CN106384208A - Interactive inspection system and method based on two-dimensional code technology - Google Patents

Abstract

The invention discloses an interactive inspection system based on two-dimensional code technology. The system uses a two-dimensional code logo as an intermediate medium, uses a background server to issue a line inspection task to a line inspector's mobile phone, and utilizes a mobile client installed on the mobile phone. The APP software has the function to inspect the transmission line, and upload the relevant graphic information to the background server through the public wireless communication network. The background server sorts out the relevant information and builds a database for storage. Adjust the inspection cycle based on information such as electrical tasks and special weather conditions, and then assign inspection information to line inspectors through the public wireless communication network, thereby establishing an interactive working mode between managers and line inspectors to improve material work efficiency , reducing the failure rate of transmission line operation.

Description

An interactive inspection system and method based on two-dimensional code technology

technical field

The invention relates to an interactive inspection system based on two-dimensional code technology, in particular to an interactive inspection system for power transmission lines based on two-dimensional code technology.

Background technique

The power transmission line is an important part of the power grid. Because the power transmission line is located outdoors and has a long transmission distance, many parts are often located in remote mountainous areas. Therefore, the power transmission line is the most prone to failure and broken power facilities. As long as there is a problem in a certain part of the power transmission line, a chain reaction will occur. Once it is damaged, the accident will affect the overall power grid, which will bring great damage to the interests of the country, the collective and the people.

The daily inspection of power transmission lines is a key task of the power system. During the daily inspection process, affected by the inspection cycle, many potential safety hazards cannot be discovered in time. In addition, with the aging of employees in the work area and the limited number of vehicles, the Some potential safety hazards on power transmission lines in remote areas cannot be eliminated in time or properly handled.

A two-dimensional code is a black and white graphic that uses a specific geometric figure to record data information on a plane according to certain rules. It can be automatically read by image recognition equipment or photoelectric scanning equipment to realize automatic information processing. It has barcode technology. some commonalities. With the development of modern communication technology, mobile phones have become very popular, and the functions of mobile phones have become very powerful. They can not only make voice calls, but also realize various functions such as taking pictures, surfing the Internet, WeChat, chatting, and real-time video. Recognizing the two-dimensional code through the mobile phone can realize online marketing, WeChat marketing, etc. At present, various mobile phone application software for various applications, that is, the client software APP, is still being developed and used. Using two-dimensional code technology and modern communication technology to upgrade the traditional power transmission line inspection work is an urgent task for the current power system technology improvement.

Contents of the invention

According to the deficiencies of the existing technology, an interactive inspection system and method based on two-dimensional code technology is provided, using the two-dimensional code as an intermediate medium, and using the functions of the mobile client APP software to carry out transmission line inspection and monitoring. Complete the relevant graphic information, upload it to the background server with the help of the public wireless communication network, the background server sorts out the relevant information and builds a database for storage, thus forming a set of interactive inspection data platform based on two-dimensional code technology, using this platform to monitor all The collected monitoring data is analyzed and processed.

The present invention is realized according to the following technical solutions:

An interactive inspection system based on two-dimensional code technology, the system includes two-dimensional code identification: the two-dimensional code identification is set at the lower part of the power transmission line tower, and is used to identify different geographical areas and different towers. The poles and towers correspond to different QR codes; mobile phone: the mobile phone has the functions of camera, photo, Internet access, GPS positioning, access to the public wireless communication network, and is installed with an interactive patrol mobile client APP software, which is carried by the on-site patrol personnel; background server : the computer of this background server is connected to the public wireless communication network and is connected with memory, and server-side software is installed in the computer of the background server, builds a database according to the tower and line information sent back from the scene, and receives and sends inspection information; the background server (5 ) access to the internal LAN of the power system; monitoring center computer: the monitoring center computer is connected to the public wireless communication network (2) for sending and receiving patrol instructions; the monitoring center computer (3) is connected to the internal LAN of the power system; where: the monitoring center The computer (3), the background server (5) and the mobile phone (4) are connected through the public wireless communication network (2), and the monitoring center computer (3) and the background server (5) are connected through the internal local area network of the power system.

Preferably, the mobile client APP software includes five basic modules of GPS positioning, auxiliary functions, line guard data operations, data channel operations and user information operations.

Preferably, the auxiliary function module includes three sub-modules of emergency information inquiry, two-dimensional code scanning and help system.

Preferably, the line guarding data operation module includes four sub-modules: uploading of user login data, uploading of GPS positioning information, uploading of inspection video and text information, and downloading of line inspection tasks.

Preferably, the data channel operation module includes three submodules of data link detection module, data uplink and data downlink; the user information operation module includes a user name password data authentication submodule.

Preferably, the server-side software includes four basic modules of line protection management, system management, inspection plan management and data communication.

Preferably, the line protection management module includes four sub-modules: line line query, line inspection data recording and summarization, fault information query, and line data management.

Preferably, the system management module includes four sub-modules of lineman information maintenance, two-dimensional code system management, user authority setting, and user login and logout.

Preferably, the patrol plan management module includes two sub-modules of line patrol plan and special line patrol arrangement; the data communication module includes four sub-modules of line patrol coordinate interface, information query interface, line patrol information uplink interface and client login authentication interface. module.

A method for an interactive inspection system of two-dimensional code technology, the method comprising the following steps,

Step 1: The administrator sends the line patrol information through the network, and notifies the line guard, and the line guard arrives at the scene after receiving the line guard notice;

Step 2: Scan the QR code identification information, download relevant information, view the current and historical status of the line, and obtain the inspection content;

Step 3: Fill in the report or take a photo according to the requirements, and then upload it to the background server;

Step 4: The administrator analyzes and compares on the computer of the monitoring center, and then can assign and adjust the work status of the line guards in real time according to the feedback of the line guards, thereby establishing an effective information communication platform between the management department and the grassroots line guards.

Beneficial effects of the present invention:

(1) Set up a two-dimensional code pole number plate on each base tower of the power transmission line, and inspectors, nurses, and mass line guards can scan the two-dimensional code and send a channel with time and GPS coordinates to the background server from the mobile terminal The photos are convenient for the staff to check the inspection in place and the dynamic grasp of hidden danger points. At the same time, the interactive platform is used to issue inspection tasks to the inspectors, which improves work efficiency;

(2) Be able to reasonably arrange the inspection cycle according to the feedback;

(3) Inspectors and management personnel can easily understand the operation status and operation trend of power transmission lines, which is of great significance to the investigation of hidden dangers in equipment. They can detect accidents in time at the early stage and carry out effective pre-control to reduce the accident rate of transmission lines.

Description of drawings

Fig. 1 is a schematic structural diagram of the system of the present invention;

Fig. 2 is a logical structural block diagram of mobile client APP software of the present invention;

Fig. 3 is a block diagram of the logic structure of the computer software of the server end and the monitoring center of the present invention;

Fig. 4 is the working flow chart of line protection of the present invention;

In the figure: 1-QR code identification; 2-public wireless communication network; 3-monitoring center computer; 4-mobile phone; 5-background server.

detailed description

As shown in Figure 1, it is a schematic structural diagram of the system of the present invention, a kind of interactive patrol system based on two-dimensional code technology comprises two-dimensional code identification 1, mobile phone 4, background server 5 and monitoring center computer 3; Mobile phone 4, background server 5 and the monitoring center computer 3 are connected to the public wireless communication network 2, and can send and receive inspection instructions to each other; the monitoring center computer 3 and the background server 5 are connected to the internal LAN of the power system to realize two-way communication internally;

The two-dimensional code identification 1 is fixedly arranged at the lower part of the power transmission line tower, and is used to identify different geographical areas and different towers. Different towers correspond to different two-dimensional code identifications 1; the two-dimensional code identification 1 is located at the lower part of the tower The specific location should be convenient for the operator to scan the two-dimensional code identification 1 information with the mobile phone 4 .

Described mobile phone 4 is the smart mobile phone commonly used now, has camera, takes pictures, surfs the Net, GPS positioning function, accesses public wireless communication network 2, is installed with interactive inspection mobile client APP software, is carried by on-the-spot patrol personnel; The line personnel can maintain the line according to the instructions, and give real-time feedback on the on-site situation.

Figure 2 is a logical block diagram of the mobile client APP software. The mobile client includes five basic modules: GPS positioning, auxiliary functions, line protection data operations, data channel operations, and user information operations. GPS positioning is used to accurately locate the location ;Auxiliary function module includes emergency information query, two-dimensional code scanning and help system sub-modules; line guard data operation module includes user login data upload, GPS positioning information upload, inspection image and text information upload and line inspection task download sub-module; data channel The operation module includes a data link detection module, data uplink and data downlink submodules; the user information operation module includes a user name password data authentication submodule.

Described background server 5 and monitoring center computer 3 access public wireless communication network 2, and the computer of background server 5 is connected with memory, and server-side software is installed in the computer, constructs database according to the tower and line information sent back on the spot, receives and sends Patrol information; the background server 5 and the monitoring center computer 3 are connected to the internal LAN of the power system, and are used for internal personnel to observe and grasp the line patrol situation at any time.

Fig. 3 shows the logical structural block diagram of server end and monitoring center computer software, background server 5 computer and monitoring center computer 3 install this software, software is operated and maintained by administrator, and this software includes line protection management, system management, inspection plan management and data communication four basic modules, among which: line protection management module includes line line query, line inspection data record and summary, fault information query and line data management sub-module; system management module includes line lineman information maintenance, two-dimensional Code system management, user authority setting, and user login and logout submodules; inspection plan management module includes inspection plan and special inspection arrangement submodules; data communication module includes line inspector coordinate interface, information query interface, line inspection information uplink Interface and client login authentication interface sub-module.

The public wireless communication network 2 is a wireless network communication platform open to the public now. It is operated by China Mobile Communications Corporation, China Telecom, China Unicom, etc. It can be in GSM mode or CDMA mode. Now it has developed to 3G, 4G or even 5G network communication technology, the network speed is very fast, the network has basically covered the whole world, and the networks of different operators are interconnected.

As shown in Figure 4, the work flow chart of the line protection is shown. An interactive inspection method based on two-dimensional code technology is as follows: the administrator of the management department sends the line inspection information through the network, and notifies the line guards, and the line guards receive the information. After the line protection notification, arrive at the scene, scan the QR code identification information, download relevant information, check the current and historical status of the line, obtain the inspection content, fill in the report or take a photo according to the requirements, and then upload it to the background server for management by the management department The staff can analyze and compare on the computer of the monitoring center, and the work status of the line guards can be allocated and adjusted in real time according to the feedback of the line guards. Thereby establishing an effective information communication platform between the management department and grassroots linemen. Line guards can be full-time electric workers or hired public line guards. Task assignment and feedback are composed of regular inspection, special inspection, and fault inspection assignment. At the same time, the inspection cycle is adjusted in time according to the channel environment where the equipment is located, and the status inspection is carried out effectively. Special inspection tasks are issued according to power maintenance tasks, special weather conditions and channel conditions. When the equipment breaks down, the fault inspection task will be issued to arrange the line guards to rush to the scene as soon as possible. Each line guard has a fixed patrol area, and can upload the patrol photos with time stamps and GPS coordinates through the mobile phone to give timely feedback. The background processor, i.e. the upper computer, automatically names and organizes the documents according to the operation of the lines in the area under its jurisdiction. The management personnel formulate corresponding assessment reward and punishment measures according to the feedback. In order to complete the information and uniform the format, the two-dimensional code pole number plate can be made to facilitate the feedback record .

Although the invention has been shown and described with particular reference to preferred embodiments thereof, it will be understood by those skilled in the art that various changes in form and details may be made without departing from the invention as set forth in the appended claims. the scope of the invention. The above has been described in detail in conjunction with specific embodiments of the present invention, but is not intended to limit the present invention. Any simple modification made to the above embodiments according to the technical essence of the present invention still belongs to the scope of the technical solution of the present invention.

Claims (10)

1. An interactive inspection system based on two-dimensional code technology, characterized in that the system includes, Two-dimensional code identification (1): the two-dimensional code identification (1) is set on the lower part of the power transmission line tower, and is used to identify different geographical regions and different towers, and different towers correspond to different two-dimensional codes; Mobile phone (4): The mobile phone (4) has the functions of camera, photo, Internet access, and GPS positioning, is connected to the public wireless communication network (2), and is installed with an interactive inspection mobile client APP software, which is carried by the on-site inspection personnel; Background server (5): the computer of the background server (5) is connected to the public wireless communication network (2) and is connected with a memory, and server-side software is installed in the computer of the background server (5). Build a database for information, receive and send inspection information; the background server (5) is connected to the internal LAN of the power system; Monitoring center computer (3): the monitoring center computer (3) is connected to the public wireless communication network (2) for sending and receiving inspection instructions; the monitoring center computer (3) is connected to the internal LAN of the power system; Among them: the monitoring center computer (3), the background server (5) and the mobile phone (4) are connected through the public wireless communication network (2), and the monitoring center computer (3) and the background server (5) are connected through the internal local area network of the power system connect. 2. A kind of interactive inspection system based on two-dimensional code technology according to claim 1, characterized in that: said mobile client APP software includes GPS positioning, auxiliary functions, line guard data operations, data channel operations and user There are five basic modules of information manipulation. 3. An interactive inspection system based on two-dimensional code technology according to claim 2, wherein the auxiliary function module includes three sub-modules of emergency information inquiry, two-dimensional code scanning and help system. 4. An interactive patrol system based on two-dimensional code technology according to claim 2, characterized in that: the line guard data operation module includes user login data upload, GPS positioning information upload, patrol video and text information upload and line patrol The task downloads four submodules. 5. A kind of interactive inspection system based on two-dimensional code technology according to claim 2, characterized in that: the data channel operation module includes three sub-modules of data link detection module, data uplink and data downlink; the user information operation module includes Username password data authentication sub-module. 6. An interactive inspection system based on two-dimensional code technology according to claim 1, characterized in that: said server-side software includes four basic modules of line protection management, system management, inspection plan management and data communication . 7. An interactive inspection system based on two-dimensional code technology according to claim 6, characterized in that: the protection line management module includes line protection line query, line inspection data recording and summary, fault information query and line data Manages four submodules. 8. An interactive inspection system based on two-dimensional code technology according to claim 6, characterized in that: the system management module includes lineman information maintenance, two-dimensional code system management, user authority setting and user login and logout Four sub-modules. 9. An interactive patrol system based on two-dimensional code technology according to claim 6, characterized in that: the patrol plan management module includes two sub-modules of patrol plan and special patrol arrangement; the data communication module includes patrol There are four sub-modules, namely the staff coordinate interface, the information query interface, the line inspection information uplink interface and the client login authentication interface. 10. A method based on the interactive patrol system of the two-dimensional code technology claimed in claim 1, characterized in that the method comprises the following steps, Step 1: The administrator sends the line patrol information through the network, and notifies the line guard, and the line guard arrives at the scene after receiving the line guard notice; Step 2: Scan the QR code identification information, download relevant information, view the current and historical status of the line, and obtain the inspection content; Step 3: Fill in the report or take a photo according to the requirements, and then upload it to the background server; Step 4: The administrator analyzes and compares on the computer of the monitoring center, and then can assign and adjust the work status of the line guards in real time according to the feedback of the line guards, thereby establishing an effective information communication platform between the management department and the grassroots line guards.