CN105390982B - Transmission facility bus-type evaluation system based on bionical visual analysis - Google Patents

Abstract

The present invention relates to transmission facility inspection technology, specifically a kind of transmission facility bus-type evaluation system based on bionical visual analysis.The present invention solves the problems, such as that existing transmission facility cruising inspection system lacks rational network topology structure.Transmission facility bus-type evaluation system based on bionical visual analysis includes access layer, integrated layer, analysis layer, application layer；The access layer includes video camera, camera, infrared equipment, ultraviolet equipment, the first bus；The integrated layer includes image acquisition and processing module；The analysis layer includes image recognition analysis module；The application layer includes fault pre-alarming module, state evaluation module, statistical analysis module, the second bus；Wherein, video camera, camera, infrared equipment, ultraviolet equipment, image acquisition and processing module are connect with the first bus, and video camera, camera, infrared equipment, ultraviolet equipment, image acquisition and processing module, the first bus collectively form bus type topological structure.The present invention is suitable for the inspection of transmission facility.

Description

A bus type evaluation system for power transmission equipment based on bionic vision analysis

technical field

The invention relates to the inspection technology of power transmission equipment, in particular to a bus type evaluation system of power transmission equipment based on bionic visual analysis.

Background technique

At present, the inspection of power transmission equipment is mainly realized by the inspection system of power transmission equipment. Under the existing technical conditions, due to the limitation of its own structure, the power transmission equipment inspection system has the following problems: the existing power transmission equipment inspection system generally lacks a reasonable network topology structure, which leads to the common problems of unstable operation and poor reliability. This directly affects the real-time, comprehensive and accurate inspection of power transmission equipment. Based on this, it is necessary to invent a new power transmission equipment inspection system to solve the problem that the existing power transmission equipment inspection system lacks a reasonable network topology.

Contents of the invention

In order to solve the problem that the existing power transmission equipment inspection system lacks a reasonable network topology structure, the present invention provides a power transmission equipment bus type evaluation system based on bionic visual analysis.

The present invention is realized by adopting the following technical scheme: a bus-type evaluation system for power transmission equipment based on bionic visual analysis, including an access layer, an integration layer, an analysis layer, and an application layer;

The access layer includes a video camera, a camera, an infrared device, an ultraviolet device, and a first bus;

The integration layer includes an image acquisition and processing module;

The analysis layer includes an image recognition analysis module;

The application layer includes a fault early warning module, a state evaluation module, a statistical analysis module, and a second bus;

Wherein, the camera, the camera, the infrared device, the ultraviolet device, and the image acquisition and processing module are all connected to the first bus, and the camera, the camera, the infrared device, the ultraviolet device, the image acquisition and processing module, and the first bus together form a bus topology;

The image acquisition and processing module is connected with the image recognition analysis module;

The image recognition and analysis module, fault warning module, state evaluation module and statistical analysis module are all connected to the second bus, and the image recognition and analysis module, fault warning module, state evaluation module, statistical analysis module and the second bus together form a bus topology .

The specific working process is as follows: the camera patrols to collect the visible light video data of the power transmission equipment, and sends the collected visible light video data to the first bus. The camera patrols to collect picture data of the power transmission equipment, and sends the collected picture data to the first bus. The infrared device patrols to collect infrared video data of the power transmission device, and sends the collected infrared video data to the first bus. The ultraviolet device patrols to collect the ultraviolet video data of the power transmission equipment, and sends the collected ultraviolet video data to the first bus. The image acquisition and processing module acquires data (visible light video data, picture data, infrared video data, ultraviolet video data) by accessing the first bus, preprocesses the acquired data, and then sends the preprocessed data to image recognition analysis module. The image recognition and analysis module recognizes and analyzes the received data, and performs fault diagnosis according to the recognition and analysis results, and then sends the fault diagnosis results to the second bus. The fault pre-warning module obtains the fault diagnosis result by accessing the second bus, and issues a fault pre-warning according to the obtained fault diagnosis result. The state evaluation module obtains the fault diagnosis result by accessing the second bus, and evaluates the state of the power transmission equipment according to the obtained fault diagnosis result. The statistical analysis module obtains the fault diagnosis result by accessing the second bus, and performs statistics and analysis on the obtained fault diagnosis result.

Based on the above process, compared with the existing inspection system for power transmission equipment, the bus type evaluation system for power transmission equipment based on bionic vision analysis of the present invention uses video cameras, cameras, infrared equipment, ultraviolet equipment, image acquisition and processing modules, and the first bus The first bus-type topology structure is formed, and the second bus-type topology structure is formed by using the image recognition and analysis module, the fault warning module, the state evaluation module, the statistical analysis module, and the second bus. , the required transmission medium is less, no central node, the failure of any node will not cause the whole network to be paralyzed, the advantages of high reliability, easy expansion, and a reasonable network topology structure, thus effectively enhancing the inspection of power transmission equipment Real-time, comprehensive and accurate, thus effectively ensuring the safe and stable operation of power transmission equipment.

The invention effectively solves the problem that the existing power transmission equipment inspection system lacks a reasonable network topology structure, and is suitable for the inspection of power transmission equipment.

Description of drawings

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

Detailed ways

A bus type evaluation system for power transmission equipment based on bionic visual analysis, including access layer, integration layer, analysis layer, and application layer;

The access layer includes a video camera, a camera, an infrared device, an ultraviolet device, and a first bus;

The integration layer includes an image acquisition and processing module;

The analysis layer includes an image recognition analysis module;

The application layer includes a fault early warning module, a state evaluation module, a statistical analysis module, and a second bus;

Wherein, the camera, the camera, the infrared device, the ultraviolet device, and the image acquisition and processing module are all connected to the first bus, and the camera, the camera, the infrared device, the ultraviolet device, the image acquisition and processing module, and the first bus together form a bus topology;

The image acquisition and processing module is connected with the image recognition analysis module;

The image recognition and analysis module, fault warning module, state evaluation module and statistical analysis module are all connected to the second bus, and the image recognition and analysis module, fault warning module, state evaluation module, statistical analysis module and the second bus together form a bus topology .

It also includes a linkage interface module; the image recognition analysis module is connected with the linkage interface module. When working, the role of the linkage interface module is to provide data interaction functions for system expansion.

During specific implementation, cameras, cameras, infrared equipment, ultraviolet equipment, and image acquisition and processing modules are all connected to the first bus through power lines; the image acquisition and processing module is connected to the image recognition and analysis module through power lines; Both the evaluation module and the statistical analysis module are connected to the second bus through the power line. The infrared device uses an infrared thermal imager. The ultraviolet equipment adopts ultraviolet imager. When working, the bus type evaluation system of power transmission equipment based on bionic visual analysis of the present invention uses power lines as the transmission medium, which further enhances the power transmission equipment by utilizing the advantages that power lines do not need to be re-erected and data transmission can be performed as long as there are wires. The real-time, comprehensive and accurate inspections further ensure the safe and stable operation of power transmission equipment.

Claims (2)

1. A bus type evaluation system for power transmission equipment based on bionic visual analysis, characterized in that: it includes an access layer, an integration layer, an analysis layer, and an application layer; The access layer includes a video camera, a camera, an infrared device, an ultraviolet device, and a first bus; The integration layer includes an image acquisition and processing module; The analysis layer includes an image recognition analysis module; The application layer includes a fault early warning module, a state evaluation module, a statistical analysis module, and a second bus; Wherein, the camera, the camera, the infrared device, the ultraviolet device, and the image acquisition and processing module are all connected to the first bus, and the camera, the camera, the infrared device, the ultraviolet device, the image acquisition and processing module, and the first bus together form a bus topology; The image acquisition and processing module is connected with the image recognition analysis module; The image recognition and analysis module, fault warning module, state evaluation module and statistical analysis module are all connected to the second bus, and the image recognition and analysis module, fault warning module, state evaluation module, statistical analysis module and the second bus together form a bus topology ; Video cameras, cameras, infrared equipment, ultraviolet equipment, and image acquisition and processing modules are all connected to the first bus through power lines; the image acquisition and processing module is connected to the image recognition and analysis module through power lines; The analysis modules are all connected to the second bus through power lines. 2. The bus type evaluation system for power transmission equipment based on bionic visual analysis according to claim 1, characterized in that: it also includes a linkage interface module; the image recognition analysis module is connected to the linkage interface module.