KR102085418B1 - Automatic creating method of Geographic feature report for agree document of civil engineering permit - Google Patents

Abstract

The present invention extracts and stores the information of obstacles included in the construction area from the continuous land map, the paper width, the paper map, and the numerical map, and based on this, a construction license agreement document for automatically generating the corresponding license obstacle document is prepared. The present invention relates to a method and a system for automatically generating obstacles for a user.
The method and system of the present invention may automatically generate and generate dozens or hundreds of corresponding obstacle records included in the corresponding construction section by using the obstacle information of the basic data through a program.
Therefore, the method and system of the present invention can automatically complete the trouble-shooting work that takes several months or more even within a day or two, even by a skilled employee, and can prevent the error of the paper preparation due to the manual work.

Description

Automatic creating method of Geographic feature report for agree document of civil engineering permit}

The present invention relates to a method and system for automatically generating obstacle records for preparing a construction license agreement document, and extracts and stores information of obstacles included in the construction area from a paper map and a digital map, and based on the license, The present invention relates to a method and a system for automatically generating obstacle records for preparing a construction license agreement document for automatically generating a water record.

Licensing and licensing system refers to certain acts (permissions, authorizations, licenses, etc.) of administrative authorities or to certain acts (registration, reporting) in carrying out specific projects, duties, and other acts to promote public welfare and maintain public order. It is a system that restricts or imposes obligations on social and economic life, rights and rights of the people. Among them, construction license and permission means administrative measures or similar acts that allow an administrative agency to accept a project operator's application in accordance with certain requirements and standards to prohibit or restrict the construction project-related acts in order to achieve the purpose of construction.

Civil construction (roads, railroads, ports, water resources, rivers, etc.) among construction permits and permits is an act that is carried out not only in a specific project but also in the entire country, rather than in a single project. For example, work is carried out on the regulation of complex behaviors between different lands. For example, to build roads between municipalities, 108 laws / enforcement decrees / enforcement rules related to licensing, plus each local ordinance, have more than 150 related laws, 75 required forms for each council, and each form. Considering the 280 attachments that need to be reviewed and the land use regulation that regulates all lands in Korea, which are subject to the application of individual laws on the basis of regions / districts / zones Should be submitted to the relevant authorities for consultation. In particular, even though they are the same land, there is a difficulty that the consultation documents as well as the consultation agencies vary according to the purpose of use of the land, the method of use, and the use area.

In addition, for the construction permit, compensation procedures are applied to the owners of obstacles (eg, transportation, buildings, facilities (harvest, lighting, electric power, cemeteries, etc.), vegetation, water system, etc.) within the construction transfer section. shall. In order to compensate for such obstacles, construction licensees must prepare and submit to the relevant authorities the obstacles on which obstacles exist in the construction transfer section.

1 is an obstacle document submitted to the consultative body, Figure 2 is a diagram of the obstacle article attached to the existing obstacle document of the branch number. In order to prepare the obstacle document and the block diagram of FIG. 1 and FIG. 2, the site surveying agent of the construction license company visits the construction section directly to see what obstacle exists in the construction section, and if the obstacle exists. It records the number of the water, the type of the object, the structure and the standard, the quantity, etc. Also, based on the obstacle information recorded by the field investigation personnel, the office paperworker prepares the obstacle document (such as FIG. 1 and FIG. 2). do. However, the site investigator should check the obstacles by unfolding the design drawings and continuous maps at the site where the construction is scheduled, and in many cases, the drawings and the actual site are not the same, and the buildings, power poles, warehouses, trees, etc. existing on the site It is difficult to easily identify whether it is included in the section, and as a result, there was a problem that many unidentified or missing obstacles occurred, and the obstacle information recorded by the field investigation personnel was unclear. Was generated. In addition, there is a realistic problem that it takes at least one month to identify obstacles in the entire construction zone because the number of moving distances and obstacles that can be checked by the site researcher in one day is physically limited.

The present invention provides a method and system that can automatically generate obstacle records required for a construction license.

The present invention provides a method and system for improving the accuracy of obstacle preparation and automatically completing the preparation of one month or more within a day or two.

In one aspect the invention

Uploading and overlapping a paper diagram and a digital map using an execution module, extracting coordinates (x, y) and code values of obstacles (topographical features) of the digital map located in a polygon of the paper diagram; The processor converts and stores the obstacle coordinates (x, y) into a branch number, and the processor extracts and stores obstacle information from a digital map feature DB using the branch number and a code of the obstacle. A file generation step and the processor opens a license-related obstacle record file and generates a obstacle record generation step of importing and inputting the corresponding contents of each record from the obstacle basic data file. It relates to a method of automatically generating water records.

The method and system of the present invention can automatically extract the information necessary for the preparation of the obstacle document by using the continuous map, the paper map, and the numerical map to obtain the basic data. The method and system of the present invention may automatically generate and generate dozens or hundreds of corresponding obstacle records included in the corresponding construction section by using the obstacle information of the basic data through a program.

Therefore, the method and system of the present invention can automatically complete the trouble-shooting work that takes several months or more even within a day or two, even by a skilled worker, and can prevent the error of the paper preparation due to the manual work.

1 is an obstacle document submitted to the consultative body.
FIG. 2 is a diagram of an obstacle article attached to an existing obstacle document of the corresponding branch number.
3 and 4 are a flowchart and a system for implementing a method for automatically generating obstacles according to the present invention.
5 is an example of a paper diagram, and FIG. 6 shows a paper diagram generating step.
7 is a capture of a specific manhole layer (property file) indicated by dots on a numerical map.
8 is a numerical map displayed with dotted lines or faces within a corresponding section on a paper diagram.
8 shows a paper diagram data extraction step.
9 shows a system in which the system 100 of the present invention receives obstacle information from the field survey terminal 200.

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings. However, the scope of the present invention is not limited to the description or the drawings for the following embodiments. In other words, the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In addition, the terms "comprises" or "having" described herein are intended to indicate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, and one or the same. It is to be understood that the present invention does not exclude in advance the possibility of the presence or the addition of other features, numbers, steps, operations, components, parts, or a combination thereof.

In addition, the terms "unit", "group", "module", and the like described in the specification mean a unit for processing at least one function or operation, which may be implemented by hardware or software or a combination of hardware and software.

3 is a system for implementing a method for automatically generating obstacles according to the present invention, and FIG. 4 is a flowchart. Referring to FIG. 3, the system of the present invention includes a processor 10, a DB 20, a communication unit 30, an execution module 40, a paper diagram data extraction module 50, and an obstacle-based data generation module 60. Investigation generation module 70 is included.

The automatic obstacle generation method of the present invention may be modularized into a software program and processed by the processor 10.

The processor may upload a design drawing, modify and process the design drawing by using an execution module 80 such as an autocat.

Referring to FIG. 4, the method for automatically generating obstacles according to the present invention includes uploading and overlapping paper diagrams and numerical maps, extracting obstacle codes and coordinates (x, y), extracting branch numbers of obstacles, and obstacles. It may include the step of generating a water basic data file and the step of generating a document.

First, the method of the present invention uploads and overlaps a paper diagram and a numerical map using an execution module (autocad or the like).

5 is an example of a paper diagram. Referring to FIG. 5, the paper diagram is a graphic image in which paper width lines (solid red lines) of construction design drawings overlap on continuous land maps on a specific administrative area. On the other hand, the paper diagram can be displayed by removing the black solid line (continuous map) outside the paper width line (red color) in FIG.

Continuous map (solid black line is intellectual line that divides number, each number is indicated by number, field is field, answer is rice field, and forest is mountain) is downloaded from Korea Land Information System. The cadastral map can also be stored in the DB 21.

The paper width line indicates a section of a road, etc., on which construction is to be carried out (a portion marked in red in FIG. 5 is a corresponding section of construction).

Since the land map displays the number of the land incorporated in the paper width line (construction section) and the area incorporated in the continuous land line, the paper diagram is a drawing file indicating the number (area) of the land incorporated in the construction section.

As such, when the number (and area) to be included in the construction section is confirmed through the land map, the contractor should discuss with the administrative agency whether or not to perform the construction or compensation.

The present invention can be uploaded to the execution module 80 receives a paper diagram file from the design office as shown in FIG.

On the other hand, it is common to receive a plan, linear drawing and cross-sectional file corresponding to the construction section from the design office, the processor of the present invention can process the paper drawing module 50 to generate a paper drawing. 6 shows a paper diagram generation step.

Referring to FIG. 6, a paper diagram generating step includes a processor reading a linear drawing and a plurality of cross-sectional views of a construction section by using an execution module, and reading centerline position data and left and right end position coordinates of each cross section. (b) generating each of the left and right position coordinates on the linear drawing corresponding to the centerline position of each cross sectional view; and (c) connecting the left and right position coordinates generated on the linear drawing to form a paper width line. Generating (d), and overlapping the continuous map with the paper width line by using the execution module. The paper sheet generation step may further include the step (f) of generating an embedded continuous point line indicating only an area incorporated inside the paper width line.

The linear and plural cross sectional views are generally provided in the form of a CAD pile at a design office. The coordinates of the continuous map are represented by TM coordinate system using Bessel ellipsoid, while the linear and cross-sectional views are represented by GRS80 ellipsoid TM coordinate system. Coordinate matching is first performed to convert the continuous map into a GRS80 ellipsoid TM coordinate system. Performing the coordinate transformation of the continuous map is performed by a program using an ArcGIS commercial program or a coded algorithm directly through a programming language to perform this by a computer, and since the ArcGIS commercial program is conventional, a detailed description thereof will be omitted.

The cross section is a diagram showing a section of a construction section at predetermined intervals (for example, 20 m). 6 is a cross sectional view at the top of a and b of FIG. 6. In the cross-sectional view, an STA (station) indicating its position is displayed, and the left and right widths, inclinations, and the like are measured based on the center point (coordinate) of the cross-sectional view.

The linear drawing is a line connected by connecting the center point (coordinate) of each cross-sectional view from the start point of the construction section to the end point. The linear drawing is a solid line (red) extending left and right in c and d of FIG. 6.

The processor of the present invention reads the center line position coordinates and the left and right end position coordinates of each cross section (a, b), and then generates the left and right position coordinates respectively on a linear drawing corresponding to the center line position of each cross section. do. The processor generates both the left and right position coordinates of the cross sectional view over the starting point and the end point of the cross sectional view, and then connects them. That is, the paper width line is a solid line connected to the left and right ends of the linear drawing in FIG.

As shown in FIG. 6E, the processor may generate a paper map by overlapping the continuous land map including the construction section and the paper width line by using the execution module (autocad).

In addition, the processor may generate an embedded paper diagram overlapping the continuous land map including the construction section and the paper width line by using the execution module (autocad) and displaying only an area incorporated into the paper width line. . For example, the processor may generate an embedded paper diagram by removing all lines and characters of the continuous land map displayed outside the paper width line in FIG. 6E (FIG. 6F).

On the other hand, the digital map is an electronic map that shows various geospatial information such as the location of the surface, the ground, the underwater and the space, and the topography, the feature and the place name in a digital form on a predetermined scale using a computer system. In particular, the features represented on the digital map (hereinafter referred to as obstacles) may be displayed as points, lines, or faces, and each feature information may be displayed as a layer by creating a separate property file. Digital maps are represented in the GRS80 ellipsoid TM coordinate system. The digital map file can be downloaded from the National Geographic Information Institute and stored in the digital map feature DB 22.

FIG. 7 captures a specific manhole layer (property file) indicated by dots on a numerical map. Fig. 8 is a numerical map represented by a dot, line or face within a corresponding section overlapping the paper diagram. The digital map provides information on each feature in a property file (rare form), in which CODE information and location information (coordinates) are displayed on the layer of the manhole indicated by the dot of FIG. 7.

The processor of the present invention may generate the obstacle based data file by processing the obstacle data generation module as shown in FIG. 4.

First, the processor may extract obstacle (x feature) coordinates (x, y) and code values of a numerical map located in a polygon of a paper figure.

The paper diagram is a drawing created by overlapping the paper width lines on the continuous map, and is basically based on the continuous map. Continuous maps represent individual parcels as individual polygon objects, and these polygon objects are seamlessly connected to one coverage.

When the paper map and the digital map are uploaded, the processor may extract the code values and coordinates of the points, lines, and surfaces of the digital map located in the polycon of the paper diagram (the continuous land map in which the construction section is incorporated).

More specifically, the processor retrieves each coordinate value from the digital map feature DB in which the coordinates (X, Y) of the digital map's points, lines, and planes are stored, and determines whether the coordinates are in the polygon of the paper map. If the coordinates (X, Y) of the points, lines, and planes of the digital map are coordinates inside the polygon, the code value of the feature corresponding to the coordinates is extracted and stored in the obstacle basic data file.

The processor converts the obstacle coordinates (x, y) into a branch number and stores the obstacle coordinate data file. The processor may extract the obstacles and administrative zones together from the continuous map.

The processor may extract obstacle information from the digital map terrain feature DB 22 by using the obstacle number, code, and coordinates, and generate the obstacle basic data file, and store it in the basic data DB 23.

The obstacle information may be a branch number, a category, an administrative area, a name of the obstacle (type of object), a structure and specification, a quantity, an owner, and an owner address.

On the other hand, the processor further determines whether the obstacle is a building through the code of the obstacle (if the code classification of the obstacle is B is a building).

When the obstacle is a building, the processor may extract building information from the building management book DB 24 and store the building information in the obstacle basic data file. The building management ledger DB may download and store building information data in advance through a building integrated information service.

The building information includes a building owner, a kind, a structure, a standard, a quantity, a resident, a tenant, and the like.

The present invention may further include updating the obstacle based data file after generating the obstacle based data file.

In the updating of the obstacle basic data file, receiving obstacle information of the corresponding address from the field survey smart terminal may be input to the obstacle basic data file.

9 shows a system in which the system 100 of the present invention receives obstacle information from the field survey terminal 200. The field survey terminal 200 may be one or more.

The obstacle information of the corresponding address received from the field survey smart terminal includes whether the obstacle exists in the corresponding address, an image containing a mark indicating the corresponding location in the image file and a picture taken when the obstacle exists. If the file or the obstacle does not exist, the file may be an image file of the address.

As mentioned in the background art, in the past, a site investigating agent of a construction license company visits a construction section directly and compares the construction design drawing with the continuous land map, and if any obstacles exist in the construction section. In addition, the number of the obstacle, the type of the object, the structure and specification, and the quantity were recorded and confirmed.

The field survey smart terminal of the present invention stores the obstacle-based data file generated above.

When the field survey terminal (agent) is located at a specific address in the construction section, the processor of the field survey terminal may grasp the terminal information (GPS information) of the terminal and output obstacles corresponding to the corresponding position (site number) on the screen. Can be.

The site investigation agent can check whether there is an obstacle output on the terminal and input whether the obstacle exists.

If the presence of the obstacle is input through the user interface of the terminal, the processor of the terminal displays the information of the obstacle (information stored in the basis data of the obstacle, for example, the type, structure, standard, quantity, etc. of the object). Output to.

The fieldworker checks whether there is an error in the obstacle information displayed on the screen and inputs it through the user interface.

The processor may operate the camera module to capture the obstacle when no obstacle information is input through the user interface.

If there is an error in the obstacle information displayed on the screen, the processor provides a user interface (input window) for correcting the obstacle information. The processor may operate the camera module to capture the obstacle when the information is corrected in the obstacle information input window.

The processor of the field terminal may transmit the obstacle information to the system 100 of the present invention when the checking and photographing of the obstacle is completed.

Thus, in the present invention, when using the field survey terminal stored the obstacle base data file, the field survey personnel do not need to check the existence and information of the obstacle while comparing the construction design drawings and continuous maps, etc. The obstacle information can be confirmed and recorded. In addition, the system of the present invention can generate more accurate obstacle records by inputting and updating obstacle information transmitted from the field survey terminal into the obstacle basic data file.

The obstacle generation step is a step in which the processor opens a corresponding license-related obstacle record file in the inquiry DB 25, and retrieves and inputs the corresponding contents of each record file from the obstacle basic data DB 23.

The record generation step may be executed by the processor processing the record generation module 70. The document generation module collects the project-related DB, loads the ground water general table, the building status, the obstacle document, and the obstacle document drawing file from the document DB, and provides the necessary information for each file. And inputting in step 23).

The present invention may include a recording medium recording a program implementing the above method. The program of the present invention can be recorded on a computer-readable information recording medium (recording medium) such as a compact disc, a flexible disc, a hard disc, a magneto-optical disc, a digital video disc, a magnetic tape, and a semiconductor memory.

The program may be distributed and sold through a computer communication network independently of the computer on which the program is executed. The information recording medium can be distributed and sold independently of the computer.

Although the above has been described in detail with reference to a preferred embodiment of the present invention, this description is merely to describe and disclose an exemplary embodiment of the present invention. Those skilled in the art will readily recognize that various changes, modifications and variations can be made from the above description and the accompanying drawings without departing from the scope and spirit of the invention.

Claims (4)

System including processor 10, DB 20, communication unit 30, execution module 40, paper diagram data extraction module 50, obstacle basic data generation module 60, record generation module 70 In the method for generating obstacles using
Uploading and overlapping a paper diagram and a numerical map using an execution module;
Extracting, by the processor, obstacle (x feature) coordinates (x, y) and code values of the numerical map located in the polygon of the paper figure;
The processor converting and storing the obstacle coordinates (x, y) into a branch number;
Generating an obstacle basic data file for extracting and storing obstacle information from a digital map feature DB using the obstacle number and code of the obstacle; And
The processor may include generating a obstacle record by opening a corresponding obstacle record file related to the license and importing and inputting a corresponding content of each record file from the block document data file.
The generating of the obstacle basic data file further includes the step of extracting and storing building information from the building management book DB when the obstacle is a building,
The step of extracting the coordinate (x, y) and the code value of the obstacle (terrain feature) may be performed by the processor for each coordinate value from the digital map feature DB in which coordinates (x, y) of points, lines, and planes of the numerical map are stored. To determine if the coordinates are inside the polygon of the paper diagram, and if the coordinates (x, y) of the points, lines, and faces of the numerical map are coordinates inside the polygon, the code for the feature corresponding to that coordinate. Extract and store the values,
The obstacle is a feature downloaded from the digital map feature DB,
The obstacle information generated and stored in the obstacle basic data file includes construction number, category, administrative area, name of the obstacle (type of object), structure and specification, quantity, owner and owner address. How to automatically generate obstacle records for filling out documents. delete delete The method of claim 1 wherein the method is
The processor further comprises the step of updating the obstacle based data file receiving the obstacle information of the address from the field survey smart terminal and input it to the obstacle based data file,
The obstacle information of the corresponding address received from the field survey smart terminal includes whether the obstacle exists in the address, an image file photographed when the obstacle exists, or an image file photographing the address if the obstacle does not exist. Method for automatically generating obstacle records for the construction license consultation document, characterized in that the.

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