KR101789208B1 - The apparatus and method of management platform for ground utilities and underground utilities with exploration and measurement - Google Patents

Abstract

In the present invention, there is no data such as the material of the buried pipe and the depth of excavation in the ground and the underground of the facility, In addition to safety accidents of ground and underground facilities, not only damage to facilities inside the premises of the facility, which is a valuable asset of the people, but also to the proximity of property limitations, It is difficult to determine the location of newly generated ground and underground facilities in the case of the system for displaying ground and underground facilities through existing augmented reality, In order to solve the problem of unclear location of the underground facilities, the smart ground / underground facility surveying apparatus 100, the camera unit 200, the QR code unit 300 for ground / underground facilities, the smart device 400, a ground / underground facility data DB management platform control module 500, and an authentication coupon server 600 for ground / underground facilities, Data DB management platform, it can be stored as printout, and it can be used for maintenance by always holding it in the supplier management department. In addition, it has tag with QR code part for ground and underground facilities and authentication code for ground and underground facilities It is possible to provide ground and underground facility data to a construction worker around a customer for a smart device for requesting a ground or underground facility, so that activation of ground and underground facility data DB is improved 80% The XYZ value is obtained by using the GPS instrument and the total station at both ends and the entrance of the building on the entrance side of the entrance to the ground and underground entrance facility of the building and the ground and underground exploration from the underground facility explorer The location of facilities can be surveyed through Total Station, and analysis of ground / underground facility data The depth and depth of the medium), the original map for the ground / underground facilities, the dot / point data of the ground / underground facilities, and the image data, · Not only the underground facilities but also the buried locations of the ground and underground facilities (incoming pipes) that enter the structure of the customer can be grasped. As a result, the breakage rate of the ground and underground facilities can be prevented by 90% · It is possible to manage efficiently from the initial stage such as construction, supervision and completion of underground facilities to the next maintenance stage, and it manages data database of smart ground and underground facilities in the boundary of customer and supplier. It is possible to solve the safety blind spot of the facilities which have not been established, To provide ground, underground facility DB data management platform forming apparatus and method through the ground, surveying, exploration and underground facilities between the supplier and suyongga boundary to improve public welfare and safety has its purpose.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method and apparatus for establishing a database management platform for a ground / underground facility data by surveying and exploring ground / underground facilities between a supplier and a customer boundary point.

In the present invention, the ground and underground facility data DB is generated by surveying, exploring, analyzing and analyzing the ground facilities at the entrance point of the ground building and the underground facilities buried in the underground, In order to make it possible to utilize in real time, it is possible to attach markings produced and output with QR code to a box (BOX), an enclosure manhole, a valve, etc. of a certain area in the customer premises and supplier equipment, · It is possible to provide a database of ground and underground facilities data for Smart Device for underground facilities request and to provide the data managed by the supplier so that the location of the ground or underground facilities entering the structure of the customer on the road or walkway can be identified, By combining the surveyed and surveyed data of ground and underground facilities between the newly constructed supplier and the customer boundary point, And more particularly, to a device and method for forming a convenient database of ground / underground facility data DB.

Generally, the incoming facilities between the customer and the supplier are mainly cables and lead-in lines leading to the inlet, and the underground facilities include the pipes including water and sewage, electricity, gas, communication, oil pipeline, It says.

This is due to the fact that there is no limit on the property of the supplier and the data and management method of the inlet section of the customer. Communication caution Accidents such as cable cutting accidents and gas leakage of city gas buried underground, electricity shortage, rupture of water pipe, sink hole caused by rupture of sewer pipe are frequently occurring.

In addition, construction work is completed and completed based on the drawings designed at the time of building permit in the government office, and the construction drawings are not stored and managed. After the owner building of the customer is completed, the need for storage and management of drawings is not felt, The location of the underground facility and the contents of the facility are roughly known, and when the landlord is changed, there is no data of the underground facilities. Therefore, in case of the accident of the relevant facility, the recovery time is long and economic and material damages are caused. The damage is causing the property and life of the people to be threatened.

In addition, a system for displaying ground and underground facilities through an augmented reality has been proposed. However, it takes a long time to realize the augmented reality after the field survey, and the augmented reality must implement the existing established data. So that it is difficult to apply them in a customized manner.

Korean Patent Publication No. 10-2013-0097976

In order to solve such a problem, in the present invention, the XYZ value is obtained by using both the GPS and the total station on both ends of the building on the inlet side of the receiving ground of the building, the entrance of the building, and the entrance, (Underground facilities), ground and underground facilities analysis data (type of medium, depth of medium), ground and underground facilities It is possible to create a database of ground and underground facilities consisting of original maps, dot dot location data of ground and underground facilities, and image data, and it is possible to create DBs from the initial stage such as construction and supervision of ground and underground facilities, It is possible to manage efficiently one-stop, and it is possible to manage land and underground facilities (incoming pipe) that enter the structure of the customer on the road or walkway, It is easy and convenient to create a database management platform for ground / underground facility data by combining the data managed by the supplier so that the location can be grasped and the data of surveying and surveying the ground and underground facilities between the newly constructed supplier and customer boundary points And a method thereof.

In order to achieve the above object, an apparatus for forming a data base management platform for ground / underground facility data through surveying and exploring a ground / underground facility between a supplier and a customer boundary point according to the present invention

A smart ground / underground facility surveying device 100 for measuring ground / underground facilities using cadastral reference points, generating data by electromagnetic induction, and transmitting the data to a ground / underground facility data DB management platform control module ,

The location where the surveying of the ground and underground facilities was completed is photographed through the smart ground and underground facilities surveying device and the surrounding space with a radius of 3m to 20m is photographed based on the QR code part for the ground and underground facilities. A camera unit 200 for transferring the data to a ground / underground facility data management platform control module,

Smart ground / underground facilities are located on a specific space where surveys of ground and underground facilities have been completed through surveying devices such as transformers, electric poles, street lights, manholes, road signs, position indicators, valves, A QR code unit 300 for a ground / underground facility for guiding a link to a ground / underground facility management site while providing current position information of a ground / underground facility,

In the form of an app, the QR code for ground and underground facilities is tagged, together with the current location information of the ground and underground facilities, After activating the underground facility management site link window, it is authenticated through the authentication code for the stored ground / underground facility, activating the ground / underground facility management site on the screen, and the ground / underground facility A smart device 400 for requesting a ground / underground facility to display a data DB,

Based on ground facility location data and underground facility location data transmitted from smart ground / underground facilities surveying device, it is edited and digitized to analyze ground / underground facility data (depth of medium, depth of medium) It generates and manages ground and underground facility data DB consisting of original map for underground facilities, dot point location data of ground and underground facilities, and image data, and authenticates through QR code tag and authentication coupon input for ground and underground facilities Ground / underground facilities management linking to the Smart Device for requesting completed ground and underground facilities, and then ground / underground facility data DB located in the QR code is displayed on the Smart Device for requesting the ground / underground facility An underground facility data DB management platform control module 500,

(600) for ground and underground facilities to send authentication coupons for ground and underground facilities after cost check to smart devices for requesting ground and underground facilities while storing and managing authentication coupon information for ground and underground facilities, . ≪ / RTI >

In addition, a method for forming a database management platform for ground / underground facility data by surveying and exploring ground / underground facilities between a supplier and a customer boundary point according to the present invention

(S100) of measuring and exploring ground / underground facilities in a smart ground / underground facility surveying device, and generating and transmitting data to a ground / underground facility data management platform control module;

The location of the surveillance of the ground and underground facilities was photographed through the smart ground / underground facilities surveying device at the camera section and the surrounding space with a radius of 3m ~ 20m was photographed based on the QR code part for ground / underground facilities, (S200) of transmitting the image data to the ground / underground facilities data DB management platform control module,

Based on ground facility location data and underground facility location data transmitted from smart ground / underground facility surveying device in ground / underground facility data management platform control module, Data on ground and underground facilities consisting of position data, analysis data of ground and underground facilities (type of medium, depth of medium), original figure for ground and underground facilities, dot point position data of ground and underground facilities, (S300) of creating and managing the content,

QR code for transformer, electric pole, street lamp, manhole, road marking, position indicator, valve, ground and underground facilities located at a specific space where surveying of ground and underground facilities is completed through smart ground and underground facilities surveying device (S400) of providing a link to a ground / underground facility management site while providing current position information of a ground / underground facility, a smart device tag for requesting a ground / underground facility,

A step (S500) of receiving an authentication coupon for ground / underground facilities after a cost check through an authentication coupon server for ground / underground facilities in a smart device for requesting a ground / underground facility,

In the smart device for requesting the ground / underground facility, tag the QR code part for ground / underground facilities, activate the link of the ground / underground facility management site link together with the current location information of the ground / underground facilities, (S600) of displaying the ground / underground facility data uploaded to the ground / underground facility management site while activating the ground / underground facility management site on the screen by being authenticated through the authentication coupon for facilities.

As described above, in the present invention,

First, DB and ground / underground facility DB and management platform of the customer and supplier boundary are constructed and printed in DB and underground facilities DB and construction method, and it is stored in printout so that the supplier management department can always carry and use it for maintenance. · It is possible to provide ground and underground facility data to the person in charge around the customer for tagging through QR code for underground facilities and smart devices for requesting ground and underground facilities with authentication codes for underground and underground facilities. In addition to security certifications, the activation of data DBs for ground and underground facilities can be improved by 80% compared to existing ones.

Second, based on the "Enforcement Decree of the Act on the Construction and Management of Spatial Information" (Enforcement Dec. 30, 2017. [Presidential Decree No. 27960, March 27, 2017, Revised Other Laws]) for exploration and surveying of ground and underground facilities However, the "underground and underground facilities in the border between the consumer and the supplier" are not restricted by the legal regulations, and the area to be managed by the invention is distributed in the urban area, ) Is not as much as desired to be buried in the area to be surveyed, and the cost of re-establishing the public reference points is also increased, so that the cadastral reference point is buried close to the whole country in order to confirm the boundaries of the land and parcels in the KNHC. The data can be supplied with a certain fee, and the data can be supplied to the suppliers and the customers at low cost by exploration and surveying. Based on precise data, ground and underground facility data DB can be provided as public service.

Third, it is possible to prevent safety accidents by giving a warning to concerned construction workers and pedestrians by constantly exposing location markers and markers to landmark and underground facilities by surveying and surveying them.

Fourth, QR code part for ground and underground facilities is created, and it is possible to confirm the data of the ground and ground / underground facilities by attaching display screen to a certain place. Therefore, it is possible to check the ground, It is possible to provide underground facility data service and to build a precise ground / underground facilities management platform to increase the convenience and efficiency of maintenance of ground and underground facilities. As a result, not only ground and underground facilities passing through roads and sidewalks , It is possible to grasp the buried position of the ground and underground facilities (incoming pipes) that enter the structure of the customer, so that the damage rate of the ground and underground facilities can be reduced by 90%.

Fifth, it is possible to manage efficiently from the initial stage such as construction and supervision of ground and underground facilities to the maintenance stage efficiently.

Sixth, smart land / underground facility data DB management and management platform forming device and method in the border of customer and supplier can solve the safety blindness of the facilities that were not previously managed and informed, It is possible to improve the welfare and safety of the people by institutionalization in haste.

1 is a block diagram showing components of a ground / underground facility data DB management platform forming apparatus 1 through ground / underground facility surveying / exploration between a supplier and a customer boundary point according to the present invention;
FIG. 2 is a block diagram showing components of a ground / underground facility data DB management platform forming apparatus 1 through a ground / underground facility survey / exploration between a supplier and a customer boundary point according to the present invention.
FIG. 3 is a block diagram showing components of a smart ground / underground facility surveying apparatus according to the present invention,
4 is a diagram showing the configuration of a total station unit 110 for ground and underground facilities according to the present invention,
FIG. 5 is a view showing an embodiment of an underground facility probe according to the present invention,
6 is a diagram showing the configuration of a GPS receiver according to the present invention.
7 is a diagram showing the configuration of a position indicator according to the present invention,
8 is a block diagram showing components of a QR code unit for ground and underground facilities according to the present invention,
FIG. 9 is a block diagram showing components of a smart device for requesting a ground / underground facility according to the present invention;
FIG. 10 is a block diagram showing components of an activity part for a ground / underground facility management platform according to the present invention,
11 is a block diagram showing components of a control unit for a ground / underground facility management platform according to the present invention,
FIG. 12 is a block diagram showing the components of the ground / underground facility data management platform control module according to the present invention;
FIG. 13 is a block diagram showing components of a ground / underground facility data control unit according to the present invention;
FIG. 14 is a block diagram illustrating components of an authentication coupon server for ground and underground facilities according to the present invention;
FIG. 15 is a block diagram of a total station for ground and underground facilities according to the present invention.
Use the cadastral control points to measure the points at both ends of the building in the entrance of the customer, the entrance, obtain the X, Y and Z values, and control the installation of the ground and underground facilities The facility location data is measured by measuring the ground facilities of valves, telecommunication lines, inlet poles, transformers, switchgears and city gas stoppers (air bags that cut off gas supply), and exploration data of underground facilities explored through underground facility explorers An embodiment that illustrates measuring and generating underground facility location data,
16 is a diagram illustrating a section of an asphalt section through an underground facility probe according to an embodiment of the present invention,
Fig. 17 is a schematic diagram showing a data structure of the electric pole number chart, the foreground image data, the first ground / underground facilities dot dot position data, the second ground / underground facilities dot dot position data, Also, in the embodiment showing the ground / underground facilities data DB 514a made of the location road,
18 is a diagram showing a ground / underground facility data DB 514a, which is a location of the electric pole number chart, foreground image data, communication cable, image data, location and image data of the power cable, Lt; RTI ID = 0.0 > embodiment,
19 is a view showing a ground / underground facilities data DB 514a made up of an original for ground and underground facilities (water, sewage, gas, communication, electricity, heating pipes and oil pipelines) according to the present invention Also in the embodiment,
20 is a view showing an embodiment in which the QR code for ground and underground facilities according to the present invention is formed on one side of a road sign,
FIG. 21 is a diagram illustrating an embodiment of a smart device for requesting a ground / underground facility tag through a QR code unit for a ground / underground facility formed on one side of a road signpost according to the present invention,
Fig. 22 is a schematic diagram showing a data structure of the electric pole number chart, the foreground image data, the first ground / underground facility dot point position data, the second ground / underground facility dot point position data, the ground / underground facilities Also, in an embodiment showing that the ground / underground facility data DB including location roads is activated on the smart device screen for ground / underground facilities request,
FIG. 23 is a diagram showing ground / underground facility data DB including location information and image data relating to a pole number, foreground image data, a communication cable, location and image data relating to a power cable, In an embodiment that is shown activated on the smart device screen for underground facility requests,
Fig. 24 is a graph showing the relationship between the ground, underground facilities (water, sewage, and gas) of the ground, underground facilities (water, sewage, gas, communication, electricity, heating pipes, oil pipelines) An embodiment in which the ground / underground facility data DB consisting of original drawings for communication, electricity, heating pipes, and oil pipelines is enlarged is formed,
FIG. 25 is a flowchart showing a method of forming a ground / underground facility data DB management platform through surveying and exploring a ground / underground facility between a supplier and a customer boundary point according to the present invention;
FIG. 26 is a schematic diagram of a smart ground and underground facility surveying device for surveying and exploring ground / underground facilities data between a supplier and a customer boundary point according to the present invention, And transmitting the generated data to the ground / underground facility data DB management platform control module.

First, the major difference between the present invention and the prior patent is that

First, there is no limit to the property of the supplier and the data of the facility and the management method of the entrance area of the customer. This paper describes a smart device for requesting a ground or underground facility with a verification code. It is used for the device screen to analyze the location data of ground facilities, underground facility location data, underground facility analysis data (type of medium, depth of medium) It is pointed out that the database of ground and underground facilities, which consists of original maps, dot and point data of ground and underground facilities, and image data,

Second, the Total Station section for ground and underground facilities is used to measure the entrance points, the X, Y and Z values at both end corner points of the building of the entrance entrance using the cadastral reference point, Equipment control of the supplier After surveying the ground facilities of the water supply valve, telecommunication line, inlet pole, transformer, switchgear, city gas stopper (air bag that blocks gas supply) The location data of the surveyed facilities are generated and transmitted to the platform management module of the database of underground facilities data DB and the underground facility location data is generated based on the exploration data of the underground facilities explored through the underground facility explorer to generate the underground facility location data, Data DB management platform control module,

Third, the ground / underground facility data DB management platform control module allows the link of the ground / underground facilities management site to the smart device for requesting the ground / underground facility that has been verified by inputting the QR code tag and the authentication coupon for the ground / underground facility, Convenience and convenience,

Fourth, based on the QR code part for ground and underground facilities, the image of the surrounding real image at a radius of 3m to 20m is displayed, and the location of the probing root of the ground / underground facility (incoming channel) And to form dot dot location data for underground facilities.

Next, the meaning of the management platform in the apparatus for forming the data base management platform of the ground / underground facility data through the surveying and exploration of the ground / underground facility between the supplier and the customer boundary point explained in the present invention is as follows: surveying, exploration, It refers to managing DBs of underground and underground facilities through QR code tags and authentication coupons, including both DB creation and management of facility data.

Next, the ground facilities described in the present invention can be applied to not only a water supply valve, a communication pole, a pole, a transformer, a switch, a stopper of a city gas (an air bag blocking gas supply) A cable broadcast cable located on the electric pole, a streetlight body, a wire line located on the streetlight, and a communication cable located on the streetlight.

In addition, the scope of exploration and exploration of ground and underground facilities described in the present invention can be broadly divided into roads, waterworks, sewage, gas, communication, electricity, heating pipes, and oil pipelines.

The scope of the survey and exploration of the ground and underground facilities on the road includes the road boundary, the road surface, the bridge, the bicycle road, the bicycle storeroom, the joint space, the intersection facilities, the road center line, the overpass, Roadside control, incandescent surface, masonry retaining wall, traffic plaza, stop, street light, drinking water supply, street lighting, traffic lights, Traffic signs, unmanned aerial cameras, roadside trees, tunnels, traffic lights, traffic light controllers, and underground roads.

In addition, the scope of investigation and exploration of ground and underground facilities in the construc- tion is as follows: water pipe, water pipe, water pipe, water manhole, water supply, The reservoir, the water intake, the pumping station, the protection pipe, and the flow meter room shall be surveyed and surveyed.

In addition, the scope of investigation and exploration of ground and underground facilities in sewage shall be surveying and exploration scope of sewage pipe, storm sewer, drainage manhole, submersible tank, drainage pipe, drainage pump, sewage treatment plant, drainage plant.

In addition, the scope of investigation and exploration of the ground and underground facilities in the gas includes natural gas pipeline, LPG pipeline, medium pressure gas pipeline, high pressure gas pipeline, gas manhole, regulator, purifier, delivery device, bonding box, LNG receiving bases, supply bases, and LPG low-pitched areas shall be surveyed and surveyed.

In addition, the scope of investigation and exploration of ground and underground facilities in telecommunication is as follows: city subway line, subway subway line, city communication manhole, intercity communication manhole, communication area, telephone station, public telephone booth, network operating station, , CATV power supply boxes, grounding facilities, intermediate transfer boards, local telecommunication companies, interstate telecommunication lines, inter-city telecommunication lines, and highway emergency calls.

In addition, the scope of investigation and exploration of ground and underground facilities in electricity is divided into manhole of distribution ground, manhole conduit in distribution ground, distribution-underground switch, joint box, low pressure reception line, high voltage / The scope of investigation and exploration of the high-pressure pipeline, distribution underground high-pressure pipeline, distribution underground low pressure pipeline, distribution underground direct sales, distribution underground transformer, ventilation number, distribution underground ventilation, substation substation, substation- .

In addition, the scope of investigation and exploration of ground and underground facilities in the heating tube is as follows: heat pipe, main manhole, hand manhole, air valve, control valve, reducer, The scope of investigation and exploration shall be the scope of piping, pipe finishing, casing, flow meter, pressure gauge, thermometer, machine room, machine room NO,

In addition, the scope of investigation and exploration of ground and underground facilities in the oil pipeline shall be the investigation and exploration scope of the oil pipeline, the oil station, the pressurization station, the valve station, the oil return valve box, the oil leak detection cable,

Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.

1 is a block diagram showing components of an apparatus 1 for forming a database of ground / underground facilities data DB through surveying and exploring ground / underground facilities between a supplier and a customer boundary point according to the present invention, The present invention relates to a configuration diagram of an apparatus for forming a data base management platform (1) for a ground / underground facilities database through surveying and exploring a ground / underground facility between a provider and a customer boundary point, A QR code unit 300 for ground / underground facilities, a smart device 400 for requesting a ground / underground facility, a ground / underground facility data DB management platform control module 500, And an authentication coupon server 600 for ground / underground facilities.

First, a smart ground / underground facility surveying apparatus 100 according to the present invention will be described.

The smart ground / underground facility surveying apparatus 100 measures the ground / underground facilities using the cadastral reference point, conducts the survey through electromagnetic induction, generates data, and transmits the data to the ground / underground facility data DB management platform control module .

As shown in FIG. 3, the system includes a total station 110 for underground facilities, an underground facilities probe 120, a GPS receiver 130, and a location indicator 140.

First, a total station unit 110 for ground and underground facilities according to the present invention will be described.

The total station unit 110 for ground and underground facilities uses the cadastral reference point to measure the points at both ends of the building of the entrance of the customer and the entrance, obtains the values of X, Y and Z, And facility control of the supplier Measure the ground facilities of valves, telecommunication lines, inlet poles, transformers, switchgear and city gas stoppers (gas shut-off airbags) in the waterworks, , And transmits the surveyed ground facility location data to the ground / underground facility data DB management platform control module and generates underground facility location data based on the exploration data of the underground facility explored through the underground facility probe, To the underground facility data DB management platform control module.

4 is a block diagram showing the configuration of a total station unit 110 for ground and underground facilities according to the present invention.

This is divided into a method of setting the azimuth angle by direct angle setting and an azimuth setting by coordinates.

In the present invention, the measurement is performed using the azimuth angle setting method using coordinates.

First, as shown in Fig. 15, after selecting the PROG displayed on the screen of the total station, the F1 survey (current survey) is selected.

Then, after F1 is selected, the measurement storage position is selected.

Next, select the F2 machine point setting.

This is done by entering the job name in the coordinate input box, selecting the point (2), and then entering the X coordinate, Y coordinate and Z coordinate of the machine point. Then enter the machine point height. Here, the X-coordinate, Y-coordinate, and Z-coordinate of the mechanical point are obtained through GPS reception information.

Then, the F3 azimuth setting is selected. This selects the F2 coordinate. Here, the coordinates of the point 1 are inputted based on the cadastral reference point.

Next, the coordinates of the station: 1 are confirmed.

Next, since the coordinate of the measurement: 1 is set as the backward point, it is confirmed at F4.

Then, accurately collimate the backsight.

Then, press F3 to save. At this time, choose whether to add observation point F1 NO, which means the phrase ground / underground facilities.

Then, the machine point and the azimuth angle are set. Here, it is informed that the azimuth is set at the mechanical point (station: 2-point: 1), and the screen is switched.

Then, point 4 is accurately collimated. That is, after changing to point 4, the point 4 is accurately collimated.

Then, press F2 to measure. At this time, three screens of measurement result are displayed.

Then, after recording the coordinates of the station: 4, press F3 to save.

Then, point 5 is accurately collimated. That is, after changing to point 5, the point 5 is accurately collimated.

Then, press F2 to measure.

Then, after storing the coordinates of the station: 5, press F3 to save.

As described above, the machine position point: 1, the station point: 3 point: 6 is recorded after measurement recording. Then, store the measured value at machine point: 2, station: 4: 5.

Through this process, the total station for ground and underground facilities according to the present invention can measure the points at both ends of the building of the entrance of the customer and the entrance by using the cadastral reference point, acquire X, Y and Z values, And facility control of the supplier Measure the ground facilities of valves, telecommunication lines, inlet poles, transformers, switchgear and city gas stoppers (gas shut-off airbags) in the waterworks, , And transmits the surveyed facility location data to the ground / underground facility data DB management platform control module.

The total station for ground and underground facilities is based on the survey data of the underground facility explored through the underground facility probe, and generates the underground facility location data and transmits it to the ground / underground facility data DB management platform control module.

Second, an underground facility probe 120 according to the present invention will be described.

The underground facility probe 120 explores the buried underground facilities and then sends the explored underground facility exploration data to the total station for ground and underground facilities.

FIG. 5 is a view illustrating an exemplary configuration and operation of an underground facility probe according to the present invention.

It consists of a transmitter, a receiver, an external receiving sensor, an external coil, a connection cord for direct method, and an electromagnetic induction probe consisting of an earth pole.

Here, the electromagnetic induction method is applied to the conductor

When electric current flows, the electric field rule is formed in which a magnetic field is formed around the conductor. The size of the magnetic field formed depends on the intensity and distance of the electric current. It is used for detecting metal or metal pipes buried in the ground, cables and probes (Sonde), and it is most used among underground facility detection techniques because it is relatively cheap, easy to operate and easy to transport.

The types of exploration methods are classified into direct method, indirect method, clamp connection method, and probe method (Sonde).

The direct probe method is a method of connecting an induction cable to an underground facility to be detected and grounding the other terminal to a ground of about 2 to 5 meters in a direction perpendicular to the underground facility, And the other terminal is grounded to the ground of about 5 ~ 7m in a direction perpendicular to the underground facilities. Therefore, all facilities management authorities are required to use the direct method because of its high accuracy. However, indirect methods are used in unavoidable areas

The Indirect Method is called induction method. It is a method of detecting the receiver by placing the transmitter in parallel on the ground where the underground facilities are buried. It uses the unique number displayed on the receiver. Is less accurate.

The clamp connection method is suitable for detecting a cable by connecting an external clamp to the cable to be explored by connecting the clamp clamp.

The electromagnetic induction probe method can detect only conductors. The probe (Sonde), which is a special sensor transmitter, is connected to the Flexrod to push it into the pipeline or directly enter the sensor transmitter to measure the non-conductor plastic pipe or sewer pipe. And the receiver can be used to measure the position and depth of the plastic pipe or drainage pipe. The accuracy is very high and it is widely used for the empty pipeline exploration.

In the present invention, at least one of the direct method, the indirect method, the clamp connection method, and the probe method is selected by electromagnetism survey.

FIG. 16 is a view illustrating an 80-millimeter electronically guided section of a metal pipe in an asphalt section through an underground facility probe according to the present invention.

Third, the GPS receiving unit 130 according to the present invention will be described.

The GPS receiver 130 transmits the current location information of ground and underground facilities to a total station unit for ground and underground facilities and an underground facility explorer based on the GPS reception information.

6 is a block diagram showing a configuration of a GPS receiver according to the present invention.

Fourth, the position indicator 140 according to the present invention will be described.

The location indicator 140 serves to display the location on the floor where surveying of ground and underground facilities is completed through a smart ground / underground facilities surveying device.

7 is a block diagram showing a configuration of a position indicator according to the present invention.

This is accomplished by landing and exploration of ground and underground facilities through smart ground and underground facilities surveying device, and placing location indicator on the floor for depth and position surveying.

That is, the first point of the probe is set as the "point of view", and the last point of the probe is regarded as the "end point".

Subsequently, markers and markers are buried on the bottom surface to be surveyed through the ground / underground facility surveying device. Image data of the surrounding space with a radius of 3m ~ 20m and the exploration data of the ground / Facility Data DB Management Platform Control Module.

The location indicator 140 displays the name of the ground / underground facilities and the name of the customer on one side of the surface.

Next, the camera unit 200 according to the present invention will be described.

The camera unit 200 captures an image of a location and a location indicator where the surveying of ground and underground facilities is completed through a smart ground / underground facility surveying device, and displays the image of the location and the location indicator at a radius of 3m to 20m based on the QR code portion for ground / After taking an image of the space, it transfers the image data to the ground / underground facility data DB management platform control module.

This generates image data including both the foreground image data of the ground and underground facilities, the location image data of the ground and underground facilities surveyed, and the location indicator image data.

Next, the QR code unit 300 for ground and underground facilities according to the present invention will be described.

The QR code unit 300 for the ground and underground facilities is provided with a transformer, a pole, a street lamp, a manhole, a road mark, a position indicator, a valve, and the like, which are located in a specific space in which a survey of ground and underground facilities is completed through a smart ground / underground facility surveying device Is formed on one side of the building wall and serves to guide the link to the ground / underground facility management site while providing the current location information of the ground / underground facility in the case of smart device tag for requesting the ground / underground facility.

As shown in Fig. 2, it is formed on one side of the electric pole or formed on one side of the road mark stone, as shown in Fig.

Here, the QR code is a two-dimensional (matrix) type code containing a variety of information in a rectangular horizontal and vertical grid pattern, and 'QR' is an acronym for 'Quick Response'. The QR code can store up to 7,089 characters in number, up to 4,296 characters in ASCII, 2,953 bytes in binary (8 bits), and up to 1,817 characters in Chinese characters. It also features recognition speed, recognition rate, storage capacity and resilience .

As shown in FIG. 8, the QR code unit 300 for ground / underground facilities includes an intaglio type QR code unit 310 for ground / underground facilities, and an embossed QR code unit 320 for ground / underground facilities do.

The intaglio type QR code unit 310 for ground and underground facilities is formed by concave shapes, shapes or letters on the surface of the electric pole, the road mark, and the display acupuncture so that the current position information of the ground and underground facilities And the link information of the ground / underground facilities management site.

For example, a transparent film having the same shape as the QR code is printed or adhered on the surface of the stainless steel plate of the electric pole, the photosensitive liquid is applied and dried, and the film is placed on the stainless steel plate as the film upper film.

Subsequently, after the exposure is performed, the area to be formed with the engraved area is treated with a corrosive liquid, and the engraved area is painted with ink and dried.

At this time, when the engraved QR code part is formed, a transparent film is formed on the surface of the stainless steel plate of the electric wire board on which the engraved QR code part is formed by the transparent synthetic resin.

The embossed QR code unit 320 for ground and underground facilities is formed by forming shapes, shapes, or letters on the surfaces of the electric poles, road markings, and display acupuncture surfaces in a horizontal and vertical grid pattern, And the link information of the ground / underground facility management site.

Next, a smart device 400 for requesting a ground / underground facility according to the present invention will be described.

The smart device 400 for requesting the above ground / underground facility receives and stores the authentication coupon for the ground / underground facilities from the authentication coupon server for the ground / underground facility while being activated in the form of an app, In addition to the current location information of the ground and underground facility, the land / underground facility management site link window is activated after tagging the QR code for QR code, and it is certified through the authentication coupon for the stored ground / underground facilities. It activates the facilities management site and serves to display the ground and underground facility data DB (uploaded to the ground / underground facility management site).

9, an activity unit 410 for a ground / underground facility management platform, an intent unit 420 for a ground / underground facility management platform, an access control unit 430 for a ground / underground facility management platform, A control unit 440 for an underground facilities management platform, and a smart device interface unit 450.

First, an activity unit 410 for a ground / underground facility management platform according to the present invention will be described.

The activity unit 410 for the ground / underground facility management platform generates a user interface (UI) for a ground / underground facility management platform, which is composed of a view and an event response, on the screen of the smartphone.

10, for the lifecycle management, there are an OnCreate 411, OnStart 412, OnRestart 413, OnResume 414, (OnPause) 415, a stop part (OnStop) 416, and a destructive part (OnDestroy) 417. In addition,

Here, the lifecycle is a process in which a user interface (UI) for a ground / underground facility management platform is displayed on the screen through an activity unit for a ground / underground facilities management platform, deleted and displayed again, It says.

A method is a procedure to be executed according to a message, and is used in an object-oriented language. In an object-oriented language, communication is performed by sending a message and executing a method.

The initialization unit (OnCreate) 411 is called for the first time when an activity unit for a ground / underground facilities management platform is created, and is responsible for initializing resources.

The OnStart 412 serves to call the client that the activity unit for the ground / underground facility management platform is ready to be displayed on the screen when the activity unit is created.

The restart unit 413 commands the activity unit for the ground / underground facilities management platform in the stop state to return to the start state when the activity unit returns to the foreground.

The OnResume 414 is an activity unit for a ground / underground facilities management platform and is used to process a touch input of a client on a screen on which a user interface (UI) for a ground / underground facility management platform is activated do.

The OnPause 415 stores the data before stopping the activity unit for the ground / underground facility management platform and stops the effect of the event to be executed.

The stop section 416 stops execution of the activity section for the ground / underground facility management platform so that the activity section for the ground / underground facility management platform is not displayed to the client.

The destroying unit 417 deletes the activity unit for the ground / underground facility management platform formed in the system of the smartphone by the delete command.

Second, the intent portion 420 for a ground / underground facility management platform according to the present invention will be described.

The intent unit 420 for the ground / underground facilities management platform may include a user interface (UI) for the ground / underground facility management platform, And sends the request command to the access control unit for the ground / underground facility management platform to be executed.

It consists of an intent class for ground / underground facility management platform and event information for ground / underground facility management platform.

That is, an intent class for a ground / underground facility management platform is used when a screen is displayed in a user interface (UI) for a ground / underground facilities management platform, and the screen is switched to another screen in response to a touch of a client.

Here, the screen switching is performed through a start activity (startActivity) and a start activity ratio (startActivityForResult) method.

Third, an access control unit 430 for a ground / underground facility management platform according to the present invention will be described.

The access control unit 430 for the ground / underground facility management platform displays the authentication coupon input window together with the ground / underground facility management site link window on the screen when tagging the QR code unit for ground / underground facilities, It controls the display of ground and underground facility management site and ground / underground facility data.

Fourth, a control unit 440 for a ground / underground facility management platform according to the present invention will be described.

The control unit 440 for the ground / underground facility management platform sets a layout of a rectangular area in which a user interface (UI) for the ground / underground facility management platform is displayed on the screen, and controls the layout of the ground / underground facility And controls to update the data.

As shown in FIG. 11, the system includes a view class section 441 for a ground / underground facilities management platform, an update setting section 442, and an authentication coupon display control section 443 for ground / underground facilities.

The view class section 441 for the ground / underground facility management platform sets a layout of a rectangular area on which a user interface (UI) for a ground / underground facility management platform is to be displayed on the screen, It controls the alignment, drawing, focus movement, and key operation of the user interface (UI) for the ground / underground facilities management platform on the screen on the screen.

The update setting unit 442 receives the ground / underground facility data transmitted to the ground / underground facility data DB management platform control module and controls to update the ground / underground facility data located at the ground / underground facility site .

It is configured to store ground and underground facility data in the SQLite database and to transmit updated ground and underground facility data to the view class section for the ground and underground facility management platform.

The authentication coupon display control unit 443 for ground and underground facilities outputs an authentication coupon issue notification signal for ground and underground facilities when the authentication coupon for ground or underground facilities is transmitted from the authentication coupon server for ground / underground facilities, So that it can be activated.

Next, the ground / underground facility data DB management platform control module 500 according to the present invention will be described.

The ground / underground facilities data DB management platform control module 500 is a system for editing the ground based on the ground facility location data and the underground facility location data transmitted from the smart ground / underground facility surveying device, We have created and managed a ground / underground facility data DB consisting of facilities analysis data (type of medium, depth of medium), original maps for ground and underground facilities, dot point location data for ground and underground facilities, and image data, After allowing the QR code tag and the smart device for requesting the ground / underground facilities to be certified through the authentication coupon input for the ground / underground facility, the ground / underground facility management site is allowed to link and then the ground / underground facility data DB located in the QR code is ground / To be displayed on the smart device for underground facility request.

12, the ground / underground facility data generation control unit 510, the web manager unit 520, the multicast push streaming control unit 530, the ground / underground facility authentication unit 540 And a ground / underground facility management platform control unit 550.

First, the ground / underground facility data control unit 510 according to the present invention will be described.

The ground / underground facility data control unit 510 forms a numerical map of ground / underground facilities (including types and depths of ground / underground facilities) based on the ground facility location data and the underground facility location data, , And ground / underground facility data DB consisting of ground / underground facility plan (type of ground / underground facility, depth), and transmits it to the ground / underground facility management platform control unit.

13, an underground facility data analysis control unit 511, an original control unit 512 for ground / underground facilities, a surveying root position forming unit 513 for ground / underground facilities, a ground / And an underground facility data DB generation unit 514. [

The underground facility data analysis controller 511 analyzes the information about the medium of the underground facility based on the underground facility location data transmitted from the smart ground / underground facility surveying device, and extracts the depth of the medium and the type of medium And the like.

This creates underground facility analysis data (type of medium, depth of medium).

The control unit 512 for the ground / underground facility maps the map according to the standard of the smart device, and then displays the ground facility location data transmitted from the smart ground / underground facility surveying device on the map, It edits the data and creates the original maps for ground and underground facilities that are digitally mapped.

This shows the location of ground and underground facilities (intake pipes) and the location, distance and average depth of ground and underground facilities (water, sewage, gas, communication, electricity, heating pipes, oil pipelines) on the digital map.

The probing rootstock position forming unit 513 for the ground / underground facilities includes a real image image of a nearby radius of 3m to 20m based on the QR code unit for ground / underground facilities transmitted from the camera unit, It displays the location of the probe root point of the facility (inlet pipe) as dot dot, and forms dot dot position data of ground and underground facilities.

As shown in Fig. 17, in addition to the video image, the location of the probing root of the ground / underground facility (incoming channel) entering the structure of the customer is represented by a blue dot dot and the ground / underground So as to form facilities dot dot position data.

The ground / underground facility data DB generation unit 514 generates the ground / underground facility data DB 514 based on the ground facility location data and the underground facility location data transmitted from the smart ground / underground facility surveying apparatus and the underground facility analysis data Type and depth of the medium) and an original figure for ground and underground facilities generated from the control section of the ground and underground facilities and a ground and underground facility of the root and underground facilities for exploration for ground and underground facilities The ground point location data, and the image data, and generates the ground / underground facility data DB 514a.

FIG. 17 is a diagram showing an example of a ground / underground facility data DB 514a according to the present invention, in which a pole number tag is linked to the ground / underground facility data DB on the left side of the upper frame, And the first ground / underground facilities dot dot position data indicating the location of the root end of the ground / underground facilities (entrance channel) are formed on the left side of the stop frame, Dot point location data of the second ground / underground facilities showing the geological location of the surveying of ground / underground facilities (lead-in pipeline) are formed. On the left side of the lower frame, the location of ground / underground facilities (lead- Distance and average depth are displayed on the right side of the lower frame and the location of ground and underground facilities is displayed on the map on the right side of the lower frame and Q A position map including road markers formed with R code sections is formed.

FIG. 18 is a diagram showing another embodiment of the ground / underground facility data DB 514a according to the present invention, in which a pole number tag is linked to the ground / underground facility data DB on the left side of the upper frame The position and data related to the communication cable are formed as ground facility location data on the left side of the stop frame, and as the ground facility location data on the right side of the stop frame, electric power The location and image data of the cable are formed and the ground cable status map is displayed on the left side of the lower frame as the ground facility location data showing the distance between the carrier and the building, the ground height (height), the communication cable, , The location of the ground facilities on the right side of the lower frame is displayed on the map, and the road sign on which the QR code portion for ground / underground facilities is formed The position is also made to be formed.

19 is another embodiment of the ground / underground facility data DB 514a according to the present invention for an earth / underground facility, The ground, underground facilities with the location, distance, and average depth are displayed in an enlarged scale.

Second, a Web manager 520 according to the present invention will be described.

The web manager 520 parses an HTTP request URL received from a smart device for requesting a ground / underground facility based on an application (App) and a PC based on a web (Web) To the ground / underground facility management platform control unit, and receives the resultant value, converts the result into JSON (JSON) format, and performs an HTTP response.

Here, the HTTP request URL is expressed as shown in Table 1 below.

Request URI Param Comment categoryList.jsp categoryID Request a list of corresponding child categories contentsList.jsp categoryID Request of contents list of corresponding ground / underground facility management platform contentInfo.jsp assetID Request of contents information of corresponding ground / underground facilities management platform

Third, the multicast push type streaming control unit 530 according to the present invention will be described.

The multicast push-type streaming control unit 530 is a one-to-many (N) -type streaming control unit for exchanging data with a smart device for requesting a ground / underground facility, which is based on an app, in both directions, It plays a role of controlling streaming request signal of ground / underground facility data by each order or authentication order.

It is configured to communicate with a particular (local) segment, or with a specific number of a particular group, or certain other segment.

Fourth, an authentication unit 540 for ground and underground facilities according to the present invention will be described.

The authentication unit 640 for the above ground / underground facility is authenticated to provide the ground / underground facility management site link and the ground / underground facility data to the smart device for requesting the ground / underground facility having the authentication coupon for the ground / .

This is configured to link the ground / underground facilities management site by inputting the number of the authentication coupon for the ground / underground facility activated on the smart device for requesting the ground / underground facility.

Fifth, the ground / underground facility management platform control unit 550 according to the present invention will be described.

The ground / underground facility management platform control unit 550 renders the web contents constituting the ground / underground facility management platform and drives the programming system responsible for the logic. Then, the ground / underground facility management platform control unit 550 controls the ground / When the facility data DB is input, it controls the uploading to the ground / underground facilities management site.

Next, the authentication coupon server 600 for ground and underground facilities according to the present invention will be described.

The authentication coupon server 600 for ground and underground facilities stores and manages authentication coupon information for ground and underground facilities, checks expenses to the smart device for requesting the ground and underground facilities, requests authentication coupon for the ground and underground facilities It sends out.

As shown in FIG. 14, the system includes a frame setting unit 610, a login generating unit 620, a coupon management control unit 630, and a bank connecting unit 640.

The frame setting unit 610 arranges the authentication coupon web content items for ground and underground facilities in the horizontal direction on the main screen on the web and links the authentication coupon web content items for ground and underground facilities to one auxiliary frame So that it can be directly displayed.

The login generating unit 620 activates the user to input an identification ID and a password on the Web.

It consists of an identification ID authentication unit and a password authentication unit.

The coupon management control unit 630 groups the QR code units based on the LBS location service after forming a network with the QR code unit with the location ID set therein and assigns a 1: 1 customized coupon number to the QR code unit It registers and manages it.

The bank connection unit 640 directs the deposit request to a smart device for requesting a ground or underground facility to receive an authentication coupon for ground or underground facilities in connection with a bank server directly on the Web.

Hereinafter, a method of forming a database management platform for ground / underground facility data through surveying and exploring a ground / underground facility between a supplier and a customer boundary point according to the present invention will be described in detail.

First, as shown in FIG. 25, the ground / underground facility is surveyed and probed in a smart ground / underground facilities surveying device, and data is generated and transmitted to the ground / underground facility data DB management platform control module (S100).

That is, as shown in FIG. 26, the GPS receiver transmits the current location information of the ground / underground facility to the total station unit for ground / underground facilities and the underground facility probe based on the GPS reception information (S 110) .

Next, in the total station section for ground and underground facilities, the GPS reception information received from the GPS receiver is used to measure the points at both ends of the building and the entrance of the customer using the cadastral reference point, and X, Y , Z value, and control valve of the water supply which is the control point of ground and underground facility installed according to the customer entrance and the facility control of the supplier, communication carrier, inlet pole, transformer, switch, city gas stopper Air bag), and then transmits the measured facility location data to the ground / underground facility data DB management platform control module (S120).

Subsequently, after exploring the underground facility buried through the underground facility explorer, the exploration data of the explored underground facility is sent to the total station part for ground and underground facilities (S130).

Subsequently, the total station section for ground and underground facilities generates the underground facility location data based on the exploration data of the underground facility explored through the underground facility explorer, (S140).

Then, the total station for ground and underground facilities is displayed through a position indicator, and the location is displayed on the floor where the survey of ground and underground facilities is completed through the underground facility probe (S150).

Next, the location where the surveying of the ground and underground facilities was completed through the smart ground / underground facilities surveying device in the camera department and the surrounding space with a radius of 3m ~ 20m based on the QR code part for ground / And transmits the image data to the ground / underground facility data DB management platform control module (S200).

Next, based on the ground facility location data and the underground facility location data transmitted from the smart ground / underground facility surveying device in the ground / underground facility data DB management platform control module, , Underground facility location data, underground facility analysis data (type of medium, depth of medium), original map for underground and underground facilities, ground point and underground facilities dot point location data, DB is created and managed (S300).

At this time, the database management platform module of ground and underground facilities database is used for smart devices for requesting the ground and underground facilities with authentication coupon for ground and underground facilities through authentication section for underground and underground facilities. Ground and underground facility data is certified to be provided.

Here, as shown in FIG. 17, the ground / underground facility data DB is made up of a numerical map and a map for ground and underground facilities, dot point location data for ground and underground facilities, and image data.

Next, the transformer, the electric pole, the street lamp, the manhole, the road mark, the position indicator, the valve, the ground and the underground facilities located at one side of the wall of the building are located in the specific space where the survey of ground and underground facilities is completed through the smart ground / underground facility surveying device (S400), a smart device tag for requesting a ground / underground facility, and a current location information of the ground / underground facility are linked to the ground / underground facility management site.

As shown in FIG. 20, a smart device tag for requesting a ground / underground facility is provided through a QR code unit for ground / underground facilities formed on one side of the road marking.

In other words, smart device tags for requesting land / underground facilities, provide information on current location of underground and underground facilities, and link them to underground and underground facility management sites.

Next, in the smart device for requesting the ground / underground facility, an authentication coupon for the ground / underground facilities is issued after the cost check through the authentication coupon server for the ground / underground facilities (S500).

Finally, in the smart device for requesting the ground and underground facilities, tag QR code for ground / underground facilities tag, activate the link of ground and underground facility management site link together with current location information of ground / underground facilities, (S600), the ground / underground facilities management database is displayed on the ground / underground facility management site while the ground / underground facility management site is activated on the screen.

Fig. 22 is a schematic diagram showing a data structure of the electric pole number chart, the foreground image data, the first ground / underground facility dot point position data, the second ground / underground facility dot point position data, the ground / underground facilities And a ground / underground facilities data DB having location roads are activated on a smart device screen for requesting ground / underground facilities, and FIG.

FIG. 23 is a diagram showing ground / underground facility data DB including location information and image data relating to a pole number, foreground image data, a communication cable, location and image data relating to a power cable, The present invention relates to an embodiment showing that a smart device for requesting an underground facility is activated on the screen,

Fig. 24 is a graph showing the relationship between the ground, underground facilities (water, sewage, and gas) of the ground, underground facilities (water, sewage, gas, communication, electricity, heating pipes, oil pipelines) The present invention is also directed to an embodiment in which a ground / underground facility data DB composed of an original diagram for a communication network, a communication network, an electricity supply, a heating pipe, and an oil pipeline is enlarged.

1: Data base management platform forming device for ground / underground facility data
100: Smart ground / Underground facility surveying device
200: camera unit
300: QR code for ground and underground facilities
400: Smart device for requesting ground / underground facilities
500: Data base management platform control module for ground and underground facilities
600: Authentication coupon server for ground / underground facility

Claims (9)

A smart ground / underground facility surveying device 100 for measuring ground / underground facilities using cadastral reference points, generating data by electromagnetic induction, and transmitting the data to a ground / underground facility data DB management platform control module ,
The location where the surveying of the ground and underground facilities was completed is photographed through the smart ground and underground facilities surveying device and the surrounding space with a radius of 3m to 20m is photographed based on the QR code part for the ground and underground facilities. A camera unit 200 for transferring the data to a ground / underground facility data management platform control module,
Smart ground / underground facilities are located on a specific space where surveys of ground and underground facilities have been completed through surveying devices such as transformers, electric poles, street lights, manholes, road signs, position indicators, valves, A QR code unit 300 for a ground / underground facility for guiding a link to a ground / underground facility management site while providing current position information of a ground / underground facility,
In the form of an app, the QR code for ground and underground facilities is tagged, together with the current location information of the ground and underground facilities, After activating the underground facility management site link window, it is authenticated through the authentication code for the stored ground / underground facility, activating the ground / underground facility management site on the screen, and the ground / underground facility A smart device 400 for requesting a ground / underground facility to display a data DB,
Based on the building location data, the ground / underground facility location data, and the ground / underground facility exploration data transmitted from the smart ground / underground facilities surveying device, it can be edited and digitized and the ground / underground facilities analysis data , Depth of media), original maps for ground and underground facilities, dot and point data of ground and underground facilities, and image data. After allowing the ground / underground facility management site to link to the smart device for requesting the ground / underground facilities that have been certified through the input of the authentication coupon for the facilities, the data DB of the ground / underground facilities located in the QR code is transmitted to the smart device A ground / underground facilities data DB management platform control module 500 for controlling the database management platform 500,
(600) for ground and underground facilities to send authentication coupons for ground and underground facilities after cost check to smart devices for requesting ground and underground facilities while storing and managing authentication coupon information for ground and underground facilities, And a database management platform for forming a data base management platform for ground / underground facility data by surveying and exploring ground / underground facilities between a supplier and a customer boundary point.
The smart ground / underground facility surveying apparatus (100) according to claim 1, wherein the smart ground /
Use the cadastral control points to measure the points at both ends of the building in the entrance of the customer, the entrance, obtain the X, Y and Z values, and control the installation of the ground and underground facilities Ground facilities of the water supply valve, the communication pole, the inflow pole, the transformer, the switch, and the city gas stopper (the air bag blocking the gas supply) are measured, Control station, and a total station for ground and underground facilities, which transmits the data to underground facility data management platform control module by generating underground facility location data by surveying based on exploration data of underground facilities explored through underground facility explorer (Total Station) unit 110,
An underground facilities explorer 120 for exploring buried underground facilities and then sending exploration data of explored underground facilities to a total station for ground and underground facilities,
A GPS receiving unit 130 for transmitting the current location information of the ground / underground facility to the total station unit for ground / underground facility and the underground facility probe based on the GPS reception information,
A total station for ground and underground facilities, and a location indicator 140 for displaying the location on the floor where surveying of ground and underground facilities is completed through an underground facility probe. A database management platform for ground / underground facility data DB by surveying and exploring ground / underground facilities between branches.
The QR code unit (300) for a ground / underground facility according to claim 1, wherein the QR code unit
The ground, which records the current position information of the ground and underground facilities and the link information of the ground and underground facilities management site in the horizontal and vertical grid patterns by forming the shape, shape or letter on the surface of the electric pole, road mark, An engraved QR code unit 310 for underground facilities,
The shape, shape, or lettering of the electric pole, road mark, and marking surface are formed in a convex shape, and the current position information of the ground and underground facilities in the horizontal and vertical grid patterns and the link information of the ground and underground facility management site And an embossed QR code unit 320 for a ground or underground facility to record the ground / underground facility data.
The method of claim 1, wherein the smart device (400) for requesting a ground / underground facility
An activity unit 410 for a ground / underground facility management platform for generating a user interface (UI) for a ground / underground facilities management platform consisting of a view and an event response on a screen of a smartphone,
When a user interface (UI) for a ground / underground facilities management platform is switched to another screen according to a touch of a client on a screen displayed, a request command is sent to an access controller for a ground / underground facility management platform An intent portion 420 for a ground / underground facilities management platform for sending,
When tagging the QR code for ground and underground facilities, the authentication coupon input window is displayed along with the site / underground facility management site link window on the screen, and when the authentication is completed, the ground / underground facility management site and the ground / underground facility data An access control unit 430 for a ground / underground facility management platform to control the display /
A ground / underground facility management platform that controls the layout of a rectangular area in which a user interface (UI) for a ground / underground facility management platform is to be displayed on the screen and updates ground / underground facility data of the ground / underground facility management site A control unit 440,
Smart Device's WiFi Communication Module for Data Management of Ground and Underground Facility Data at Remote Site 1: 1 direct connection with bi-directional communication with platform control module to manage ground and underground facility data DB, updated ground and underground facility data from platform control module, And a smart device connection unit (450) for receiving the current location information of the QR code unit and transmitting the received current location information to a control unit for a ground / underground facilities management platform. Device for forming a database management platform for underground facility data.
The system according to claim 1, wherein the ground / underground facility data DB management platform control module (500)
Based on the building location data, location data of underground and underground facilities, and numerical maps of ground and underground facilities (including types and depths of ground and underground facilities) based on exploration data of ground and underground facilities, A ground / underground facility data generation control unit 510 for generating a ground / underground facility data DB including a facility plan (including types and depths of ground / underground facilities) and transmitting the data DB to a ground / underground facility management platform control unit,
It parses the HTTP request URL received from the smart device for requesting the ground and underground facilities based on the app (App) and the PC based on the web (Web) and throws the query to the ground / underground facility management platform control unit A Web manager 520 for receiving the result according to the JSON format and converting it into JSON format to perform HTTP response,
1: N system, it is possible to exchange data between ground and underground facility data based on the location order of smart devices for requesting ground and underground facilities, A multicast push-type streaming control unit 530 for controlling the streaming of the request signal,
An authentication unit 540 for ground and underground facilities for authenticating the ground / underground facility management site link and the ground / underground facility data for the smart device for requesting the ground / underground facility having the authentication coupon for the ground / underground facility, ,
When a ground / underground facility data DB generated from the ground / underground facility data generation control unit is input after rendering the web contents constituting the ground / underground facility management platform and driving the programming system responsible for the logic, And a ground / underground facility management platform control unit (550) for controlling the uploading of the ground / underground facility data management platform to the site.
6. The method of claim 5, wherein the ground / underground facility data control unit (510)
Based on the ground and underground facility location data transmitted from the smart ground and underground facility surveying device and the exploration data of the underground and underground facilities, information on the media of the underground and underground facilities is analyzed and the depth of the medium type and medium is extracted A ground / underground facility data analysis control unit 511 for controlling the ground / underground facility data,
After mapping to the standard of smart device, building location data, ground / underground facility location data, and ground / underground facility exploration data transmitted from smart ground / underground facility surveying device are edited and digitized An original screen control unit 512 for ground / underground facilities for generating an original screen for ground / underground facilities,
Based on the QR code part for ground and underground facilities transmitted from the camera part, the near real image image with a radius of 3m ~ 20m and the location of the probe near the ground / underground facility (incoming channel) A probe near-end position forming unit 513 for ground / underground facilities for forming dot dot position data of ground / underground facilities,
Analysis of ground and underground facilities data Analysis of ground and underground facilities data (type of medium and depth of medium) generated from the control unit and source diagrams for ground and underground facilities And a ground / underground facility data DB generating unit 514 for generating a ground / underground facility data DB based on the dot / point data of ground / underground facility location data and the image data of the root / underground facility forming unit for ground / underground facilities The apparatus for forming a data base management platform for ground / underground facility data by surveying and exploring ground / underground facilities between a supplier and a customer boundary point.
The system according to claim 1, wherein the authentication coupon server (600)
Authentication coupons for ground and underground facilities on the main screen on the web After establishing a list of web content items in the horizontal direction and setting up a frame for activating the authentication coupon for ground and underground facilities to be displayed as one auxiliary frame by linking to the web content item 610,
A login generating unit 620 for activating input of an identification ID and a password on the web,
A coupon management control unit for grouping a QR code unit based on the LBS location service after registering a QR code unit with a location ID set therein and registering a 1: 1 customized authentication coupon number in a grouped QR code unit 630,
And a bank connection unit 640 for communicating a deposit request to a smart device for requesting a ground or underground facility to receive an authentication coupon for ground or underground facilities in connection with a bank server directly on the web. A device for forming a data base management platform for ground / underground facility data by surveying and exploring ground / underground facilities between suppliers and customer premises.
(S100) of measuring and exploring ground / underground facilities in a smart ground / underground facility surveying device, and generating and transmitting data to a ground / underground facility data management platform control module;
The location of the surveillance of the ground and underground facilities was photographed through the smart ground / underground facilities surveying device at the camera section and the surrounding space with a radius of 3m ~ 20m was photographed based on the QR code part for ground / underground facilities, (S200) of transmitting the image data to the ground / underground facilities data DB management platform control module,
Based on ground facility location data and underground facility location data transmitted from smart ground / underground facility surveying device in ground / underground facility data management platform control module, Generate ground and underground facility data DB consisting of location data, underground facility analysis data (type of medium, depth of medium), original plan for underground and underground facilities, dot point location data for ground and underground facilities, and image data (S300), and
QR code for transformer, electric pole, street lamp, manhole, road marking, position indicator, valve, ground and underground facilities located at a specific space where surveying of ground and underground facilities is completed through smart ground and underground facilities surveying device (S400) of providing a link to a ground / underground facility management site while providing current position information of a ground / underground facility, a smart device tag for requesting a ground / underground facility,
A step (S500) of receiving an authentication coupon for ground / underground facilities after a cost check through an authentication coupon server for ground / underground facilities in a smart device for requesting a ground / underground facility,
In the smart device for requesting the ground / underground facility, tag the QR code part for ground / underground facilities, activate the link of the ground / underground facility management site link together with the current location information of the ground / underground facilities, (S600) of displaying the ground / underground facility data uploaded to the ground / underground facility management site while activating the ground / underground facility management site on the screen by being authenticated through the authentication coupon for the facilities A method of forming a database management platform for ground / underground facility data by surveying and exploring ground / underground facilities between suppliers and customer premises.
9. The method according to claim 8, wherein in the smart ground / underground facility surveying apparatus, the ground / underground facility is surveyed using the cadastral reference point, the survey is conducted through electromagnetic induction, (S100)
A step (S 110) of transmitting the current location information of the ground / underground facility to the total station unit for ground / underground facilities and the underground facility probe based on the GPS reception information,
In the Total Station section for ground and underground facilities, the GPS reception information received from the GPS receiver is used to measure the points at both ends of the building entrance and the entrance using the cadastral reference point, and X, Y, Z And a stopper (an air bag that cuts off the gas supply) of a city gas, a control valve, a telecommunication line, an inlet pole, a transformer, a switch, and a city gas, which are control points of installed ground and underground facilities, (S120) of generating the measured facility location data and transmitting the generated facility location data to the ground / underground facility data DB management platform control module,
A step (S130) of exploring the underground facility buried through the underground facility explorer and then sending the exploration data of the explored underground facility to the total station unit for the underground facilities,
Total Station for ground and underground facilities generates underground facilities location data based on the exploration data of underground facilities explored through underground facility explorer, and transmits it to underground facility data DB management platform control module (S140)
A total station unit for ground and underground facilities through a position indicator and a step S150 for displaying the position on a floor surface where surveying of ground and underground facilities is completed through an underground facility probe A method of forming a database management platform for ground / underground facility data by surveying and exploring ground / underground facilities between customer premises.

Images