A system and method capable of real-time monitoring of boom operating status

Abstract

The invention relates to a lifting arm operation state real-time monitoring system and method. The system comprises a vertical beam, a lifting arm, a lifting hook, a control assembly, a plurality of camera assemblies A and a height sensing assembly, wherein the camera assemblies A and the height sensing assembly are connected with the control assembly; the camera assemblies A are vertically installed on the vertical beam at intervals and face towards the lifting hook, and cameras of the camera assemblies A can be rotated in the space; the height sensing assembly can detect the height positionof the lifting hook and transmit real-time height position information to the control assembly so that at least one camera assembly A corresponding to the height position of the lifting hook can be selected to start. The control assembly can enable pictures shot by the camera assemblies A to be reflected onto a display screen. According to the lifting arm operation state real-time monitoring system and method, the lifting hook located in different positions, a lifted object and the peripheral environment can be effectively monitored, and prevention and control over construction risk are further improved advantageously.

Description

technical field [0001] The present invention relates to the field of construction equipment, in particular to the field related to hoisting equipment such as cranes, tower cranes, and cranes. Specifically, it is a system and method capable of real-time monitoring of the operating status of the booms of cranes, tower cranes, and cranes. Through the The system or method can monitor in real time the balance state of the boom, the height position of the hook on the boom, the status of the hooked material, and the like. Background technique [0002] As the construction market becomes increasingly active and the height of buildings is getting higher and higher, cranes, tower cranes (ie tower cranes), cranes and other material hoisting equipment are increasingly used in building construction. For example, tower crane, as a main high-altitude hoisting equipment, is widely used for its high lifting height and large working range, and has become one of the necessary construction equip...

AI Technical Summary

Problems solved by technology

[0005] After a comprehensive analysis of the existing technology, it is found that it has the following defects: the existing tower crane monitoring technology focuses on the safety monitoring of the tower crane itself, and cannot monitor the status of the hook and the status of the hoisted objects, especially when they are at different heights. Effective monitoring of the surrounding environment of hooks and lifting objects still has great limitations in the prevention and control of construction risks

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