A lifting container monitoring system and tension fault monitoring method

Abstract

The invention discloses a hoisting container monitoring system and a tension fault monitoring method. The monitoring system comprises a tension sensor arranged at the joint position of a hoisting container and a steel wire rope; the tension sensor is connected with a collecting module arranged in the hoisting container; the collecting module is connected with a processor arranged in the hoisting container; and the processor is connected with an inertia unit arranged at the top of the hoisting container, a display screen arranged on the side face of the hoisting container, an alarm switch and afirst Ethernet switch arranged in the hoisting container. The hoisting container monitoring system is technically characterized by integrating monitoring of the tension of the steel wire rope, the impact and inclination angle detection of the hoisting container, video monitoring of a cage, voice talkback, alarming, information display in the cage and wireless transmission. According to the hoisting container monitoring system and the tension fault monitoring method, the problem of shortage of safety monitoring of the hoisting container can be solved, and the safety and the information level of the hoisting container are greatly improved through the integrated comprehensive monitoring and communication means.

Description

technical field [0001] The invention relates to a monitoring device, in particular to a lifting container monitoring system and a tension fault monitoring method. Background technique [0002] Mine hoisting equipment is the "throat" connecting the mine well and the underground, and undertakes the transportation tasks of mineral resources, personnel and materials. Safe operation of heavy-duty hoisting vessels that move quickly in the wellbore is of paramount importance. However, at present, most lifting containers lack important signal detection and video monitoring such as load and impact, and become "information islands" in the mine system. challenge. For example, overloading, excessive tension differences between multiple steel wire ropes, tank jamming, foreign object impact, etc. may cause the steel wire rope to break, and then cause the tank to fall. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a liftin...

AI Technical Summary

Problems solved by technology

However, at present, most lifting containers lack important signal detection and video monitoring such as load and impact, and become "information islands" in the mine system. challenge

For example, overloading, excessive tension difference between multiple steel wire ropes, tank jamming, foreign object impact, etc. may cause the wire rope to break, and then cause the tank to fall.

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