KR20230037169A - Information management and provide method of manhole or regulating valve - Google Patents

Abstract

The present invention relates to a method for managing and providing valve information which comprises: a permission setting step (S10) in which an administrator accesses a valve management web (40) and pre-registers a mobile device phone number of a user who can use a valve information web server (30) through a valve information app (20) to set permissions; a valve inquiry step (S20) in which the user runs the valve information app (20) and selects a valve through viewing a map to inquire information without directly tagging an NFC tag (10) installed in the field; a valve inquiry modification step (S30) in which the user runs the valve information app (20) and tags the NFC tag (10) installed in the field with valve information pre-entered to inquire or modify the valve information; and a valve entering step (S40) in which the user runs the valve information app (20) and tags the NFC tag (10) installed in the field without the valve information entered to enter the valve information. The valve inquiry step (S20), the valve inquiry modification step (S30), and the valve entering step (S40) include authority authentication steps (S24, S32, S36, S42) in which the valve information app (20) automatically extracts a phone number from a user's mobile device and authenticates inquiry or edit/entering permissions according to the permissions set in the permission setting step (S10). Accordingly, the valve information is managed and provided more efficiently and safely using a dedicated app and web.

Description

Valve valve information management and provision method {INFORMATION MANAGEMENT AND PROVIDE METHOD OF MANHOLE OR REGULATING VALVE}

The present invention relates to a method for managing and providing valve-side information, and more particularly, through a system for managing and providing information on valve-sides such as manholes and water valves, a field worker or manager can use a dedicated app and web for more information. It is about technology that can efficiently and safely manage and provide information.

In general, facilities such as city gas pipes, water and sewage pipes, heating pipes, and various valves are buried in the basement of a road, and people come in and out for maintenance or checking information such as the type or condition of these facilities on the ground. A water valve for opening and closing a manhole or buried pipe is installed so that

Most of the information on the valve valve is in the form of imprinting the information on a manhole or a water valve, but recently, a method of providing information through an electronic indicator has been used.

For example, Korean Utility Model Registration No. 20 - 0437024 includes a manhole base, a middle cover placed on the manhole base, and a manhole cover placed on the middle cover, and a through hole is formed in the center of the manhole cover, A safety manhole that is inserted into the through hole and has a bolt shape is formed, and an RFID tag is embedded in the support so that the built-in RFID tag does not come into contact with the manhole cover to acquire related information and perform maintenance and management tasks. make up

As another example, in Korean Patent Registration No. 10 - 0834001, in a manhole composed of a manhole cover and a manhole support to which the manhole cover is coupled, a display member having a notification display surface formed on the upper surface of the body is coupled to one side of the manhole support An RFID tag capable of transmitting and receiving data is stored inside the body, and a groove is formed on the upper surface of the body of the display member, the RFID tag is inserted into the groove, and a cover plate having a notification display surface is coupled through a fastener. It constitutes a display member made of.

As another example, Korea Patent Publication No. 10 - 2006 - 0015900 has a database for storing system information of electronicized water valves and manholes, and system information can be updated through an input device and system information through an output device. A barcode having a water valve and manhole management server capable of outputting, a barcode generating device that converts the system information of the water valve and manhole management server into a two-dimensional barcode, and a barcode reader that reads the two-dimensional barcode attached to each water valve and manhole. Construct a water valve and manhole management system using

Korea Utility Model Registration No. 20 - 0437024 (2007.10.29) Korean Registered Patent No. 10 - 0834001 (2008.05.30) Korean Patent Publication No. 10 - 2006 - 0015900 (2006.02.21) Korean Registered Patent No. 10 - 1331873 (2013.11.21)

Since the provision of information on the valve valve to which the prior art is applied is performed by imprinting letters on the manhole or the water valve, there is a disadvantage in that only simple information such as the type or direction of the pipe can be checked.

Therefore, recently, a technique for constructing a marker equipped with RFID and a communication module on one side of a manhole cover or an arbitrary portion of a water valve and installing it in the field to provide valve valve information has been used.

In particular, in the prior art, only simple information such as identifiers or types, shapes, and depths are stored in the RFID memory, and information that is frequently changed, such as pressure, valve opening/closing state, cleaning of manholes and pipelines, and maintenance history of facilities, is stored on the server. A method of storing and providing data through Internet access using a commercial communication network is being applied.

However, such a prior art valve valve information management method requires the use of a separate RFID dedicated reader when managing and providing information in the field, as well as the efficiency and safety of information management in the case of information that changes frequently. There is a problem in that a series of work processes that significantly fall and receive information are cumbersome.

In addition, in the prior art, there is a problem in that the latest information cannot be managed and provided when information is provided from a server or when a commercial communication network is disconnected or unavailable during management work.

Accordingly, the present invention was invented to solve the problems of the prior art as described above,

An NFC tag 10 mounted on a manhole or water valve, a valve valve information app 20 installed in a user's mobile device and connected to the NFC tag 10 and the valve valve information web server 30 through wireless communication, and a remote location In the method for managing and providing valve valve information using a system that interlocks the valve valve information web server 30 built in,

Permission setting step in which the administrator connects to the valve management web 40 and pre-registers the mobile device phone number of the user who can use the valve valve information web server 30 through the valve valve information app 20 to set authority ( S10) and,

A valve change inquiry step (S20) in which the user executes the valve valve information app 20 and selects the valve valve through a map view to query information without directly tagging the NFC tag 10 installed on the site;

A valve change inquiry and correction step (S30) in which the user executes the valve change information app 20 and queries or corrects the valve change information by tagging the NFC tag 10 in which the valve change information installed in the field has already been entered;

Including a valve valve input step (S40) in which the user executes the valve valve information app 20 and inputs valve valve information by tagging the NFC tag 10 in which valve valve information is not input installed in the field,

In the valve change inquiry step (S20), the valve change count correction step (S30), and the valve change input step (S40),

Authorization authentication step (S24, S32, S36, S24, S32, S36, S42), it is possible to achieve the purpose of managing and providing valve valve information more efficiently and safely using a dedicated app and web.

The present invention provides a method for more conveniently providing and efficiently managing information on valve changes to field users.

In particular, the present invention eliminates the inconvenience of having to use a separate RFID dedicated reader when a user manages and provides information in the field, as in the prior art, and uses a dedicated app that can be installed on a normal smartphone and the like, and a valve change through a manager web. By enabling information to be managed and provided, there is an advantage in that the convenience and efficiency of valve valve information management, which frequently changes information, can be significantly improved and provided through a more intuitive interface.

In addition, the present invention is different from the prior art in which valve valve information is provided from a server using a commercial communication network, allowing only users who have been granted permission to use it, and at the same time providing up-to-date information even when a commercial network is unavailable due to a disaster. There is an effect that can be obtained safely.

1 is a schematic configuration diagram of a system for managing and providing valve valve information according to the present invention;
2 is a schematic flowchart of a method for managing and providing valve valve information according to the present invention.
Figure 3 is a menu structure diagram of the valve valve information app of the valve valve information management and provision method according to the present invention.
4 is a menu structure diagram of a valve valve web server in a method for managing and providing valve valve information according to the present invention;
5 is an example of an intro use state of the valve change information app according to an embodiment of the present invention.
6 is an exemplary view of a use state of a valve modulation inquiry step according to an embodiment of the present invention.
7 to 9 are diagrams illustrating a state of using an information inquiry screen in a valve modulation inquiry and correction step according to an embodiment of the present invention.
10 is an example of a state of using an information correction screen in a valve modulation inquiry and correction step according to an embodiment of the present invention.
11 to 17 are exemplary views of the use state of the valve shift input step according to an embodiment of the present invention.

Hereinafter, the configuration and operation according to a preferred embodiment of the method for managing and providing valve valve information of the present invention will be described in detail with reference to the accompanying drawings. In the following description, detailed descriptions of parts that can be easily implemented by those skilled in the art may be omitted. In addition, since the following description describes the present invention with respect to preferred embodiments, the present invention is not limited by the following examples, and it is natural that various modifications may be provided within a range that does not depart from the scope of the present invention. something to do.

A method for managing and providing valve-side information to which the technology of the present invention is applied is a system that manages and provides information on valve-sides such as manholes and water valves so that field workers or managers can use a dedicated app and web to obtain information more efficiently. Note that it is about technology that can be managed and provided.

For this purpose, the method for managing and providing valve valve information of the present invention includes an NFC tag 10 mounted on a manhole or water valve, installed in a user's mobile device, and an NFC tag 10 and a valve valve information web server ( 30) using a system 100 that interlocks the valve valve information app 20 connected by wireless communication with the valve valve information web server 30 built in a remote location as a method of managing and providing valve valve information, Broadly, the authority setting step (S10), the valve change inquiry step (S20), the valve change number and correction step (S30), the valve variable input step (S40), and the authority authentication step (S24, S32, S36, S42) It is made including, specifically as follows.

In the permission setting step (S10), the manager accesses the valve management web 40 and pre-registers the phone number of the user's mobile device that can use the valve management information web server 30 through the valve management app 20. This step is to set permissions.

In the authority setting step (S10), a manhole or water valve manager logs in to the valve valve management web 40 prepared for valve valve valve information management and sets the authority to inquire or modify/input valve valve information to a specific user. am.

As shown in FIG. 4, in the permission setting step (S10), the administrator, through the valve management web 40, gives the valve information web server 30 the right to inquire about valve information and the right to modify/input information, respectively. It is made to pre-register the phone number of the user's mobile device on which the valve valve information app 20 is installed to set the authority.

The inquiry authority grants authority to continue to search for information until the administrator registers the user's phone number through the valve valve management web 40 and then deletes it.

The information modification/input authority grants authority to search for valve valve information as well as to newly register and modify it when registering the user's phone number through the valve valve management web 40, and when deleting the user's phone number after registering Until then, the right to modify/input information continues to be maintained.

In the permission setting step (S10), when a phone number is registered for a specific permission by the manager, the valve change information web server 30 automatically appropriate for the corresponding permission through the valve change information app 20 in the permission authentication step to be described later. User authentication is performed and access from unregistered phone numbers is not possible.

In the valve change inquiry step (S20), valve change inquiry correction step (S30), and valve change input step (S40), which will be described later, the valve change information app 20 automatically extracts the phone number from the user's mobile device It includes an authority authentication step (S24, S32, S36, S42) of authenticating inquiry or correction/input authority according to the authority set in the authority setting step (S10).

In the permission authentication step (S24, S32, S36, S42), the phone number registered by the manager for each permission in the permission setting step (S10) and the mobile device phone number automatically extracted and transmitted by the valve change information app 20 is verified to authenticate the corresponding authority to the user, and specific details will be described later.

The valve change inquiry step (S20) is a step in which the user executes the valve change information app 20 and selects the valve change information through a map view without directly tagging the NFC tag 10 installed in the field.

The valve change inquiry step (S20) is a situation in which the user who has installed the valve change information app 20 on the mobile device cannot directly tag the NFC tag 10 of the valve change, for example, when the valve change is installed in the middle of the road. It is made to look up information through a view.

The valve modulation inquiry step (S20) includes loading the map (S21), displaying (S22), selecting (S23), authenticating inquiry authority (S24), enlarging and displaying (S25), Inquiry step (S26) is included.

As shown in Figs. 5 to 6, the step of loading the map (S21) is a step in which the user selects and loads a map view from the intro screen of the valve valve information app 20.

In the step of loading the map (S21), when the valve valve information app 20 is executed, an interface for selecting a map view or information inquiry/registration menu is provided on the intro screen, so that the NFC tag 10 cannot be directly tagged. It is configured to enable inquiry of valve valve information even in the environment.

When the user selects the map view menu, the valve valve information app 20 loads a map on the screen of the mobile device, and the map uses, for example, a map API provided online such as Kakao Map and a GPS module of the mobile device. In conjunction with this, a map around the current location of the user is loaded.

The displaying step (S22) is a step of calling the valve side information to the valve side information web server 30 and displaying the location of the valve side as a point on the loaded map.

In the displaying step (S22), the valve side information app 20 accesses the valve side information web server 30 and receives the valve side information located on the loaded map, thereby displaying the corresponding location as a point. . On the map, the color or size of the point is differentially displayed for each valve type, and the user is configured to select it.

The selecting step (S23) is a step of selecting a point corresponding to a valve valve to be inquired by the user.

The selecting step (S23) is a step of selecting one of a plurality of valve-side points displayed on the map loaded on the screen of the valve-side information app 20 and requesting information on the corresponding valve-side.

In the step of authenticating the inquiry right (S24), the valve valve information app 20 automatically extracts the phone number of the mobile device, transmits it to the valve valve information web server 30, and authenticates the inquiry authority.

The valve valve information app 20 can be installed on a mobile device by anyone through an app store, etc., and in the step of authenticating the inquiry right (S24), when attempting to search valve valve information through the valve valve information app 20, the above In the authority setting step (S10), the manager screens the user whose phone number is registered more safely and simply to authenticate the inquiry authority.

In the step of authenticating the inquiry right (S24), as soon as a point is selected by the user in the selection step (S23), the valve change information app 20 automatically extracts the phone number of the mobile device and valve change information web It is transmitted to the server 30, and the valve valve information web server 30 compares the phone number already registered by the manager and returns registration data to the valve valve information app 20. The valve change information app 20 proceeds with the user whose phone number is registered and displays the subsequent enlargement step (S25), and unregistered users stop the valve change inquiry step (S20) and send a message informing that they do not have the right to inquire information. It is made to request permission from the administrator by displaying it.

The enlarged display step (S25) is a step in which the valve valve information app 20 calls the valve valve symbol corresponding to the point from the valve valve valve information app 20 when the inquiry authority is authenticated and displays the enlarged display on the map.

In the enlarged display step (S25), the points displayed on the map before verification of inquiry authority are changed to valve valve symbols and displayed, and the valve valve symbols are called and received from the valve valve information app 20.

The valve-side symbol provided in the enlarged display step (S25) displays a form corresponding to the buried form of the valve and branch pipe buried underground in the manhole or water valve, and when the valve-side information is first input, the valve-side information app (20 ) is a symbol selected from among the pre-stored forms.

In the enlarged display step (S25), the valve valve symbol is rotated in the same direction as the buried shape of the actual valve and branch pipe with reference to the road direction, building shape, and structure location on the map to enlarge and display the symbol. Therefore, the user can more intuitively check the buried shape of valves and branch pipelines on the map through the valve-side symbol when searching for valve-side information.

The querying step (S26) is a step in which the valve valve information app 20 loads information about valve valves provided by the valve valve information web server 30 on the screen and inquires.

In the inquiry step (S26), the valve valve information previously entered into the valve valve information web server 30 is displayed as an image or text on the screen through the valve valve information app 20 to be inquired.

In the inquiry step (S26), manhole/water valve information, valve information, and pipe information menu are provided through the valve information app 20 so that the user can select and inquire.

The manhole/water valve information is configured to display basic information such as the shape, size, type, installation date, use, management agency, etc. of a manhole or water valve installed on the ground in text and images.

The valve information is configured to display detailed information such as the open/closed state of the valve, the total number of revolutions and the current number of revolutions, the valve type, and the valve pressure in text and images.

The pipeline information is configured to display detailed information such as the diameter, material, and burial depth of the pipeline in text and images.

In the inquiry step (S26), when the valve side to be inquired by the user has a plurality of valves and branch pipes, the valve information and pipe information menus for each are displayed on the screen so that detailed information of individual valves and pipes can be inquired. configure to be able to

For example, a plurality of valves (A to C) and branch pipes (① to ②) are displayed as images, and at the same time, detailed information about each is displayed through each valve or pipe selection tap, so that information can be checked more conveniently. .

The valve change inquiry and correction step (S30) is a step in which the user executes the valve change information app 20 and searches or corrects the valve change information by tagging the NFC tag 10 in which the valve change information installed in the field has already been entered. .

In the valve change inquiry and modification step (S30), the user who has installed the valve change information app 20 on the mobile device directly tags the NFC tag 10 of the valve side to obtain the NFC tag 10 and the valve change information web server 30. It is made to query or modify the information previously stored in.

The valve modification inquiry/modification step (S30) includes selecting inquiry/registration (S31), authenticating inquiry authority (S32), tagging (S33), reading information (S34), and inquiry. It includes a step (S35), a step of authenticating modification authority (S36), a step of completing information modification (S37), and a step of completing information storage (S38).

The step of selecting inquiry/registration (S31) is a step in which the user selects inquiry/registration from the intro screen of the valve valve information app 20.

As shown in FIG. 5, in the step of selecting the inquiry/registration (S31), when the valve information app 20 is executed, an interface for selecting a map view or information inquiry/registration menu is provided on the intro screen so that the NFC tag (10) and information stored in the valve valve information web server 30 is configured to be viewed or modified.

In the step of authenticating the inquiry right (S32), the valve valve information app 20 automatically extracts the phone number of the mobile device, transmits it to the valve valve information web server 30, and authenticates the inquiry authority.

The valve valve information app 20 can be installed on a mobile device by anyone through an app store, etc., and in the step of authenticating the inquiry right (S32), when attempting to search valve valve information through the valve valve information app 20, the above In the authority setting step (S10), the manager screens the user whose phone number is registered more safely and simply to authenticate the inquiry authority.

In the step of authenticating the inquiry authority (S32), as soon as the step of selecting inquiry/registration (S31) is executed, the valve valve information app 20 automatically extracts the phone number of the corresponding mobile device and valve valve information web server (30), and the valve valve information web server 30 compares the phone number previously registered by the manager and returns registration data to the valve valve information app 20. The valve change information app 20 proceeds with the subsequent tagging step (S33) for users whose phone numbers are registered, and unregistered users stop the valve change inquiry and correction step (S30) and send a message informing that they do not have the information inquiry right. It is made to request permission from the administrator by displaying it.

The tagging step (S33) is a step in which the user activates the NFC function of the mobile device in the field and tags the NFC tag 10 into which valve valve information has been previously input.

In the tagging step (S33), the NFC function basically installed in the mobile device of the user whose right to inquire is authenticated is activated to tag the NFC tag 10 installed on one side of the valve, and the information is stored in the NFC tag 10. In the case of non-input, a message indicating that there is no information to be inquired is displayed and the valve modification inquiry and correction step (S30) is stopped.

The step of reading the information (S34) is a step in which the valve valve information app 20 calls valve valve information to the valve valve information web server 30 and reads the information previously entered into the NFC tag 10. .

In the step of reading the information (S34), the valve valve information app 20 receives data from the NFC tag 10 and the valve valve information web server 30 through magnetic field communication and wireless communication, and communication is interrupted. In the case of the state, only the information stored in the NFC tag 10 is made to be read.

In the querying step (S35), the valve valve information app 20 loads and inquires information about the valve valve provided by the valve valve information web server 30 and the NFC tag 10 and the information modification menu on the screen. It is a step to

As shown in FIGS. 7 to 9, in the inquiry step (S35), the valve valve information previously entered into the valve valve information web server 30 is displayed as an image or text on the screen through the valve valve information app 20. It is made to look up by displaying it as

In the inquiry step (S35), manhole/water valve information, valve information, pipe information, and information modification menu are provided through the valve information app 20, and the user selects and inquires the menu for inquiry. .

In the inquiry step (S35), when the valve side to be inquired by the user has a plurality of valves and branch pipes, the valve information and pipe information menus for each are displayed on the screen so that detailed information of individual valves and pipes can be inquired. configure to be able to

In the step of authenticating the modification authority (S36), when the user selects the information modification menu, the valve valve information app 20 automatically extracts the phone number of the mobile device and transmits it to the valve valve information web server 30 and grants the modification authority This is the authentication step.

In the step of authenticating the right to modify (S36), different from the step of authenticating the right to inquire (S32), when attempting to modify information through the valve valve information app 20, the authority setting step (S10) by the administrator It is made to more safely and easily screen a user whose phone number for the right to edit is registered to authenticate the right to edit.

In the step of authenticating the modification authority (S36), as soon as the information modification menu is selected by the user, the valve valve information app 20 automatically extracts the phone number of the mobile device and transmits it to the valve valve information web server 30. And, the valve valve information web server 30 compares the phone number previously registered by the manager and returns registration data to the valve valve information app 20. The valve change information app 20 proceeds to the step of completing the subsequent information correction by the user whose phone number is registered (S37), and the unregistered user stops the valve change inquiry correction step (S30) and confirms that he does not have the right to modify the information. A notification message is displayed to request permission from the administrator.

As shown in FIG. 10, in the step of completing the information modification (S37), the valve valve information app 20 displays information that can be modified among the information about the valve valve loaded on the screen, and the user completes the information modification. It is a step to

In the step of completing the information modification (S37), the manhole / water valve information provided through the valve information app 20, the valve information, and information that can be modified in the pipeline information menu, such as the open/close state of the valve, the current rotation Information such as number, pressure, and special notes is displayed in blue on the screen so that the user can modify it.

The step of completing the information storage (S38) is a step in which the valve valve information app 20 loads the modified information confirmation screen and completes the information storage in the valve valve information web server 30 and the NFC tag 10.

In the step of completing the information storage (S38), the information corrected by the user in the step of completing the information modification (S37) is displayed on the screen to confirm whether or not accurate information has been input, and a completion button is provided to change the valve The information app 20 is configured to transmit the modified information to the valve valve information web server 30 and the NFC tag 10 and complete the information storage.

On the other hand, in the step of inquiring (S35) and completing the information modification (S37), if the valve for which the user wants to inquire or modify information has a plurality of valves and branch pipes, the valve information and pipe information for each query are inquired. And a modification menu is displayed on the screen so that detailed information of individual valves and pipelines can be viewed and modified.

For example, a number of valves (A to C) and branch pipes (① to ②) are displayed as images, and at the same time, information that can be corrected for each is displayed through the selection tab of each valve or pipeline, making it easier to view and modify information. configure to do

The valve-side input step (S40) is a step in which the user executes the valve-side information app 20 and inputs valve-side information by tagging the NFC tag 10 in which the valve-side information is not input installed in the field.

In the valve valve input step (S40), a user who has installed the valve valve valve information app 20 on a mobile device directly tags the NFC tag 10 of the valve valve to the NFC tag 10 and the valve valve valve information web server 30. made to enter information.

The valve variable input step (S40) includes selecting inquiry/registration (S41), authenticating input authority (S42), tagging (S43), selecting one burial type (S44), and new information. It includes a step of inputting (S45), a step of setting an embedding direction (S46), and a step of completing information storage (S47).

The step of selecting inquiry/registration (S41) is a step in which the user selects inquiry/registration from the intro screen of the valve valve information app 20.

As shown in FIG. 5, in the step of selecting the inquiry/registration (S41), when the valve information app 20 is executed, an interface for selecting a map view or information inquiry/registration menu is provided on the intro screen so that the NFC tag (10) and the valve valve information web server 30 is configured to input information.

The step of authenticating the input authority (S42) is a step in which the valve valve information app 20 automatically extracts the phone number of the user's mobile device, transmits it to the valve valve information web server 30, and authenticates the input authority.

In the step of authenticating the input authority (S42), when attempting to search valve valve information through the valve valve information app 20, the user whose phone number is registered by the administrator in the authority setting step (S10) is screened more safely and conveniently It is made to authenticate the input authority.

In the step of authenticating the input authority (S42), as soon as the step of selecting inquiry/registration (S41) is executed, the valve valve information app 20 automatically extracts the phone number of the corresponding mobile device and valve valve information web server (30), and the valve valve information web server 30 compares the phone number previously registered by the user and returns registration data to the valve valve information app 20. The valve valve information app 20 proceeds with the subsequent tagging step (S43) for the user whose phone number is registered, and displays a message informing that the unregistered user stops the valve valve input step (S40) and does not have the information input authority. This is done by asking the administrator for permission.

The tagging step (S43) is a step in which the user activates the NFC function of the mobile device in the field and tags the NFC tag 10 in which valve valve information is not input.

In the tagging step (S43), the NFC function installed in the mobile device of the user whose input authority has been authenticated is activated to tag the NFC tag 10 installed on one side of the valve, and the information is stored in the NFC tag 10. A message notifying that the input is not entered is displayed and subsequent steps are performed.

In the step of selecting one buried form (S44), the valve side information app 20 loads the form selection menu on the screen and displays six types of buried forms as images, so that the buried form is the same as the actual buried form of the valve and branch pipe. This step is to choose a form.

As shown in FIG. 11, in the step of selecting one buried form (S44), six types of buried forms are displayed as images so that the user can conveniently select the buried form of the conduit and valve for the manhole or water valve.

As shown in Figure 12, the step of inputting the new information (S45) is a step in which the valve valve information app 20 displays a screen for inputting information about the valve valve and the user inputs the new information.

In the step of inputting the new information (S45), the valve valve information to be stored in the NFC tag 10 and the valve valve information web server 30 is input as text through the valve valve information app 20.

In the step of inputting the new information (S45), manhole/water valve information, valve information, and pipe information menu are provided through the valve information app 20 so that the user inputs them.

The manhole/water valve information is configured to input basic information such as the shape, size, type, installation date, use, and management institution of a manhole or water valve installed on the ground in text.

The valve information is configured to input detailed information such as the open/closed state of the valve, the total number of revolutions and the current number of revolutions, the valve type, and the valve pressure in text.

The pipeline information is configured to input detailed information such as the diameter, material, and burial depth of the pipeline in text.

As shown in FIGS. 13 and 14, in the step of inputting the new information (S45), when the valve for which the user wants to input information has a plurality of valves and branch pipes, valve information and pipe information for each. An input menu is displayed on the screen so that detailed information of individual valves and pipelines can be input.

That is, in the step of inputting new information (S45), a plurality of valves (A to C) and branch pipes (① to ②) are displayed as images from the image selected by the step of selecting one buried form (S44), respectively. It is configured to more easily enter detailed information about each through the valve or pipeline selection tab of the

In the step of setting the buried direction (S46), the valve side information app 20 loads the map on the screen, inputs the location of the valve side as coordinates, or selects and inputs the location on the map, and inputs the buried direction of the valve and branch pipe. This is the step of setting

As shown in FIG. 16, in the step of setting the buried direction (S46), when all input of new information is completed, the user inputs the coordinates measured in the field as numerical values to finally set the position of the valve valve, or Select a point on the map and configure it so that the location input is made automatically.

In addition, in the step of setting the buried direction (S46), the valve valve information app 20 displays a valve valve symbol corresponding to the buried form of the valve and branch pipe selected in the step (S44) of selecting one of the buried forms on the screen. By loading in, the user is configured to rotate and set in the same direction as the buried shape with reference to the road direction, building shape, and location of the structure on the map.

The step of completing the information storage (S47) is a step in which the valve valve information app 20 loads the entered new information confirmation screen and completes the information storage in the valve valve information web server 30 and the NFC tag 10. .

15 and 17, in the step of completing the information storage (S47), the valve valve information app 20 displays the information input by the user through the above steps on the screen to obtain accurate information. It checks the presence of input and provides a completion button so that the valve valve information app 20 transmits the information input to the valve valve information web server 30 and the NFC tag 10 and completes the information storage.

The method for managing and providing valve-side information according to the present invention as described above includes a valve-side management app 20 that can be installed on a normal smartphone, etc., an NFC tag 10 installed on the valve side, a valve-side management web 40, and There is an advantage in that valve valve information such as manholes and water valves can be managed and provided by linking the valve valve information web server 30 .

Therefore, the present invention significantly improves the convenience and efficiency of managing valve valve information where information changes frequently, and enables inquiry, modification, and input of information through a more intuitive interface, and allows user's authority to be easily screened. It has effects such as being able to provide usability and safety throughout the valve information management process.

S10: permission setting step
S20: Valve change inquiry step
S30: Valve change inquiry correction step
S40: valve variable input step
S24, S32, S36, S42: Authorization authentication step

Claims (5)

An NFC tag 10 mounted on a manhole or water valve, a valve valve information app 20 installed in a user's mobile device and connected to the NFC tag 10 and the valve valve information web server 30 through wireless communication, and a remote location In the method for managing and providing valve valve information using the system 100 interworking with the valve valve information web server 30 built in,
Permission setting step in which the administrator connects to the valve management web 40 and pre-registers the mobile device phone number of the user who can use the valve valve information web server 30 through the valve valve information app 20 to set authority ( S10) and,
A valve change inquiry step (S20) in which the user executes the valve valve information app 20 and selects the valve valve through a map view to query information without directly tagging the NFC tag 10 installed on the site;
A valve change inquiry and correction step (S30) in which the user executes the valve change information app 20 and queries or corrects the valve change information by tagging the NFC tag 10 in which the valve change information installed in the field has already been entered;
Including a valve valve input step (S40) in which the user executes the valve valve information app 20 and inputs valve valve information by tagging the NFC tag 10 in which valve valve information is not input installed in the field,
In the valve change inquiry step (S20), the valve change count correction step (S30), and the valve change input step (S40),
Authorization authentication step (S24, S32, S36, S24, S32, S36, S42) Valve valve information management and providing method characterized in that it comprises. According to claim 1,
In the permission setting step (S10),
Through the valve valve management web 40, the administrator has the valve valve information web server 30 for the valve valve information inquiry right and the information modification/input authority, respectively, on the user's mobile device phone where the valve valve information app 20 is installed. Pre-register the number to set authority,
In the authority authentication step (S24, S32, S36, S42),
Valve valve information management and provision method, characterized in that the administrator verifies the phone number registered for each authority and the mobile device phone number automatically extracted and transmitted by the valve valve information app 20 to authenticate the authority to the user . According to claim 1,
In the valve modulation inquiry step (S20),
A step (S21) of the user selecting a map view on the intro screen of the valve valve information app 20 and loading the map;
Calling the valve side information to the valve side information web server 30 and displaying the location of the valve side as a point on the loaded map (S22);
Selecting a point corresponding to the valve that the user wants to inquire (S23);
The valve valve information app 20 automatically extracts the phone number of the mobile device, transmits it to the valve valve information web server 30, and authenticates the inquiry right (S24);
When the inquiry right is authenticated, the valve valve information app 20 calls the valve valve symbol corresponding to the corresponding point from the valve valve information app 20 and enlarges and displays it on the map (S25);
The valve valve information app 20 includes the step of loading and querying the valve valve information menu provided by the valve valve information web server 30 on the screen (S26),
In the enlarged display step (S25),
The valve valve symbol is rotated and displayed in the same direction as the actual valve and branch pipe buried form with reference to the road direction, building shape, and structure location on the map,
In the inquiry step (S26),
When the valve that the user wants to inquire has a plurality of valves and branch pipes, valve information and pipe information menus for each are displayed on the screen so that detailed information of individual valves and pipes can be inquired. How to manage and provide information. According to claim 1,
In the valve modulation inquiry correction step (S30),
The step of the user selecting inquiry / registration on the intro screen of the valve valve information app 20 (S31);
The valve valve information app 20 automatically extracts the mobile device phone number, transmits it to the valve valve information web server 30, and authenticates the inquiry right (S32);
The user activates the NFC function of the mobile device in the field and tags the NFC tag 10 in which the valve valve information is previously input (S33);
The valve valve information app 20 calls the valve valve information to the valve valve information web server 30 and reads the information previously entered into the NFC tag 10 (S34);
The valve valve information app 20 loads and queries the valve valve information menu and the information modification menu provided by the valve valve information web server 30 and the NFC tag 10 on the screen (S35);
When the user selects the information modification menu, the valve valve information app 20 automatically extracts the mobile device phone number and transmits it to the valve valve information web server 30 and authenticates the modification authority (S36);
The valve valve information app 20 displays editable information among the information about the valve valve loaded on the screen and the user completes the information modification (S37);
The valve valve information app 20 loads the modified information confirmation screen and completes the information storage in the valve valve information web server 30 and the NFC tag 10 (S38),
In the step of inquiring (S35) and completing the information modification (S37),
If the valve side that the user wants to inquire or modify information has multiple valves and branch lines, the menu for inquiry and modification of valve information and pipeline information for each valve is displayed on the screen so that detailed information of individual valves and pipelines can be inquired and modified. Valve valve information management and provision method, characterized in that made possible. According to claim 1,
In the valve shift input step (S40),
A step (S41) of the user selecting inquiry/registration on the intro screen of the valve valve information app 20;
The valve valve information app 20 automatically extracts the mobile device phone number and transmits it to the valve valve information web server 30 and authenticates the input authority (S42);
The user activates the NFC function of the mobile device in the field and tags the NFC tag 10 in which valve valve information is not input (S43);
The valve valve information app 20 loads a form selection menu on the screen and displays six types of buried forms as images to select one buried form identical to the actual buried form of the valve and branch pipe (S44);
The valve valve information app 20 displays a screen for entering information about the valve valve and the step of the user inputting new information (S45);
The valve side information app 20 loads a map on the screen, inputs the location of the valve side as coordinates or selects and enters a location on the map, and sets the buried direction of the valve and branch pipe (S46);
Including the step (S47) of loading the valve valve information app 20 to the input new information confirmation screen and completing the information storage in the valve valve information web server 30 and the NFC tag 10,
In step S45 of inputting the new information,
When the valve side for which the user wants to input information has a plurality of valves and branch ducts, a menu for inputting valve information and duct information for each is displayed on the screen so that detailed information of individual valves and ducts can be input. A method for managing and providing valve information.

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