Intelligent detection device for rope

Abstract

The invention provides an intelligent detection device for a rope. The device comprises a walking part, a pair of first telescopic parts, a clamping part, a microprocessor and a pair of imaging devices. The walking part comprises a pair of driving wheels. The clamping part comprises a left hinge and a right hinge. The left hinge and the right hinge are in a connected state when using the intelligent detection device for the rope. The first telescopic part presses the walking part on two sides of the rope, and the rotation direction of the pair of driving wheels is opposite, so that friction forces in a same direction is formed between the pair of driving wheels and the rope, thereby driving the intelligent detection device for the rope to move on the rope. The imaging device transmits a video signal to the microprocessor, and the microprocessor uses a wireless transmitter to output the video signal to a video terminal processor, so that an intelligent detection function is realized, and a manual high-altitude operation is avoided.

Description

technical field [0001] The invention relates to a rope detection device, in particular to an intelligent rope detection device. Background technique [0002] Steel wire rope has become an indispensable part or material in metallurgy, mining, oil and gas drilling, machinery, chemical industry, aerospace and other fields. Steel wire rope has good load-bearing performance and is often used to suspend objects. For example, steel wire ropes are used in gantry cranes or as cables of bridges. In outdoor high-altitude environments, steel wire ropes are exposed to the air for a long time and are eroded by wind, sun, rain and environmental pollution, and the surface protection layer is prone to hardening or damage. phenomenon, the steel wire bundles or steel strands of the wire rope itself are corroded, and even broken wires may occur. Broken wires can also occur. With the prolongation of service time, the demand for detection of steel wire ropes is also increasing, and the detectio...

AI Technical Summary

Problems solved by technology

The detection method currently used is generally a manual detection method, that is, the rope is manually detected by using the hoist to drag the maintenance vehicle or the climbing vehicle, but this will cause damage to the protective layer, and the detection personnel are at high altitude and are subject to accidents such as wind blowing It is easy to cause safety accidents, and a rope intelligent detection device is required to detect the wire rope to reduce the high-altitude operations of the operators

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