Safety monitoring system and method for crane hook

Abstract

The invention discloses a safety monitoring system and a safety monitoring method for a crane hook. The safety monitoring system for the crane hook comprises a monitoring module, a panorama shooting module and a height measurement module, wherein the monitoring module is respectively connected with the panorama shooting module and the height measurement module, the monitoring module comprises a data processing and storing unit, an image acquisition unit, a shooting control unit and an image display unit, the data processing and storing unit is respectively connected with the height measurementmodule and the image display unit, and used for processing real-time height information of the hook and transmitting a standard hook image under the real-time height to the image display unit, the image acquisition unit is respectively connected with the panorama shooting module and the image display unit, and used for acquiring real-time hook images shot by the panorama shooting module and transmitting the real-time hook images to the image display unit, and the shooting control unit is connected with the panorama shooting module and used for adjusting the shooting target and a shooting angle. The safety monitoring system for the crane hook realizes real-time remote monitoring for running states of the hook, and improves working safety of a crane.

Description

Technical field [0001] The invention relates to the field of crane safety production, in particular to a safety monitoring system and method for crane hooks. Background technique [0002] Cranes are essential hoisting machinery and equipment in building construction, especially high-rise building construction. Cranes generally use high-altitude operations, that is, the operator is in the high-altitude operating room to lift objects that need to be lifted, but the operator’s line of sight is blocked during lifting and it is difficult to quickly determine the exact position of the hook and can only rely on the ground The command of the commander performs the corresponding operation, but this method is inefficient, and there is a certain delay between the command of the ground commander and the operation of the operator in the operation room, which can easily cause a safety accident. Summary of the invention [0003] In order to overcome the above shortcomings, one of the objectives...

AI Technical Summary

Problems solved by technology

Cranes generally use high-altitude operations, that is, the operator is in the high-altitude operation room to perform lifting operations on the objects that need to be lifted. However, the operator's sight is blocked during lifting and it is difficult to quickly judge the exact position of the hook, so they can only rely on the ground. The command of the commander carries out the corresponding operation, but this method is inefficient, and there is a certain delay between the command of the ground commander and the operation of the operator in the operating room, which can easily cause safety accidents

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