阅读说明：本技术 基于app应用的电力通道及设备智能巡检方法及系统 (Intelligent inspection method and system for power channel and equipment based on APP ) 是由 梁唐杰 邬彪彪 柳春芳 张栋 傅志浩 曾川峰 刘子威 钟玉廷 王丹 曾莲 申辉军 于 2019-11-06 设计创作，主要内容包括：本发明公开了一种基于APP应用的电力通道及设备智能巡检方法,包括：构建架空线路电力通道及设备多维度可视化地理空间模型；接入通道环境及设备运行状态在线监测系统；在线监测数据状态并根据所述数据状态进行异常告警；采集群众上传的举报信息；采集输电线路的隐患信息；输电线路隐患闭环管理；制定输电线路运维策略。本发明还公开了一种基于APP应用的电力通道及设备智能巡检系统。采用本发明,可快速发现隐患并对隐患进行跟踪治理,为降低自然灾害和人为损坏对线路运行构成的威胁、提高线路安全运行水平、提升线路精益化管理提供技术支撑。(The invention discloses an intelligent inspection method for a power channel and equipment based on APP application, which comprises the following steps: constructing a multi-dimensional visual geospatial model of an overhead line power channel and equipment; accessing a channel environment and an equipment running state online monitoring system; monitoring the data state on line and carrying out abnormal alarm according to the data state; collecting the reporting information uploaded by the masses; collecting hidden danger information of the power transmission line; closed-loop management of hidden troubles of the power transmission line; and making an operation and maintenance strategy of the power transmission line. The invention also discloses an intelligent inspection system for the power channel and the equipment based on the APP application. By adopting the method and the device, the hidden danger can be found and tracked and managed quickly, and technical support is provided for reducing the threat of natural disasters and artificial damages to the operation of the line, improving the safe operation level of the line and promoting the lean management of the line.)

1. The utility model provides a power channel and equipment intelligence inspection method based on APP uses which characterized in that includes:

constructing a multi-dimensional visual geospatial model of an overhead line power channel and equipment;

accessing a channel environment and an equipment running state online monitoring system;

monitoring the data state on line and carrying out abnormal alarm according to the data state;

collecting the reporting information uploaded by the masses;

collecting hidden danger information of the power transmission line;

closed-loop management of hidden troubles of the power transmission line;

and making an operation and maintenance strategy of the power transmission line.

2. The APP-application-based intelligent inspection method for power channels and equipment according to claim 1, wherein the step of constructing the multi-dimensional visual geospatial model of the overhead line power channel and equipment comprises:

collecting space information and attribute information of an overhead line power channel and equipment;

and constructing a multi-dimensional visual geospatial model of the overhead line power channel and the equipment by adopting a GIS technology according to the spatial information and the attribute information.

3. The APP-application-based intelligent inspection method for the power channel and the equipment according to claim 1, wherein the access channel environment and equipment running state online monitoring system is characterized in that: the microclimate online monitoring and near-field alarm monitoring system is accessed to an intelligent power channel and equipment inspection system based on APP application to integrate, query and display cross-system data.

4. The APP-application-based intelligent inspection method for the power channel and the equipment according to claim 1, wherein the steps of monitoring the data state online and performing an abnormal alarm according to the data state include:

collecting the real-time state of the monitoring range, and performing alarm processing when the real-time state of the monitoring range is abnormal;

and acquiring the working state of the monitoring equipment, and performing alarm processing when the working state of the monitoring equipment is abnormal.

5. The APP-application-based intelligent inspection method for the power channel and the equipment according to claim 1, wherein the collecting of the reporting information uploaded by the masses comprises: and the hidden danger reporting information of the power transmission line uploaded by the masses is collected in real time through the WeChat public number.

6. The APP-application-based intelligent inspection method for the power channel and the equipment according to claim 1, wherein the step of collecting hidden danger information of the power transmission line comprises:

constructing intelligent inspection software developed based on a mobile intelligent terminal to store hidden danger information uploaded by a user;

and extracting the hidden danger information stored in the intelligent inspection software developed based on the mobile intelligent terminal.

7. The APP-application-based intelligent inspection method for the power channel and the equipment according to claim 1, wherein the power transmission line hidden danger closed-loop management step comprises:

constructing a hidden danger pool, and carrying out centralized management on hidden danger and defect data;

making a periodic inspection plan according to the hidden danger and the defect grade;

and executing the periodic patrol plan, and carrying out closed-loop management and whole-process traceability.

8. The APP-application-based intelligent inspection method for the power channel and the equipment according to claim 1, wherein the step of formulating the operation and maintenance strategy for the power transmission line comprises the following steps: and according to the safety factor, the risk factor, the preset rule, the line importance, the line health and the line channel state, establishing a differentiated operation maintenance strategy for each line.

9. The utility model provides a power channel and equipment intelligence system of patrolling and examining based on APP uses which characterized in that includes:

the GIS module is used for constructing an overhead line power channel and equipment multi-dimensional visual geospatial model by adopting a GIS technology;

the system access module is used for accessing a channel environment and an equipment running state online monitoring system;

the abnormal alarm module is used for monitoring the data state on line and carrying out abnormal alarm according to the data state;

the mass reporting module is used for collecting reporting information uploaded by masses;

the hidden danger acquisition module is used for acquiring hidden danger information of the power transmission line;

the defect management module is used for tracking and managing the hidden danger of the power transmission line and carrying out full-period closed-loop management;

and the strategy making module is used for making the operation and maintenance strategy of the power transmission line.

10. The APP-application-based power channel and equipment intelligent inspection system of claim 9, wherein the GIS module comprises:

the acquisition unit is used for acquiring spatial information and attribute information of the overhead line power channel and the equipment;

and the GIS unit is used for constructing a multi-dimensional visual geospatial model of the overhead line power channel and the equipment according to the spatial information and the attribute information by adopting a GIS technology.

Technical Field

The invention relates to a method for intelligently inspecting a power channel and equipment based on APP (application), and an intelligent inspection system for the power channel and the equipment based on the APP.

Background

The power supply system has the advantages that the power channel of the overhead line passes through complicated terrain conditions and variable environments, the power supply radius of the overhead line is long, the area span is large, and the power channel is easily damaged by external force due to multiple influences of natural environments, climatic conditions and human factors in the power corridor, so that power failure, line breakage and even tower collapse accidents occur.

At present, the external force damage threatening the safety of the lines and equipment in the power channel mainly comprises the forms of tree barriers, farming, mountain fire, ice disasters, floaters, bird damage, theft and the like, wherein cultivated land, fishponds, crossing, woodland, house building and the like in corridors are special areas which are mainly used for preventing the external force damage.

Therefore, the power channel and the equipment need to be effectively inspected to ensure the safe operation of the power channel and the equipment.

Disclosure of Invention

The technical problem to be solved by the invention is to provide an intelligent inspection method and system for a power channel and equipment based on APP application, which can quickly find and track and manage hidden dangers, and provide technical support for reducing threats to line operation caused by natural disasters and artificial damages, improving the safe operation level of the line and promoting the lean management of the line.

In order to solve the technical problem, the invention provides an intelligent inspection method for a power channel and equipment based on APP application, which comprises the following steps: constructing a multi-dimensional visual geospatial model of an overhead line power channel and equipment; accessing a channel environment and an equipment running state online monitoring system; monitoring the data state on line and carrying out abnormal alarm according to the data state; collecting the reporting information uploaded by the masses; collecting hidden danger information of the power transmission line; closed-loop management of hidden troubles of the power transmission line; and making an operation and maintenance strategy of the power transmission line.

As an improvement of the above scheme, the step of constructing the multi-dimensional visual geospatial model of the overhead line power channel and the equipment comprises: collecting space information and attribute information of an overhead line power channel and equipment; and constructing a multi-dimensional visual geospatial model of the overhead line power channel and the equipment by adopting a GIS technology according to the spatial information and the attribute information.

As an improvement of the above solution, the step of accessing the channel environment and the device operation state online monitoring system is as follows: the microclimate online monitoring and near-field alarm monitoring system is accessed to an intelligent power channel and equipment inspection system based on APP application to integrate, query and display cross-system data.

As an improvement of the above scheme, the step of monitoring the data state on line and performing an abnormal alarm according to the data state includes: acquiring the real-time state of a monitoring range in real time, and performing alarm processing when the real-time state of the monitoring range is abnormal; and acquiring the working state of the monitoring equipment in real time, and performing alarm processing when the working state of the monitoring equipment is abnormal.

As an improvement of the above scheme, the collecting of the report information uploaded by the masses means: and the hidden danger reporting information of the power transmission line uploaded by the masses is collected in real time through the WeChat public number.

As an improvement of the above scheme, the step of collecting the hidden danger information of the power transmission line includes: constructing intelligent inspection software developed based on a mobile intelligent terminal to store hidden danger information uploaded by a user; and extracting the hidden danger information stored in the intelligent inspection software developed based on the mobile intelligent terminal.

As an improvement of the above scheme, the step of closed-loop management of the hidden troubles of the power transmission line comprises: constructing a hidden danger pool, and carrying out centralized management on hidden danger and defect data; making a periodic inspection plan according to the hidden danger and the defect grade; the periodic patrol plan is executed to perform closed-loop management and full-range traceability.

As an improvement of the above scheme, the making of the operation and maintenance strategy of the power transmission line refers to: and according to the safety factor, the risk factor, the preset rule, the line importance, the line health and the line channel state, establishing a differentiated operation maintenance strategy for each line.

Correspondingly, the invention also provides an intelligent inspection system for the power channel and the equipment based on the APP application, which comprises: the GIS module is used for constructing an overhead line power channel and equipment multi-dimensional visual geospatial model by adopting a GIS technology; the system access module is used for accessing a channel environment and an equipment running state online monitoring system; the abnormal alarm module is used for monitoring the data state on line and carrying out abnormal alarm according to the data state; the mass reporting module is used for collecting reporting information uploaded by masses; the hidden danger acquisition module is used for acquiring hidden danger information of the power transmission line; the defect management module is used for tracking and managing the hidden danger of the power transmission line and carrying out full-period closed-loop management; and the strategy making module is used for making the operation and maintenance strategy of the power transmission line.

As an improvement of the above scheme, the GIS module includes: the acquisition unit is used for acquiring spatial information and attribute information of the overhead line power channel and the equipment; and the GIS unit is used for constructing a multi-dimensional visual geospatial model of the overhead line power channel and the equipment according to the spatial information and the attribute information by adopting a GIS technology.

The implementation of the invention has the following beneficial effects:

the invention can perform centralized control and display on the electric power channel and equipment risk hidden danger information by information means such as a Geographic Information System (GIS), a global positioning system (GPS, Beidou), a mobile intelligent APP, online monitoring and the like, optimizes the flows of hidden danger discovery, hidden danger confirmation, tracking plan, tracking task, in-place inspection and the like by combining a basic organization architecture and the current management situation, provides full-period information management for tracking and managing external force damage hidden dangers, and provides technical support for reducing the threat of natural disasters and artificial damages to line operation, improving the safe operation level of the line and promoting the lean management of the line.

Drawings

FIG. 1 is a flowchart of an embodiment of an intelligent inspection method for a power channel and equipment based on APP application;

fig. 2 is a schematic structural diagram of an intelligent inspection system for power channels and equipment based on APP application.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail with reference to the accompanying drawings.

Referring to fig. 1, fig. 1 shows a flowchart of an embodiment of an intelligent inspection method for a power channel and a device based on APP application, which includes:

s101, constructing a multi-dimensional visual geospatial model of an overhead line power channel and equipment.

Specifically, the step of constructing the multi-dimensional visual geospatial model of the overhead line power channel and the equipment comprises the following steps:

(1) collecting space information and attribute information of an overhead line power channel and equipment;

the overhead line power channel and equipment space information and attribute information can be obtained through overhead line power channel and equipment engineering design drawings, completion acceptance drawings, field exploration and other approaches.

(2) And constructing a multidimensional visual geospatial model of the overhead line power channel and the equipment according to the spatial Information and the attribute Information by adopting a GIS (Geographic Information System) technology. It should be noted that, the overhead line power channel and the equipment space information and attribute information can be displayed in real time through the GIS technology.

Meanwhile, a simple and convenient information query interface can be provided through the overhead line power channel and the equipment multidimensional visual geospatial model, and rapid query and positioning data are assisted.

Therefore, spatial information (such as longitude and latitude coordinates) and attribute information (such as equipment name, model, working current, working voltage, electric field intensity, service time, tracking photos and the like) of the overhead line power channel and the equipment are collected through the collecting equipment; and then, constructing a multi-dimensional visual geospatial model of the overhead line power channel and the equipment according to the spatial information and the attribute information, so that a user can visually observe the distribution condition, the use condition and the like of the overhead line power channel and the equipment.

And S102, accessing a channel environment and an equipment running state online monitoring system.

The access channel environment and equipment running state online monitoring system is characterized in that: the microclimate online monitoring and near-field alarm monitoring system is accessed to an intelligent power channel and equipment inspection system based on APP application to integrate, query and display cross-system data. Namely, the channel environment and equipment running state on-line monitoring system can be used for microclimate on-line monitoring, near field warning and monitoring.

Therefore, after the channel environment and the equipment running state online monitoring system are accessed, cross-system data integration, query and display can be realized.

S103, monitoring the data state on line and carrying out abnormal alarm according to the data state.

Specifically, the step of monitoring the data state online and performing an abnormal alarm according to the data state includes:

(1) and acquiring the real-time state of the monitoring range in real time, and performing alarm processing when the real-time state of the monitoring range is abnormal. For example, the system can give an alarm to people, animals, vehicles and the like entering a monitoring range, trigger snapshot and video recording, send alarm information to the transportation and inspection personnel, and the transportation and inspection personnel can monitor and warn the site.

(2) And acquiring the working state of the monitoring equipment in real time, and performing alarm processing when the working state of the monitoring equipment is abnormal. For example, when the state of the online monitoring display device is abnormal, the system automatically gives an alarm to remind the responsible person to verify and dispose in time.

And S104, collecting the reporting information uploaded by the masses.

Specifically, the collecting of the report information uploaded by the crowd means: and the hidden danger reporting information of the power transmission line uploaded by the masses is collected in real time through the WeChat public number.

Therefore, the invention starts the public to actively participate in the protection of the power channel and facilities by utilizing the public number of the people protection line, photographs and uploads the potential hazards of the power transmission line through the public number of the people protection line, fills in the name and the mobile phone number, and issues a certain amount of WeChat red packet for rewarding after information verification.

And S105, collecting hidden danger information of the power transmission line.

The hidden danger information comprises hidden danger types, hidden danger names, discovery modes, influence ranges, map selection points, geographic positions, hidden danger sources, first-level hidden danger types, second-level hidden danger types, hidden danger owner units, hidden danger owner contact persons, hidden danger owner contact phones, hidden danger consequences, hidden danger levels, whether hidden dangers are controllable or not, areas where the hidden dangers are located, emergency measures, temporary risk prevention and control measures, hidden danger preliminary treatment schemes, hidden danger descriptions, image libraries, photographing, video recording, sound recording and texts.

Specifically, the step of collecting the hidden danger information of the power transmission line includes:

(1) constructing intelligent inspection software developed based on a mobile intelligent terminal to store hidden danger information uploaded by a user;

(2) and extracting the hidden danger information stored in the intelligent inspection software developed based on the mobile intelligent terminal.

Therefore, the invention carries out integrated display, inquiry, retrieval, position navigation and the like on the equipment such as lines and towers, hidden dangers, defects, special areas and the like based on the electronic map and the satellite image, accesses the online monitoring data, fills in the form according to the inspection requirement and completes the execution of the work order task.

And S106, carrying out closed-loop management on hidden troubles of the power transmission line.

Specifically, the power transmission line hidden danger closed-loop management method includes the steps of:

(1) constructing a hidden danger pool, and carrying out centralized management on hidden danger and defect data;

(2) making a periodic inspection plan according to the hidden danger information and the defect grade;

(3) and executing the periodic patrol plan, and carrying out closed-loop management and whole-process traceability.

The invention makes a periodic patrol plan according to the hidden danger and defect levels, automatically generates a patrol work order, pushes the patrol work order to a plan executor, records patrol execution process tracks, photos and field treatment (such as safe bottom crossing, tree cutting and the like) information in a background for registration and tracking, and carries out closed-loop management and whole-process traceability on the hidden danger and the defects.

Therefore, planning, tracking of responsible persons, tracking of time, tracking periods, tracking suggestions, in-place situations, photographing, video recording, audio recording, and text recording can be achieved through closed-loop management.

And S107, making a power transmission line operation and maintenance strategy.

Specifically, the making of the operation and maintenance strategy of the power transmission line refers to: and according to the safety factor, the risk factor, the preset rule, the line importance, the line health and the line channel state, establishing a differentiated operation maintenance strategy for each line.

The preset rule can be formulated by combining the 'operational and maintenance strategy of transmission line and management and control mechanism implementation rules of Guangdong electric network Limited liability company', but is not limited thereto. Therefore, the invention analyzes the factors influencing the transmission operation safety, carries out sectional management on the risk factors of the power corridor, inputs basic information and provides decision support for operation maintenance management and control of different sections and different conditions.

According to the intelligent inspection method of the power channel and the equipment based on the APP, the multi-dimensional visual geospatial model of the power channel and the equipment of the overhead line is constructed by means of information means such as a Geographic Information System (GIS), a global positioning system (GPS, Beidou), an online monitoring system (APP) for channel environment and equipment running state, online monitoring and the like, the hidden danger information found in the inspection process is recorded, a tracking management plan is formulated, the hidden danger is tracked and managed, microclimate and near-field alarm monitoring is realized, and a complete set of complete method is provided for the intelligent inspection of the power channel and the equipment of the overhead line.

Referring to fig. 2, fig. 2 shows a specific structure of the intelligent inspection system 100 for power channels and equipment based on APP application of the present invention, which includes:

and the GIS module 1 is used for constructing an overhead line power channel and equipment multidimensional visual geographic space model by adopting a GIS technology.

And the system access module 2 is used for accessing a channel environment and an equipment running state online monitoring system. It should be noted that, after the channel environment and the device operation state online monitoring system can be directly accessed through the system access module 2, the cross-system data integration, query and display can be realized.

And the abnormal alarm module 3 is used for monitoring the data state on line and carrying out abnormal alarm according to the data state.

And the mass reporting module 4 is used for collecting reporting information uploaded by the masses. Specifically, the masses can participate in the protection of the power channel and facilities in a mode of the WeChat public number, after the hidden danger of the power transmission line is found, the WeChat public number is photographed and uploaded through a mass protection line, names and mobile phone numbers are filled in, and after information is verified, WeChat red packets with certain limits are issued for rewarding.

And the hidden danger acquisition module 5 is used for acquiring hidden danger information of the power transmission line. It should be noted that the hidden danger acquisition module 5 may perform integrated display, query, retrieval, position navigation, and the like on the data of the devices such as lines and towers, hidden dangers, defects, special areas, and the like based on an electronic map and a satellite image, access the online monitoring data, fill in a form according to the inspection requirement, and complete execution of the work order task.

And the defect management module 6 is used for tracking and managing the hidden troubles of the power transmission line in a full-period closed-loop management mode. It should be noted that the defect management module 6 can make a periodic patrol plan according to the hidden danger and the defect level, automatically generate a patrol work order, push the patrol work order to a plan executor, record a patrol execution process track, a photo and field treatment information in a background, register and track the patrol execution process track, and perform closed-loop management and whole-process traceability on the hidden danger and the defect.

And the strategy making module 7 is used for making the operation and maintenance strategy of the power transmission line. Specifically, the policy making module 7 makes a differentiated operation and maintenance policy for each line according to a safety factor, a risk factor, a preset rule (for example, the "implementation rules of the operation and maintenance policy and the management and control mechanism of the transmission line of Guangdong power grid Limited liability company"), the line importance, the line health, and the line channel state.

Further, the GIS module 1 includes:

the acquisition unit is used for acquiring spatial information and attribute information of the overhead line power channel and the equipment;

and the GIS unit is used for constructing a multi-dimensional visual geospatial model of the overhead line power channel and the equipment according to the spatial information and the attribute information by adopting a GIS technology.

When the device works, the acquisition unit acquires space information and attribute information of an overhead line power channel and equipment; then, the GIS unit constructs a multi-dimensional visual geospatial model of the overhead line power channel and the equipment through a GIS technology according to the spatial information and the attribute information, so that a user can visually observe the distribution condition, the use condition and the like of the overhead line power channel and the equipment.

In addition, the abnormality warning module 3 includes:

the real-time state alarm unit is used for acquiring the real-time state of the monitoring range and carrying out alarm processing when the real-time state of the monitoring range is abnormal; for example, the system can give an alarm to people, animals, vehicles and the like entering a monitoring range, trigger snapshot and video recording, send alarm information to the transportation and inspection personnel, and the transportation and inspection personnel can monitor and warn the site.

And the working state warning unit is used for acquiring the working state of the monitoring equipment and carrying out warning processing when the working state of the monitoring equipment is abnormal. For example, when the state of the online monitoring display device is abnormal, the system automatically gives an alarm to remind the responsible person to verify and dispose in time.

According to the invention, the power channel and equipment risk hidden danger information can be managed and displayed in a centralized manner through informatization means such as a Geographic Information System (GIS), a global positioning system (GPS, Beidou), a mobile intelligent APP and online monitoring, flows such as hidden danger discovery, hidden danger confirmation, tracking plan, tracking task, in-place inspection and the like are optimized by combining a basic organization architecture and management current situation, full-period informatization management is provided for tracking and managing external force damage hidden dangers, and technical support is provided for reducing threats of natural disasters and artificial damages to circuit operation, improving the safe operation level of the circuit and improving the lean management of the circuit.

While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention.