Anti-collision video monitoring system for cable crane hook

Abstract

The invention discloses an anti-collision video monitoring system for a cable crane lifting hook. The anti-collision video monitoring system comprises a cable crane trolley end and a cab end, wherein the cable crane trolley end comprises a main cable, a cable crane trolley, a traction rope, a lifting rope arranged on the cable crane trolley and the lifting hook arranged on the lifting rope as well as a video camera fixedly arranged on the cable crane trolley; the cab end comprises a cab data control box, a control and storage device and a display screen which are electrically connected sequentially; the video camera is electrically connected with the cab data control box in a wireless or wired communication way. According to the invention, the cable crane trolley end performs camera shooting monitoring on the lifting hook in real time through the video camera, and the monitoring data is transmitted to the cab end, so that the cab end can display the video information timely, and the driver can make timely and accurate collision prevention treatment conveniently. The cab end can transmit a control instruction and controls the camera angle and camera shooting distance.

Description

technical field [0001] The invention relates to a video monitoring system, in particular to an anti-collision video monitoring system for a cable machine hook. Background technique [0002] All kinds of large-scale projects and large-scale lifting equipment are often arranged densely. During the hoisting process, the anti-collision of equipment is not only related to the safe operation of the equipment, but also to whether the project can be carried out smoothly. Due to the large span, wide operating range and high lifting height of cable cranes, the anti-collision risk is often greater among various types of lifting equipment, and it is the focus of anti-collision monitoring in engineering operations. There is no anti-collision monitoring system for cable crane hooks in the way of digital monitoring in the current engineering operations, and it is often difficult to realize real-time monitoring in engineering operations. The current cable crane hook anti-collision monitori...

AI Technical Summary

Problems solved by technology

However, due to its wide operating range of the cable machine, in most cases, the lifting operation point of the cable machine hook is far away from the cable machine operator's cab, and it is difficult for the driver to observe directly. increased risk and difficulty

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