Tyre crane anti-collision early warning system based on real-time video image recognition and method thereof

Abstract

The invention discloses a tyre crane anti-collision early warning system based on real-time video image recognition and a method thereof. The tyre crane anti-collision early warning system comprises a video image collection sensor system, a video image collection synchronous trigger control system comprising a video image collection synchronous trigger controller, an auxiliary illumination system connected with the video image collection synchronous trigger controller, an image analysis and processing main frame system, and a PLC connected with the video image collection synchronous trigger controller and the image analysis and processing main frame system. A sound-light alarm device is connected to the image analysis and processing main frame system. A power supply system provides power for all the systems. The tyre crane anti-collision early warning system is based on real-time video image recognition to give out anti-collision early warns to mechanical equipment such as tyre cranes, and has the advantages of wide view field, high reliability, continuous working capacity and environmental suitability, rapid response and the like.

Description

technical field [0001] The invention belongs to the field of safety and automatic control of container terminals or container transport industries, and relates to a system and method for detecting, identifying and early warning control of obstacles during the running of a tire crane cart. It can be applied to obstacle detection and early warning of other similar devices in this field. Background technique [0002] Large-scale mechanical equipment in the container terminal and container transportation industry, such as tire cranes and other large-scale mechanical equipment colliding with personnel, vehicles and goods, have occurred from time to time in the industry, especially the rapid development of remote control equipment in recent years. Particularity, it is difficult for the driver to fully grasp the movement of vehicles and personnel on the scene, accidents are prone to occur, and there are certain control difficulties and potential safety hazards. In order to solve t...

AI Technical Summary

Problems solved by technology

[0002] Collision accidents between large mechanical equipment such as tire cranes and personnel, vehicles and goods in the container terminal and container transportation industry occur from time to time in the industry, especially the rapid development of remote control equipment in recent years. Particularity, it is difficult for the driver to fully grasp the movement of vehicles and personnel on the scene, accidents are prone to occur, and there are certain control difficulties and potential safety hazards

In order to solve this problem, various terminals and design units strive to find various detection methods, such as ultrasonic anti-collision and laser detection, etc., but the above two detection methods have certain limitations in use, such as the problem of blind areas in the coverage area, and the reflection efficiency of obstacles. problems, conditions of inclement weather, etc.

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