KR101767406B1 - A data processing method for providing integrated information on the buried pipe - Google Patents

Abstract

A method for processing data for integrally providing information on a buried pipe of the present invention comprises: an initializing step (S10); an information recording step (S20); an information transmitting step (S30); a surrounding pipe information viewing step (S50); and an integral cross-sectional diagram viewing step (S50). Accordingly, information on several sorts of buried pipes is conveniently and integrally provided.

Description

TECHNICAL FIELD [0001] The present invention relates to a data processing method for integrally providing information on buried pipelines,

The present invention relates to a data processing method for integrally providing information on buried pipelines. More particularly, the present invention relates to a method and system for providing a buried pipeline application to a manager who records pipeline information on a buried pipeline, NFC tags of signboards, and data processing methods that integrate various servers based on wireless data communications and provide various types of reliable information for all buried pipelines located within a single or nearby radius, either on site or at a remote site .

Generally, various buried pipelines, which are buried and managed by a management agency, which is a main body of city gas, sewage, electricity, and communication, are buried in the streets along respective routes.

It is essential that such buried pipelines should be carefully grasped by the customer for pipeline information such as the type of buried pipelines, the route of travel, and the management institutions during the maintenance work of the pipeline itself or the civil engineering work in the surrounding area. For this purpose, a marking machine is installed on the ground where the buried pipeline is buried so that the user can easily grasp the information about the buried pipeline even on the ground.

The structure of an anchor type buried pipe marker conventionally known in the art includes a head having a predetermined arrow marking the type of a buried pipe to be marked and a path (direction) A pin extending in a predetermined length is protruded. Therefore, the head is exposed to the ground surface of the road where the buried pipeline is buried in the ground, and the pin is buried so that the pin is buried.

Meanwhile, in recent years, a technology has been developed and provided for storing information about a buried object by embedding an electronic tag inside a marking machine. As an example, a configuration of a marking unit known in Japanese Patent Registration No. 10-0881986 will be schematically described as follows .

A synthetic resin storage body provided in the storage compartment; an electronic tag provided on the storage body; and an electronic tag provided on the storage body, wherein the storage body is formed on the bottom surface of the body, An antenna provided in the electronic tag, a display portion fixed to the upper surface of the housing body, a lid fastened to the upper portion of the housing chamber, an exposure hole formed at the center of the lid, and a coupling groove formed on both sides of the lid, As shown in FIG.

As another example of the above-mentioned electronic indicator, the structure of the electronic marker of Patent No. 10-1109674 includes a disc body having a disc shape as a whole and having a hollow passing through the upper and lower portions of the central portion, An antenna that is connected to the RFID tag and is annularly installed along the inside of the disc body; and a plurality of fixing pins protruding from the lower surface of the disc body toward the ground .

Registration No. 10 - 1240625 Registration Utility Model No. 20 - 0453127 Patent No. 10-0881986 Patent No. 10-1109674

Conventionally, anchor-type markers conventionally used only display only simple information such as the type and direction of a buried pipe on the outside of the markers. Therefore, a user must visually confirm the markers to see the buried channel embedded in the ground. It is difficult to grasp specific information. Therefore, it is inevitable that information on specific buried pipelines, for example, important information such as installation date and depth of buried, must be separately provided to a management institution to request and receive data.

On the other hand, the conventional electronic tag having improved the markers has a built-in RFID (Radio Frequency Identification) inside to store information about the embedded material.

However, in order to confirm the embedded information stored in the electronic tag of the electronic tag using the conventional technique, a consumer directly sends a tag to the site where the tag is installed, directly tags the tag with a mobile RFID tag reader There is a problem to be read.

In addition, the information stored in the electronic tag is generally text-based and limited to a piece of limited and limited information such as the type and size of a buried channel. Even if the information is embedded in a single buried channel, There is a limit in providing only information on the user.

On the other hand, since the markers to which the conventional technology as described above is applied are installed on the vertical upper road surface at the position where the buried channel to be marked is buried, there is a great risk of breakage due to continuous impact applied by vehicles, There is a problem that it can be easily damaged even by a slight stimulation. Therefore, the practical industrial applicability is remarkably low.

Accordingly, the present invention has been made to solve the above-mentioned problems,

A signboard for installing the NFC tag 101 therein, a consolidation server 103 for integrally managing the information on the buried pipeline, An administrator for recording the pipeline information on the buried pipeline, and an interface for generating, recording, and inquiring data in cooperation with the NFC tag 101 and the integration server 103, And providing a built-in pipeline application (102) for providing information on a buried pipeline based on wireless data communication, the method comprising:

An initialization step (S10) of registering the serial number extracted by the NFC tag (101) and manager information of a buried channel, which is a target of marking a sign embedded with the NFC tag (101), in the integration server (103);

The manager or the consumer tags and tags the NFC tag 101 with the smartphone to install and execute the embedded channel application 102 and processes the channel information inputted by the administrator through the information recording interface to obtain the cross- An information recording step (S20) of generating and recording in the NFC tag (101);

The manager or the consumer tags the NFC tag 101 with the smartphone to execute the embedded channel application 102 and displays the position information of the NFC tag 101 and the NFC tag 101 in the information recording step S20, An information transmission step (S30) of extracting data recorded in the server (101) and transmitting the data to the integration server (103);

The manager or the consumer can directly tag the NFC tag 101 using the smartphone to execute the buried channel application 102 or execute the buried channel application 102 at the remote location and extract the location information of the administrator or the consumer, (S50 ') for displaying pipeline information on a map, and an integrated section view step (S50) for displaying an integrated sectional view of all pipelines around the location of the manager or the consumer. Thus, It is possible to achieve the purpose of conveniently providing information on various types of buried pipelines conveniently on site or remotely.

The present invention provides a data processing method capable of integrally managing and providing concrete information about various kinds of buried pipelines buried in a road, thereby enabling an administrator or a consumer to utilize wireless data communication technology in the field or remote place where signs are installed There is an effect that information can be conveniently provided.

In particular, it is important to distinguish the existing markers from the actual locations of the buried pipelines, not the road surface, by constructing signboards that are attached to the boundary strips so as to ensure the safety of the signboards incorporating the NFC tags, There is an advantage that an interface which can be easily grasped is provided.

In addition, in the case of a conventional electronic indicator, it is necessary to overcome the disadvantage that the manager or the consumer must only grasp the simple information on the single buried channel in the field in a one-to-one manner, The information is processed and generated into various types of data such as text, maps, and images, and provided through the interface of the buried channel application without regard to time and place, thereby providing more intuitive and accessible information in a consumer- There is an advantage.

In addition, by implementing a data verification method that can collectively manage and provide information on various kinds of buried pipelines and verify the cumulative data of the location information of the signs to secure the accuracy of the sign location information, It is possible to secure a high reliability of the first embodiment.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of an embodiment of a data processing method for integrally providing information on a buried channel according to the present invention. FIG.
2 to 3 are flowcharts according to an embodiment of a data processing method for integrally providing information on a buried channel of the present invention.
FIGS. 4 to 9 are flowcharts showing a process of initializing (S10) to an integrated sectional view (S50) according to an embodiment of a data processing method for integrally providing information on a buried channel of the present invention.
10 is a flowchart illustrating a process of generating an integrated sectional view (S53) according to an embodiment of a data processing method for integrally providing information on a buried channel of the present invention.
11 to 14 illustrate an interface of a step-by-step embedded pipeline application 102 according to an embodiment of a data processing method for integrally providing information on a buried channel according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the structure and operation of a data processing method for integrally providing information on a buried channel according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a block diagram of a data processing method for integrally providing information on a buried channel according to the present invention. FIGS. 2 to 3 illustrate a data processing method for integrally providing information on a buried channel according to the present invention. FIGS. 4 to 9 illustrate a process of an initialization step (S10) to an integrated cross-sectional view step (S50) according to an embodiment of a data processing method for integrally providing information on a buried channel according to the present invention. FIG. 10 is a flowchart showing a process of generating an integrated sectional view (S53) according to an embodiment of a data processing method for integrally providing information on a buried channel of the present invention. FIGS. 11 to 14 are flowcharts An interface of the step-by-step embedded pipeline application 102 according to an embodiment of a data processing method for integrally providing information on the buried pipeline will be described together with an image.

A data processing method for integrally providing information on a buried channel to which the technique of the present invention is applied includes a buried channel application 102 installed on a smartphone of a customer who receives information on a manager who records channel information on a buried channel, , The NFC tag 101 of the signboard, and the integration server 103 based on wireless data communication so as to integrate various types of reliable information on a single or a plurality of buried pipes at a site or a remote place where signs are installed It is about technology.

For this purpose, as shown in FIG. 1, the sign board is installed on the road boundary stones spaced apart from the actual position of the buried channel embedded in the ground of the road, the NFC tag 101 is installed therein, An integrated server 103 for integrally managing information on buried pipelines, a manager for recording pipeline information on the buried pipeline, and a smartphone of a customer who is provided with information. The NFC tag 101 and the integration server 103 And a buried channel application 102 for providing an interface for information recording and retrieval.

The serial number is used for manufacturing the NFC tag 101. The serial number is used as an ID for identifying a buried channel, which is a target of marking of a sign and a sign, ), A record is generated by using the serial number as a key value, and information about the individual buried channel is stored.

The integration server 103 is installed together with a database to integrally manage information on various buried channels and includes a separate data processing program to generate a location information S40 and an integrated cross-sectional view step S53 The data is processed to establish position information or to create an integrated section.

The embedded pipeline application 102 is a mobile application installed on a smartphone (or a variety of mobile smart devices) of a customer who is provided with information on a manager and a buried pipeline in which signs are installed and channel information is recorded. Transmits and displays data by interlocking with the NFC tag 101 and the integration server 103 in cooperation with a GPS and a wireless data communication module mounted in a smart phone.

The buried channel application 102 forms an interface for recording or providing information on the buried channel. For example, an information recording interface for allowing the administrator to record the channel information, a channel information interface for allowing the customer to confirm the channel information, a cross-sectional view and a plan view interface generated by processing in the buried channel application 102 based on the channel information, A peripheral pipe information inquiry interface for displaying the position of a sign marking various types of buried pipe installed in a radius on the map, and an integrated cross sectional view for displaying an integrated cross sectional view of all the buried pipes embedded in a specific location.

The data processing method for integrally providing information on the buried channel according to the present invention is performed by interlocking the NFC tag 101, the embedded pipeline application 102, and the integration server 103, The information transmission step S30, the position information determination step S40, the peripheral channel information inquiry step S50 ', and the integrated cross-sectional view An inquiry step (S50), and an information deletion step (S60).

The initialization step (S10) is a step of executing the product before selling the product to the administrator, and the address of the play store on which the embedded channel application 102 is mounted is recorded in advance so that the administrator can install the embedded channel application 102 on the smartphone A step of registering the serial number extracted from the NFC tag 101 and the manager information of the buried channel, which is the cover target of the signboard with the NFC tag 101, in the integration server 103.

As shown in FIG. 4, the initialization step S10 includes a step S11 of requesting an administrator list, a step S12 of transmitting an administrator list, a step S13 of extracting a tagging / serial number, And a registration step S14.

In the manager list request step S11, the manager requests the manager list from the integration server 103 using the initialization application. That is, the integration server 103 has a list of administrators who are granted access to the integration server 103 so that any unauthorized user can access the integration server 103 with the administrator authority, And to manage only the information of the buried pipeline and the signboard of the administrator himself / herself.

In the manager list transmission step S12, all the manager lists extracted from the integration server 103 are received by the initialization application, sorted and displayed.

In the tagging / serial number extracting step (S13), when the manager tags the NFC tag 101 in order to record the address of the play store on which the embedded channel app 102 is mounted, Extract the number.

In the serial number / manager registration step S14, the serial number of the extracted NFC tag 101 and the manager information of the embedded channel, which is the cover target of the signboard in which the NFC tag 101 is embedded, Or if there is no manager list on the list, the newly inputted manager information is registered in the integration server 103 and a record corresponding to the serial number is generated.

The manager information is also used as an administrator authentication means in the information deletion step (S60) for deleting the corresponding channel information recorded in the integration server 103 when the buried channel is closed or replaced in the future, .

In the information recording step S20, an administrator tags the NFC tag 101 with a smart phone and accesses the play store on which the embedded channel application 102 is installed, installs and executes the embedded channel application 102, In the NFC tag 101, the channel information inputted by the manager.

5, the information recording step S20 includes an application installation step S21 and an application execution step S22, a channel information input step S23, a data generation step S24, And a data recording step S25.

In the application installation step S21 and the application execution step S22, the administrator tags the NFC tag 101 with the smartphone and installs and executes the embedded channel application 102 using the URL address previously stored in the NFC tag 101 Or searching and installing the embedded channel application 102 manually. At this time, on the screen of the smartphone, a GPS function for extracting the location where the embedded channel application 102 is executed, an execution setting option of the NFC function, To display a detailed guidance message.

In the pipeline information input step (S23), pipeline information to the buried pipeline is inputted through the information recording interface of the buried pipeline application (102).

For example, as shown in Figs. 11 to 12, pipeline information including the type of the pipeline of the buried pipeline, the buried form, the separation distance between the sign and the position where the buried pipeline is buried, the burial depth, and the pipeline diameter are input.

As shown in Fig. 12 (c), the channel shape may be displayed in a separate pop-up window to select from six types such as a straight line type, a T branch type, a left or right elbow type, a left or right tube type, In the data generation step S24, the sectional view and the floor plan data can be generated based on the inputted pipeline information.

The spacing distance is essentially an input item due to the fact that the signboard incorporating the NFC tag 101 constituting the present invention is attached to the boundary of the roadway spaced apart from the actual position of the buried channel embedded in the road for securing safety , Cross-sectional view, and plan view, or it must be input in order to accurately estimate the position of the actual buried pipe from the position of the signboard extracted in the integrated cross-sectional view generation step (S53) to be described later. As shown in FIG. 12 (d), the position of the buried pipeline buried in the roadway or in the sidewalk is configured such that the manager inputs the separation distance between the signboard and the buried pipeline in multiple angles from the signboard.

In the section / plan view data generation step (S24), data such as a sectional view and a plan view of the buried pipe are generated by processing based on the pipe information input to the buried pipe app.

That is, since the pipeline information input through the pipeline information input step S23 is basically composed of text type data, the embedded pipeline application 102 processes the pipeline information into image type data using a separate data processing algorithm And is provided to the consumer through the cross-sectional view and the plan view of the embedded pipeline application 102 as shown in FIGS. 13 (b) to 13 (c).

In the pipeline information / sectional view / plan view data recording step S25, the pipeline information, the section view, and the floor plan data are confirmed by the manager in the buried pipeline application 102 and then recorded in the NFC tag 101. [

In addition, it is natural that the information recorded in the NFC tag 101 through the channel information input step (S23) can not be permanently modified or erased.

In the information transmission step S30, an administrator or a consumer may tag the NFC tag 101 with a smart phone to execute the embedded channel application 102 or manually search and install the embedded channel application 102, and then transmit the NFC tag 101 The position information of the signboard in which the corresponding NFC tag 101 is embedded and the data recorded in the NFC tag 101 in the information recording step S20 are extracted and transmitted to the integration server 103. [

6, the information transmission step S30 includes a serial number extraction step S31, a sign position extraction step S32, a pipeline information / section / plan data extraction step S33, A data transfer step S34, and a data storage step S35.

In the serial number extracting step S31, the administrator or the consumer extracts the serial number previously stored in the NF tag 101 when tagging the NFC tag 101 in which the embedded channel information is recorded in the smartphone.

In step S32, the buried channel application 102 interlocks with the GPS module of the smartphone and displays the NFC tag 101 at the current location where the buried channel application 102 is being executed (hereinafter, Location information) of the location information.

In the pipeline information / sectional view / plan view data extraction step S33, the embedded pipeline application 102 generates pipeline information for the buried pipeline recorded in the NFC tag 101 in the information recording step S20, Data is extracted. The administrator or the consumer can receive the extracted data through the interface of the buried channel application 102 and grasp the buried status of the channel.

In the data transmission step S34, the data extracted in the serial number extracting step S31 to the pipeline information / sectional view / floor plan data extracting step S33 is transmitted to the integration server 103. [

In the data storage step S35, the integration server 103 extracts the serial number transmitted in the data transmission step S34, compares the serial number with the serial number registered in the integration server 103 in the initialization step, The data transmitted in the data transmission step S34 is stored in the previously created record.

At this time, when the serial number registered in the integration server 103 is different from the transmitted serial number, the embedded channel application 102 transmits the message 'This sign is not a registered product and can not be used' It would be natural to let them know that they have not been registered.

Meanwhile, the integration server 103 transmits the location information of the signboard previously stored in the integration server 103 through the information transmission step (S30) and the location information of the same signboard, that is, S30) are compared with each other to determine the accuracy of the marker position information (S40).

As shown in FIG. 7, the position information determination step S40 includes a count number extraction step S41, an error range determination step S42, and a position information update step S43.

In the count count extraction step S41, the number of times that the same sign is transmitted by the sign position extraction step S32 of the information transmission step S30 is counted. The number of counts calculates the appropriate number of repetitions of the position information determination step S40 for determining the accuracy of the position information, which will be described later. In addition, although the number of counts is limited to 10 in the embodiment of the present invention, it is not limited thereto.

In the error range determination step S42, if the number of counts is equal to or less than a predetermined number (10 times), the position information of the signboard extracted through the sign position extraction step S32 and the X, Y coordinate values of the pre- (TRUE) within a specific error range by calculating the distance between the two systems.

In the preferred embodiment of the present invention, the error range is limited to 10M, and if the error between the previously stored position information and the extracted position information differs by more than 10M, the position information stored in the integration server 103 is initialized to provide incorrect information .

The rectangle coordinates represent X and Y linear axes intersecting with each other at a specific point, and coordinate values based on the previously stored position information and coordinate values according to the extracted position information are displayed in rectangular coordinates The post-Pythagorean theorem can be used to convert the distance between two points. The conversion of the rectangular coordinate system as described above is implemented by implementing a separate algorithm in the integration server 103.

In the position information updating step S43, if the result of the error range determining step S42 is within a specific error range, i.e., within 10M, the position information value transmitted to the database corresponding to the count is stored. The X value and the Y value stored in all the counts satisfying the range determination step S42 are all extracted, and the X value is calculated as the X value, the Y value is summed as the Y value, and the average value is calculated by dividing the Y value by the current count number True value (TRUE) Updates location information.

If the result values of the error range determination step S42 are all within the error range while the count value of the count number extraction step S41 reaches the predetermined number of times for the same sign, that is, if the count number is equal to the predetermined number of times 10 The integration server 103 confirms the location information of the signboard, stops the additional location information determination step S40, and ignores all the location information transmitted by the signboard location extraction step S32 .

The step S40 of performing the position information determination step S40 is to prevent the storing of the false information in the integration server 103 to prevent the false information from being stored in the integration server 103,

The peripheral channel information inquiry step S50 'is a step in which a customer directly tags the NFC tag 101 using a smartphone to execute the embedded channel application 102 or manually searches for and installs the embedded channel application 102, When the pipeline application 102 is executed or remotely, the manager or the consumer displays information on the current position or the peripheral pipeline on the map through the interface on the map.

As shown in FIG. 8, the peripheral channel information inquiry step (S50 ') includes a customer location extraction step S51', a consumer location transmission step S52 ', a peripheral channel information inquiry step S53' A data transfer step S54 ', and a peripheral pipeline information display step S55'.

In the customer location extraction step S51 ', the administrator or the consumer executes the information search button for the surrounding pipeline of the buried pipeline application 102, and the buried pipeline application 102 extracts the current location from the GPS module of the smart phone, Extract location information of administrator or consumer.

At this time, the position of the manager or the consumer is the center point of the map on which the current position of the consumer displayed on the peripheral pipeline information display interface screen becomes the reference point, and the map moves when the screen is moved The buried pipeline application 102 recognizes the central position point of the moved map as the position of the manager or the consumer and extracts the position information.

Therefore, it is possible for an administrator or a consumer to carry out a peripheral channel information inquiry step not only at his actual location but also for a subway line at a location that appears on a map at a remote site. The map can be easily implemented in real time by linking the buried channel application 102 with the commercial map service.

In the customer location transmission step S52 ', the location information extracted from the current location of the extracted administrator or the consumer or the map is transmitted to the integration server 103.

In the peripheral channel information inquiry step (S53 '), the integration server (103) analyzes the data stored in the data storage step (S35) based on the stored data, Query and extract from database.

In the data transfer step S54 ', the buried channel information and data of all the signs extracted in the surrounding channel information inquiry step S53' are transmitted to the buried channel application 102.

In the peripheral pipeline information display step S55 ', the buried pipeline application 102 extracts, from all the buried pipeline information embedded in the current location of the administrator or the consumer, the location information of the signboard, And displays them on the map through the peripheral pipeline information display interface. As shown in FIG. 14 (a), different colors are displayed for different kinds of buried pipelines inputted in the pipeline information input step (S23), and the customer can display detailed details If you want to provide information, you can click on the corresponding point on the map to see the information about that channel, as shown in Figure 14 (b).

In addition to the information as shown in FIG. 14 (b), more specifically, the sectional view and the floor plan may be generated and provided to the customer using the pipeline information / sectional view / floor plan data extraction step S33.

Meanwhile, in the integrated section view step (S50), the manager or the consumer directly tags the NFC tag 101 using the smartphone to execute the embedded channel application 102 or executes the embedded channel application 102 at a remote site , And an integrated cross-sectional view of the pipeline around the point requesting the integrated cross-section is displayed through the interface.

As shown in FIG. 9, the integrated cross-sectional view inquiry step (S50) includes a detailed customer location extraction step (S51), a consumer location transmission step (S52), an integrated section generation step (S53) (S54), and an integrated section view step (S55).

In the customer location extracting step S51, when an administrator or a consumer clicks and displays an integrated section view button of the buried channel application 102, a map is displayed on the screen, and an administrator or the consumer touches the vicinity of the road center line appearing on the map, The channel application 102 extracts the position coordinates of the touched point.

The integrated cross-sectional view is a cross-sectional view of the road to provide all the pipelines included in the cross-sectional view. The location of the manager or the consumer is not a central position point of the map displayed on the integrated cross- By touching the vicinity of the center line of FIG. Also, in order to move the map and request the integrated cross section to the remote location, the map is moved to the desired area, and the road portion is enlarged and the manager or the consumer location is extracted by touching the vicinity of the road center line. Therefore, it is possible for an administrator or a consumer to perform an integrated cross-sectional view step for a buried channel in a remote place rather than the actual location of the user.

In the customer location transmission step (S52), location information of the extracted administrator or consumer is transmitted to the integration server (103).

In the integrated cross-sectional diagram generation step S53, the integrated pipeline diagram of the integration server 103 is stored in the data storage step S35, based on the stored data, Query, and extract to create an integrated section.

As shown in FIG. 10, when the number of the signs for marking the same type of buried channel in the vicinity is less than 2, it is impossible to form a continuous channel, , And if more than two, position information of all the signs within a specific radius is extracted to generate an integrated sectional view.

At this time, the creation of the integrated sectional view is performed by creating a boundary line of a road mark attached with a sign as shown in FIG. 10 for all the pipelines with two or more mark positions, The horizontal distance from the boundary line to the buried channel is extracted by using the front distance and the back distance from the buried channel information, and the vertical distance (depth) And information such as the pipe diameter and material of the pipe is added to the pipe section to create an integrated section.

In the integrated cross-sectional view transmission step (S54), the integrated cross-sectional view generated in the integrated cross-sectional view generation step (S53) is transmitted to the buried channel application (102).

In the integrated sectional view step S55, the embedded pipeline application 102 displays the integrated sectional view through the integrated sectional view display interface. As shown in FIG. 14 (c), all the signs located within a certain radius of the integrated cross section of the requesting position of the manager or the consumer and the cross sections of the buried pipes which are the targets of the signs of the corresponding signs are integratedly displayed on the basis of the sidewalk and the roadway, In the information input step S23, different colors are displayed for different types of buried pipes inputted.

In the information deletion step S60, the administrator logs in the integration server 103 with the ID and password assigned to him / her via the PC, and if the buried channel managed by the administrator is installed or closed, the information can be deleted. Administrative name makes it impossible to search, inquire, delete, or manage information about other buried channel, so that information access to the buried channel, which is registered or managed by someone else, is blocked.

The data processing method for integrally providing the information on the buried channel according to the present invention having the above-described configuration includes a data processing method capable of integrally managing and providing information on various buried channels embedded in the road, It has the effect of allowing the consumer to easily use the information at the site where the sign is installed or at the remote site.

In particular, the information about the buried pipeline input in the information recording step S20 is processed and generated into various types of data by the embedded pipeline application 102 and the integration server 103, and the peripheral pipeline information inquiry step S50 ' The integrated section is provided through the interface of the embedded pipeline application 102 which is more intuitive and highly accessible based on the consumer in the step S50 of viewing the integrated section so that the manager or the consumer has an advantage of being able to receive the desired information without regard to time and place .

In addition, it is possible to integrally manage and provide information on various types of buried pipes as described above, and at the same time accumulate and verify the position information data of the signs to minimize the error of the position coordinates accompanying the GPS coordinates extraction, It is possible to secure a high reliability of information on a buried pipe by implementing a data verification method that can ensure the accuracy of positional information between the locations.

101: NFC tag
102: buried channel app
103: Integration Server
S10: Initialization step
S20: Information recording step
S30: Information transmission step
S40: Position information determination step
S50 ': Peripheral channel information inquiry step
S50: Integration Section Views Step
S60: Delete information step

Claims (7)

A signboard for installing the NFC tag 101 therein, a consolidation server 103 for integrally managing the information on the buried pipeline, An administrator for recording the pipeline information on the buried pipeline, and an interface for generating, recording, and inquiring data in cooperation with the NFC tag 101 and the integration server 103, And providing a built-in pipeline application (102) for providing information on a buried pipeline based on wireless data communication, the method comprising:
An initialization step (S10) of registering the serial number extracted by the NFC tag (101) and manager information of a buried channel, which is a target of marking a sign embedded with the NFC tag (101), in the integration server (103);
The manager tags the NFC tag 101 with a smartphone to execute the embedded channel application 102 and the embedded channel application 102 processes the text based channel information input by the administrator through the information recording interface, An information recording step (S20) of generating a cross-sectional view and a plan view creation data and recording the creation data in the NFC tag (101);
The manager or the consumer tags the NFC tag 101 with the smartphone to execute the buried channel application 102 and displays the location information of the NFC tag 101 and the NFC tag 101 in the information recording step S20, An information transmission step (S30) of extracting the data recorded in the server 101, confirming or using the data, and transmitting the data to the integration server 103;
The manager or the consumer can directly tag the NFC tag 101 using the smartphone to execute the buried channel application 102 or execute the buried channel application 102 at the remote location and extract the location information of the administrator or the consumer, (S50 ') for displaying the pipeline information on a map, and an integrated section view step (S50) for displaying an integrated sectional view of all the pipelines around the road requested by the manager or the customer;
The integration server 103 determines whether or not the location information of the signboard previously stored in the integration server 103 through the information transmission step S30 and the location information of the signboard transmitted at the time of repeating the information transmission step S30 for the same signboard (S40) is performed to confirm that the position information of the signboard is verified when it is checked within the error range while repeating the certain verification number of times. The information about the buried pipe To provide integrated processing of data. The method according to claim 1,
The initialization step (S10)
An administrator list requesting step S11 of requesting an administrator list from the integration server 103 by using an initialization application by the manager,
An administrator list transmission step S12 of receiving and displaying all the manager lists applied from the integration server 103 in the initialization application,
A tagging / serial number extracting step (S13) for tagging the NFC tag (101) by an administrator and extracting a serial number recorded at the time of tag production to the NFC tag (101)
And a serial number / manager registration step (S14) of registering the serial number of the NFC tag (101) and manager information of a buried channel, which is a cover target of the signboard with the NFC tag (101), in the integration server (103) under;
The manager information may include an administrator name or an ID and a password so as to be used as the manager authentication means in the information deletion step (S60) of deleting the corresponding channel information recorded in the integration server 103 when the buried channel is closed or removed And a data processing method for integrally providing information on the buried pipeline. The method according to claim 1,
The information recording step (S20)
The manager installs an app installation step S21 and an application execution step S22 for tagging the NFC tag 101 with a smart phone and installing and executing the embedded pipeline application 102 using the URL address previously stored in the NFC tag 101, Wow,
A pipeline information input step (S23) for inputting pipeline information to the buried pipeline through the information recording interface of the buried pipeline application (102)
A data generation step (S24) of processing the embedded pipeline application (102) based on inputted pipeline information to generate cross section and floor plan data of a buried pipeline,
And a data recording step (S25) for recording the pipeline information, the data for creating a cross-sectional view and the plan view in the NFC tag (101), and a data recording step (S25) for providing information on the buried pipeline. The method according to claim 1,
The information transmission step (S30)
A serial number extracting step (S31) for the manager or the consumer to tag the NFC tag (101) with a smartphone to execute the buried channel application (102) and extract the serial number previously stored in the NFC tag (101)
A marker position extracting step (S32) in which the buried duct application (102) interlocks with a GPS module of a smart phone to extract position information of a signboard including the NFC tag (101)
A data extracting step (S33) of extracting pipeline information on a buried channel recorded in the NFC tag (101) in the information recording step (S20), data for creating a cross-sectional view and a plan view,
A data transfer step (S34) of transferring the data extracted in the serial number extracting step (S31) to the data extracting step (S33) to the integration server (103)
And a data storage step (S35) of storing the data received in the data transmission step (S34) in a record generated by the integration server (103) by serial number. A method of processing data to provide. The method according to claim 1,
The peripheral pipeline information inquiry step S50 '
The manager or the consumer executes the information search button to the surrounding pipeline of the embedded pipeline application 102, and the buried pipeline application 102 links the GPS module of the smartphone or extracts the location information of the administrator or the consumer on the map Step S51 ',
A customer location transmission step (S52 ') of transmitting location information of the extracted manager or consumer to the integration server (103)
A peripheral channel information inquiry step S53 'for inquiring the embedded channel which is the target of the marking of the signboard located within a predetermined radius around the position of the manager or the consumer based on the data transmitted in the information transmission step S30 in the integration server 103 ,
A data transmission step S54 'of transmitting the data previously stored in the record of the integration server 103 to the buried channel application 102 according to the serial numbers of the signs read in the peripheral channel information inquiry step S53'
And a peripheral pipeline information display step S55 'for displaying all the embedded pipeline information embedded in the vicinity of the manager or the consumer on the map through the peripheral pipeline information display interface based on the data received by the embedded pipeline application 102 And the information about the buried channel is provided. The method according to claim 1,
The integrated section view step (S50)
The manager or the consumer executes an integrated section view button of the embedded pipeline application 102 and a customer's location extraction step S51 for extracting the location information of the manager or the consumer who touched near the road center line on the map )Wow,
A customer location transmission step (S52) of transmitting location information of the extracted manager or consumer to the integration server (103)
In the integration server 103, an integrated cross-sectional view is created to inquire a buried channel, which is a cover target of a sign located within a predetermined radius around a position requested by an administrator or a consumer, based on the data transmitted in the information transmission step S30 Step S53,
An integrated cross-sectional view transmission step (S54) of transmitting the integrated cross-sectional view generated in the integrated cross-sectional view generation step (S53) to the buried channel application (102)
And displaying an integrated sectional view through the integrated sectional view display interface (S55), wherein the integrated pipeline application (102) displays the integrated sectional view through the integrated sectional view display interface (S55). The method according to claim 1,
In the step S40,
In the information transmission step S30, a mark position extracting step S32 for extracting the position information of the signboard in which the NFC tag 101 is embedded with the GPS module of the smartphone in the embedded duct application 102 in the information transmission step S30 A count number extracting step (S41) of counting the number of times of execution,
If the number of counts is equal to or less than a predetermined number of times, the X and Y coordinate values of the position information of the signboard extracted through the sign position extraction step S32 and the previously stored true value (TRUE) position information are converted into a rectangular coordinate system, An error range determination step (S42) of determining whether a true value (TRUE) is within a specific error range,
And a position information updating step (S43) of updating the position information by calculating the extracted position information and the average value of each stored position information if the result of the error range determining step (S42) is within a specific error range ;
If the result values of the error range determination step S42 are all within the error range while the count value of the count number extraction step S41 reaches the predetermined number of times for the same sign, the integration server 103 determines the position (S40). The data processing method according to claim 1, further comprising:

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