KR102521153B1 - A Survey Marker Information Management System - Google Patents

Abstract

The present invention relates to a system for managing marker information in cadastral survey and a method therefor. A magnetic marker having over certain magnetic force in a survey standard-point marker being a standard of the cadastral survey is included. A QR code which can read a marker serial number and location information is attached to an upper surface of the survey standard-point marker. Accordingly, if a user who makes a survey recognizes the QR code using a smartphone, the smartphone transmits current location information and QR code information, using a GPS function, to a cadastral survey display information managing server. The cadastral survey display information managing server brings registered cadastral survey display information corresponding to the current location information from a cadastral survey display management-register database, compares the same with the cadastral survey display information included in the QR code information, and provides a comparison result to the smartphone, so that the user who makes the survey can confirm whether the survey standard-point marker is installed in an originally registered place, or is installed by being moved from the original place.

Description

Cadastral Survey Mark Information Management System {A Survey Marker Information Management System}

The present invention relates to a system for managing cadastral survey mark information, and more particularly, to a survey reference point marker that is a standard for cadastral survey, having a magnetic marker having a certain or more magnetic force, By attaching a QR code that can read the unique number of the marker and location information, when the surveyor recognizes the QR code using a smartphone, the smartphone manages the current location information and QR code information for cadastral survey marker information using the GPS function server, and the cadastral survey mark information management server retrieves the registered cadastral survey mark information corresponding to the current location information from the cadastral survey mark management ledger database and compares the result with the cadastral survey mark information included in the QR code information to a smartphone By providing, it relates to a cadastral survey mark information management system that enables a surveyor to confirm whether a survey reference point marker is installed in the original registered position or is moved and installed from the original position.

In general, in performing surveying work such as cadastral surveying or civil surveying, in order to obtain accurate surveying results, a reference point serving as a standard for the work is required. In order to mark these reference points on the surface of the earth, a certain marker is usually buried in the ground and surveying is performed using it. Conventionally, various types of reference point markers have been used, and in the past, markers having the shape of stone pillars were mainly buried and installed in the ground, but recently, markers made of synthetic resin are mainly used.

In addition, in the management of survey marks using conventional survey reference point markers, the coordinates of the measurement point are calculated using surveying equipment such as a total station (light wave theodolite) for the measurement reference point, such as a ground-mounted guide point, and then the measurement point In order to manage the data, a schematic diagram of the measuring points was drawn up by handwriting on the existing general paper drawing or by a sketch method, and guidance information on the location points was handwritten. It was a situation that was managed through .

However, in the case of the conventional survey mark management method, in order to confirm the position of the mark point prior to the full-scale surveying work, the position of the mark point is roughly visualized with reference to the geographical features, geographical names, and other situations in the surrounding area. After tracking, the confirmation was made by a separate ledger. In the case of this method, since the search and confirmation of marker points are mainly performed by manpower, there is room for error due to operator error, which has a problem in terms of reliability. Since the process is cumbersome, it takes time As a result, the work efficiency was also greatly reduced.

In addition, if the reference point installed on the ground surface is lost or damaged, it is difficult to find the point where the reference point was installed, and it is inconvenient to reinstall it. It was difficult to find, and even if it was found, there was a problem of not being able to tell whether it was the point originally listed in the register or moved by someone.

Prior art literature

Patent literature

(Patent Document 0001) Korean Patent Publication No. 2005-0116587 (published on December 13, 2005)

An object of the present invention for solving the above problems is to provide a magnetic marker having a certain or more magnetic force to a survey reference point marker, which is a standard for cadastral survey, and to read the marker identification number and location information on the upper surface of the survey reference point marker By attaching a QR code, when a surveyor recognizes the QR code using a smartphone, the smartphone transmits the current location information and QR code information to the cadastral survey cover information management server using the GPS function, and manages the cadastral survey cover information The server brings the registered cadastral survey mark information corresponding to the current location information from the cadastral survey mark management ledger database, compares it with the cadastral survey mark information included in the QR code information, and provides the result to a smartphone, so that the surveyor can use the survey reference point mark It is an object of the present invention to provide a cadastral survey mark information management system and method that can confirm whether a flag is installed in its original registered location or moved and installed from its original location.

As a means to achieve the above object,

The present invention is a QR code in which measurement reference information including location information and a unique number of a point installed in the ground is marked with a code of a certain form, and a magnetic marker with a magnetic force of a certain strength or more to be detected by a magnetic detector A survey reference point indicator having a; The QR code information obtained by photographing the QR code provided in the survey datum marker is transmitted to the survey mark management server through a communication network, and the registration survey reference information of the survey datum marker corresponding to the QR code information is transmitted from the survey mark management server. a user terminal for receiving or displaying whether or not the measurement reference point indicator is installed in a normal position; When receiving the QR code information from the user terminal, the registered survey reference information of the survey reference point marker corresponding to the QR code information is brought from the survey information database and provided to the user terminal, or the survey reference information included in the QR code information a survey mark management server that compares the registered survey reference information with the survey result and provides the user terminal with whether or not the survey reference point marker is installed in a normal position; And a survey information database for storing measurement reference information of the measurement reference point marker registered to correspond to the QR code information, and the survey mark management server includes a heat dissipation unit 1000 for a heat dissipation function, an air intake unit ( 2000); The air intake part is formed by further forming an air passage hole, and the air passage hole is characterized in that it is manufactured in a circular shape, an elliptical shape, or a polygonal shape.

In addition, the heat dissipation unit is composed of a front heat dissipation panel, a rear heat dissipation panel, and a temporary air storage space; The front heat dissipation panel of the heat dissipation unit includes a first vertical portion, a first inclined portion, a second inclined portion, a first bent portion, a second bent portion, and a third bent portion; The first vertical portion is vertically arranged up to a point of 1/5 of the front heat dissipation panel, and the first inclined portion is integrally connected to the first vertical portion and tilts downward to the right at an angle of 45 degrees with respect to a virtual horizontal line. Arranged in the form of a photograph, the second inclined part is integrally connected to the first inclined part and is arranged in a form inclined in a lower left direction at an angle of 45 degrees with respect to a virtual horizontal line, and the first bent part It is located between the first inclined part and the first inclined part and is located at a point 1/5 of the front heat dissipation panel, and is located at a point where the first vertical part and the first inclined part are bent at 135 degrees, and the second bent part is located at a point where the first inclined part and the first inclined part are bent. 2 It exists between the inclined parts and is located at the 3/5 point of the front heat dissipation panel, the first inclined part and the second inclined part are located at a point where each other is bent at a right angle of 90 degrees, and the third bent part is located between the heat radiating part and the air inlet part and is located at a point where each is bent by 90 degrees, and the rear heat dissipation panel is composed of a first vertical line, a first slanting line, a second slanting line, a first bending line, a second bending line, and a first finishing line; The first vertical line is vertically arranged up to a point of 1/5 of the rear heat radiating panel, but is arranged at a predetermined distance from the first vertical part of the front heat radiating panel, and the first inclined line is integrally connected to the first vertical line. It is arranged in a form inclined to the right at 45 degrees based on the imaginary horizontal line, but is arranged at a predetermined distance from the first inclined part of the front heat dissipation panel, and the second inclined line is integrated with the first inclined line. It is connected to and arranged in a form inclined in the lower left direction at an angle of 45 degrees based on the imaginary horizontal line, but arranged at a predetermined distance from the second inclined part of the front heat dissipation panel, and the first bending line is 1 It exists between the vertical line and the first inclined line and is located at the 1/5 point of the rear heat radiation panel, and is located at the point where the first vertical line and the first inclined line are bent at 135 degrees, but a certain distance from the first bent part of the front heat radiation panel Arranged in a spaced apart state, the second bending line exists between the first inclined line and the second inclined line and is located at the 3/5 point of the rear heat dissipation panel, and the first inclined line and the second inclined line are perpendicular to each other at 90 degrees. It is located at the bending point, but is arranged at a predetermined distance from the second bent part of the front heat radiating panel, and the first finishing line is located at the lower end of the second inclined line and is located on the third bent part of the front heat radiating panel. Arranged at a predetermined distance apart, the air inlet portion is composed of a third inclined portion, a fourth inclined portion, a second vertical portion, a fourth bent portion, and a fifth bent portion; The third inclined part is integrally connected to the second inclined part of the heat dissipation unit but is arranged in a 90 degree bent shape, and the fourth inclined part is integrally connected to the third inclined part but is integrally connected to the third inclined part at an angle of 45 degrees in a lower left direction from an imaginary horizontal line Arranged in a bent shape, the second vertical part is integrally connected to the lower end of the fourth inclined part and is arranged at the lower end, the fourth bent part is located between the third inclined part and the fourth inclined part, and the third inclined part The fifth bent part is located between the fourth inclined part and the second vertical part, and the fourth inclined part and the second vertical part are located at the point where the fourth inclined part and the second vertical part are bent at 135 degrees. .

In addition, one rear heat dissipation panel (b) of the heat dissipation unit 1000 is provided and bonded, but one rear heat dissipation panel has a first vertical line 1000g, a first oblique line 1000h, and a second It consists of an inclined line (1000i), a first bending line (1000j), a second bending line (1000k), and a first finishing line (1000m), and the other rear heat dissipation panel has a first vertical line (1000g-1). ), the first oblique line 1000h-1, the second oblique line 1000i-1, the first bending line 1000j-1, the second bending line 1000k-1, and the first finish The first vertical line 1000g is joined to another first vertical line 1000g-1, and the first slanted line 1000h is joined to another first slanted line 1000h-1. The second slanting line 1000i joins another second slanting line 1000i-1, the first bending line 1000j joins the other first bending line 1000j-1, and the second bending line 1000j joins (1000k) is characterized in that it is manufactured by bonding with another second bending line (1000k-1), and the first finishing line (1000m) is joined with another first finishing line (1000m-1).

In addition, the front heat dissipation panel of the heat dissipation part 1000 is made by dividing it into two, and one front heat dissipation panel has a first vertical portion 1000a, a first inclined portion 1000b, and a second inclined portion ( 1000c), a first bent portion 1000d, a second bent portion 1000e, and a third bent portion 1000f, and the other front heat dissipation panel has a first vertical portion 1000a-1 And, the first inclined portion 1000b-1, the second inclined portion 1000c-1, the first bent portion 1000d-1, the second bent portion 1000e-1, and the third bent portion (1000f-1), each of which is provided with one set (1000, 1000-1) so that the first vertical portion (1000a) is joined to the other first vertical portion (1000a-1), and the first inclined portion (1000b) ) is joined to another first inclined portion 1000b-1, the second inclined portion 1000c is joined to another second inclined portion 1000c-1, and the first bent portion 1000d is joined to another first bent portion 1000d. The second bent part 1000e is joined to the other second bent part 1000e-1, and the third bent part 1000f is joined to the other third bent part 1000f-1. It is characterized by being made in conjunction with.

In addition, the air inlet 2000 is divided into two parts, and one air inlet includes the third inclined portion 2000a, the fourth inclined portion 2000b, the second vertical portion 2000c, and the fourth inclined portion 2000a. It is composed of a bent part 2000d and a fifth bent part 2000e, and the other air inlet includes a third inclined part 2000a-1, a fourth inclined part 2000b-1, and a second vertical part. (2000c-1), a fourth bent portion (2000d-1), and a fifth bent portion (2000e-1), each of which is provided in one set (2000, 2000-1) to form a third inclined portion (2000a). ) is joined to another third inclined part 2000a-1, the fourth inclined part 2000b is joined to another fourth inclined part 2000b-1, and the second vertical part 2000c is joined to another second vertical inclined part 2000c. The fourth bent part 2000d is joined to the other fourth bent part 2000d-1, and the fifth bent part 2000e is joined to the other fifth bent part 2000e-1. It is characterized by being made in conjunction with.

In addition, when pollutants are generated around the server, a pollutant treatment means for removing the pollutants is further provided, and the pollutant treatment means temporarily stores the pollutants present therein and simultaneously performs an oxidation reaction. A container for processing pollutants 4110 for generating and converting heat energy into heat energy, and the container for processing pollutants 4110 is installed at an intermediate point outside the housing to emit electromagnetic waves to the container for processing pollutants. Electromagnetic wave supply means 4120 for heating, which heats existing pollutants, and is installed at the outer lower end of the housing of the pollutant treatment container to emit electromagnetic waves into the pollutant treatment container, but treats the pollutants by exposing electromagnetic waves for a long time. Electromagnetic wave supply means for oxidation 4130 for oxidizing contaminants present in the container, and electromagnetic wave heat dissipation means for oxidizing pollutants by receiving electromagnetic waves from the electromagnetic wave supply means located on the bottom surface of the container for treating pollutants It is characterized by including (4160).

In addition, the electromagnetic wave heat dissipation means 4160 includes a cylindrical container 4161 for elevating and descending; an elevating unit 4162 having a shape of a vertical bar coupled to the sliding inside of the cylindrical container and moving upward or downward according to the operation of the cylindrical container; a horizontal support panel 4163 having a shape of a horizontal panel coupled to an upper portion of the elevating unit and moving up or down according to the operation of the elevating unit; a vertical support panel 4164, which is in the form of a vertical bar coupled to the horizontal support panel and moves up or down according to the operation of the horizontal support panel; It is coupled to the vertical support panel and at the same time is slidably coupled to the lower support plate 4167, rises and falls on the lower support plate while moving up and down by the operation of the cylindrical container, and emits light energy by being affected by the electromagnetic wave of the electromagnetic wave supply means for oxidation. (4165) and; It is characterized in that it includes an air pump 4166 coupled between the vertical support panel and the heating fin to pump air so that air is continuously supplied to the pollutants through the inside of the heat dissipating means.

In addition, the light sensor 4168 installed on one side of the lower support plate 4167, and when light energy is generated from the heating pins for more than a reference time according to the measurement result of the light sensor, the heating pins are moved to the inside of the support plate 4167. It is characterized in that it includes a control unit 4169 that controls the cylinder 4161 so that the heating fin descends in order to be inserted into.

In addition, the present invention is installed on one side of the survey reference point indicator and comprises a survey position display means for displaying the surveyed position, but the survey position display means is made in the form of a rectangular or square panel, and both sides or A moving bogie 3010 made by installing wheels for rolling at the bottom, and the wheels are configured to freely move forward and backward and left and right; It is installed on the upper part of the movable cart, has a cylindrical or polygonal cylinder shape, a lid is formed on the upper part, a road output port is formed on the lower part, and a space part having a certain width is formed inside, and the space part is used for a survey position display line. a positioning solution temporary storage container 3020 in which the positioning solution is contained by a certain depth; It is installed on the upper part of the movable bogie, and is configured by combining a plurality of vertical panels and horizontal panels, and wraps the outside of the temporary storage container for the positioning solution so that the temporary storage container for the positioning solution does not shake when the movable bogie moves on the road surface. A storage container mounting structure 3030 that assists in maintaining a stable posture without interruption; hoses 3040a and 3040b installed at the output end of the temporary storage container for positioning solution and outputting a predetermined amount of the positioning solution contained in the temporary storage container for positioning solution to the outside; A position display solution output device (3050a, 3050b) installed at the end of the hose for withdrawing the position display solution and having an output end facing the floor to spray the position display solution to the road surface; One or two are installed on the front or rear end of the upper surface of the mobile cart, and a hose and a positioning solution output device mounting bracket (3060a, 3060b) and; A distance that is formed in a plurality of long holes on the horizontal and vertical surfaces of the hose mounting bracket, and accommodates the position display solution output device but allows it to be accommodated in the long hole at a necessary point so that the width of the position display line can be freely adjusted adjusting means 3070; It is installed at the bottom of the temporary storage container for the position display solution, and when the supply of the position display solution or the supply of the position display solution is completed and it is necessary to shut off, the valve is rotated clockwise or counterclockwise to proceed with the supply of the position display solution. a position indicator solution on/off valve 3080 that is turned on or off; It is installed at one end of the position display solution output device, and when it is necessary to proceed or cut off the supply of the position display solution provided to the road surface through the hose, rotate the valve clockwise or counterclockwise to discharge the position display solution to the floor. It is characterized by comprising a hose on-off valve 3090 that serves to supply or cut off the supply to the surface.

In addition, a container 3120 for accommodating a red position display solution installed at one end of the upper portion of the moving cart and accommodating a red position display solution; It is connected to the container for the red road and withdraws the red position display solution provided from the container for storing the red position display solution, and the output end is connected to the hose for withdrawing the position display solution and the red position display solution through the hose for withdrawing the position display solution. a line 3130 for transporting a red position indicator solution so that the liquid is injected; a color sensor 3110 installed on the front of the moving bogie to sense the color of the road surface; If the color of the bottom surface is black as a result of the output of the color sensor, the output of the red position display solution is blocked, and if it is white, a control unit 3150 outputs a control signal to output the red position display solution; It is installed at one end of the upper part of the movable cart, and according to the control result of the control unit, the container for storing the red position indication solution is pumped, and the red position indication solution is output, mixed with the position indication solution output from the temporary storage container for the position indication solution, and output to the floor It is characterized by including a red position display solution pumping means 3140 to be.

In addition, a polluted air measurement kit 3500 is included at one end of the upper portion of the mobile cart to warn the operator if the ambient air condition is higher than the standard; The contaminated air measuring kit includes a pipe member 3510 having a flow path therein; a first filter 3520 disposed inside the pipe member 3510; a second filter 3530 spaced apart from the first filter 3520 and disposed inside the pipe member 3510; It includes a third filter 3550 spaced apart from the second filter 3530 and disposed inside the pipe member 3510; A first catalyst 3540 reacting with the gas passing through the first filter 3520 is filled between the first filter 3520 and the second filter 3530; It is characterized in that the second catalyst 3560 that reacts with the gas passing through the second filter 3530 is filled between the second filter 3530 and the third filter 3550 .

As described above, according to the present invention, a magnetic marker having a magnetic force of a certain level or more is provided in the surveying reference point marker, which is a standard for land surveying, and a QR code for reading the marker's unique number and location information is attached to the upper surface of the surveying reference point marker. So, when the surveyor recognizes the QR code using a smartphone, the smartphone transmits the current location information and QR code information to the cadastral survey cover information management server using the GPS function, and the cadastral survey cover information management server performs cadastral survey By bringing the registered cadastral survey cover information corresponding to the current location information from the cover management ledger database and comparing it with the cadastral survey cover information included in the QR code information, the result is provided to the smartphone, so that the surveyor can find the survey reference point marker originally registered. It is possible to realize a cadastral survey mark information management system and method capable of confirming whether it is installed in place or moved and installed from its original place.

1 is a configuration diagram schematically showing a cadastral survey mark information management system according to an embodiment of the present invention.
Figure 2 is a configuration diagram showing the configuration of a measurement reference point indicator according to an embodiment of the present invention.
3 is a conceptual diagram of a server applied to the present invention;
Figure 4 is an arrangement state after bonding the heat dissipation means of the present invention.
Figure 5 is a side view of a heat dissipation means of the present invention.
Figure 6 is an operating view showing that air passes through the heat dissipation means of the present invention.
Figure 7 is a detailed configuration of the heat dissipation means of the present invention.
Figure 8 is an arrangement state before bonding the heat dissipation means of the present invention.
9 is a view in which a plurality of electromagnetic wave supply means is installed in the pollutant treatment means of the present invention.
10 is a configuration diagram of a lower support plate of the present invention.
Figure 11 is a cross-sectional view of the main part of the lower support plate of the present invention.
12 is a configuration diagram of a heat dissipation fin of the present invention.
Figure 13 is a radiation fin operation diagram of the present invention.
14 is a configuration diagram for control of elevating and descending heat dissipation fins of the present invention.
15 is a configuration diagram of a display device using a bogie according to the present invention.
16 is a side view of a display device using a bogie according to the present invention;
17 is a view showing spraying red paint using the sensing means of the present invention.
18 is a detailed configuration diagram of the air pollution measurement kit of the present invention.

Hereinafter, the operating principle of the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. However, the drawings shown below and the description below relate to preferred implementation methods among various methods for effectively explaining the features of the present invention, and the present invention is not limited to only the drawings and description below.

In addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description will be omitted. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of a user or operator. Therefore, the definition should be made based on the contents throughout the present invention.

In addition, preferred embodiments of the present invention to be implemented below are already provided in each system functional configuration in order to efficiently explain the technical components constituting the present invention, or system functions commonly provided in the technical field to which the present invention belongs. The configuration is omitted as much as possible, and the functional configuration that should be additionally provided for the present invention will be mainly described.

If one has ordinary knowledge in the technical field to which the present invention belongs, one will be able to easily understand the functions of components already used in the prior art among the omitted functional configurations not shown below, and also the omitted configurations as described above. Relationships between elements and components added for the present invention will also be clearly understood.

In addition, in the following embodiments, terms will be appropriately modified and used so that those skilled in the art can clearly understand in order to efficiently explain the key technical features of the present invention, but thereby the present invention It is never limited.

As a result, the technical spirit of the present invention is determined by the claims, and the following examples are one means for efficiently explaining the technical spirit of the present invention to those skilled in the art to which the present invention belongs. only one

1 is a configuration diagram schematically showing a cadastral survey mark information management system according to an embodiment of the present invention.

Figure 2 is a configuration diagram showing the configuration of a measurement reference point indicator according to an embodiment of the present invention.

3 is a conceptual diagram of a server applied to the present invention;

Figure 4 is an arrangement state after bonding the heat dissipation means of the present invention.

Figure 5 is a side view of a heat dissipation means of the present invention.

Figure 6 is an operating view showing that air passes through the heat dissipation means of the present invention.

Figure 7 is a detailed configuration of the heat dissipation means of the present invention.

Figure 8 is an arrangement state before bonding the heat dissipation means of the present invention.

9 is a view in which a plurality of electromagnetic wave supply means is installed in the pollutant treatment means of the present invention.

10 is a configuration diagram of a lower support plate of the present invention.

Figure 11 is a cross-sectional view of the main part of the lower support plate of the present invention.

12 is a configuration diagram of a heat dissipation fin of the present invention.

Figure 13 is a radiation fin operation diagram of the present invention.

14 is a configuration diagram for control of elevating and descending heat dissipation fins of the present invention.

15 is a configuration diagram of a display device using a bogie according to the present invention.

16 is a side view of a display device using a bogie according to the present invention;

17 is a view showing spraying red paint using the sensing means of the present invention.

18 is a detailed configuration diagram of the air pollution measurement kit of the present invention,

First, referring to FIG. 1, the cadastral survey mark information management system 100 according to an embodiment of the present invention includes a survey reference point marker 110, a user terminal 120, a survey mark management server 130, and a survey information database. (140).

Survey reference point indicator 110 is a QR code in which survey reference information including location information and a unique number of a point installed in the ground is marked with a code of a certain form, and a magnetic marker having a magnetic force of a certain intensity or more to be detected by a magnetic detector. (Magnetic Marker) is provided.

The user terminal 120 transmits the QR code information obtained by photographing the QR code provided in the surveying reference point marker 110 to the surveying mark management server 130 through a communication network, and the QR code from the surveying mark management server 130 Registration of the survey reference point marker 110 corresponding to the information is received, or whether the survey reference point marker 110 is installed in a normal position is received and displayed.

When the survey mark management server 130 receives the QR code information from the user terminal 120, the user terminal ( 120), or by comparing the measurement reference information included in the QR code information with the registered measurement reference information, and based on the result, whether the measurement reference point indicator 110 is installed in a normal position is determined in the user terminal 120 will provide

The measurement information database 140 stores measurement reference information of a measurement reference point marker registered to correspond to the QR code information.

Here, the survey reference point indicator 110, as shown in FIG. 2, has a reference point peak 210 marked with a QR code and a reference point, and a rod shape coupled to the reference point peak 210 to the ground by hitting It may be made of a rod-shaped support 220 to be inserted.

In addition, the rod-shaped support part 220 has one side coupled to the reference point peak 210 and the other side has a pointed shape to be inserted into the ground, and the magnetic marker 230 is coupled to a predetermined position of the part inserted into the ground It can be.

In addition, the user terminal 120 may acquire current location information through a GPS reception function and transmit QR code information together with the obtained current location information to the survey mark management server 130.

In addition, the registered survey reference information may include location information and a unique number of a place where the survey reference point marker 110 is installed, a lead wire grade, a lead wire name, an installation date, an installation schematic, an investigator, and survey details.

In addition, the survey mark management server 130 provides the registered survey reference information in conjunction with DGPS to the user terminal 120 along with a topographical map in which the locations of reference points are displayed, and the user terminal 120 is provided from the survey mark management server 130 In conjunction with DGPS according to the registered survey reference information provided, the positions of reference points displayed on the topographical map may be compared with the current positions and displayed on the screen.

In addition, the survey information database 140 stores the measurement reference information of the survey reference point marker 110 as information described in a cadastral survey mark management ledger including a cadastral triangle mark management ledger, a road point management ledger, and a boundary point sign management ledger. can

Figure 2 is a configuration diagram showing the configuration of a measurement reference point indicator according to an embodiment of the present invention.

Referring to Figure 2, the measurement reference point marker 110 according to an embodiment of the present invention is a reference point peak portion 210 marked with a QR code and the reference point; A rod-type support 220 coupled to the tip of the reference point and inserted into the ground by hitting a rod-shaped rod; and a magnetic marker 230 coupled to a predetermined position of a portion inserted into the ground from the rod-shaped support and having a magnetic force of a predetermined strength or higher for detection by a magnetic detector.

Here, the reference point tip 210 has a magnetic marker 230 having a certain intensity of magnetic force at a portion coupled to the rod-shaped support 220, and an aluminum plate 216 is formed on the magnetic marker 230, , a QR code 212, a reference point 214, and intellectual related phrases are marked on the aluminum plate 216, and a transparent reinforced plastic plate 218 may be formed thereon.

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

On the surface of the top plate, a plate is formed of transparent reinforced plastic with a thickness of 2 mm to protect the QR code. It is configured so that it can be removed using tools.

In addition, when the rod-shaped support part 220 has a cylindrical rod shape, the magnetic marker 230 may be inserted into and coupled to the reference point peak 210 in a ring-shaped or donut-shaped shape.

In addition, the magnet 240 may be inserted and coupled to the lower part of the rod-shaped support 220 inserted into the ground.

In addition, the reference point 214 marked on the reference point apex 210 may be marked as a reference point calculated according to a triangular point, a triangular auxiliary point, and an approximate point.

On the other hand, the measurement mark management server 130 applied to the present invention has an optimized heat dissipation function, and includes a heat dissipation unit 1000 and an air inlet unit 2000.

The heat dissipation part 1000 is composed of a front heat dissipation panel (a), a rear heat dissipation panel (b), and a temporary air storage space (c), and the front heat dissipation panel (a) has a first vertical portion 1000a. ), a first inclined portion 1000b, a second inclined portion 1000c, a first bent portion 1000d, a second bent portion 1000e, and a third bent portion 1000f.

The first vertical portion 1000a is vertically arranged up to a 1/5 point of the front heat dissipation panel. The first inclined portion 1000b is integrally connected to the first vertical portion 1000a and is inclined in a lower right direction at an angle of 45 degrees with respect to an imaginary horizontal line. The second inclined part 1000c is integrally connected to the first inclined part 1000b and is arranged in an inclined shape in a lower left direction at an angle of 45 degrees with respect to a virtual horizontal line. The first bent portion 1000d is present between the first vertical portion 1000a and the first inclined portion 1000b and is located at a 1/5 point of the front heat dissipation panel, and the first vertical portion 1000a and the first The inclined portion 1000b is located at a point where it is bent by 135 degrees. The second bent portion 1000e is present between the first inclined portion 1000b and the second inclined portion 1000c and is located at the 3/5 point of the front heat dissipation panel, and the first inclined portion 1000b and the second inclined portion 1000b The inclined portion 1000c is located at a point where the inclined portions 1000c are bent at right angles of 90 degrees to each other. The third bent portion 1000f exists between the heat dissipating portion 1000 and the air inlet portion 2000 and is located at a point where they are bent at 90 degrees.

And, the rear heat dissipation panel (b) has a first vertical line (1000g), a first slanted line (1000h), a second slanted line (1000i), a first bent line (1000j), and a second bent line ( 1000k) and the first finishing line (1000m).

The first vertical lines 1000g are vertically arranged up to 1/5 of the rear heat dissipation panel b, but are spaced apart from the first vertical portion 1000a of the front heat dissipation panel a by a predetermined distance. The first slanting line 1000h is integrally connected to the first vertical line 1000g and is arranged in an inclined form at an angle of 45 degrees to the right with respect to the imaginary horizontal line, but the first slanted portion of the front heat dissipation panel (a) (1000b) are arranged spaced apart from each other by a certain distance. The second inclined portion is arranged in a form inclined in the lower left direction at an angle of 45 degrees, but is arranged in a state spaced apart from the second inclined portion 1000c of the front heat dissipation panel (a) by a predetermined distance. The first curved line 1000i exists between the first vertical line 1000g and the first inclined line 1000h and is located at the 1/5 point of the rear heat dissipation panel b, and the first vertical line 1000g and the first The inclined line 1000h is located at a point where the inclined line 1000h is bent at 135 degrees, but is arranged at a predetermined distance from the first bent part 1000d of the front heat dissipation panel a. The second bending line 1000k exists between the first inclined line 1000h and the second inclined line 1000i and is located at the 3/5 point of the entire rear heat dissipation panel (b), and the first inclined line 1000h and the second inclined line 1000i are positioned at a point where they are bent at right angles of 90 degrees to each other, but are arranged spaced apart from the second bent portion 100e of the front heat dissipation panel a by a predetermined distance. The first finishing line 1000m is located at the lower end of the second inclined line 1000i and is arranged at a predetermined distance from the third bent part 1000e of the front heat dissipation panel a.

The air intake part 2000 includes a third inclined part 2000a, a fourth inclined part 2000b, a second vertical part 2000c, a fourth bent part 2000d, and a fifth bent part 2000e. ) is composed of

The third inclined part 2000a is integrally connected to the second inclined part 1000b of the heat dissipating part 1000 but is arranged in a 90 degree bent form. The fourth inclined portion 2000b is integrally connected to the third inclined portion 2000a, but is arranged in a form bent by 45 degrees in a lower left direction from an imaginary horizontal line. The second vertical portion 2000c is integrally connected to the lower end of the fourth inclined portion 2000b and is arranged at the lower end. The fourth bent part 2000d is located between the third inclined part 2000a and the fourth inclined part 2000b and is located at a point where the third inclined part 2000a and the fourth inclined part 2000b are bent at 90 degrees. do. The fifth bent portion 2000e is located between the fourth inclined portion 2000b and the second vertical portion 2000c and is located at a point where the fourth inclined portion 2000b and the second vertical portion 2000c are bent at 135 degrees. .

In addition, a plurality of holes 2100 for passing air are formed in the body of the air inlet 2000 so that outside air can be easily introduced and moved to the heat dissipation unit.

Since the hole 2100 for air passing through can be manufactured in various shapes, it is preferable to manufacture it in a circular or elliptical shape. Of course, a polygonal shape such as a triangle or a quadrangle is also possible, and since the main purpose of the hole for air passage is to introduce air, any shape in which air can flow freely is sufficient.

In the embodiment of the present invention, a circular hole for passing air, which is the easiest to manufacture, is exemplified, and as described above, an elliptical hole or a polygonal hole may be used.

To this end, one heat dissipation panel (b) of the rear side of the heat dissipation unit 1000 is provided and bonded in the same manner as described above. Looking at this in detail, the heat dissipation panel (b) of the rear part of the heat dissipation unit has a first vertical line (1000g), a first slanted line (1000h), a second slanted line (1000i), a first bent line (1000j), and a second It is composed of a curve 1000k and a first finishing line 1000m, a first vertical line 1000g joins another first vertical line 1000g-1, and a first slanting line 1000h joins another first slanting line. (1000h-1), the second slanting line (1000i) is joined to the other second slanting line (1000i-1), and the first bend line (1000j) is joined to the other first bend line (1000j-1). The second bending line 1000k is joined to another second bending line 1000k-1, and the first finishing line 1000m is joined to another first finishing line 1000m-1.

In addition, the heat dissipation unit 1000 and the air inlet unit 2000 may initially be divided into two parts and then sewn in the center to form a single three-dimensional heat dissipation panel.

That is, looking at the front heat dissipation panel of the heat dissipation part 1000, the first vertical part 1000a, the first inclined part 1000b, the second inclined part 1000c, the first bent part 1000d and , a second bent portion 1000e and a third bent portion 1000f, each of which is provided in one set (1000, 1000-1) so that the first vertical portion 1000a is another first vertical portion 1000a- 1), the first inclined portion 1000b is joined to another first inclined portion 1000b-1, and the second inclined portion 1000c is joined to another second inclined portion 1000c-1, The first bent part 1000d is joined to another first bent part 1000d-1, the second bent part 1000e is joined to another second bent part 1000e-1, and the third bent part 1000f ) is joined to the other third bent portion 1000f-1.

Looking at the air inlet 2000, the third inclined portion 2000a, the fourth inclined portion 2000b, the second vertical portion 2000c, the fourth bent portion 2000d, and the fifth bent portion (2000e), each of which is provided in one set (2000, 2000-1) so that the third inclined part (2000a) is bonded to the other third inclined part (2000a-1), and the fourth inclined part (2000b) It is joined to the other fourth inclined portion 2000b-1, the second vertical portion 2000c is joined to the other second vertical portion 2000c-1, and the fourth bent portion 2000d is another fourth bent portion ( 2000d-1), and the fifth bent portion 2000e is joined to another fifth bent portion 2000e-1.

When bonding is performed as described above, the front heat dissipation panel (a) of the heat dissipation unit 100 swells in a hemispherical shape, and the heat dissipation function is optimized.

In addition, when contaminants are generated around the server, a pollutant treatment means for removing the pollutants is further provided, and the pollutant treatment means 4100 of the present invention oxidizes the pollutants, A container for processing pollutants 4110 for temporarily storing pollutants and converting them into thermal energy by causing an oxidation reaction at the same time, and a container for processing pollutants installed at an intermediate point outside the housing of the container 4110 for processing pollutants to generate electromagnetic waves. Electromagnetic wave supply means 4120 for heating that heats the pollutants present in the container for treating pollutants by emitting electromagnetic waves 4120 installed at the outer lower end of the housing for treating pollutants to emit electromagnetic waves into the container for treating pollutants However, an electromagnetic wave supply means for oxidation 4130 that oxidizes the pollutants present in the container for treating pollutants by exposing electromagnetic waves for a long time, and electromagnetic waves from the electromagnetic wave supply means located on the bottom surface of the container for treating pollutants are input. It includes an electromagnetic wave heat dissipation means 4160 for receiving and oxidizing contaminants.

In addition, the present invention includes an electromagnetic wave radiation fin 4165 having an air hole 4160a for supplying air to the lower portion of the container for treating pollutants. ) is provided to induce the conversion of polluted air into light energy as electromagnetic waves are concentrated.

That is, the electromagnetic wave radiation fin 4165 of the present invention is configured in the form of a sharp lightning rod to induce electromagnetic waves to be concentrated on the sharp end. Contaminated air is converted as it burns.

In addition, a through hole is formed in the inside of the electromagnetic wave radiation fin 4165 so that air supplied from the outside can be supplied to the contaminated air through the internal space of the electromagnetic wave radiation fin 4165. It was allowed to burn while diluting.

The electromagnetic radiation fin 4165 of the present invention is designed to be able to go up and down, so that it is operated by rising only when the first contaminated air is converted into light energy, and after the light energy conversion of the contaminated air is completed, it is lowered so that it is not exposed to the outside. It prevents the electromagnetic radiation fins from being exposed to the outside and being contaminated, and allows them to be used for a long time.

That is, when electromagnetic waves are concentrated on the electromagnetic radiation fins 4165, they are converted into thermal energy and lost, so there is no need to expose them for a long time.

Therefore, in the present invention, when it is determined that the contaminated air is removed, the electromagnetic wave heating fin 4165 is vertically lowered so that it does not react to the electromagnetic wave any longer.

Looking at the configuration for the elevation operation of the electromagnetic wave heat dissipation means 4160 in the present invention, a cylindrical container 4161 for elevation; an elevating unit 4162 having a vertical bar shape coupled to sliding inside the cylindrical container and moving upward or downward according to the operation of the cylindrical container; a horizontal support panel 4163 having a shape of a horizontal panel coupled to an upper portion of the elevating means and moving up or down according to the operation of the elevating means; a vertical support panel 4164, which is in the form of a vertical bar coupled to the horizontal support panel and moves up or down according to the operation of the horizontal support panel; Electromagnetic wave radiation fins coupled to the vertical support panel and slidingly coupled to the lower support plate 4167 to move up and down on the lower support plate while being moved up and down by the operation of the cylindrical container, and releasing thermal energy by being affected by the electromagnetic wave of the electromagnetic wave supply means for oxidation. (4165) and; an air pump 4166 coupled between the vertical support panel and the radiating fins to pump air so that air is continuously supplied to the contaminated air through the radiating fins; a contamination detection sensor 4168 installed on one side of the lower support plate; It is configured to include a control unit 4169 that controls the cylindrical container to insert the electromagnetic wave radiation fin 4165 into the inside of the support plate 4167 according to the sensing result of the contamination detection sensor.

At this time, looking at the operation of the electromagnetic wave radiating means 4160 of the present invention, when the electromagnetic wave supply means 4130 for oxidation is operated, the elevating cylindrical container 4161 is operated, and the elevating cylindrical container 4161 is operated. When this is done, the elevating means 4162 coupled to the cylindrical container 4161 rises vertically.

Then, while the radiating fin 4165 rises, it intensively attracts the electromagnetic waves output from the oxidizing electromagnetic wave radiating means 4130 to output light energy, and accordingly, the contaminants in contact with the radiating means are oxidized.

In addition, the radiation fins 4165 operate for a certain period of time, and since there is no need to operate anymore, in order to prevent loss, the operation of the electromagnetic wave supply means 4130 for oxidation is stopped and the radiation fins 4165 are lowered to the inside of the support plate. to be inserted into

To this end, the control unit 4169 operates the cylindrical container 4161 so that the elevating means descends, and accordingly, the heat radiation fin 4165 located at the end of the elevating means descends to stop the operation, thereby preventing further loss. there will be

That is, since the present invention cannot prevent the heat dissipation fin 4165 from being lost in the process of emitting light energy, the operation time is minimized to induce long-term use.

To this end, the light sensor 4168 is installed to induce the heat dissipation fin 4165 to be fully inserted into the support plate.

In addition, in the present invention, since a plurality of air holes 4160a are installed in the support plate, air is supplied through the air holes 4160a to promote oxidation of contaminants, and while the radiating fins 4165 are operated, the radiating fins 4165 are operated. Air is supplied through the inside of 4165 to promote oxidation of contaminants, and the air supplied through the inside of the heat dissipation means continues to flow even when the heat dissipation means is inserted into the support plate.

As a result, the present invention can oxidize contaminants by the action of the heat dissipation means, and also provides the advantage of easy maintenance and long-term use by actively using the heat dissipation means only when necessary by the lifting operation. .

On the other hand, the present invention may further add a survey position display means to display the survey position. The measurement position display means of the present invention is largely composed of a moving cart 3010, a temporary storage container 3020 for position display solution, a structure for mounting the storage container 3030, hoses 3040a and 3040b for withdrawing position display solution, Position display solution output devices (3050a, 3050b), hose and position display solution output device mounting brackets (3060a, 3060b), distance adjusting means (3070), position display solution on/off valve (3080), hose on It consists of an off valve 3090.

The moving cart 3010 is made in the form of a rectangular or square panel, and is made by installing wheels for rolling on both sides or at the bottom, preferably by installing four wheels on the bottom surface, and the wheels are front and rear and left and right. designed to flow freely.

The temporary storage container 3020 for the position display solution is installed on the top of the movable cart, has a cylindrical or polygonal cylinder shape, a lid is formed on the top, a road outlet is formed on the bottom, and a space having a certain width is formed therein, The space portion is manufactured so that the location display solution used for survey location display is contained by a certain depth.

The storage container mounting structure 3030 is installed on the top of the movable cart, and is configured by combining a plurality of vertical panels and horizontal panels, and surrounds the outside of the temporary storage container for the position display solution when the movable cart moves on the road surface. It assists the paint temporary storage container to maintain a stable posture without shaking.

The position display solution withdrawal hoses 3040a and 3040b are installed at the output end of the position display solution temporary storage container and serve to output a predetermined amount of the position display solution contained in the position display solution temporary storage container to the outside.

The position display solution output device (3050a, 3050b) is installed at the end of the hose for withdrawing the position display solution, and the output end is installed toward the floor, so that the paint for forming the survey location display is installed on the road floor. .

The hose and positioning solution output device mounting brackets (3060a, 3060b) are made of one or two installed at the front or rear end of the upper surface of the mobile bogie, and the positioning solution output device is fixed to the road survey positioning line by the required width Induce it to be drawn on the bottom surface.

The distance adjusting means 70 is formed in the form of a plurality of long holes on the horizontal and vertical surfaces of the hose mounting bracket, and accommodates the position display solution output device so that it can be accommodated in the long hole at the required point, so that the measurement position display line The width can be freely adjusted.

The position display solution on/off valve 3080 is installed at the bottom of the paint temporary storage container and rotates the valve clockwise or counterclockwise when it is necessary to supply the position display solution or to shut off the supply of the position display solution when the supply is completed. The supply of paint is advanced or blocked.

The hose on/off valve 3090 is installed at one end of the position display solution output device, and when it is necessary to proceed or cut off the supply of the position display solution provided to the road surface through the hose, turn the valve clockwise or counterclockwise. rotates to supply the position indicator solution to the bottom surface or to cut off the supply.

The operation of the present invention will be described below.

First, the present invention moves the movable cart 3010 to the position where the measurement position display line is to be formed, and when the movable cart is positioned, the position display solution output device 3050a, 3050b is appropriately positioned by utilizing the distance adjusting means 3070. make it fit

That is, first, referring to the design drawing, move the first position indicator solution output device (3050a) and the second paint position indicator solution output device (3050b), respectively, and fix them to the hose and position indicator solution output device mounting brackets (3060a, 3060b) Fix it to the required point.

As described above, when the setting of the position display solution output devices 3050a and 3050 b is completed, the cover of the temporary storage container for the position display solution is opened, and the position display solution of the required color is inserted.

In addition, when the insertion of the position display solution is completed as described above, the position display solution on/off valve 3080 is opened so that the position display solution contained in the temporary storage container of the position display solution can move along the hose for withdrawing the position display solution by the action of gravity. do.

Then, the hose on/off valve 3090 was operated so that the position display solution moving along the hose was continuously output by a predetermined amount to the road surface through the position display solution output device.

Accordingly, when the present invention is used, the display line of the road can be displayed only by the operation of transporting the bogie 3010, so the measurement display operation can be performed very efficiently.

On the other hand, a white positioning solution can be usually applied to a black road surface such as asphalt, but a red positioning solution is used for a road surface such as white cement because the white positioning solution may be difficult to see. It is preferable to spray on the floor surface.

However, there is an inconvenient problem in that various positioning solutions are frequently changed according to the road environment and the positioning solution is attached and detached.

Accordingly, the present invention is equipped with a color sensor for detecting the road bottom surface on the front of the moving bogie, and further provided with a container containing a red position display solution on the upper surface of the bogie, and then the sensing result by the color sensor is normal asphalt. When a black road surface is detected, the white position indicator solution is sprayed on the floor. By mixing and outputting the position indicator solution, the red measurement position indicator line is marked on the white cement so that the line can be recognized and displayed more easily.

Of course, if a black area such as asphalt appears again after passing through the cement area, it can be recognized by the color sensor and the output of the red position display solution can be blocked.

To this end, the present invention further includes a color sensor 3110, a red position display solution storage container 3120, a red position display solution transfer line 3130, a pumping means 3140, and a control unit 3150. and the color of the output positioning solution was changed according to the color of the road surface.

In more detail, it is installed at one end of the upper portion of the moving cart and includes a red position display solution storage container 3120 made of receiving a red position display solution;

It is connected to the red position display solution container and withdraws the red position display solution provided from the red position display solution storage container, and the output end is connected to the position display solution withdrawal hose to display the red position through the position display solution withdrawal hose. a red position display solution transfer line 3130 for spraying the solution;

A color sensor 3110 installed on the front of the moving bogie to sense the color of the road surface;

If the color of the bottom surface is black as a result of the output of the color sensor, the output of the red position display solution is blocked, and if it is white, a control unit 3150 outputs a control signal to output the red position display solution;

It is installed at one end of the upper part of the movable cart, and according to the control result of the control unit, the container for storing the red position indication solution is pumped, and the red position indication solution is output, mixed with the position indication solution output from the temporary storage container for the position indication solution, and output to the floor It is configured to include a red position display solution pumping means 3140 to be.

In the present invention made as described above, the color sensor 3110 is operated to sense the road surface, and when the sensing result is determined to be white, the control unit 3150 operates the red position display solution pumping means 3140 to obtain a red position display solution. The red position display solution loaded in the storage container 3120 is output.

Then, the red position display solution moves along the red position display solution transfer line 3130, and the red position display solution reaches the position display solution withdrawal hoses 3040a and 3040b and is mixed with the white position display solution to reach the red position. Let the marking solution be sprayed on the road.

In other words, the present invention provides the effect of displaying the display line without separately paying attention to the color of the location display solution by sensing the color of the road surface and appropriately adding and spraying red.

On the other hand, in the present invention, if there is a contamination factor in the work section, a device for checking it can be additionally installed at one end of the upper part of the trolley for transportation. And, a first filter 3520 disposed inside the pipe member 3510, a second filter 3530 disposed inside the pipe member 3510 and spaced apart from the first filter 3520, It includes a third filter 3550 spaced apart from the second filter 3530 and disposed inside the pipe member 3510, and between the first filter 3520 and the second filter 3530, the first filter 3520 ) is filled with a first catalyst 3540 that reacts with the gas that has passed through, and between the second filter 3530 and the third filter 3550 there is a second filter that reacts with the gas that has passed through the second filter 3530. It is characterized in that the catalyst 3560 is filled.

The pipe member 3510 is formed in a hollow pipe shape, and has the first filter 3520, the second filter 3530, the third filter 3550, and the first and second catalysts 3540 and 3560 therein. accept

Here, since the pipe member 3510 is formed transparently, the degree of discoloration of the second catalyst 3560 accommodated therein can be confirmed with the naked eye.

The filters 3520, 3530, and 3550 are made of a material such as a breathable polymer compound, polyurethane foam, fluororesin, Teflon resin, glass fiber, polypropylene filter, or silicone plug.

Here, the first filter 3520 serves to filter out impurities such as moisture, fine dust, and interference gas in the air flowing into the first catalyst 3540.

In addition, the second filter 3530 serves as a support member for accommodating the first catalyst 3540 between the first filter 3520 and the third filter 3550. It is a configuration that serves as a support member for accommodating the second catalyst 3560 between the two filters 3530.

The first catalyst is composed of a mercury compound such as mercury, mercury chloride, mercuric sulfide, or mercury hydroxide, or a material such as copper sulfate, lead acetate, tin chloride, lead sulfide, lead acetate, iodine, or the like. Alternatively, a basic gas is generated, and the generated acid or basic gas permeates into the second catalyst 3060.

In addition, the second catalyst 3060 is bromophenol blue, bromocresol green, bromocresol purple, methyl red, phenolphthalein, methyl orange, thymol blue It is composed of components such as (Thymol Blue), Phenol Red, Congo Red, etc., and when the primary catalyst meets acid or basic gas generated by meeting methyl mercaptan gas, it causes a color change. is composed of

Here, the second catalyst 3060 is coated on a porous support composed of glucose, silica gel, silica sand, zeolite, diatomaceous earth, functional polymer sieve, etc., and the second filter 3030 and the third filter 3050 placed between

As the porous support, inorganic or organic compounds that are stable in acid-base reactions may be used in addition to the materials described above.

As described above, by checking the range 3062 in which the acid or basic gas generated when the first catalyst meets the methyl mercaptan gas meets the second catalyst 3060 and discolors, the concentration of the methyl mercaptan gas included in the odor is determined. can be easily checked.

In order to check the range of discoloration as described above, a reference line (not shown) is marked on the outside of the pipe member 3010 to visually identify whether or not the range of discoloration exceeds the reference line, thereby reducing the concentration of the odor to the reference concentration. It is easy to see if it exceeds .

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

Claims (11)

A QR code in which measurement reference information including location information and a unique number of a point installed in the ground is marked in a code of a certain form, and a magnetic marker having a magnetic force of a certain strength or more to be detected by a magnetic detector (Magnetic Marker) a measurement datum marker;
The QR code information obtained by photographing the QR code provided in the survey datum marker is transmitted to the survey mark management server through a communication network, and the registration survey reference information of the survey datum marker corresponding to the QR code information is transmitted from the survey mark management server. a user terminal for receiving or displaying whether or not the measurement reference point indicator is installed in a normal position;
When receiving the QR code information from the user terminal, the registered survey reference information of the survey reference point marker corresponding to the QR code information is brought from the survey information database and provided to the user terminal, or the survey reference information included in the QR code information a survey mark management server that compares the registered survey reference information with the survey result and provides the user terminal with whether or not the survey reference point marker is installed in a normal position;
And a survey information database that stores measurement reference information of the survey reference point marker registered to correspond to the QR code information,
The survey mark management server further includes a heat dissipation unit 1000 and an air inlet unit 2000 for a heat dissipation function; The air intake part is formed by further forming a hole for passing air, and the hole for passing air is made in a circular, elliptical, or polygonal shape;

The heat dissipation unit is composed of a front heat dissipation panel, a rear heat dissipation panel, and a temporary air storage space;
The front heat dissipation panel of the heat dissipation unit includes a first vertical portion, a first inclined portion, a second inclined portion, a first bent portion, a second bent portion, and a third bent portion;
The first vertical portion is vertically arranged up to 1/5 of the front heat dissipation panel,
The first inclined portion is integrally connected to the first vertical portion and is arranged in a form inclined in a lower right direction at an angle of 45 degrees with respect to a virtual horizontal line,
The second inclined part is integrally connected to the first inclined part and is arranged in a form inclined in a lower left direction at an angle of 45 degrees with respect to a virtual horizontal line,
The first bent portion is present between the first vertical portion and the first inclined portion and is located at a point 1/5 of the front heat dissipation panel and is located at a point where the first vertical portion and the first inclined portion are bent at 135 degrees,
The second bent portion is present between the first inclined portion and the second inclined portion and is located at a point 3/5 of the front heat dissipation panel and is located at a point where the first inclined portion and the second inclined portion are bent at right angles of 90 degrees to each other,
The third bent portion exists between the heat dissipation portion and the air inlet portion and is located at a point where each is bent at 90 degrees,

The rear heat dissipation panel includes a first vertical line, a first slanting line, a second slanting line, a first bending line, a second bending line, and a first finishing line;
The first vertical line is vertically arranged up to a point of 1/5 of the rear heat dissipation panel, but is arranged at a predetermined distance from the first vertical part of the front heat dissipation panel,
The first slanting line is integrally connected to the first vertical line and is arranged in a form inclined to the right at 45 degrees relative to the imaginary horizontal line, but is arranged at a predetermined distance from the first inclined part of the front heat dissipation panel. ,
The second slanting line is integrally connected to the first slanting line and is arranged in an inclined form in a lower left direction at an angle of 45 degrees with respect to the imaginary horizontal line, but is spaced apart from the second slanted portion of the front heat dissipation panel by a predetermined distance. arranged in a state
The first bending line exists between the first vertical line and the first inclined line and is located at the 1/5 point of the rear heat radiation panel, and is located at the point where the first vertical line and the first inclined line are bent at 135 degrees, but the front heat radiation panel Arranged at a predetermined distance apart from the first bent part,
The second bending line exists between the first inclined line and the second inclined line and is located at the 3/5 point of the rear heat radiation panel, and is located at the point where the first inclined line and the second inclined line are bent at right angles of 90 degrees to each other, but the front part Arranged in a state spaced apart from a predetermined distance in the second bent portion of the heat dissipation panel,
The first finishing line is located at the lower end of the second slanting line and is arranged at a predetermined distance from the third bent part of the front heat dissipation panel,

The air inlet includes a third inclined portion, a fourth inclined portion, a second vertical portion, a fourth bent portion, and a fifth bent portion;
The third inclined portion is integrally connected to the second inclined portion of the heat dissipation unit but is arranged in a 90 degree bent form,
The fourth inclined part is integrally connected to the third inclined part, but is arranged in a form bent by 45 degrees in the lower left direction from a virtual horizontal line,
The second vertical part is integrally connected to the lower end of the fourth inclined part and is arranged at the lower end,
The fourth bent part is located between the third inclined part and the fourth inclined part and is located at a point where the third inclined part and the fourth inclined part are bent at 90 degrees,
The cadastral survey mark information management system, characterized in that the fifth bent portion is located between the fourth inclined portion and the second vertical portion and is located at a point where the fourth inclined portion and the second vertical portion are bent at 135 degrees. delete According to claim 1,
One rear heat dissipation panel (b) of the heat dissipation unit 1000 is provided and bonded, but one rear heat dissipation panel has a first vertical line 1000g, a first slanted line 1000h, and a second slanted line. (1000i), a first bending line (1000j), a second bending line (1000k), and a first finishing line (1000m),
The other rear heat dissipation panel has a first vertical line 1000g-1, a first slanted line 1000h-1, a second slanted line 1000i-1, a first bent line 1000j-1, It consists of a second bending line (1000k-1) and a first finishing line (1000m-1),
The first vertical line 1000g is joined to another first vertical line 1000g-1, the first slanted line 1000h is joined to another first slanted line 1000h-1, and the second slanted line 1000i is It is joined to another second inclined line (1000i-1), the first bending line (1000j) is joined to another first bending line (1000j-1), and the second bending line (1000k) is joined to another second bending line ( 1000k-1), and the first finish line (1000m) is characterized in that manufactured by bonding with the other first finish line (1000m-1) cadastral survey mark information management system. According to claim 1,
The front heat dissipation panel of the heat dissipation unit 1000 is made by dividing it into two parts, and one front heat dissipation panel includes a first vertical portion 1000a, a first inclined portion 1000b, and a second inclined portion 1000c. and a first bent portion 1000d, a second bent portion 1000e, and a third bent portion 1000f.
The other front heat dissipation panel includes a first vertical portion 1000a-1, a first inclined portion 1000b-1, a second inclined portion 1000c-1, and a first bent portion 1000d-1. and a second bent portion 1000e-1 and a third bent portion 1000f-1,
Each of them is provided in one set (1000, 1000-1) so that the first vertical part (1000a) is joined to the other first vertical part (1000a-1), and the first inclined part (1000b) is the other first inclined part (1000b). -1), the second inclined part 1000c is joined to the other second inclined part 1000c-1, and the first bent part 1000d is joined to the other first bent part 1000d-1, , The second bent portion 1000e is joined to another second bent portion 1000e-1, and the third bent portion 1000f is made by joining another third bent portion 1000f-1. Survey mark information management system. According to claim 1,
The air inlet 2000 is divided into two parts, and one air inlet includes the third inclined part 2000a, the fourth inclined part 2000b, the second vertical part 2000c, and the fourth bent part. (2000d) and a fifth bent portion (2000e),
The other air inlet includes a third inclined portion 2000a-1, a fourth inclined portion 2000b-1, a second vertical portion 2000c-1, a fourth bent portion 2000d-1, It consists of a fifth bent portion (2000e-1),
Each of these is provided in one set (2000, 2000-1), so that the third inclined part (2000a) is joined to the other third inclined part (2000a-1), and the fourth inclined part (2000b) is joined to the other fourth inclined part (2000b). -1), the second vertical portion 2000c is joined to the other second vertical portion 2000c-1, and the fourth bent portion 2000d is joined to the other fourth bent portion 2000d-1, , The cadastral survey mark information management system, characterized in that the fifth bent portion (2000e) is formed by bonding with another fifth bent portion (2000e-1). According to claim 1,
It is made by further comprising a pollutant treatment means for removing pollutants when pollutants are generated around the survey mark management server,
The pollutant treatment unit includes a pollutant treatment container 4110 for temporarily storing pollutants existing therein and converting them into thermal energy by causing an oxidation reaction at the same time, and a housing outer middle of the pollutant treatment container 4110. An electromagnetic wave supply means for heating (4120) installed at a point to heat pollutants present in the container for treating pollutants by emitting electromagnetic waves into the container for treating pollutants, and installed at the outer lower end of the container for treating pollutants. oxidizing electromagnetic wave supply means 4130 that emits electromagnetic waves into the container for treating pollutants and exposes the electromagnetic waves for a long time to oxidize the pollutants present in the container for treating pollutants, and the bottom of the container for treating pollutants. The cadastral survey mark information management system, characterized in that it comprises an electromagnetic wave heat dissipation means (4160) for oxidizing contaminants by receiving electromagnetic waves from the electromagnetic wave supply means located on the surface. According to claim 6,
The electromagnetic wave heat dissipation means 4160,
a cylindrical container 4161 for elevating and descending;
an elevating unit 4162 having a shape of a vertical bar coupled to the sliding inside of the cylindrical container and moving upward or downward according to the operation of the cylindrical container;
a horizontal support panel 4163 having a shape of a horizontal panel coupled to an upper portion of the elevating unit and moving up or down according to the operation of the elevating unit;
a vertical support panel 4164, which is in the form of a vertical bar coupled to the horizontal support panel and moves up or down according to the operation of the horizontal support panel;
It is coupled to the vertical support panel and at the same time is slidably coupled to the lower support plate 4167, rises and falls on the lower support plate while moving up and down by the operation of the cylindrical container, and emits light energy by being affected by the electromagnetic wave of the electromagnetic wave supply means for oxidation. (4165) and;
An air pump 4166 coupled between the vertical support panel and the heating fin to pump air so that air is continuously supplied to the pollutants through the inside of the heat dissipation means is included. According to claim 7,
The light sensor 4168 installed on one side of the lower support plate 4167, and when light energy is generated from the heating pins for more than a reference time according to the measurement result of the light sensor, the heating pins are inserted into the inside of the support plate 4167. Cadastral survey mark information management system characterized in that it comprises a control unit 4169 for controlling the cylinder 4161 so that the heating fin descends in order to do so. According to claim 1,
It is installed on one side of the surveying reference point marker and includes a surveying position display means for displaying the surveyed position,
The measurement position display means,
It is made in the form of a rectangular or square panel, and it is made by installing wheels for rolling on both sides or at the bottom, and the wheels are configured to freely move back and forth and left and right;
It is installed on the upper part of the movable cart, has a cylindrical or polygonal cylinder shape, a lid is formed on the upper part, a road output port is formed on the lower part, and a space part having a certain width is formed inside, and the space part is used for a survey position display line. a positioning solution temporary storage container 3020 in which the positioning solution is contained by a certain depth;
It is installed on the upper part of the movable bogie, and is configured by combining a plurality of vertical panels and horizontal panels, and wraps the outside of the temporary storage container for the positioning solution so that the temporary storage container for the positioning solution does not shake when the movable bogie moves on the road surface. A storage container mounting structure 3030 that assists in maintaining a stable posture without interruption;
hoses 3040a and 3040b installed at the output end of the temporary storage container for positioning solution and outputting a predetermined amount of the positioning solution contained in the temporary storage container for positioning solution to the outside;
A position display solution output device (3050a, 3050b) installed at the end of the hose for withdrawing the position display solution and having an output end facing the floor to spray the position display solution to the road surface;
One or two are installed on the front or rear end of the upper surface of the mobile cart, and a hose and a positioning solution output device mounting bracket (3060a, 3060b) and;
It is formed in the form of a plurality of long holes on the horizontal and vertical surfaces of the bracket for mounting the hose and the positioning solution output device, and accommodates the positioning solution output device, but allows it to be accommodated in the long hole at the required point, thereby increasing the width of the positioning line. a distance adjusting unit 3070 that is freely adjustable;
It is installed at the bottom of the temporary storage container for the position display solution, and when the supply of the position display solution or the supply of the position display solution is completed and it is necessary to shut off, the valve is rotated clockwise or counterclockwise to proceed with the supply of the position display solution. a position indicator solution on/off valve 3080 that is turned on or off;
It is installed at one end of the position display solution output device, and when it is necessary to proceed or cut off the supply of the position display solution provided to the road surface through the hose, rotate the valve clockwise or counterclockwise to discharge the position display solution to the floor. Cadastral survey mark information management system characterized in that it comprises a hose on-off valve 3090 that serves to supply or block supply to the surface. According to claim 9,
a red position display solution storage container 3120 installed at one end of the upper portion of the moving cart and accommodating a red position display solution;
It is connected to the container for storing the red position display solution and withdraws the red position display solution provided from the container for storing the red position display solution. a line 3130 for transferring the red position display solution to spray the position display solution;
a color sensor 3110 installed on the front of the moving bogie to sense the color of the road surface;
If the color of the bottom surface is black as a result of the output of the color sensor, the output of the red position display solution is blocked, and if it is white, a control unit 3150 outputs a control signal to output the red position display solution;
It is installed at one end of the upper part of the movable cart, and according to the control result of the control unit, the container for storing the red position indication solution is pumped, and the red position indication solution is output, mixed with the position indication solution output from the temporary storage container for the position indication solution, and output to the floor A cadastral survey mark information management system characterized in that it comprises a red position display solution pumping means 3140 to ensure that. According to claim 9,
At one end of the upper part of the mobile cart, a polluted air measurement kit 3500 is configured to measure the air condition and warn the operator if the air condition is higher than the standard;
The contaminated air measurement kit,
a pipe member 3510 having a flow path therein;
a first filter 3520 disposed inside the pipe member 3510;
a second filter 3530 spaced apart from the first filter 3520 and disposed inside the pipe member 3510;
It includes a third filter 3550 spaced apart from the second filter 3530 and disposed inside the pipe member 3510;
A first catalyst 3540 reacting with the gas passing through the first filter 3520 is filled between the first filter 3520 and the second filter 3530;
Between the second filter 3530 and the third filter 3550, the second catalyst 3560 reacting with the gas passing through the second filter 3530 is filled, characterized in that cadastral survey mark information management system.

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