Detecting device for suspension element of elevator

Abstract

The invention discloses a detecting device for a suspension element of an elevator. The suspension element is a flat stretching assembly composed of a plurality of steel wire rope ropes and a wrapping layer; the detecting device comprises a main frame and a plurality of detecting units; each detecting unit comprises a magnetic field exciter and a plurality of magnetic flux detecting element; two electrodes of the magnetic field exciter are close to the flat stretching assembly to magnetize the steel wire core ropes between the two electrodes; each magnetic flux detecting element is positioned between the two electrodes of the magnetic field exciter; the main frame is movably mounted on an elevator system or a fixing assembly in an elevator shaft; the detecting units are movably mounted on the main frame; the main frame and the detecting units can transversely move in the width direction of the flat stretching assembly to enable each steel wire core rope to be aligned to the corresponding at least one magnetic flux detecting element. According to the detecting device for the suspension element of the elevator, when the whole flat stretching assembly offsets or randomly offsets in the width direction, the magnetic flux detecting elements can be kept aligning to the steel wire core ropes in the correspondingly detected flat stretching assembly, and thus the defect inside can be detected accurately.

Description

technical field [0001] The invention relates to lifting equipment, and specifically belongs to a detection device suitable for a suspension component of a lift—a flat tensile component. Background technique [0002] With the development and progress of science and technology, in addition to the form of steel wire ropes, the suspension elements of the elevator system can also use flat tensile components composed of tension elements (such as steel core ropes) and cladding layers, wherein the tension elements extend longitudinally And distributed parallel to the width direction of the flat tensile component, the cladding layer is made of elastic material and wraps the tension element inside it. In this way, under the condition of ensuring the strength, the diameter of the tension element can be reduced, thereby reducing the diameter of the traction pulley of the driving motor in the elevator system, and the reduction of the diameter of the driving pulley can directly reduce the...

AI Technical Summary

Problems solved by technology

[0007] The technical problem to be solved by the present invention is to provide a detection device for the suspension component of the elevator, which can ensure that the magnetic flux detection component and the steel wire core rope detected in the flat tensile assembly corresponding to the magnetic flux detection component are always in alignment, avoiding magnetic flux If the magnetic flux leakage signal cannot be detected by the detection element, ensure that the detection device can accurately and effectively detect the abnormality of the suspension element

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