document writing device 10. In addition, the document creation server 20 provides a web page that can function as a document creation application, and the web page may be a responsive web page or adaptive web page that can implement a screen of a corresponding type when accessed from various types of devices. May include web pages. Additionally, the document creation server 20 may provide a document creation application in the form of a mobile native application or hybrid application. Additionally, the document writing device 10 may be provided to run a document writing application provided as desktop application software. Depending on the embodiment, the document writing device 10 may be driven independently without communicating with the document writing server 20. Additionally, the document creation device 10 may simply perform the function of displaying a screen, and all data storage or processing may be performed in the document creation server 20. In this way, the document creation device 10, the document creation server 20, and the document creation application can be configured in various ways within the scope of maintaining the characteristic spirit of the present invention.

Referring to FIG. 2, the document creation device 10 and the document creation server 20 include

processors

100 and 200,

memories

14 and 24,

communication modules

18 and 28, and input/

output interfaces

19 and 29. It can be included.

The

processors

100 and 200 may be configured to process instructions of a computer program by performing basic arithmetic, logic, and input/output operations. Commands may be provided to the

processors

100 and 200 from

memories

14 and 24 or

communication modules

18 and 28. In addition, commands may be provided to the

processors

100 and 200 through a bus, which is a communication channel between each component of the document creation device 10 and the document creation server 20.

The

processors

100 and 200 can perform various functions such as input and output of data required for document creation, data processing, data management, and communication using the network 30. Specific components will be described later with reference to the drawings. Components of these

processors

100 and 200 may be functional modules implemented with program codes stored in the

memories

14 and 24.

The

memories

14 and 24 are computer-readable recording media that include perishable recording devices such as RAM (Random Access Memory) and non-permanent mass storage devices such as ROM (Read Only Memory) and disk drives. It can be included. At least one program code that can function as an operating system or document creation application may be stored in the

memories

14 and 24. The

processors

100 and 200 may load program codes stored in the

memories

14 and 24 to implement a document creation service. These program codes can be loaded from a recording medium (e.g. DVD, memory card, etc.) readable by a separate computer, or transmitted from another device through the

communication modules

18 and 28 and stored in the

memories

14 and 24. there is.

Additionally, the

memories

14 and 24 may be provided with

databases

140 and 240 that can store data necessary for providing document preparation services. That is, the

memories

14 and 24 may be understood to include the

databases

140 and 240. The

databases

140 and 240 may be not only databases independently constructed in terms of software, but also any type of storage capable of storing data. For example, the

databases

140 and 240 may be installed as part of an application or may be data storage linked to a specific application. Specifically, in the case of the document writing device 10, the database 160 is a database provided by a web browser, for example, Web Storage, Web SQL Database, and Index DB provided with the HTML5 function. One or more of the Indexed Databases (hereinafter referred to as “Web DB”) can be used. Additionally, the database 140 of the document writing device 10 may further include additional data storage other than the web DB. Additionally, the

databases

140 and 240 may be provided in the form of independent files, and data may be managed only through a specific application or specific protocol.

In this embodiment, the database 140 of the document writing device 10 will be described as an example that includes a web DB. Such a web DB can store as little as a few megabytes (Mbytes) or as many as tens of megabytes, so it can store enough data needed to create documents. As a result, the document creation device 10 can effectively manage technical features that need to be kept confidential to be included in the document within the document creation device 10 without transmitting them to the document creation server 20 through the network 30. You can. In this embodiment, data that needs to be kept confidential can be understood as data that can affect the patent registration of a document, and, for example, can be understood as data that, if disclosed, can affect the judgment of novelty and inventive step of a patent specification. there is.

In addition, the document creation application can store data in the document creation device 10 without using the network 30, providing users with substantially the same security performance as conventional word processors such as Microsoft's "WORD". can do. In addition, the document writing device 10 can encrypt technical features that require confidentiality and store them in a web DB, and in this case, it can provide users with more excellent security performance than a word processor.

The

databases

140 and 240 may have various configurations capable of storing data necessary for document creation, and may be implemented as one or more tables or a combination of tables in one or more databases. Depending on the embodiment, the

databases

140 and 240 may be implemented in such a way that data is stored as a combination of key data and value data. Specific components of the

databases

140 and 240 will be described later with reference to the drawings.

Meanwhile, a plurality of

memories

14 and 24 may be physically provided, or may be provided as a physical device integrated with the

processors

100 and 200. Additionally, the

memories

14 and 24 may be physically or logically independent devices. It may be provided as a device and connected to a device equipped with a

processor

100 or 200 to form a

single device

10 or 20 as a whole. The document creation device 10 and the document creation server 20 are not limited to the physical or logical configuration of the

processors

100 and 200,

memories

14 and 24, and other devices.

The

communication modules

18 and 28 may provide a function for the document creation device 10 and the document creation server 20 to communicate with each other through the network 30, and may provide a function for communication with other devices or other servers. can be provided. For example, data input from the user through the document creation device 10, a request generated by the processor 100 of the document creation device 10, a response to a request received from the document creation server 20, etc. are communicated. It can be transmitted to the document creation server 20 through the module 18. In addition, data generated by the processor 200 of the document creation server 20, a request generated by the processor 200 of the document creation server 20, a response to a request received from the document creation device 10, etc. This can be transmitted to the document writing device 10 through the communication module 28.

The input/

output interfaces

19 and 29 are components that receive data from the user or output data provided from the

processors

100 and 200,

memories

14 and 24, and

communication modules

18 and 28 to the user. It can be understood as including both a hardware interface on the physical side and a software interface on the logical side. For example, the input/

output interfaces

19 and 29 may include devices such as a keyboard, mouse, microphone, and camera as input devices, and may include devices such as speakers and displays as output devices. As another example, the input/

output interfaces

19 and 29 may include a device that integrates input and output into one, such as a touch screen, or an input tool such as a touch pen.

The user checks data entered by the user through the input/

output interfaces

19 and 29, especially the input/output interface 19 of the document writing device 10, or checks data provided from the processor 100 or memory 14, You can enter data to create documents. In other words, the input/

output interfaces

19 and 29 can receive data for document creation from the user or output data for document creation to the user.

Referring to FIG. 3, the processor 100 includes a screen configuration unit 101, a data management unit 102, a case management unit 103, a keyword management unit 104, an auto-complete list creation unit 105, and a text It may include one or more of the input element management unit 106. Keyword extraction unit 107, text extraction unit 108, text generation unit 110, and data communication unit 113.

The screen configuration unit 101 can configure the structure and content of the screen shown to the user through the document creation application. The screen configured through the screen configuration unit 101 may be provided to the user through the input/output interface 19. Here, the structure of the screen can be understood as dividing the web page into a plurality of areas, and the content consists of multimedia information such as text, images, videos, etc. and web elements (web components) to be displayed on the entire screen or in each area. It can be understood. Additionally, the content may provide multimedia information to the user, may receive data or commands from the user, and may include a UI that allows the user to perform certain operations on the screen. In this embodiment, the UI may be understood as including components provided so that a user can recognize information through a document creation application and input data or issue commands through the document creation application. When the document creation application is provided as a web application as in this embodiment, UI can be understood as any component that can be included in a web page, for example, GUI (Graphic User Interface), TUI (Text User Interface) ), WUI (Web User Interface), etc.

The screen configuration unit 101 may be provided as a function of a web browser. Additionally, the screen composition unit 101 may receive files and data from the document creation server 20 or read files or data stored in the memory 14 to configure the screen. The screen constructed through the screen composition unit 101 may be a static web page or a dynamic web page, and the screen composition unit 101 may refer to files and resources required to implement the web page.

The function and role of each area included in the screen displayed through the screen configuration unit 101 may be defined in advance. For example, the screen composition unit 101 may configure the screen with a preset structure in which a navigation area, a sidebar area, a main area, etc. are arranged. The content included in each area can be preset or generated by input from the user. For example, content displayed in the navigation area and sidebar area may be preset, and in the main area, preset information and information input by the user may be displayed together.

In addition, the web page constructed through the screen configuration unit 101 includes a script that provides a UI that allows the user to adjust the structure of the screen or set or change the type, content, location, and form of content displayed on the screen. You can. That is, the screen configuration unit 101 may be provided so that the user can change the configuration of the web page. For example, a web page provided through the screen configuration unit 101 includes a plurality of areas, and has a function that allows the user to select an area to be displayed on the screen or to adjust one or more of the location and size of the area. A UI may be provided. These UI functions can be implemented in a program language such as javascript that can dynamically control web pages.

The screen configuration unit 101 can basically configure a “document creation screen” where the user can input the contents of the document using the input/output interface 19. The structure and content of the document creation screen may be configured differently depending on the service provided. That is, the document creation screen for the first service and the document creation screen for the second service may be configured differently. Specific details related to this will be described later.

In any case, the document creation screen constructed by the screen configuration unit 101 may include one or more text input components through which the user can input information including text as the content of the document. “Text input element” can be understood as a UI provided to the user through a document creation application so that the user can input text, and when the document creation application is implemented as a web application as in this embodiment, an HTML form element It may be a (form component) or a tag that allows data input. For example, a text input element may consist of input, textarea, div tags, etc.

At this time, some text input elements may be provided to receive non-text data such as tables and pictures. For example, on a web page, a UI that can perform functions such as drawing tables, inserting special characters, entering formulas, entering chemical formulas, entering sequence information, and inserting pictures is a text input area window in the form of a toolbar. A text input element provided on one side of the (input window) may be included. Of course, such a UI may be placed separately from the text input element.

The data management unit 102 manages data necessary for document creation and may function as a data input/output interface of the database 140. For example, the data management unit 102 may provide functions to store data in the database 140, read stored data, modify stored data, or delete stored data.

The data management unit 102 may be provided as a function of a web browser. Alternatively, the data management unit 102 may be a program source, file, library, etc. that can be loaded or referenced in a web browser.

As described above, the database 140 is a web DB provided by a web browser and may include one or more of web storage, web SQL database, and index DB. These web DBs have different characteristics such as support and storage capacity depending on the type and version of the web browser. The data management unit 102 checks the information of the web browser used to run the document creation application so that the user can use the document creation function using any web browser of his or her choice, and then checks one or more of the web browsers normally supported by the web browser. Web DB can be used. For this purpose, the type of web DB used for each web browser may be preset and stored in a web page or script. For example, the data management unit 102 can enable web storage to be used as the database 140 when the web browser used is Internet Explorer 11, which does not normally support index DB, and Chrome, which normally supports index DB. In this case, an index DB supporting a larger storage capacity can be used as the database 140.

Additionally, if the database 140 further includes other types of storage other than web DB, the data management unit 102 may be provided to be interoperable with the other types of storage.

Components included in the document writing device 10 can manage data by linking with the database 140 through the data management unit 102. Of course, depending on the embodiment, one or more of the components included in the document writing device 10 may independently interface with the database 140. In this embodiment, even if no special explanation is added, it can be understood that the components of the document creation device 10 are linked with the database 140 through the data management unit 102.

Additionally, the data management unit 102 can encrypt and process data when linked with the database 140. Specifically, the data management unit 102 can encode data input by the user through a preset encryption algorithm and store it in the database 140, and read the data stored in the database 140 and decode it through the same encryption algorithm to input and output the data. It can be output to the user through the interface 19. At this time, the encryption algorithm used by the data management unit 102 can use a key value dependent on user account information, thereby further improving the security performance of documents created through a document creation application.

Meanwhile, the data management unit 102 may be provided to interoperate with the database 240 of the document creation server 20 as well as the database 140 of the document creation device 10. In this case, the data management unit 102 can transmit a predetermined data processing request to the document creation server 20 through the data communication unit 113, which will be described later, and receive the processing result provided from the document creation server 20. there is. Here, the above-described linking method between the data management unit 102 and the database 140 can be applied between the data management unit 102 and the database 240 in substantially the same way. Depending on the embodiment, the data management unit 102 may be provided to be linked with one or both of the database 140 of the document creation device 10 and the database 240 of the document creation server 20.

The case management unit 103 can manage cases created by users to create documents. Information on cases managed by the case management unit 103 may be input from the user or may be generated according to preset rules. For example, case information may include information such as management number, case name, deadline, client, technical field, document format, storage method, and translation language information, depending on the related service. The screen configuration unit 101 can configure a screen for managing such information (hereinafter referred to as a “case management screen”) and provide it to the user. The case management screen may be provided as an independent web page, as a part of a web page, as a hidden or foldable area on the web page, or as a pop-up page or window.

Here, the management number is a value set to distinguish the case from other cases, and can be input by the user through the case management screen or automatically assigned by the case management unit 103 according to preset rules. At this time, the management number can be managed and used as a unique value for each case, and the case management unit 103 can perform a process to verify the uniqueness of the management number.

The case name is a value entered arbitrarily so that the user can recognize the case by distinguishing it from other cases, the deadline is the date by which work on the case must be completed, the client is the person who requested the case from the user, and the technical field is the relevant case. It can be understood as a type of technology that is highly related to (e.g., information and communications, machinery, chemistry, etc.).

The document format can be understood as the basic structure that the document to be written must have. Specifically, in the case of a patent specification, the format designated for each patent office is different, so the case management screen can be configured so that the user can select the format of the patent specification that he or she wishes to write. For example, the document format may include "KR", "US", "JP", "PCT", etc., and if the user selects "KR", it corresponds to the patent specification format required by the Korean Intellectual Property Office. A screen may be provided to the user. The database 140 may store essential input information or file templates corresponding to each document format, and the processor 100 may provide the corresponding screen or file to the user.

The storage method can be understood as selecting whether to store and manage information input related to the case in the document creation device 10 or the document creation server 20. For example, the case management screen may provide the user with the options of "Local Database" and "Cloud Database", and if the user selects the former, the information of the case is stored in the database 140 and selects the latter. In this case, the information of the case may be transmitted to the document creation server 20 through the network 30 and stored in the database 240. In the former case, since the information in the document does not pass through the network 30, security performance at the same level or higher than that of a word processor running independently in the document writing device 10 can be provided. Depending on the embodiment, only some information may be stored in the database 140 and the remaining information may be stored in the database 240 of the document creation server 20.

The translation language information may be the language of the original text to be translated (second language) and the language of the translated text (first language), and may be used when the case is a case for a second service.

The keyword management unit 104 can manage keywords included in the content of the document. In this embodiment, “keyword” may be understood as referring to a specific object that can be included in the content of the document and can be described in text. In particular, in the following description, it is taken as an example that “components” that refer to specific entities that can be included in the content of a patent document and that can be described in text are managed by the keyword management unit 104 as keywords.

Depending on the embodiment, a keyword may not constitute an invention or may be a part of text that expresses or explains a specific object. In addition, “keyword information” refers to one or more information related to the keyword (e.g., name of the keyword, identification number (e.g., drawing symbol) corresponding to the keyword, translation of the keyword, whether the keyword is used, number of times the keyword is used, etc. ) can be understood to include.

Hereinafter, keywords are referred to as “components” for convenience of understanding, but the spirit of the present invention is not limited thereto.

For example, a document may include content describing a plurality of components constituting an invention, and these components constituting the invention may be managed by the keyword management unit 104. Specifically, if the invention includes components such as a motor, shaft, and gear, and the identification numbers referring to them are set to 10, 20, and 30, respectively, for example, "motor", "shaft", and "gear" , “10”, “20”, “30”, etc. can be managed as component information. Additionally, when the document is a translation created by a second service, the translation of the information of each component can also be managed as component information. In the example above, if the second language is English and the first language is Korean, "motor" for "motor", "rotation shaft" for "shaft", and "gear" for "gear" are the respective components. It can be managed as information.

Additionally, depending on the embodiment, the components managed by the keyword management unit 104 may not be included in the invention, but may refer to specific objects used to describe the content of the invention. In the above example, if the term “driving” is to be used to describe the characteristic of “motor,” “driving” may also be managed by the keyword management unit 104.

Meanwhile, the keyword management unit 104 can manage a plurality of pieces of information describing one component as one set. For example, if the name of the component and an identification number referring to the component are set as component information, the keyword management unit 104 creates a unique name corresponding to the set of the name and identification number of the component. One key value can be assigned, and the information of the corresponding component can be managed based on the set key value. In the above example, the keyword management unit 104 has one each of “motor” and “10” and “motor”, “shaft” and “20” and “rotation axis”, and “gear” and “30” and “gear” respectively. It can be managed as a set, and each set can have a unique key value set. In addition, the keyword management unit 104 can block duplicate component information from being stored in order to form a unique key value for a set of components. In other words, the keyword management unit 104 can block the formation of a plurality of component sets containing the same component information.

The screen composition unit 101 can configure a screen for managing component information (hereinafter referred to as “component management screen”) and provide it to the user. The component management screen may be provided as an independent web page, as a partial area of the web page, as a hidden or foldable area on the web page, or as a pop-up page or window.

Meanwhile, when the component information is changed by the user, the keyword management unit 104 transfers the component information before and after the change to the auto-complete list creation unit 105 and the text input element management unit 106 to create the auto-complete list. It can be updated, or the auto-complete text or auto-complete block, which will be described later, can be updated. Here, changing the information of a component will be understood to include inputting new component information, updating information on a previously entered component, or deleting information on a previously entered component. You can.

The auto-complete list generator 105 may generate an auto-complete list provided to minimize the time required for text typing when creating a document. The auto-completion list generated by the auto-completion list generator 105 can be provided to and used by the text input element management unit 106.

The autocomplete list may include one or more items created based on text entered by the user. Some items included in the auto-completion list may be managed by unique key values set by the auto-completion list generator 105, and items with unique key values may be managed by the text input element management unit 106, which will be described later. Functions such as batch update can be applied.

Specifically, the auto-complete list generator 105 loads data from a preset data source to generate a data set containing all items that can be included in the auto-complete list, and then generates You can extract items corresponding to the text entered by the user from within the data set and construct an auto-complete list to be displayed on the screen. As an example, the auto-complete list generator 105 may search for items in a data source using the text entered by the user as a search term, and then construct an auto-complete list with the search results. Alternatively, the auto-complete list generator 105 may receive text from the user, extract data corresponding to the input text from a preset data source, and configure an auto-complete list with the extracted data.

Here, the data source may include components managed by the keyword management unit 104. For example, each of the components managed by the keyword management unit 104 may be included in the auto-complete list as one item. At this time, all or part of the information included in one set of components can be used as one item of the auto-completion list. Referring to the example above, the autocomplete list includes "motor", "shaft", "gear", "motor 10", "shaft 20", "gear 30", "motor", "rotation shaft", and "gear". , “Motor (10)”, “Rotation Shaft (20)”, “Gear (30)”, etc. may be included as items. Here, when creating an item containing an identification code such as a drawing symbol, the form of including the identification code in the item (for example, surrounding the identification code with parentheses, using a space character, etc.) may be preset. Depending on the embodiment, a screen where the user directly sets a form for including an identification code in an item may be provided through a document creation application.

In addition, when the document creation screen is for a second service that creates a patent translation, the auto-complete list creation unit 105 is configured to input translations of components among the components managed by the keyword management unit 104. You can create a data source by extracting only elements. That is, among the components managed by the keyword management unit 104, only components for which translations have been entered may be included in the auto-complete list as items. At this time, if the component for which the translation is input also includes identification code information, the auto-completion list generator 105 displays an item consisting of only the translation of the component and the translation and identification code together in the auto-completion list. All items can be included.

When components managed by the keyword management unit 104 are included in the auto-complete list as items, each item may have a unique key value of a combination of component information formed by extracting from a set of corresponding component information. there is. Referring to the above example, “motor10”, “shaft20”, “gear30”, etc. can be used as unique key values for the corresponding item.

Additionally, the data source may include data stored in the database 140 or provided from the document creation server 20. For example, expressions frequently used in document creation may be stored in the database 140 or database 240, and the auto-complete list generator 105 loads them or sends them to the document creation server through the data communication unit 113. It can be provided from (20) and included as an item in the auto-completion list. At this time, the auto-complete list generator 105 can create an auto-complete list by mixing information on components managed by the keyword management unit 104 and data provided from the database 140 or the document creation server 20. there is.

Items included in the auto-complete list generated by the auto-complete list generator 105 may have attribute values representing the attributes of the item. Here, the attributes of the item include the source of the data that creates the item (e.g., whether it is data provided from the database 140 or data provided from the database 240), and the purpose for which the item is used (e.g., to create a component). whether it is for auto-completion, whether it is for auto-completion of idiom words, etc.), the type of data contained in the item (for example, the type of language used, whether it contains numbers, whether it contains special characters). (whether or not, etc.), the composition of the data included in the item (e.g., whether drawing symbols are included, the format in which the drawing symbols are displayed, whether translations are included, etc.), etc.

As an example of an attribute value of an item, the value corresponding to the item used to auto-complete the information of the components of the invention and the value corresponding to the item used to auto-complete the repetitive expression regardless of the component are different from each other. It can be set and used differently. Hereinafter, items with the former value will be referred to as “component items,” and items with the latter value will be referred to as “idiom items.” In other words, component items can be used to auto-complete the components of the invention, and idiom items can be understood as being used to auto-complete expressions that can be used repeatedly and frequently. Additionally, in this embodiment, “idiom” may be understood to include not only one word but also a phrase or clause containing multiple words.

At this time, component items may be created from components managed by the keyword management unit 104, and idiom items may be created from data provided from the document creation server 20. Accordingly, security can be strengthened by managing component items that are related to the core content of the invention and can be used only within a specific case in the document writing device 10. In addition, convenience of use can be improved by managing idiom items that are not related to the core content of the invention and can be used universally in all cases in the document creation server 20.

Meanwhile, when the information of a component managed by the keyword management unit 104 changes, the auto-complete list generator 105 can update the information and identification value of the item created based on the component with the changed information. there is. In the above example, when the user changes the identification number of “motor” from “10” to “100” through the keyword management unit 104, the auto-complete list creation unit 105 You can change the information of the corresponding component from “10” to “100”. Accordingly, the autocomplete list may include "motor 100" as an item instead of "motor 10", and the identification value of the item may also be changed from "motor10" to "motor100".

Additionally, when information on a new component is added by the keyword management unit 104, the auto-complete list creation unit 105 may add the corresponding component as a component item in the component list. Additionally, when information on a component managed by the keyword management unit 104 is deleted, the auto-complete list generator 105 may delete the item created based on the component.

When creating a component list, the auto-complete list generator 105 may arrange component items in ascending or descending order of the component name text, or in ascending or descending order of the identification number text. In particular, the auto-complete list generator 105 can arrange the component items of the component list in ascending order of the identification number text. As a result, the component item corresponding to the number of identification numbers typed by the user can be selected first, thereby improving convenience of use. Specifically, when "main body, 100", "mobile phone, 1", and "motor, 10" are input as the name and identification number of the component by the keyword management unit 104, the auto-complete list creation unit 105 ) can create a component list with "mobile phone 1", "motor 10", and "main body 100" in ascending order of the identification number text. At this time, the user who wants to input 'mobile phone' will only type "1", and as a result, all three component items above will be displayed in the autocomplete list, but "mobile phone 1" will be displayed first. As a result, the user can immediately select “mobile phone 1” to autocomplete. If “mobile phone 1” is not displayed first, the user must perform additional operations to select “mobile phone 1”, which reduces usability. Also, a user who wants to input motor will type "10". In this case, an autocomplete list will be displayed with "motor 10" displayed first, excluding "mobile phone 1", so the user will type "motor 10" immediately. You can select to auto-complete.

The data set or auto-complete list generated by the auto-complete list generator 105 may have a structured text document format such as json or xml.

The text input element management unit 106 can manage text input elements included in a web page. As described above, the screen composition unit 101 can configure the screen so that the document creation screen includes one or more text input elements, and the text input element management unit 106 is included in the document creation screen by the screen composition unit 101. You can control text input elements.

The text input element management unit 106 can manage the format of text input into the text input element. For example, the text input element management unit 106 stores generally known text properties such as size, font family, and color of the text input to the text input element, as well as properties to be added to the text such as underline, bold text, and italics. The possible effects can be managed. This format management can be performed on all texts entered into the text input element at once, or only on some of the text selected by the user. Additionally, format management may be performed automatically by the text input element management unit 106 according to preset conditions, or may be performed manually by the user. In the latter case, the text input element may include a UI that allows the user to change the format.

In this embodiment, editing text may be understood to include not only changing the content of the text, but also modifying or changing the formatting applied to the text.

Meanwhile, the text input element management unit 106 may allow one text input element to have a different format from other text input elements.

The text input element management unit 106 can detect an event occurring in a text input element and perform a set operation accordingly. Events that occur in text input elements include keyboard events (e.g., key down, key press, key up, input, etc.), mouse events (e.g., click, double click, mouse down, etc.), and events from a web browser or operating system. It can include any other events that occur. Additionally, events occurring in text input elements can be understood to include changes in data values (addition, modification, deletion, etc.). In the following description, reference to “event” without special elaboration may be understood to include all keyboard events, mouse events, other events, and data changes.

The text input element management unit 106 may edit all or part of the text entered into the text input element according to preset rules according to events occurring in the text input element. For example, when a specific keyboard event occurs, the text input element management unit 106 may extract part of the text entered into the text input element and determine whether the extracted text meets preset conditions. Such an operation may be performed by a mouse event that operates in a preset manner (for example, right-clicking the mouse to open a pop-up menu and then left-clicking to select a preset item from the pop-up menu). The text input element management unit 106 may edit the text extracted according to the judgment result according to preset rules and then replace the extracted text with the edited text and output it to the text input element.

As an example, when English is input into a text input element, the input key is the space bar, the text input element management unit 106 may input the first letter of the input word if the input word is the first word of the sentence and the first letter is not a capital letter. You can change it to uppercase and output it to the text input element instead of the entered word. Specifically, if the user enters "this" as the first word of the sentence in a text input element and then presses the space bar on the keyboard, the text input element management unit 106 extracts "this", changes it to "This", and then inputs the text It can be output to the input element.

As another example, when Korean characters are input into a text input element, the text input element management unit 106 determines whether the particle of the input word when the input key is the space bar is used to match the consonant of the last letter of the word located in front of the particle. Check , and if the particle is not used correctly, you can change it to the correct particle and output it to the text input element instead of the entered word. At this time, if the word located in front of the particle includes a part indicating a drawing symbol, the text input element management unit 106 determines whether the particle is used correctly based on the consonant of the last letter excluding the part indicating a drawing symbol. You can check . Specifically, if the user enters "object word" or "object word (100)" in the text input element and then presses the space bar key on the keyboard, the text input element management unit 106 changes "object word" to "object word". , “Object (100)” can be changed to “Object (100)” and output to a text input element.

The above functions, such as changing capital letters or changing postpositions, can be equally applied to the auto-complete block, which will be described later.

The text input element management unit 106 can provide an auto-completion function when a user inputs text through a text input element. In this embodiment, “autocomplete” is understood as allowing the user to input only part of the word or phrase (hereinafter referred to as “full phrase”) that the user wants to input and then input the entire phrase by performing a preset key input or mouse input. It can be.

The text input element management unit 106 outputs an autocomplete list to the screen when a keyboard event (for example, an input event such as a, b, c, 1, 2, etc.) for inputting text in a text input element occurs. An autocomplete function can be provided by having the user select the desired item. Each item included in the autocomplete list can be used as a full phrase.

As described above, the auto-completion list output by the text input element management unit 106 may be generated and provided by the auto-completion list creation unit 105. The auto-complete list generated by the auto-complete list generator 105 may include a plurality of items, and the plurality of items may include component items or idiom items, so the user utilizes the auto-complete function to complete the document. The time required to write can be reduced.

For example, when a keyboard event for inputting text occurs within a text input element, the text input element management unit 106 can extract the cursor position where the event occurred. Additionally, the text input element management unit 106 can extract the text surrounding the extracted cursor position (hereinafter referred to as “extraction position”) according to preset conditions. For example, the text input element management unit 106 may extract text corresponding to one word located in front of the extraction position. As an example, the extracted text can be recognized as a single word according to the language-specific text input method provided by the operating system and document creation application, such as an identifier located in front of the extraction location (e.g., newline character, tag, space bar, etc.) It may be a string that exists up to the location of the text or code set to be there. As an example, the text input element management unit 106 may extract the cursor location and text using the selection object of the window object of the web browser. Hereinafter, a “string” may be understood as a set of one or more consecutive letters, numbers, symbols, or space characters, and a unit constituting a string may be collectively referred to as a character.

At this time, the text input element management unit 106 can provide an auto-completion function even when text is input in the middle of a continuous string. For this purpose, the text input element management unit 106 separates the text written before the extracted text (hereinafter referred to as “front text”) and the text written after it (hereinafter referred to as “back text”), respectively. You can save it. At this time, the front text and back text may be text up to the html tags located ahead and behind the extracted text. The front text and back text are stored independently and explicitly within a function or method that implements the function of the text input element management unit 106, or are automatically generated by a library or script referenced by the text input element management unit 106. It can also be managed.

The text extracted by the text input element management unit 106 can be used as a keyword to create an autocomplete list. In other words, the auto-complete list generator 105 uses the text extracted by the text input element management unit 106 as a search term, and contains or corresponds to text extracted from a preset data source or data set. You can search for possible data and create items to be included in the autocomplete list. Hereinafter, the text extracted by the text input element management unit 106 and used to create the auto-completion list in the auto-completion list creation unit 105 will be referred to as an “auto-completion keyword.”

The auto-complete list generator 105 may generate an auto-complete list based on the auto-complete keyword and provide it to the text input element management unit 106, and the text input element management unit 106 may generate an auto-complete list based on the auto-complete keyword. The autocomplete list provided from can be output at the cursor position where the event occurred. The autocomplete list output by the text input element management unit 106 may include one or more items and allow the user to change the selected item using the mouse or keyboard. As an example, the auto-complete list is a block with a preset size and is created as an independent layer by the text input element management unit 106, and when called by the text input element management unit 106, it may be provided in a form that appears on the screen. . At this time, the direction in which the auto-completion list appears can be set so that the auto-completion list of a size set based on the cursor position can be completely included on the screen. To this end, the text input element management unit 106 can read the size and position of the text input element provided by the web browser, the position of the cursor, etc., and determine the direction in which the auto-completion list is output. For example, if the position of the cursor is biased to the left of the text input element, the auto-completion list may be output to the right of the cursor, and if the position of the cursor is biased to the right, the auto-completion list may be output to the left of the cursor.

When the user selects the desired item from the output auto-completion list and then performs a preset key input (for example, tab key or enter key) or mouse input, the text input element management unit 106 enters the auto-completion keyword into the user. You can change the content of the selected item and output it to the text input element. In other words, the selected item can be output to the text input element as an auto-completed entire phrase. Hereinafter, the entire phrase displayed in the text input element, replacing the auto-complete keyword, is referred to as “auto-complete text.”

At this time, there may be multiple key inputs to output the auto-complete text, and the text input element management unit 106 can configure the auto-complete text in different forms depending on the input key value. For example, auto-completion may be performed by entering a first key and entering a second key different from the first key, and the text input element management unit 106 may print the entire phrase as is when the first key is entered. It is output as auto-complete text, and when a second key input is input, the first letter of the entire phrase can be changed to a capital letter and output as auto-complete text. As another example, when a second key input is input, the text input element management unit 106 may change the entire phrase into a singular expression or a plural expression and output it as an auto-complete text. As another example, when a second key input is input, the text input element management unit 106 may output only the name of the component as an auto-complete text, excluding the reference numerals included in the entire text. Here, key input can be understood to include not only any single key input but also a combination of key inputs.

When a user enters text in the middle of a continuous string, the text input element management unit 106 combines the front text in front of the selected item in the auto-completion list and the back text in the back of the selected item to create the text input element. You can keep other contents entered in . As a result, an auto-completion function can be provided even if text is entered at any position of the text input element.

In addition, the text input element management unit 106 can enable the user to smoothly continue inputting text by positioning the cursor immediately after the autocomplete text. This function can also be implemented by extracting the cursor position and text using the selection object of the web browser's window object, and then replacing the autocomplete keyword with the autocomplete text using the range object.

In addition, the text input element management unit 106 can apply a preset format to the auto-complete text so that the auto-complete text can be recognized separately from other parts, and cause the text with the format applied to be output to the text input element. there is. For example, the text input element management unit 106 creates auto-complete text with a tag that can format the text within the text input element (for example, a span tag or div tag with different colors, fonts, sizes, etc.). After wrapping, it can be output to a text input element. As a result, the autocomplete texts within the text input element can be recognized separately from other texts by the text input element management unit 106. The setting value for formatting or the tag itself may already be included as the content of the auto-completion list item, or may be set as an attribute value of the auto-completion list item.

At this time, the text input element management unit 106 may allow different formats to be applied depending on the properties of the item selected from the auto-completion list. As described above, the auto-complete list generator 105 can ensure that items included in the auto-complete list have attribute values, and when applying formatting to the auto-complete text, the auto-complete list generator 105 creates the Different formats can be applied depending on the property value. For example, when the selected item is a component item, the text input element management unit 106 may format the autocomplete text to be displayed in a first color that can be distinguished from other texts. In addition, when the selected item is an idiom item, the text input element management unit 106 causes the auto-complete text to be displayed in a second color different from the color of the other text and the first color, or to display the autocomplete text in the same color as the color of the other text. It can be done as much as possible. As another example, the text input element management unit 106 may omit formatting for idiom items so that the autocomplete text is displayed in the same format as that of other texts.

Additionally, the text input element management unit 106 can prevent the auto-complete text from being arbitrarily edited by the user. In other words, the contents of the autocomplete text may be set to be uneditable. For example, the text input element management unit 106 may surround the auto-complete text with a predetermined tag such as a span tag, but may specify the contenteditable attribute of the tag as false. As a result, the area surrounded by the tag cannot be arbitrarily modified by the user, thereby preventing the user from arbitrarily changing the autocomplete text.

Whether or not the autocomplete text can be edited can be set differently depending on the properties of the item selected in the autocomplete list. For example, the text input element management unit 106 may set the auto-complete text to be non-editable if the selected item is a component item, and set to editable if the selected item is an idiom item. As a result, this embodiment can prevent errors in description under the patent law from occurring due to incorrect or arbitrarily changing components that require unity of expression within a document, and at the same time, the user can freely use idioms unrelated thereto. Because it can be edited, convenience of use can be improved.

Additionally, the text input element management unit 106 may detect an event and, when a deletion event for the auto-complete text (for example, key input such as backspace or delete) is detected, delete the auto-complete text at once. In other words, the autocomplete text can be deleted by a single event. For example, the text input element management unit 106 can surround the auto-complete text with a predetermined identifier or tag, and upon inputting a deletion event, completely deletes the part wrapped with the identifier or tag, so that the auto-complete text can be created with a single key input. You can implement the deletion operation with . Additionally, the text input element management unit 106 may use the selection object of the windows object of the web browser to designate the autocomplete text as a range and then delete the designated range at once when a deletion event occurs. This can further reduce the time required for text editing, thereby further improving the productivity of document creation.

Whether or not the function to delete autocomplete text as a one-time event is provided can be set differently depending on the properties of the item selected in the autocomplete list. For example, when the selected item is a component item, the text input element management unit 106 deletes the auto-complete text in a single event, and when the selected item is an idiom item, the individual characters constituting the auto-complete text are deleted. It can be set to enable. As a result, it is possible to prevent errors in description under the patent law from occurring due to incorrect or arbitrarily changed components that require unity of expression within the document. At the same time, unrelated idioms can be freely edited by the user, so they can be used. Convenience can be improved.

When the document creation application is provided as a web application as in this embodiment, the autocomplete text can be managed by being wrapped in HTML tags, and based on this, the text can be formatted, cannot be edited, deleted with a one-time event, etc. The function may be provided. In the following description, the autocompletion text wrapped in tags is referred to as an “autocompletion block.” That is, the text input element management unit 106 can provide an auto-completion function by adding an auto-completion block when a user inputs text into a text input element.

Meanwhile, the document creation application may not be a web application that operates based on HTML, but may be independent application software implemented in an arbitrary programming language. Even in this case, the auto-complete text can be displayed in a format that is distinct from other parts of the text input element, managed to prevent it from being arbitrarily edited, or implemented to be deleted in a single event, and the auto-complete text implemented in this way can be automatically It can be understood as a completion block.

The text input element management unit 106 can assign an identification value to the auto-complete block and manage the auto-complete block based on the identification value. For example, when the autocomplete block uses a span tag, the identification value given by the text input element management unit 106 may be set as the id value of the span tag, and the text input element management unit 106 may set the id value. You can control autocomplete blocks based on this.

At this time, the identification value given to the auto-complete block by the text input element management unit 106 may be determined according to the item in the auto-complete list that creates the corresponding auto-complete block. That is, autocomplete blocks created by any one item in the autocomplete list may have the same identification value. For example, the identification value of an auto-complete block generated by the text input element management unit 106 may be a unique key value of an item corresponding to the auto-complete block. Depending on the embodiment, the text input element management unit 106 may generate a separate identification value based on the data of the item, rather than the unique key value of the item in the auto-complete list.

Referring to the example above, the autocomplete list includes the items "motor 10", "shaft 20", and "gear 30", and the key values of each item are "motor10", "shaft20", and "gear30". When set, all autocomplete blocks created when the user selects "motor 10" from the autocomplete list have the identification value "motor10", and all autocomplete blocks created when the user selects "shaft 20" have the value " It can have an identification value of “shaft20”.

When the information of a specific component managed by the keyword management unit 104 changes, the text input element management unit 106 can automatically change the value of the auto-complete block created based on the item corresponding to the component. . In other words, the user can change the text corresponding to the component auto-completed in the text input element at once by changing the information of the component through the keyword management unit 104. This type of function is called “bulk update.” Specifically, when the user changes the information of a specific component through the keyword management unit 104, the keyword management unit 104 requests the text input element management unit 106 to update the autocomplete block corresponding to the component whose information has been changed. You can. The request transmitted from the keyword management unit 104 to the text input element management unit 106 may include information before and after the change of the corresponding component. When the text input element management unit 106 receives an update request for an auto-complete block, it searches the identification value of the corresponding auto-complete block based on the information before the change and changes the data of the auto-complete block based on the searched identification value. It can be updated with later information. At this time, if necessary, the identification value of the corresponding auto-complete block can also be changed based on the information after the change.

In the above example, when the user changes the identification number of “motor” from “10” to “100” through the keyword management unit 104, the text input element management unit 106 enters “motor10,” which is the unique value of the corresponding item. After searching all the autocomplete blocks set with this identification value, you can change the autocomplete text of the searched autocomplete block to "motor 100" and at the same time update the identification value to the changed "motor100".

When updating the information of the auto-complete block, the text input element management unit 106 can only change the text included in the auto-complete block within the text input element. In the example above, if there are parts in the text input element where “motor 10” is entered as an auto-complete block, and there are also parts where “motor 10” is entered as plain text rather than an auto-complete block, the user must When the identification number of "motor" is changed from "10" to "100" in (104), the plain text "motor 10" will not change, but the autocomplete block "motor 10" will change to "motor 100". You can. As a result, this embodiment can indirectly force the user to manage component information through the keyword management unit 104 and create a document using the auto-complete function, and can improve the user's proficiency in the system. there is.

Depending on the embodiment, when the information of the component managed by the keyword management unit 104 is changed, the text input element management unit 106 targets only the entire text or auto-complete blocks entered into the text input element and the string before the change. Changed component information can be reflected in the text input element by replacing with the changed string. In addition, the text input element management unit 106 shows the user in advance the parts to be changed within the text input element as needed, receives the user's confirmation of the entire change, and performs the entire change, or allows the user to confirm the entire change. You can also make sure that only selected parts are changed.

Meanwhile, when the information of a specific component managed by the keyword management unit 104 is deleted, the text input element management unit 106 changes the autocomplete block generated based on the item corresponding to the component to a simple autocomplete text. You can. For example, the text input element management unit 106 may delete tag information that provides formatting and attributes from the auto-complete block corresponding to the information of the deleted element, leaving only simple text information. As another embodiment, when information on a specific element managed by the keyword management unit 104 is deleted, the text input element management unit 106 may delete the corresponding autocomplete block included in the text input element.

In addition, when information on a new element is added by the keyword management unit 104, the text input element management unit 106 determines whether the text corresponding to the information on the corresponding element is included in the text input element, and then determines whether the text input element contains the corresponding text. You can also change it to an autocomplete block.

As described above, the text input element management unit 106 can provide formatting in units of auto-completion blocks, non-editability, deletion in a single event, and batch update functions, so the user can more clearly understand the contents of the document he or she is writing. Since you can recognize and create documents and at the same time edit quickly and accurately, documents can be created more accurately and quickly.

Meanwhile, depending on the embodiment, the text input element management unit 106 may output an auto-completion list only when a preset trigger character is input and characters are input consecutively to the trigger. For example, when "@" is set as a trigger character, the text input element management unit 106 can provide the above-described auto-completion function only when a character following "@" is input into the text input element. In this case, the text input element management unit 106 may output the trigger character to the text display area with the trigger character removed when the auto-complete keyword is replaced with the auto-complete text. Specifically applied to the above example, if the user simply enters "mot", the auto-completion list is not displayed, but if the user enters "@mot", an auto-completion list containing "motor 10" is displayed. , if the user selects this, "motor 10" can be entered as the autocomplete text, replacing "@mot". When a trigger character is used like this, the effect is that the user can choose for themselves whether or not to display the autocomplete list.

Additionally, the text input element management unit 106 may add an antecedent to refer to the automatically completed component item when the component item is entered through the autocomplete function. For example, if the auto-completed component item has already been used in the corresponding text input element or another preset text input element, the text input element management unit 106 may use "above" or "above" when the component item is auto-completed. Antecedents such as "the" can be added automatically. At this time, the added antecedent may be included as part of the autocomplete text and placed within the autocomplete block.

Whether or not to automatically add an antecedent when autocompletion of component items can be managed as a setting value and can be provided for the user to select in the settings management screen, which will be described later.

The text input element management unit 106 may provide a string insertion function that adds a preset string to the text input element. The preset string entered by the string insertion function (hereinafter referred to as “inserted string”) may not include components managed by the keyword management unit 104, and may not be entered in advance by the user in connection with the creation of the document. It may be a string stored in the database 140 or the database 240.

For example, the inserted string may be content related to the case, such as the name of the invention, background technology, problem to be solved, effect of the invention, brief description of drawings, and claims, etc. entered by the user when creating the case. Such case-related content may be stored in the database 140.

In addition, the inserted string is content that is not dependent on the case, and is a sentence or expression that can be used repeatedly regardless of the type of case when creating a document, or is repeated regardless of the type of case when explaining a specific technical term. It may contain idiomatic content such as explanatory sentences that can be used as a text. In this embodiment, such repeatedly used sentences, expressions, and idiomatically used explanatory sentences will be referred to as “idiomatic phrases” to distinguish them from the above-mentioned idioms. In other words, an idiom can be understood as an idiomatic expression used as an item in an auto-completion list, and an idiom can be understood as an idiomatic expression used as an inserted string. Idioms can be stored in the database 240, and the text input element management unit 106 can receive the stored idioms through the data communication unit 113. Additionally, case-related content among the inserted strings may be stored in the database 140 of the document creation device 10, and idioms may be stored in the database 240 of the document creation server 20. The location and method for storing such idioms are provided as examples, and the spirit of the present invention is not limited thereto.

Idiomatic phrases are expressions used idiomatically when describing a technical field, expressions used idiomatically when explaining prior art, expressions used idiomatically when describing a problem to be solved, and expressions used idiomatically when describing the effect of an invention. It may include expressions used in simple descriptions of drawings, idiomatic expressions used in simple descriptions of drawings, and expressions used idiomatically when indicating a cited claim in a claim. Such idioms may include a replacement portion that can be replaced with other text. Specifically, the replacement part may include a boundary identifier indicating the boundary of the replacement part (for example, a character that can indicate the start and end of the area to be replaced) and an indication identifier indicating the text to be replaced and inserted. For example, the instruction identifier is text to be replaced and may indicate the name of the invention or the number of the claim.

When an idiom is automatically inserted into a text input element by the text input element management unit 106, the replacement part can be inserted by replacing it with another preset text. Specifically, when inserting an idiom into a text input element, the text input element management unit 106 determines whether the idiom includes a replacement part or whether the text input element into which the idiom is input contains a substitution part. Awareness can be determined. If it is determined that replacement of the replacement part is necessary, the text input element management unit 106 reads the text already entered in another text input element according to the contents of the instruction identifier, or reads the text configured according to the information provided by the user or the user's selection. After changing the replacement part to text, it can be output to the corresponding text input element.

At this time, the replaced part output to the text input element is configured like the auto-complete block described above, and can have block-by-block formatting, non-editability, deletion in a one-time event, and batch update functions.

The screen configuration unit 101 may configure a screen for the user to select a string to be added to a text input element (hereinafter referred to as an “insertion string selection screen”) and provide the screen to the user. The insertion string selection screen may be provided as an independent web page, as a partial area of the web page, as a hidden or foldable area on the web page, or as a pop-up page or window. At this time, the insertion string selection screen can be configured independently depending on the type of insertion string. As an example, the insertion string selection screen can be called through UI such as buttons provided around the text input element.

When a user selects a string on the insertion string selection screen, the text input element management unit 106 can insert the selected string into the text input element. At this time, the position where the selected string is inserted may be the cursor position when the user calls the insertion string selection screen, and for this, the text input element management unit 106 determines the cursor position when the call event of the insertion string selection screen occurs. You can save it. If the cursor is not located in the text input element, the insertion string selection screen can be controlled not to be called.

The text input element management unit 106 can store text information input into the text input element in the database 140 in real time. In this embodiment, “real-time” can be understood as processing immediately or at very short time intervals when an event related to data change occurs. Specifically, when an event occurs in a text input element and the data entered in the text input element changes, the text input element management unit 106 operates the database 140 through the data management unit 102. ), or data stored in the database 140 can be updated. As an example, the data management unit 102 matches the text input element managed by the text input element management unit 106 with the data storage unit formed in the database 140, and an event in the matched text input element is input to the text. When detected through the element management unit 106, the data storage of the database 140 can be automatically updated. In this case, data entered into the text input element can be safely managed without the user taking any special action to save the data. Depending on the embodiment, the text input element management unit 106 may store data entered into the text input element at preset time intervals or may be provided to store the data in the database 240.

Meanwhile, the text input element management unit 106 can allow data input to one text input element to be used as is in another text input element. Specifically, when data "A" is input into one text input element, the text input element management unit 106 stores the data of the other text input element so that "A" is included as part of the data in the other text input element. can be set. At this time, when "A" is changed by the user to another value, for example, "AA", the text input element management unit 106 can change "A" entered in another text input element to "AA". .

The text input element management unit 106 can provide this function similar to the auto-completion function described above. Specifically, the text input element management unit 106 can wrap “A” with a tag, give the tag a unique key value, and then add it as data for another text input element. Afterwards, when an event occurs that changes "A" to "AA", the text input element management unit 106 searches for a tag corresponding to the unique key value included in another text input element and then records the contents as " You can change from “A” to “AA”. At this time, the text input element management unit 106 provides formatting, non-editable, one-time event deletion, and batch update functions, similar to the above-described auto-complete block, through a tag surrounding “A” entered in another text input element. can do.

Meanwhile, data input to the text input element controlled by the text input element management unit 106 may be provided by an input/output interface 19 other than the keyboard or mouse. For example, the document writing device 10 may further include a microphone as the input/output interface 19, and the text input element management unit 106 converts voice data collected through the microphone into text data and then converts the voice data collected through the microphone into text data. You can also input converted text data into the text input element. To this end, the text input element management unit 106 may be equipped with a function to convert voice data into text data. The external service linking unit 111 may be used to convert voice information into text. Specifically, the text input element management unit 106 provides voice data collected through a microphone to a third party through the external service linking unit 111, and text data converted by a service provided by a third party is provided to an external service. It can be transmitted through the interlocking unit 111.

At this time, if there is an item corresponding to the auto-completion list among the contents of the converted text, the text input element management unit 106 may convert it into an auto-completion block and output it to the text input element. In the above example, if “motor” or “motor 10”, etc. are included in the content converted from voice to text data, the text input element management unit 106 changes the text into the corresponding auto-complete block and inputs the text. It can be output to an element. Through this function, the user can input the contents of the document by voice without using the keyboard and even use the auto-complete function, greatly improving usability.

Meanwhile, the text input element management unit 106 may control other text input elements based on events occurring in one text input element. For example, data entered into one text input element may be referenced as the contents of another text input element, and when the data of the referenced text input element changes, the text input element management unit 106 The contents of text input elements can be automatically updated. As a specific example, when the data of the category input element of the independent claim provided on the claim creation screen to be described later is changed, the text input element management unit 106 may change the data of the category input element of the dependent claims citing the corresponding independent claim. .

The external service linking unit 111 can transmit data to an external service provided by a third party that provides services not provided by the document preparation device 10 or the document preparation server 20 or receive the results of processing the data. You can. For example, services provided by third parties may include patent-related information inquiry services, voice-to-text conversion services, translation example provision services, machine translation services, dictionary services, card payment services, and bank transfer services. The external service linking unit 111 may call a service API provided by a third party, transmit data to the third party, receive the processing result, and provide it on the document creation screen.

Meanwhile, the functions performed by the components of the processor 100 of the document creation device 10 described above may also be performed by the processor 200 of the document creation server 20. Specifically, the processor 200 of the document creation server 20 includes the screen configuration unit 101, data management unit 102, case management unit 103, keyword management unit 104, and auto-completion list of the document creation device 10. Each of the creation unit 105, text input element management unit 106, keyword extraction unit 107, text extraction unit 108, text creation unit 110, external service linking unit 111, and data communication unit 113. The corresponding screen configuration unit 201, data management unit 202, case management unit 203, keyword management unit 204, auto-complete list creation unit 205, text input element management unit 206, keyword extraction unit ( 207), a text extraction unit 208, a text generation unit 210, an external service linking unit 211, and a data communication unit 213.

At this time, in the description of the components of the processor 100 of the document creation device 10 described above, the description of transmitting data to the document creation server 20 or receiving data from the document creation server 20 and using it corresponds to It will be understood that the components of the processor 200 transmit data to the document creation device 10, receive data from the document creation device 10, or use data stored in the document creation server 20. You can. In addition, in the description of the components of the processor 100 of the document creation device 10 described above, the description of using data stored in the document creation server 20 means that the corresponding components of the processor 200 are the document creation device. It can be understood as receiving and using data stored in (10) or using data stored in the document creation server (20).

Each corresponding component of the processor 100 of the document creation device 10 and the processor 200 of the document creation server 20 is the processor 100 of the document creation device 10 and the document creation server 20. It may be provided to both processors 200, or may be selectively provided to any one of the processor 100 of the document creation device 10 and the processor 200 of the document creation server 20. If any one component is provided to both the processor 100 of the document creation device 10 and the processor 200 of the document creation server 20, the function of the component is limited to the processor of the document creation device 10 ( 100) and the processor 200 of the document creation server 20, some functions may be performed by the processor 100 of the document creation device 10, and other functions may be performed by the processor 200 of the document creation server 20. It may be carried out separately. For example, the components of the processor 100 of the document creation device 10 collect data from a document creation application or a document creation screen and transmit it to the corresponding components of the processor 200 of the document creation server 20. , the function of outputting data transmitted from the corresponding component of the processor 200 of the document creation server 20 to a document creation application or a document creation screen can be performed. In addition, the components of the processor 200 of the document creation server 20 are based on the data transmitted from the corresponding components of the processor 100 of the document creation device 10. The functions performed by the corresponding components of the processor 100 may be performed, and the performance results may be transmitted to the corresponding components of the processor 100 of the document writing device 10. At this time, the components of the processor 200 of the document creation server 20 include the memory 14 and database 140 of the document creation device 10 as well as the memory 24 of the document creation server 20 for data management. and database 240 may also be used.

Additionally, one component may be provided only to the processor 100 of the document creation device 10 or may be provided only to the processor 200 of the document creation server 20. In this case, the component can perform its function independently. For example, a component provided only to either the processor 100 of the document creation device 10 or the processor 200 of the document creation server 20 is a component provided without transmitting or receiving data to or from another device through the network 30. It can perform the data management and data processing functions required.

Components provided to the processor 200 of the document creation server 20 may receive data required to perform its function from the document creation device 10 and process it. For example, the processor 200 of the document creation server 20 may receive data input through a document creation application or a document creation screen from the document creation device 10 and process it. In addition, the components provided to the processor 200 of the document creation server 20 are provided to the user through a document creation application or document creation screen, or provide data necessary to perform the function of the document creation application or document creation screen. It can be delivered to the device 10.

The data transmitted by the processor 100 of the document creation device 10 to the processor 200 of the document creation server 20 is data input through a document creation application or a document creation screen, or is transmitted by the processor 100 of the document creation device 10. It may be data processed by the processor 100. Additionally, the processor 100 of the document creation device 10 may transmit data stored in the memory 14 or processed data to the processor 200 of the document creation server 20. Additionally, the processor 100 of the document creation device 10 may provide document creation device 10 side data requested from the processor 200 of the document creation server 20. Additionally, the processor 100 of the document creation device 10 may provide data provided by a third party or processed data to the processor 200 of the document creation server 20. Additionally, the processor 100 of the document creation device 10 may provide the results of combining and processing the above data to the processor 200 of the document creation server 20.

Data transmitted from the processor 200 of the document creation server 20 to the processor 100 of the document creation device 10 is transmitted from the processor 200 of the document creation server 20 to the processor 100 of the document creation device 10. It may be the result of processing or processing data received from ). Additionally, the processor 200 of the document creation server 20 may transmit data stored in the

databases

140 and 240 or processed data to the processor 100 of the document creation device 10. Additionally, the processor 200 of the document creation server 20 may provide document creation server 20 side data requested from the processor 100 of the document creation device 10. Additionally, the processor 200 of the document creation server 20 may provide data provided by a third party or processed data to the processor 100 of the document creation device 10. Additionally, the processor 200 of the document creation server 20 may provide the results of combining and processing the above data to the processor 100 of the document creation device 10.

Data is transmitted between the document creation device 10 and the document creation server 20 as described above through the communication module 18 of the document creation device 10 and the communication module 28 of the document creation server 20. It can be performed and controlled by the data communication unit 113 of the document creation device 10 and the data communication unit 213 of the document creation server 20. Additionally, each component can transmit and receive data directly or using the data communication unit 113 of the document creation device 10 and the data communication unit 213 of the document creation server 20.

FIG. 4 is a flowchart explaining the process of creating a document by the document writing device 10 of FIG. 1.

The document creation device 10 according to one embodiment includes a screen configuration unit 101 that configures a document creation screen for creating a document and provides it to the user through the input/output interface 19; a keyword management unit 104 that receives and manages keywords that can be included as text in the content of the document from the user through the input/output interface 19; a text input element management unit 106 that manages text input elements provided on the document creation screen and receiving document content from the user; A text extraction unit 108 that extracts the text of a sentence or paragraph containing a keyword managed by the keyword management unit 104 from the text input into the text input element through the text input element management unit 106; and a text generator 110 that generates text containing keywords by providing the texts extracted by the text extraction unit 108 as input values to a text generation model learned based on natural language processing.

Here, the text generation model uses keywords extracted from a sentence or paragraph and the properties of the sentence or paragraph (e.g. definition, function, relationship with other components, etc.) as input data, and a map with the sentence or paragraph data as the result data. It can be a trained or unsupervised model.

The text generation model is provided to the document creation server 20, which is provided to communicate with the document creation device 10, and the text generation unit 110 is sent to the document creation server 20 through the data communication unit 113. The text extracted by (108) is transmitted to the document creation server (20) along with the keyword information managed by the keyword management unit (104), and the text creation unit (110) is sent to the document creation server (20) through the data communication unit (113). You can receive text generated by the text generation model from 20).

It further includes a keyword extraction unit 107 that extracts one or more keywords contained in the text input to the text input element management unit 106 as a keyword managed by the keyword management unit 104, and the screen configuration unit 101 The keywords extracted by the keyword extractor 107 are displayed to the user, and a keyword selection screen in which one or more keywords are selected by the user is provided to the user through the input/output interface 19, and the text extractor 108 selects the keywords. The text of the sentence or paragraph containing the keyword selected by the user can be extracted through the screen and provided to the text generator 110.

In addition, the document created by the document creation device 10 includes a first part and a second part different from the first part, and the keyword extracting unit 107 and the text extracting unit 108 contain the first part. and a keyword and text are extracted from one of the first part and the second part, and the text generator 110 may generate text that matches the attributes of the other one of the first part and the second part.

At this time, the text generation unit 110 generates a plurality of texts, the screen composition unit 101 displays the plurality of texts generated by the text generation unit 110 to the user, and the text selection function allows the user to select the desired text. The screen is provided to the user through the input/output interface 19, and the text input element management unit 106 can output the text selected by the user through the text selection screen to the text input element.

Here, the first part and the second part may be prepared according to different rules by law.

For example, the document may be a patent specification, the first part may be one of the description and claims, and the second part may be the other one of the description and claims.

A method of creating a document using a document writing device (10), comprising: providing a screen for creating a document configured by the screen configuration unit (101) to a user through an input/output interface (19) (S1); A step (S2) of receiving a command for registering, deleting, or modifying keyword information that can be included as text in the content of the document from the user through the keyword management unit 104, and storing the keyword information in the database 140 according to the command; A step (S3) in which the text input element management unit 106 receives text including a keyword as the content of a document from the user through a text input element; A step (S5) in which the text extraction unit 108 extracts the text of a sentence or paragraph containing a keyword managed by the keyword management unit 104 from the text input into the text input element (S5); and a step (S6) in which the text generation unit 110 provides the texts extracted by the text extraction unit 108 as input values to a text generation model learned based on natural language processing to generate text containing keywords. A method of creating a document including:

After step S3, a keyword selection screen is provided to the user by the screen configuration unit 101, and a step S4 may be performed in which the user selects a desired keyword. In this case, the text extraction unit 108 may extract text using the keyword selected by the user.

In addition, the text generator 110 can automatically generate a plurality of texts, present them to the user, and then select the desired text from the user and output it to the text input element (S7).

Embodiments according to the present invention described above may be implemented in the form of a computer program that can be executed through various components on a computer, and such a computer program may be recorded on a computer-readable medium.

Computer-readable media may include program instructions, data files, data structures, etc., singly or in combination. Program instructions recorded on the medium may be specially designed and configured for the above-described embodiments, or may be known and available to those skilled in the art of computer software. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tapes, optical media such as CD-ROMs and DVDs, and magnetic media such as floptical disks. -Includes optical media (magneto-optical media) and hardware devices specifically configured to store and execute program instructions, such as ROM, RAM, flash memory, etc. Examples of program instructions include machine code such as that created by a compiler, high-level language code that can be executed by a computer using an interpreter, etc. Additionally, the above-described hardware device may be configured to operate with one or more software modules to perform the operations of the embodiments, and vice versa.

Additionally, the software of embodiments of the present invention may include a computer program, code, instructions, or a combination of one or more of these, and may configure a processing device to operate as desired or independently. Alternatively, processing units may be commanded collectively. Software and/or data may be used on any type of machine, component, physical device, virtual equipment, computer storage medium or device to be interpreted by or to provide instructions or data to a processing device. , or may be permanently or temporarily embodied in a transmitted signal wave. Software may be distributed over networked computer systems and stored or executed in a distributed manner. Software and data may be stored on one or more computer-readable recording media.

Additionally, embodiments of the present invention may be implemented with hardware components, software components, and/or a combination of hardware components and software components. For example, devices and components described in embodiments may include, for example, a processor, a controller, an arithmetic logic unit (ALU), a digital signal processor, a microcomputer, a field programmable gate array (FPGA), etc. , may be implemented using one or more general-purpose or special-purpose computers, such as a programmable logic unit (PLU), a microprocessor, or any other device capable of executing and responding to instructions.

Above, a document writing device, method, computer program, computer-readable recording medium, server, and system having the function of automatically generating text using a natural language generation model according to an embodiment of the present invention have been described as specific embodiments. This is merely an example, and the present invention is not limited thereto, and should be construed as having the widest scope following the basic ideas disclosed in this specification. A person skilled in the art may combine and substitute the disclosed embodiments to implement embodiments not specified, but this also does not deviate from the scope of the present invention. In addition, a person skilled in the art can easily change or modify the embodiments disclosed based on the present specification, and it is clear that such changes or modifications also fall within the scope of the present invention.

Claims

A screen configuration unit that configures a document creation screen for creating a document and provides it to the user through an input/output interface;

a keyword management unit that receives and manages keywords that can be included as text in the content of the document from the user through the input/output interface;

a text input element management unit that manages text input elements provided on the document creation screen to receive document content from the user;

a text extraction unit that extracts the text of a sentence or paragraph containing a keyword managed by the keyword management unit from the text input into the text input element through the text input element management unit; and

A text generator that generates text containing the keyword by providing the texts extracted by the text extractor as input values to a text generation model learned based on natural language processing,

Document writing device.
According to claim 1,

The text generation model is provided to a document creation server that is capable of communicating with the document creation device,

The text generator transmits the text extracted by the text extraction unit to the document creation server along with the keyword information managed by the keyword management unit to the document creation server through the data communication unit,

The text generator receives the text generated by the text generation model from the document creation server through the data communication unit,

Document writing device.
According to clause 2,

The screen configuration unit receives the screen configuration for creating a document from a document creation server having a web server function,

The document creation screen implemented through the screen configuration unit is output to the user by an application capable of web browsing,

The text input element is a UI provided to the user through the application, which is an HTML form element or a tag that allows data input,

Document writing device.
According to claim 1,

It further includes a keyword extraction unit that extracts one or more keywords contained in text input to the text input element management unit as keywords managed by the keyword management unit,

The screen configuration unit displays the keywords extracted by the keyword extraction unit to the user, and provides the user with a keyword selection screen through the input/output interface where one or more keywords are selected by the user,

The text extractor extracts the text of a sentence or paragraph containing a keyword selected by the user through the keyword selection screen and provides the text to the text generator.

Document writing device.
According to clause 4,

The document includes a first part and a second part different from the first part,

The keyword extraction unit and the text extraction unit extract the keyword and text from any one of the first part and the second part,

The text generator generates text matching the attributes of the other one of the first part and the second part,

Document writing device.
According to clause 5,

The text generator generates a plurality of texts,

The screen configuration unit displays a plurality of texts generated by the text generation unit to the user, and provides the user with a text selection screen through the input/output interface where the user selects a desired text,

The text input element management unit outputs the text selected by the user through the text selection screen to the text input element,

Document writing device.
According to clause 5,

wherein the first part and the second part are required by law to be prepared according to different rules,

Document writing device.
According to clause 7,

The above document is a patent specification,

The first part is either the detailed description of the invention or the claims,

The second part is another of the detailed description and claims of the invention,

Document writing device.
A method of creating a document using the document writing device according to claim 1,

providing a screen for creating a document configured by the screen configuration unit to the user through an input/output interface;

Receiving commands from the user to register, delete, or modify keyword information that can be included as text in the content of the document through a keyword management unit, and storing the keyword information in a database according to the commands;

A text input element management unit receiving text including a keyword as document content from the user through a text input element;

A text extraction unit extracting text of a sentence or paragraph containing the keyword managed by the keyword management unit from text input to the text input element; and

A text generation unit providing the texts extracted by the text extraction unit as input values to a text generation model learned based on natural language processing to generate text containing the keyword,

How to write a document.
A computer-readable recording medium storing a computer program,

Storing a computer program containing instructions for causing a processor to perform the document creation method of claim 9,

A computer-readable recording medium.
A computer program stored on a computer-readable recording medium,

Stored on a computer-readable recording medium containing instructions for executing the document creation method according to claim 9, combined with a device including a memory for storing instructions and a processor for executing the instructions stored in the memory,

computer program.