CN107123172A - A kind of intelligent cruising inspection system - Google Patents

Abstract

The invention discloses an intelligent inspection system, which includes a mobile terminal system, a master station system and a master station database. The mobile terminal system is connected to the master station system through a CPN channel, and the master station system is also connected to the master station database. The invention includes Mobile phone APP, PC customer service end and server end three major subsystems, which integrate communication, computer graphics and spatial database, apply GPS technology to carry out convenient and efficient quantitative detection and analysis on the operating environment and working condition information of on-site equipment, according to the state of the equipment According to production needs, make maintenance decisions, arrange maintenance work reasonably, provide systematic, intuitive and convenient support for equipment maintenance work, scientifically and reasonably manage maintenance tasks and equipment, and improve the safe and stable operation level of the power grid.

Description

An intelligent inspection system

technical field

The invention relates to a patrol inspection system, in particular to an intelligent patrol inspection system.

Background technique

In recent years, with the continuous deepening of power production business applications and the continuous development of modern information technology, paperless power system operations have increasingly become the focus of the company's various units. This system adopts the GIS display module based on the intelligent mobile terminal, loads and displays the map and power grid equipment information in the existing production management information system, and provides basic GIS such as query and positioning of various power grid equipment information and main geographic basic information operate.

Contents of the invention

The purpose of the present invention is to provide an intelligent inspection system to solve the problems raised in the above-mentioned background technology.

To achieve the above object, the present invention provides the following technical solutions:

An intelligent inspection system includes a mobile terminal system, a master station system and a master station database. The mobile terminal system is connected to the master station system through a CPN channel, and the master station system is also connected to the master station database.

As a further solution of the present invention: the mobile terminal includes a device navigation system, a patrol track generation system, a project survey system, a device ledger system, a device query and positioning system, a defect registration system and a device detection and recording system.

As a further solution of the present invention: the master station system includes an equipment ledger query and change module, a defect query and upload module, a lighting upload and download module, a defect statistics module and a device change module.

Compared with the prior art, the beneficial effects of the present invention are: the present invention includes mobile phone APP, PC customer service end and server end three major subsystems, function fusion communication, computer graphics and spatial database in one, application of GPS technology, on-site equipment Carry out convenient and efficient quantitative detection and analysis of operating environment and working condition information, make maintenance decisions according to equipment status and production needs, arrange maintenance work reasonably, provide systematic, intuitive and convenient support for equipment maintenance work, and carry out maintenance tasks and equipment Scientific and reasonable management can improve the level of safe and stable operation of the power grid.

Description of drawings

Fig. 1 is a system block diagram of the present invention.

Fig. 2 is a network deployment diagram of the present invention.

detailed description

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

Please refer to Fig. 1-2, in the embodiment of the present invention, an intelligent inspection system includes a mobile terminal system, a master station system and a master station database, the mobile terminal system is connected to the master station system through a CPN channel, and the master station system Also connects to the master database.

The mobile terminal includes a device navigation system, a patrol track generation system, a project survey system, a device ledger system, a device query and positioning system, a defect registration system, and a device detection and recording system.

The master station system includes a device account query and change module, a defect query and upload module, a lighting upload and download module, a defect statistics module and a device change module.

The working principle of the present invention is: 1, map application:

(1) The traditional line single-line diagram of the power system is a paper document of the CAD version, without information such as maps, roads, coordinates, etc. This development uses Baidu Maps Android version SDK as the map engine, and all visual operations related to the map and The drawing is realized by calling the SDK function, so that the single-line diagram of the power system line is displayed on the software map, which is convenient for a more intuitive understanding of the geographical location of the power equipment.

(2) GPS positioning and navigation function: display the information of electrical equipment on the map in the main interface of the software, and perform GPS positioning and navigation after selecting the equipment, which is convenient for newcomers who are not familiar with the equipment to conduct line inspections, and it is also convenient for company leaders to conduct on-site spot checks .

(3) Positioning and tracking the current position and real-time drawing of the movement trajectory function: the traditional power line inspection is that the staff report the inspection results after the inspection, and the manager cannot determine whether the staff is in place and whether the power equipment is running in good condition. There is no way to know; this function can observe the patrol track of the staff in real time, and check whether the patrol of the patrol personnel is in place.

2. Equipment identification QR code:

(1) Each base tower produces a two-dimensional code, which is similar to the line pole number plate. The difference is that the operation and maintenance personnel can view more information about the device by scanning the two-dimensional code of the pole tower, including line name, pole number, The photo of the tower, the auxiliary equipment, the road where it is located and other information, while the original pole number plate only has the line name and number.

(2) The change of the equipment account is more timely. The operation and maintenance personnel can change the equipment account information in time through the mobile APP during the inspection process or when the equipment is changed, put into production and power transmission acceptance, which also saves the need to remake the pole number plate It saves time and money at the same time. However, due to the long production cycle of traditional pole number plates and frequent changes in distribution network equipment, pole number plates cannot be replaced in time, causing great inconvenience and safety hazards to operation and maintenance personnel.

3. Information return:

(1) Standardization of equipment inspection: through the built-in standard operation card, during the inspection process of on-site operators, standard operation guidance is provided for the corresponding operations, reducing the difficulty of on-site operations and improving the safety of on-site operations; through the built-in equipment standards , to provide automatic identification of various defects and indicators in the on-site inspection operation, and reduce the interference of human factors; while in the traditional inspection method, the operation and maintenance personnel restrict their own operation methods through regulations, systems, and standards to determine the defect level. There are human uncontrollable factors.

(2) Inspection defect registration: During the on-site operation of the inspectors, the hidden defects and hidden dangers found are recorded in graphics and texts through the built-in defect registration template, and are sent back to the server in real time; the traditional defect registration is manually recorded by the inspectors with notebooks , and then register into the computer after the inspection is completed. Comparing the two, it can be seen that this system not only saves time, but also makes paperless office more convenient.

(3) Registration of on-site survey and equipment testing records: surveyors and testers can enter survey records, test records, memos, etc. in real time through the built-in template when surveying the site and testing the test equipment, and return them as defect registration Transfer to the server to improve work efficiency.

(4) Information closed loop: Realize the query and display functions of historical inspection records, program survey records, and equipment inspection records of each equipment, effectively track defect elimination work, program surveys, and testing cycles, and remind due dates to achieve closed-loop management ; However, the traditional management method relies on human memory reminders, which often result in the found defects not being closed-loop processed, and the equipment testing and testing over the period, and the plan survey cannot be effectively implemented; compared with the traditional management method, this system can avoid work omissions or delays.

(4) Equipment fault alarm location: Combined with distribution network automation, the fault trip information is transmitted to the system, which can locate the fault in real time; while the traditional fault can only rely on manual inspection, which causes a lot of waste of manpower and material resources.

(5) Remote video and voice command: Based on 4G network and professional video system, it provides voice and video sharing function for on-site fault conditions, combined with on-site fault audio and video information and expert database, provides expert remote consultation function in the background, greatly improving front-line Staff professional level and fault research and judgment ability. This method provides command for on-site personnel for emergency repair operations through effective text, images, audio and video, etc., and rationally deploys emergency repair equipment, vehicles, and personnel, and provides support for on-site fault repair. Compared with traditional manual telephone reports, remote video voice is more intuitive and efficient.

Claims (3)

1. An intelligent inspection system, comprising a mobile terminal system, a master station system and a master station database, is characterized in that the mobile terminal system is connected to the master station system through a CPN channel, and the master station system is also connected to the master station database. 2. An intelligent inspection system according to claim 1, wherein the mobile terminal includes a device navigation system, a system for generating patrol tracks, a scheme survey system, an equipment ledger system, a device query and positioning system, and a defect detection system. Registration system and equipment inspection record system. 3. A kind of intelligent inspection system according to claim 1, characterized in that, the master station system includes an equipment account query and change module, a defect query and upload module, a lighting upload and download module, a defect statistics module and a device change module. module.