KR20150047693A - Method and system for managing a marker information of cadastral survey - Google Patents

Method and system for managing a marker information of cadastral survey Download PDF

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KR20150047693A
KR20150047693A KR1020130127184A KR20130127184A KR20150047693A KR 20150047693 A KR20150047693 A KR 20150047693A KR 1020130127184 A KR1020130127184 A KR 1020130127184A KR 20130127184 A KR20130127184 A KR 20130127184A KR 20150047693 A KR20150047693 A KR 20150047693A
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information
survey
reference point
code
marker
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KR1020130127184A
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김평
박희주
박정인
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김평
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    • G06Q20/3274—Short range or proximity payments by means of M-devices using a pictured code, e.g. barcode or QR-code, being displayed on the M-device
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
    • G06Q50/10—Services
    • G06Q50/26—Government or public services

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Abstract

The present invention relates to a system and method for managing cadastre marking information, which comprises a magnetic marker having a magnetic force equal to or more than a certain level in a surveying reference point marker based on a cadastral survey, When a surveyor recognizes a QR code using a smart phone by attaching a readable QR code, the smartphone transmits the current location information and QR code information to the crawling sign information management server using the GPS function, The cover information management server fetches the registered cadastral marking information corresponding to the current position information from the cadastre marking management register database and compares the registered cadastre marking mark information with the cadastral marking information included in the QR code information and provides the result to the smart phone, Whether the survey reference marker was installed in its originally registered location, It characterized in that so that you can check whether the installation is moved from.

Description

Field of the Invention The present invention relates to a cadastral survey information management system and method,

The present invention relates to a system and a method for managing cadastral information, more particularly, to a surveying reference point marker based on a cadastral survey, comprising a magnetic marker having a magnetic force equal to or more than a predetermined level, When a surveyor recognizes a QR code using a smartphone by attaching a QR code that can read the marker number and position information on the upper surface, the smartphone can display the current location information and the QR code information with a GPS function And the cadastral mapping information management server obtains the registered cadastral mapping mark information corresponding to the current position information from the cadastral mapping marking management database and compares the registered cadastral mapping mark information with the cadastial mapping mark information included in the QR code information, By providing it as a phone, the surveyor will be able to Has been installed in place, it relates to a cadastral survey covers information management system and method that allows you to check whether the installation is moved from the original position.

Generally, in order to obtain accurate surveying performance in the surveying work such as the cadastral survey or civil surveying, a reference point which is a reference of the work is required. In order to display these reference points on the surface of the earth, ordinarily constant signs are buried in the ground and the surveying work is carried out using them. As such reference point markers, various types of markers have been conventionally used, and in the past, a stone pillar having a shape of a stone column has been buried in the ground. Recently, a mark made of a synthetic resin has been mainly used.

Further, in the measurement marking management using the conventional measurement reference mark marking, coordinates of the measurement point are calculated by using a measuring device such as a total station (optical wave theodolite) with respect to the measurement reference point such as the nearest point embedded in the ground, In order to manage the control points, it was written in handwriting on the conventional paper drawings or a schematic diagram of the measurement points was created by the sketch method, and the information about the location point was displayed by hand. And the like.

However, in the case of the conventional measurement mark management method, in order to confirm the position of the marking point prior to the full-scale surveying operation, the position of the marking point is roughly referred to as a reference by reference to the topographical object, And the confirmation was carried out by a separate ledger. In such a case, since the search and confirmation of the marking points are performed mainly by the manpower, there is a possibility of error due to the mistake of the operator and there is a problem in reliability, and since the process is troublesome, The efficiency of the work has been greatly reduced.

When the reference point installed on the ground surface is lost or damaged, it is inconvenient to reinstall the reference point because it is difficult to find the point where the reference point is installed. If the reference point is obscured by snow or fallen leaves, There was a problem that it was difficult to find out whether or not it was found, or whether it was moved by someone or a point described in the original register.

Korean Unexamined Patent Publication No. 2005-0116587 (Disclosure Date: December 13, 2005)

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above-mentioned problems, and it is an object of the present invention to provide a surveying reference point marker which is a reference for a cadastral survey, a magnetic marker having a magnetic force of a certain level or more, When a surveyor recognizes a QR code using a smartphone by attaching a QR code, the smartphone transmits current position information and QR code information to a cadastral marking information management server using a GPS function, The server obtains the registered cadastral marking information corresponding to the current location information from the cadastral mapping management database and compares the registered cadastral mapping mark information with the cadastral mapping information included in the QR code information and provides the result to the smart phone, Whether or not the equipment was originally installed in its original location, The present invention also provides a system and method for managing cadastre marking information.

According to an aspect of the present invention, there is provided a method of detecting a position of a mobile terminal, comprising: a QR code in which measurement reference information including location information and a unique number of a point installed in the ground is represented by a certain type of code; A measurement reference point marker having a magnetic marker having a magnetic force of a predetermined intensity or more; Transmitting the QR code information obtained by photographing the QR code provided in the measurement reference point marker to the measurement mark management server through a communication network and transmitting the registration measurement reference information of the measurement reference point marker corresponding to the QR code information from the measurement mark management server A user terminal for receiving and displaying whether the surveying reference point marker is installed at a normal position; When the QR code information is received from the user terminal, the registered measurement reference information of the survey reference point marker corresponding to the QR code information is obtained from the survey information database and provided to the user terminal, or the measurement reference information And a survey mark management server for comparing the registration survey reference information with the registration survey reference information and providing to the user terminal whether the survey reference mark marker is installed at a normal position based on the comparison result; And a surveying information database storing measurement reference information of the surveying reference point marker registered corresponding to the QR code information.

The measurement reference mark markers may include a reference point mark portion on which the QR code and the reference mark are marked and a rod support portion which is inserted into the ground by impact in a bar shape coupled to the reference point stop portion.

In addition, the rod-like supporting portion may have a sharp shape so that one side is coupled to the reference point tip portion and the other side is inserted into the ground, and the magnetic marker can be coupled to the base point tip portion.

Also, the user terminal may acquire current position information through the GPS receiving function, and transmit the QR code information together with the acquired current position information to the measurement mark management server.

The registration survey reference information may include location information of a place where the survey reference point markers are installed, a unique number, a wire grade, a name of a wire, an installation date, an installation route, an investigator, and survey contents.

In addition, the survey beacon management server provides the registration survey reference information to the user terminal together with the topographic map in which the positions of the reference points are displayed in association with the DGPS, and the user terminal registers the registration survey reference information The position of the reference points displayed on the topographic map can be compared with the current position and displayed on the screen in cooperation with the DGPS.

The survey information database may store the measurement standard information of the survey reference point indicator as information described in the cadastral survey mark including the intellectual triangular mark management register, the nearest management register, and the border mark management register.

According to another aspect of the present invention, there is provided an apparatus for measuring a QR code and a reference point, A rod-like support portion coupled to the reference point tip portion and inserted into the ground by impact in a rod shape; And a magnetic reference marker including a magnetic marker coupled to a predetermined position of the portion inserted into the ground at the rod supporting portion and having a magnetic force of at least a predetermined intensity for detecting the magnetic detection device.

Here, the reference point peak portion includes a magnet having a magnetic force of a predetermined intensity at a tip of the reference point, an aluminum plate is formed on the tip of the reference point, the QR code, the reference point and an intellectual related phrase are displayed on the aluminum plate , And a transparent reinforced plastic plate may be formed thereon.

In addition, when the rod-shaped support portion is a rod-like rod-like rod-like shape, the magnetic marker can be inserted into a ring-shaped or toroidal shape at a predetermined position.

The reference point indicated at the tip of the reference point may be represented by a reference point calculated according to the triangular point, the triangular auxiliary point, and the near point.

According to another aspect of the present invention, there is provided a method of managing a cadastial surveying indicator information of a system including a surveying reference point marker, a user terminal, a surveying marker management server, and a survey information database, Capturing a QR code in which the measurement reference information including the location information and the unique number of the measurement reference point marker installed in the user's terminal is represented by a certain type of code and acquiring the QR code as QR code information; (b) transmitting, by the user terminal, the acquired QR code information to the measurement mark management server through a communication network; (c) when the survey beacon management server receives the QR code information from the user terminal, reading registered survey reference information of the survey reference beacon marker corresponding to the QR code information from the survey information database; (d) comparing the measurement reference information included in the QR code information with registration survey reference information by the survey beacon management server; And (e) providing, to the user terminal, whether the measurement reference mark indicator is installed at a normal position, based on the comparison result, by the measurement mark management server.

In the step (b), the user terminal may acquire current position information through the GPS receiving function and transmit the QR code information together with the acquired current position information to the measurement mark management server.

The registration survey reference information may include location information of a place where the survey reference point markers are installed, a unique number, a wire grade, a name of a wire, an installation date, an installation route, an investigator, and survey contents.

In the step (c), the survey beacon management server reads the registered survey reference information from the survey information database together with a topographic map in which the positions of reference points are displayed in association with the DGPS, and the step (d) The server can compare the position of the reference points displayed on the topographic map with the current position information in association with the DGPS according to the registration survey reference information.

The measurement reference information of the measurement reference indicator may be information described in the cadastral survey mark including the intellectual triangular mark management register, the nearest management register, and the border mark management register.

According to the present invention, a QR code and a magnetic marker are added to a reference point such as a conventional triangular point, a triangular auxiliary point, and a near point, so that a user can easily retrieve information about a specific reference point through a smartphone However, the position of the reference point can be more easily found by detecting the magnetic marker embedded in the measurement reference mark marker by the magnetic detector.

In addition, a smartphone carried by the user can be searched by comparing with the current position the positions of the landmarks displayed on the topographical map in cooperation with the DGPS.

Then, the surveyor takes the QR code by using the smartphone and sends it to the server, receives the result from the server, and determines whether the survey reference marker is installed in the place where the survey reference mark was originally registered, Can be confirmed immediately.

1 is a block diagram schematically showing a cadastre survey indicator information management system according to an embodiment of the present invention.
FIG. 2 is a configuration diagram showing the configuration of a survey reference point marker according to an embodiment of the present invention.
3 is an operational flowchart for explaining a method of managing cadastial survey mark information of a system according to an embodiment of the present invention.
4 is a diagram showing an example of providing registration survey reference information corresponding to a QR code according to an embodiment of the present invention.

While the invention is susceptible to various modifications and alternative forms, specific embodiments thereof are shown by way of example in the drawings and will herein be described in detail. It should be understood, however, that it is not intended to be limited to the particular embodiments of the invention but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of a system and method for managing a cadastre survey indicator information according to the present invention will be described in detail with reference to the accompanying drawings. In the following description with reference to the accompanying drawings, the same or corresponding components will be denoted by the same reference numerals, and redundant description thereof will be omitted.

1 is a block diagram schematically showing a cadastre survey indicator information management system according to an embodiment of the present invention.

1, a cadastial surveying indicator information management system 100 according to an embodiment of the present invention includes a surveying reference point marker 110, a user terminal 120, a measurement marker management server 130, and a survey information database 140 ).

The surveying reference point marker 110 includes a QR code in which measurement reference information including positional information and a unique number of a point installed in the ground is indicated by a code of a certain form and a magnetic marker having a magnetic force of a predetermined intensity or more (Magnetic Marker).

The user terminal 120 transmits the QR code information obtained by photographing the QR code provided in the measurement reference point marker 110 to the measurement mark management server 130 through the communication network and transmits the QR code from the measurement mark management server 130 The registration surveying reference information of the surveying reference point marker 110 corresponding to the information is received or whether or not the surveying reference point marker 110 is installed at a normal position is received and displayed.

When the measurement mark management server 130 receives the QR code information from the user terminal 120, the measurement mark management server 130 fetches the registration measurement reference information of the measurement reference mark bearer 110 corresponding to the QR code information from the measurement information database 140, 120, or the measurement reference information included in the QR code information is compared with the registration survey reference information, and based on the result, it is determined whether or not the surveying reference point marker 110 is installed at a normal position in the user terminal 120 .

The survey information database 140 stores measurement reference information of surveying reference point markers registered corresponding to the QR code information.

2, the surveying reference point marker 110 includes a reference point apex 210 in which a QR code and a reference point are marked, a rod shape coupled to the reference point apex 210, And a rod supporting part 220 to be inserted.

The rod supporting portion 220 has a sharp shape so that one side is coupled to the reference point tip portion 210 and the other side is inserted into the ground. The magnetic marker 230 is coupled .

Also, the user terminal 120 may acquire the current position information through the GPS receiving function, and may transmit the QR code information together with the acquired current position information to the measurement mark management server 130.

Also, the registration survey reference information may include location information of a place where the survey reference point marker 110 is installed, a unique number, a wire grade, a name of a wire, an installation date, an installation route, an investigator,

The measurement mark management server 130 provides the registration measurement reference information to the user terminal 120 together with the topographic map in which the positions of the reference points are displayed in cooperation with the DGPS, and the user terminal 120 receives the registration reference information from the measurement mark management server 130 The position of the reference points displayed on the topographic map can be compared with the current position and displayed on the screen in cooperation with the DGPS according to the registered surveying reference information provided.

The surveying information database 140 stores the measurement reference information of the surveying reference point marker 110 as information described in the cadastre survey marking management ledger including the intellectual triangular marking management ledger, the nearest point management ledger, and the boundary point marking management ledger .

FIG. 2 is a configuration diagram showing the configuration of a survey reference point marker according to an embodiment of the present invention.

Referring to FIG. 2, the measurement reference point indicator 110 according to the embodiment of the present invention includes a reference point apex 210 indicating a QR code and a reference point; A rod support 220 coupled to the reference point tip and inserted into the ground by impact in a rod shape; And a magnetic marker 230 coupled to a predetermined position of the portion to be inserted into the ground in the rod supporting portion and having a magnetic force of a predetermined intensity or more for detecting with the magnetic detector.

The reference point tip portion 210 has a magnetic marker 230 having a magnetic force of a predetermined intensity at a portion coupled to the bar size support portion 220 and an aluminum plate 216 is formed on the magnetic marker 230 A QR code 212, a reference point 214 and an intellectual related phrase are displayed on the aluminum plate 216, and a transparent reinforced plastic plate 218 may be formed thereon.

At this time, QR code can be applied to QR code printing technique used in road signs, printed on iron plate by UV coating method, and can be provided on the top plate by attaching or fitting to a bond.

On the surface of the top plate is formed a plate made of transparent reinforced plastic 2 mm thick to protect the QR cord and the transparent reinforced plastic plate 218 can be replaced when it is scratched or worn over time, Or can be removed using a tool.

Also, when the rod supporting portion 220 is a rod-like rod-shaped rod-shaped rod-like rod-shaped rod-like rod-like rod-shaped rod-shaped rod-shaped rod-

In addition, the magnet 240 may be inserted into the lower portion of the rod-supporting portion 220, which is inserted into the ground.

The reference point 214 indicated on the reference point apex 210 may be represented by a reference point calculated according to a triangular point, a triangular auxiliary point, and a near point.

3 is an operational flowchart for explaining a method of managing cadastial survey mark information of a system according to an embodiment of the present invention.

3, the cadastial surveying indicator information management system 100 according to an embodiment of the present invention firstly performs a survey including the location information of the surveying reference point marker 110 installed in the ground and the unique number The QR code 212 in which the reference information is represented by a certain type of code is photographed and acquired as QR code information (S310).

Then, the user terminal 120 transmits the obtained QR code information to the measurement mark management server 130 through the communication network (S320).

At this time, the user terminal 120 may acquire the current position information through the GPS receiving function, and may transmit the QR code information together with the acquired current position information to the measurement mark management server 130. Here, the user terminal 120 may calculate the coordinates of the latitude and longitude with respect to the current location information through the GPS receiving function, or may calculate the coordinates of the error of about 0.7 m by receiving the corrected GPS signal through the DGPS receiver .

Then, when the measurement mark management server 130 receives the QR code information from the user terminal, the registration measurement reference information of the measurement reference point marker corresponding to the QR code information is read from the measurement information database 140 (S330).

At this time, the registration survey reference information may include the location information of the place where the survey reference point markers are installed, the unique number, the grade of the conductor, the name of the conductor, the installation date, the installation route,

Next, the measurement mark management server 130 compares the measurement reference information included in the QR code information with the registration survey reference information (S340).

Here, the measurement reference information of the measurement reference indicator may be the information described in the cadastral survey indicator including the intellectual triangular mark management register, the nearest management register, and the border mark management register.

That is, the survey mark management server 130 reads the registration survey reference information from the survey information database 140 together with the topographic map in which the positions of the reference points are displayed in cooperation with the DGPS, and, in accordance with the registration survey reference information, The position of the displayed reference points can be compared with the current position information.

Next, the measurement mark management server 130 provides the user terminal 120 with a determination as to whether the measurement reference mark indicator is installed at a normal position based on the comparison result (S350).

That is, as shown in FIG. 4, the measurement mark management server 130 provides the user terminal 120 with an approximate spot size indicator corresponding to the QR code information received from the user terminal 120, . 4 is a diagram showing an example of providing registration survey reference information corresponding to a QR code according to an embodiment of the present invention. As shown in FIG. 4, the proximity point indicator card includes the number of the proximity point, the number of the conductor, the name of the conductor, the material of the cover, the material of the land, the cadastral map, the installation and reinstallation date, the coordinates, the location map, . As shown in FIG. 4, the cadastral triangulation point scorecard includes the cadastral number, the previous number, the grade of the lead, the name of the lead, the cover material, the land material, the installation and reinstallation date, the location map, .

In addition, the measurement mark management server 130 compares the current location information received from the user terminal 120 with the registration survey reference information, and determines whether the location where the user is currently located corresponds to the location described in the registration survey reference information You can indicate whether or not the reference point indicator is installed normally.

Accordingly, the user terminal 120 displays on the screen whether the surveying reference point marker installed at the place where the current user is located is installed at a place coinciding with the place described in the original registered surveying reference information, You will be able to see if it is a normal installation.

As described above, according to the present invention, a surveying reference point marker based on a cadastral survey is provided with a magnetic marker having a magnetic force equal to or more than a certain level, and a QR code capable of reading the marker's unique number and position information is attached to the upper surface of the surveying reference point marker When the surveying person recognizes the QR code using the smartphone, the smart phone transmits the current position information and the QR code information to the cadastral marking information management server with the GPS function, and the cadastral marking information management server transmits the cadastral survey information The registered cadastral mapping mark information corresponding to the current location information is fetched from the cover management database and compared with the cadastral mapping mark information included in the QR code information and the result is provided to the smart phone so that the surveying person can register the measurement reference mark marker Whether it was installed in place, moved from its original location, The present invention can realize the cadastre information management system and method.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the present invention as defined by the following claims and their equivalents. Only. The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

The present invention can be applied to a surveying reference point marker installed on the ground to display a reference point required for a cadastral survey or a civil survey, and a cadastre surveying information management system and method for managing the cadastral surveying marker information using the same.

100: cadastral survey information management system 110: measurement reference point indicator
120: user terminal 130: measurement mark management server
140: Survey information database 210: Reference point tip
220: bar support 230: magnetic marker

Claims (16)

A QR code in which the measurement reference information including the position information of the point installed in the ground and the unique number is indicated by a code of a certain form and a magnetic marker having a magnetic force of a certain intensity or more for detecting by the magnetic detector Survey reference point marker;
Transmitting the QR code information obtained by photographing the QR code provided in the measurement reference point marker to the measurement mark management server through a communication network and transmitting the registration measurement reference information of the measurement reference point marker corresponding to the QR code information from the measurement mark management server A user terminal for receiving and displaying whether the surveying reference point marker is installed at a normal position;
When the QR code information is received from the user terminal, the registered measurement reference information of the survey reference point marker corresponding to the QR code information is obtained from the survey information database and provided to the user terminal, or the measurement reference information And a survey mark management server for comparing the registration survey reference information with the registration survey reference information and providing to the user terminal whether the survey reference mark marker is installed at a normal position based on the comparison result; And
A survey information database storing survey reference information of the survey reference point marker registered corresponding to the QR code information;
Wherein the cadastre information is a cadastre information.
The method according to claim 1,
Wherein the measurement reference mark marker comprises a reference point tip portion on which the QR code and the reference point are marked and a rod support portion which is inserted into the ground by impact in a bar shape coupled to the tip portion of the reference point, Management system.
The method of claim 2,
Wherein the rod supporting portion has a shape sharpened so that one side is coupled to the reference point tip portion and the other side is inserted into the ground, and the magnetic marker is coupled to the tip portion of the reference point.
The method according to claim 1,
Wherein the user terminal acquires current position information through a GPS receiving function and transmits the QR code information together with the acquired current position information to the measurement mark management server.
The method according to claim 1,
Wherein the registration survey reference information includes location information of a place where the survey reference point markers are installed, a unique number, a wire grade, a name of a wire, an installation date, an installation route, an investigator, .
The method according to claim 1,
And the measurement mark management server provides the registration survey reference information to the user terminal together with the topographic map in which the positions of the reference points are displayed in association with the DGPS, The position of the reference points displayed on the topographic map is compared with the current position and displayed on the screen.
The method according to claim 1,
Characterized in that the survey information database stores information described in the cadastre survey marking management ledger including the cadastral triangular mark co-ordinate managing director, the nearest point managing director, and the limit point mark managing director with respect to the measurement reference information of the surveying reference point markers Cadastral survey information management system.
A reference point with a QR code and a reference point;
A rod-like support portion coupled to the reference point tip portion and inserted into the ground by impact in a rod shape; And
A magnetic marker coupled to a predetermined position of a portion inserted into the rod in the rod supporting portion and having a magnetic force of a predetermined intensity or more for detecting with a magnetic detector;
A surveying reference point marker including a reference point.
The method of claim 8,
Wherein the reference point peak portion comprises a magnet having a magnetic force of a predetermined intensity at a tip of the reference point, an aluminum plate is formed on the tip of the reference point, the QR code, the reference point and an intellectual related phrase are displayed on the aluminum plate, And a transparent reinforcing plastic plate is formed on the transparent base plate.
The method of claim 8,
Wherein the magnetic marker is inserted and coupled in the form of a ring or a donut when the bar support is a bar-shaped rod.
The method of claim 8,
Wherein the reference point indicated at the tip of the reference point is represented by a reference point calculated according to a triangular point, a triangular auxiliary point, and a near point.
A method of managing cadastial indicator information of a system including a surveying reference point marker, a user terminal, a surveying marker management server, and a survey information database,
(a) capturing a QR code in which the measurement reference information including the location information and the unique number of the measurement reference point marker installed in the user's terminal is represented by a certain type of code, and acquiring the QR code as QR code information;
(b) transmitting, by the user terminal, the acquired QR code information to the measurement mark management server through a communication network;
(c) when the survey beacon management server receives the QR code information from the user terminal, reading registered survey reference information of the survey reference beacon marker corresponding to the QR code information from the survey information database;
(d) comparing the measurement reference information included in the QR code information with registration survey reference information by the survey beacon management server; And
(e) providing, by the survey beacon management server, whether the survey reference beacon marker is installed at a normal position on the basis of the comparison result, to the user terminal;
The method comprising the steps of:
The method of claim 12,
Wherein the user terminal obtains current location information through the GPS receiving function and transmits the QR code information together with the acquired current location information to the measurement mark management server. Information management method.
The method of claim 12,
Wherein the registration survey reference information includes location information of a place where the survey reference point markers are installed, a unique number, a guide grade, a guide name, an installation date, an installation map, an investigator, .
The method of claim 12,
Wherein, in the step (c), the metering sign management server reads the registered metering reference information from the meteorological information database together with a topographic map in which the positions of reference points are displayed in association with the DGPS, and the step (d) And comparing the position of the reference points displayed on the topographical map with the current position information in cooperation with the DGPS according to the registration survey reference information.
The method of claim 12,
Wherein the measurement reference information of the measurement reference point indicator is information described in a cadastral survey marking management register including a cadastral triangulation index control register, a nearest point management register, and a boundary point marking management register.
KR1020130127184A 2013-10-24 2013-10-24 Method and system for managing a marker information of cadastral survey KR20150047693A (en)

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