Suspension type monorail traffic video comprehensive monitoring system platform

Abstract

The invention discloses a suspension type monorail traffic video integrated monitoring system platform, which belongs to the technical field of safety management systems, and comprises an integrated automation system, a plurality of cameras for shooting a site, a processing end and a display end, the integrated automation system sends the collected operating parameters to a processing terminal, and the processing terminal receives the operating parameters, stores the operating parameters and sends the operating parameters to a display terminal; the processing end controls the camera to rotateand zoom so as to shoot a digital display instrument on the equipment; the processing end identifies numbers in the images shot by the camera and compares the numbers with corresponding operation parameters collected by the integrated automation system, and when a comparison result exceeds a set safety value range, the control end sends a first warning signal to the display end; and the display end is used for displaying the received data and giving an alarm in response to the first warning signal. According to the invention, the problems of human resource waste and low timeliness caused by manual inspection and incapability of complementing a video system and an integrated automation system are solved.

Description

technical field [0001] The invention relates to the technical field of safety management systems, in particular to a suspended monorail traffic video comprehensive monitoring system platform. Background technique [0002] The video surveillance system is an electronic system or network that uses video technology to detect and monitor fortified areas, and displays and records live images in real time. It is an important part of the security technology prevention system. [0003] The comprehensive automatic system refers to the comprehensive automatic protection system, which is the collective name of the protection system and equipment in the power system. Through the self-integrated system's own software detection, the operating status of the equipment can be understood in real time, and the on-site status can also be understood through the signals of the detection and sensing equipment that comes with or configured with the field equipment. [0004] Using the integrated se...

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Problems solved by technology

[0006] In order to solve the above-mentioned problems, that is, human resources are wasted due to manual inspection and the timeliness is low, and the video system and the integrated self-system cannot complement each other. An integrated system of equipment operating parameters, a plurality of cameras for shooting on-site, a processing terminal that establishes a signal connection with the cameras and the integrated system, and a display terminal connected to the processing end; the integrated system collects the operating parameters Send to the processing end, the processing end receives the operating parameters, stores the operating parameters and sends them to the display end; the processing end controls the rotation and zoom of the camera and then shoots the digital display on the device; the processing The end recognizes the numbers in the images captured by the camera, and compares them with the corresponding operating parameters collected by the comprehensive self-system. When the comparison result exceeds the set safe value range, the control end sends The display terminal sends a first warning signal; the display terminal is used to display the received data, and responds to the first warning signal for alarm display

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