KR102020117B1 - System and method for providing a visual user interface for setting a search field and storage means - Google Patents

Abstract

The present invention extracts and visualizes search field information embedded in data, thereby providing a visual UI providing system and method for setting a search field that enables a user to easily recognize the search field information and easily specify desired information, and a recording medium storing the same. The purpose is to provide. To this end, the present invention comprises a data search module for generating at least one search query (Search) for the search from the user input query to extract the search result data from the search DB for providing any electronic information; A field information extraction module for extracting field information usable as a search field from the search result data of the data search module and analyzing data for each search field; The search field data analyzed by the field information extraction module is visualized and output according to an arbitrary display format, and visualized to be represented by receiving operation information on the search field from a user, and the search field setting value according to the search field manipulation An information visualization module for calculating a; And a search sorting module for rearranging and outputting search result data extracted from the data search module based on a search field setting value provided from the information visualization module. Therefore, the present invention has an advantage that the user can easily recognize the search field information and easily specify the desired information by extracting and visualizing the search field information embedded in the data.

Description

SYSTEM AND METHOD FOR PROVIDING SEARCH FIELD AND METHOD FOR STORING THEREOF {SYSTEM AND METHOD FOR PROVIDING A VISUAL USER INTERFACE FOR SETTING A SEARCH FIELD AND STORAGE MEANS}

The present invention relates to a system and method for providing a visual UI for setting a search field and a recording medium storing the same. More specifically, the user can easily recognize the search field information by extracting and visualizing search field information embedded in the data. The present invention relates to a visual UI providing system and method for setting a search field that can easily specify desired information, and a recording medium storing the same.

The legal electronic information can be classified into categories such as papers and commentary on each of them, with a focus on statutes and precedents (including administrative judges' judgments and Q & As of administrative departments).

Statutes and precedents are results that can be classified by clear criteria, and sub-information for each can also be classified by clear criteria.

For example, statute data includes the Constitution as the highest law, and under the law of the National Assembly, the enforcement decrees and enforcement regulations issued by the administrative agencies under the authority of the law, and the local laws and regulations and other regulations. Differentiated by instruction and bylaws.

In addition, depending on the subject of the regulation, it may be divided into civil law on legal matters between persons, criminal law dealing with criminal sanctions, and public law governing public law relations.

In addition, the case data can be clearly distinguished according to the location of the court (Seoul, Busan, Daegu,…), the class (the Supreme Court, the High Court,…), the date of the judgment, the type of trial (criminal, civil, administrative,…), and so on.

On the other hand, the information that can be a criterion for classifying a search result is referred to as 'search field information', and the criterion for classifying the legal electronic information may be search field information.

In addition, from the statistical value obtained through the statistical processing work on the legal electronic information collected in accordance with the query, meta information such as creation date and creation subject may also be search field information.

In addition to the statutes and precedents, other legal data such as patents, papers and commentaries also have field information.

On the other hand, if the user who wants to search the information knows the field information to classify the data, it will be very helpful to search for the desired information among the vast amount of data.

In particular, when retrieving data with specific field information, such as legal information, field information is the most effective way to use it. This is because it can be excluded.

The search using the field information is provided as a function of limiting shopping targets in an online shopping site so as to provide an efficient search service to a user.

However, in the conventional field setting method or system for a general search condition, the user sets the field in a manner such as a numerical input form or a radio button composed of several tabs, a check box, and the like.

FIG. 1 is an exemplary view showing a text-based field setting UI according to the prior art. For example, when a user searches for materials for 2015, the user clicks on a period setting field '2105' in 'field setting' ( 10), three results corresponding to 2015 are configured to be output in the 'search results' field.

The conventional search field setting method is configured in such a way that the user presets the necessary items before viewing the search results, so that the user immediately checks the search results according to the setting, and it is difficult to add necessary items.

In addition, even if the linked search results are provided according to the field setting, the conventional text-based search field setting method is not intuitively recognized by the user.

In addition, the search results according to the related art are only outputs the individual search results, it is difficult to find the correlation between the various field information provided, there is a problem that can not confirm the relationship information between the type of trial and the period setting.

In addition, it is difficult to identify the relationship information, which makes it difficult to accurately set other types of fields, and it is not easy to find the result of another trial.

In addition, since information on field setting is provided as a simple field selection and a text-based field selection, a user may have difficulty in setting intuitively when various combinations of field selection are required.

In addition, the text-based field setting method is difficult to provide information on the relationship and relevance for each field, field selection is provided as a simple function.

Korean Registered Patent Publication No. 10-1223984 (Invention name: Method and system for multidimensional information service through legal information site)

In order to solve this problem, the present invention extracts and visualizes the search field information inherent in the data, a system for providing a visual UI for setting the search field that allows the user to easily recognize the search field information to easily specify the desired information; It is an object of the present invention to provide a method and a recording medium storing the same.

In order to achieve the above object, the present invention provides a visual UI providing system, by generating at least one search query (Search) for the search from a query input by the user to provide the search result data in the search DB that provides any electronic information A data retrieval module for extracting; A field information extraction module for extracting field information usable as a search field from the search result data of the data search module and analyzing data for each search field; The search field data analyzed by the field information extraction module is visualized and output according to an arbitrary display format, and visualized to be represented by receiving operation information on the search field from a user, and the search field setting value according to the search field manipulation An information visualization module for calculating a; And a search sorting module for rearranging and outputting search result data extracted from the data search module based on a search field setting value provided from the information visualization module.

In addition, the data search module according to the present invention includes an input unit for receiving a query from a user; And a query extractor which analyzes the input query to generate a search query, queries a search DB using the generated search query, and receives search result data from the search DB.

In addition, the field information extraction module according to the present invention comprises: an information extraction unit for extracting field information usable as a search field by analyzing search result data of the data search module; A data processor for classifying and statistically processing each search field by using the extracted field information; And an information return unit for converting the classified and statistically processed search field data into data for transferring to the information visualization module.

In addition, the information visualization module according to the present invention includes a visualization unit for converting the data for each search field provided by the field information extraction module into an arbitrary graph form to be displayed; An interface unit providing a layer for detecting input information from a user on the displayed screen; An interaction unit configured to receive search field manipulation information input by the user through the interface unit and display a response to the input through the visualization unit; And a setting value calculator configured to calculate a search field setting value of the corresponding search field by using the search field manipulation information input by the user.

In addition, the visualization unit according to the present invention is characterized in that the display by configuring the search field-specific data in a multi-dimensional multi-color graph using at least one infographic.

In addition, the present invention provides a method of providing a visual UI, a) the data search module analyzes the query entered by the user to generate a search query (Query), the data using the search query to extract the search result data from the search DB Search step; b) a field information extraction step of extracting field information available as a search field from the search result data of the data search module and analyzing data for each search field; c) an information visualization step in which the information visualization module receives the search field-specific data analyzed by the field information extraction module and operation information on the search field from the user and visualizes the data according to an arbitrary display format; And d) a search sorting step in which the search sorting module rearranges and outputs search result data extracted from the data search module by using search field setting change information according to the search field manipulation.

In addition, the step a) according to the present invention comprises the steps of receiving a query from the user data search module; Generating a search query by analyzing the input query by the data search module; And querying an arbitrary search DB using the generated search query, and extracting search result data from the search DB.

In addition, the step b) according to the present invention comprises the steps of: extracting field information available as a search field by analyzing the search result data of the data search module; Classifying and statistically processing the field information extraction module for each search field by using the extracted field information; And converting, by the field information extraction module, data for each classified and statistically processed search field into data for delivery to the information visualization module.

In addition, the step c) according to the present invention includes the step of the information visualization module converts the search field-specific data provided by the field information extraction module to be displayed in an arbitrary graph form; Implementing an interface for interaction by providing a layer for detecting input information from a user on a screen on which the information visualization module is displayed; The information visualization module receiving search field manipulation information input by a user through the layer and expressing a response to the input to be displayed on a screen; And calculating, by the information visualization module, a search field setting value of a corresponding search field by using the input search field manipulation information.

In addition, the step of expressing the response to the input according to the present invention to be displayed on the screen may include an initial step of activating or deactivating each displayed graph to be visually highlighted; A toggle step of activating a highlight state of the graph deactivated according to the user input or deactivating the activated state; And if the user does not input for more than a predetermined time, characterized in that it comprises a termination step of stopping the operation of the presentation step.

In addition, the present invention is a recording medium, a program for performing a method for providing a visual UI for setting the search field is stored, the program is characterized in that it comprises a recording medium to be executed in the digital information processing apparatus.

According to the present invention, by extracting and visualizing search field information embedded in data, the user can easily recognize the search field information and easily specify desired information.

In addition, the present invention has the advantage that the user can construct a search field using a multi-dimensional graph implemented in a two-dimensional space, and perform the search through the operation of the configured search field, thereby obtaining the desired information efficiently and quickly have.

1 is an exemplary view showing a text-based field setting UI according to the prior art.
2 is a block diagram showing the configuration of a visual UI providing system for setting a search field according to the present invention.
3 is a block diagram illustrating a configuration of a data search module of a system for providing a visual UI for setting a search field according to FIG. 1.
4 is a block diagram illustrating a configuration of a field information extraction module of a visual UI providing system for setting a search field according to FIG. 1.
5 is a block diagram illustrating a configuration of an information visualization module of a visual UI providing system for setting a search field according to FIG. 1.
6 is a flowchart illustrating a process of providing a visual UI for setting a search field according to the present invention.
7 is a flowchart illustrating a data search process of a visual UI providing process for setting a search field according to FIG. 6.
8 is a flowchart illustrating a field information extraction process of a visual UI providing process for setting a search field according to FIG. 6.
9 is a flowchart illustrating an information visualization process of a visual UI providing process for setting a search field according to FIG. 6.
10 is a flowchart illustrating an interaction process of an information visualization process according to FIG. 9.
11 is an exemplary view showing a visual UI for setting a search field according to the present invention.
FIG. 12 is an exemplary diagram illustrating data processing of an extracted field by extracting a field type for a search result according to FIG. 11; FIG.
FIG. 13 is an exemplary diagram graphically showing field information processed in a search result according to FIG. 11; FIG.
FIG. 14 is an exemplary diagram showing a user to highlight relevant information in a search result according to FIG. 11; FIG.

Hereinafter, a system and method for providing a visual UI for setting a search field according to the present invention will be described in detail with reference to the accompanying drawings.

In this specification, the expression "comprising" a certain component means that it may further include other components rather than exclude other components.

In addition, the terms "... part", "... group", "... module" and the like refer to a unit for processing at least one function or operation, which may be divided into hardware, software, or a combination of the two.

2 is a block diagram illustrating a configuration of a visual UI providing system for setting a search field according to the present invention, and FIG. 3 is a block diagram illustrating a configuration of a data searching module of a visual UI providing system for setting a search field according to FIG. 1. 4 is a block diagram illustrating a configuration of a field information extraction module of a visual UI providing system for setting a search field according to FIG. 1, and FIG. 5 is an information visualization of a visual UI providing system for setting a search field according to FIG. 1. A block diagram showing the configuration of the module.

2 to 5, the UI providing system according to the present invention includes a data retrieval module 100, a field information extraction module 200, an information visualization module 300, and a search alignment module 400. It is configured to include, and is preferably installed in a digital information processing device such as a computer, a server.

The data search module 100 generates at least one search query for searching from a query input by the user 600 and extracts search result data from the search DB 130. And a query extractor 120.

The input unit 110 is configured to receive a query from the user 600 and includes an input device including a keyboard, a mouse, a touch screen pad, and the like.

The query extractor 120 analyzes an input query or a query statement and generates a search query required for searching such as keyword extraction for querying the search DB 130.

The search query may be a method of extracting only core nouns from a query sentence through mechanical learning from a method of extracting only nouns included in a query sentence.

In addition, the query extractor 120 queries the search DB 130 that provides electronic information such as legal information, patent information, article information, and product information by using the generated search query. Receive the search result data.

In addition, the data search module 100 may further include a search DB 130 for providing the electronic information.

The field information extracting module 200 extracts field information available as a search field from the search result data of the data search module 100 and analyzes data for each search field. The information extracting unit 210 and data It is configured to include a processing unit 220 and an information return unit 230.

The information extractor 210 analyzes the search result data searched by the data search module 100 and extracts field information usable as a search field.

That is, the information extracting unit 210 analyzes and extracts various search field information that can be used as search field information, such as field, title, creation date, and creation subject, for example.

In addition, the information extractor 210 may directly extract specific field information from the search result data through natural language processing in the case of a field not provided by the search DB 130.

The data processor 220 classifies the search fields by using the extracted field information, classifies relevant data by the classified search fields, and performs statistical processing of the classified data.

The information converter 230 converts the data for each search field classified and statistically processed by the data processor 220 into data having a predetermined format for transmission to the information visualization module 300, and outputs the data.

The information visualization module 300 visualizes and outputs the search field data analyzed by the field information extraction module 200 according to an arbitrary display format, and receives and displays manipulation information about the search field from the user 600. Visualizing and calculating a search field setting value according to the search field manipulation, the configuration includes a visualization unit 310, an interface unit 320, an interaction unit 330, and a setting value calculation unit 340. It is configured by.

The visualization unit 310 converts the search field-specific data provided from the field information extraction module 200 into various graph forms and displays them.

In addition, the visualization unit 310 configures and displays the search field-specific data as a multi-dimensional multicolor graph using at least one infographic.

The interface unit 320 provides a layer for detecting input information from the user 600 on a screen in which field information is visually expressed and displayed on a graph, thereby providing an information visualization module through an input operation of the user 600 ( Interaction with 300).

The layer is configured to operate as a medium for receiving search field manipulation information from the user 600. The layer is overlaid on a visualization representation to change data input and output according to the input between the user 600 and the visualization module 300. Provide interaction to reflect this.

The interaction unit 330 receives the search field manipulation information input by the user 600 through the interface unit 320 and is displayed through the visualization unit 310 in response to the change and response to the input. It works.

The setting value calculator 340 calculates a search field setting value changed from the basic setting value set in the corresponding search field by using the search field manipulation information input by the user 600.

The search sorting module 400 adjusts the sorting range based on the search field setting value provided by the information visualization module 300, and reorders the search result data extracted by the data search module 100. Output to the user 600.

The following describes a visual UI providing method for setting a search field according to the present invention.

6 is a flowchart illustrating a process of providing a visual UI for setting a search field according to the present invention. FIG. 7 is a flowchart illustrating a data searching process of a process of providing a visual UI for setting a search field according to FIG. 6. 6 is a flowchart illustrating a field information extraction process of a visual UI providing process for setting a search field according to FIG. 6, FIG. 9 is a flowchart illustrating an information visualization process of a visual UI providing process for setting a search field according to FIG. 6. 9 is a flowchart illustrating an interaction process of an information visualization process according to FIG. 9.

2 to 10, the data retrieval module 100 analyzes a query input by the user 600 to generate a search query, and uses the search query to retrieve a search result from the search DB 130. Extract the data (S100).

In step S100, when the data search module 100 receives a query from the user 600 (S110), the data search module 100 analyzes the input query or the query and searches for a search such as keyword extraction for querying the search DB 130. Generate the required search query (S120).

In addition, by using the search query generated in step S120 to query the search DB 130 that provides electronic information, and receives the search result data from the search DB (130) (S130).

After performing step S100, the field information extraction module 200 extracts field information available as a search field from the search result data of the data search module 100 and analyzes data for each search field (S200). Perform.

In step S200, the field information extraction module 200 analyzes various field information that can be used as search field information such as field, title, creation date, creation subject, etc., for example, the search result data of the data search module 100. Field information available as a search field is extracted (S210).

At this time, if there is a field not provided in the search DB 130, the field information extraction module 200 may perform a process of directly extracting specific field information from the search result data through natural language processing.

In addition, the field information extraction module 200 classifies the search field by using the field information extracted in the step S210, classifies relevant data for each of the divided search fields, and performs data processing for statistically classifying the classified data. Perform the process (S220).

The search field data classified and statistically processed in step S220 may be converted into data of a predetermined format by the field information extraction module 200 to transmit the classified and statistically processed search field data to the information visualization module 300. Output (S230).

When performing the S200, the information visualization module 300 may receive the search field-specific data analyzed by the field information extraction module 200 and operation information about the search field from the user 600 in an arbitrary display format. Visualize according to the output (S300).

In the step S300, the information visualization module 300 converts the data of each search field provided by the field information extraction module 200 into a graph form of a specific shape so as to visualize and display the expression display (S310).

In addition, the search field-specific data may be configured and displayed as a multi-dimensional multicolor graph using at least one infographic.

In addition, the information visualization module 300 may allow the user 600 to interact with the information visualization module 300 through an input manipulation of the user 600 on a screen in which field information is visually represented and displayed on a graph. Outputs a layer for detecting the search field manipulation information from the user's data by overlaying the layer on the visualization representation, and performs an interface for interaction such that data input from the user 600 and output change according to the data input are reflected (S320). .

In addition, the information visualization module 300 receives the search field operation information input by the user 600 through the step S320 and interacts so that a graph form and expression in response to the change and the corresponding information on the input information are displayed. Perform (S330).

In step S330, the initial step (S331) of activating each graph to be visually highlighted or deactivating not to be highlighted, and the highlight state of the deactivated graph according to the input of the user 600 is activated or activated. Toggle the step S332 to be deactivated, and if the user 600 does not input for a predetermined time or more, a termination step S333 of stopping operations of steps S331 and S332 of step S330 are performed.

When the search field is manipulated by the user 600 by performing the step S330, the information visualization module 300 calculates a search field setting value of the corresponding search field by using the input search field manipulation information (S340). The calculated value is provided to the search sorting module 400.

After performing step S300, the search sorting module 400 performs a display process of rearranging and outputting search result data extracted from the data search module 100 using search field setting change information according to the search field manipulation. (S400).

FIG. 11 is an exemplary view illustrating a visual UI for setting a search field. More specifically, the user sets a civil trial in 2015, and the search result is based on a visualization that outputs two results corresponding to the 2015 civil trial. An example of the field setting UI.

As shown in FIG. 11, the display screen visually represented through the information visualization step can intuitively show the user the correlation of various field information, and in the period setting field, one criminal case in 2016 and one criminal in 2015 One case and two civil cases can be expressed in various forms.

In addition, interaction with the user may be easily performed by clicking on the information area 500 on the graph, and the result may be easily sorted through the click operation.

In addition, when the graph is selected as the visualization representation means, it is possible to dynamically change the graph, and mutual change between the graphs is possible, thereby providing more accurate information than the text-based field setting.

FIG. 12 is an exemplary diagram illustrating extracting a field type for a search result according to FIG. 11 and processing data of the extracted field, and extracting a field type for each search result, and classifying data for the extracted field. It can be classified using methods such as mutual relation extraction, statistics of each field, statistics by date (1999, 2010, 2011), types of courts (supreme court, higher court), types of trials (civil, Fields that are not provided in the search DB 130, such as shape) and related law fields (administration, military), may be configured by directly extracting specific field information from data through natural language processing.

FIG. 13 is an exemplary diagram showing graphs of field information processed in a search result according to FIG. 11. As shown in FIGS. 13A and 13B, the processed field information is processed in a graph form. The graph is a multi-dimensional graph and a multi-color graph, which are implemented using various infographic techniques, such as date statistics (1999, 2010, 2011), types of courts (supreme court, high court), types of trials (civil, shape), etc. To be possible.

FIG. 14 is an exemplary view showing a user by highlighting relevant information in the search result according to FIG. 11. As shown in FIGS. 14A and 14B, a field selection window is configured, and the user is shown in the graph. For example, when the user clicks on '1999' and 'civil', the field selection window displays that the relevant information is activated through the highlight area 510 so that the user can check the selection field. The search field setting value) is provided with search field setting change information such as 'civil', '1999', 'supreme court', and 'administration' so as to rearrange and display search result data according to the search field setting change information.

In addition, the visual UI providing method is stored in various recording media such as optical disk storage media, memory storage media, online storage media through a program, the recording medium is configured such that the stored program is executed in the digital information processing apparatus.

Therefore, by clicking the graph that is visually represented without setting various search fields many times, the search field can be easily set with a few clicks, and the set field can be easily confirmed by providing the user visually.

In addition, the present invention is a recording medium, a program for performing a method for providing a visual UI for setting the search field is stored, the program is characterized in that it comprises a recording medium to be executed in the digital information processing apparatus.

As described above, it has been described with reference to a preferred embodiment of the present invention, but those skilled in the art various modifications and changes of the present invention without departing from the spirit and scope of the invention described in the claims below I can understand that you can.

In addition, in the course of describing an embodiment of the present invention, the thickness of the lines or the size of the components shown in the drawings may be exaggerated for clarity and convenience of description, and the above terms are considered in the present invention. As the terms defined herein may vary according to a user's or operator's intention or custom, interpretation of these terms should be made based on the contents throughout this specification.

100: data search module 110: input unit
120: query extractor 130: search DB
200: field information extraction module 210: information extraction unit
220: data processing unit 230: information return unit
300: information visualization module 310: visualization unit
320: interface unit 330: interaction unit
340: set value calculator 400: search sort module
500: information area 510: highlight area
600: user

Claims (11)

A data search module 100 for generating at least one search query for searching from a query input by the user 600 and extracting search result data from a search DB 130 providing arbitrary electronic information;
A field for extracting field information that can be used as a search field from the search result data of the data search module 100, and performing statistical processing by analyzing the correlation, extraction of correlation information, and data for each search field. Information extraction module 200;
Receiving operation information on the search field from the user 600, calculating a search field setting value changed according to the search field operation or set according to the type of extracted field information, and calculating the calculated search field setting value and the An information visualization module 300 reflecting the search field-specific data analyzed by the field information extraction module 200 to visualize and output the data according to the display format; And
A search sorting module 400 for adjusting a sorting range based on a search field setting value provided by the information visualization module 300 and rearranging and outputting search result data extracted from the data search module 100. Visual UI provisioning system for setting up search fields. The method of claim 1,
The data retrieval module 100 includes an input unit 110 for receiving a query from a user 600; And
The query extractor 120 analyzes the input query to generate a search query, queries an arbitrary search DB 130 using the generated search query, and receives search result data from the search DB 130. System for providing a visual UI for setting the search field, characterized in that it comprises a. The method of claim 1,
The field information extracting module 200 may include: an information extracting unit 210 extracting field information usable as a search field by analyzing search result data of the data searching module 100;
A data processor 220 for classifying and statistically processing each search field by using the extracted field information; And
And a information return unit (230) for converting the classified and statistically processed search field data into data for delivery to the information visualization module (300). The method of claim 1,
The information visualization module 300 includes: a visualization unit 310 for converting the search field data provided by the field information extraction module 200 into an arbitrary graph and displaying the converted data;
An interface unit 320 providing a layer for detecting input information from the user 600 on the displayed screen;
An interaction unit 330 that receives search field manipulation information input by the user 600 through the interface unit 320 and displays a response to the input through the visualization unit 310; And
And a setting value calculating unit (340) for calculating a search field setting value of a corresponding search field by using the search field manipulation information input by the user (600). The method of claim 4, wherein
The visualizing unit 310 is a visual UI providing system for setting a search field, characterized in that for displaying the data for each of the search field to form a multi-dimensional multi-color graph using at least one infographic. a) a data retrieval step in which the data retrieval module 100 analyzes a query input by the user 600 to generate a search query and extracts search result data from the search DB 130 using the search query ;
b) The field information extracting module 200 extracts field information usable as a search field from the search result data of the data search module 100, thereby extracting the correlation and the correlation between the extracted field information and each search field. Field information extraction step of analyzing data and performing statistical processing;
c) The information visualization module 300 reflects the search field-specific data analyzed by the field information extraction module 200 and the changed search field setting values calculated by receiving operation information on the search field from the user 600. An information visualization step of visualizing and outputting the image according to an arbitrary display format; And
d) a search sorting step in which the search sorting module 400 adjusts the sorting range by reflecting the search field setting change information according to the search field manipulation, and rearranges and outputs the search result data extracted by the data search module 100. Method for providing a visual UI for setting the search field comprising a. The method of claim 6,
Step a) is a step in which the data retrieval module 100 receives a query from the user 600;
Generating a search query by analyzing the input query by the data search module (100); And
The search field setting comprises the step of querying the arbitrary search DB 130 by using the generated search query, and extracting the search result data from the search DB 130. To provide a visual UI for users. The method of claim 6,
B) the field information extraction module 200 analyzes the search result data of the data search module 100 to extract field information usable as a search field;
Classifying and statistically processing the field information extraction module 200 for each search field by using the extracted field information; And
The field information extraction module 200 converts the classified and statistically processed search field data into data for delivery to the information visualization module 300. . The method of claim 6,
The step c) includes the information visualization module 300 converting the search field-specific data provided from the field information extraction module 200 into an arbitrary graph form for display;
Implementing an interface for interaction by providing a layer for detecting input information from the user 600 on a screen on which the information visualization module 300 is displayed;
The information visualization module 300 receiving search field manipulation information input by the user 600 through the layer and expressing a response to the input to be displayed on a screen; And
And calculating, by the information visualization module (300), a search field setting value of a corresponding search field by using the input search field manipulation information. The method of claim 9,
The step of expressing the response to the input to be displayed on the screen may include an initial step of activating each displayed graph to be visually highlighted or deactivating not to be highlighted;
A toggle step of activating a highlight state of the graph deactivated according to an input of the user 600 or deactivating the activated state; And
If the user 600 does not input for more than a predetermined time, the visual UI providing method for setting a search field, characterized in that it comprises a termination step of stopping the operation of the presentation step. A recording medium storing a method for providing a visual UI for setting a search field, wherein a program for performing the UI providing method according to any one of claims 6 to 10 is stored, and the program is executed in a digital information processing apparatus.

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