Elevator safety detection equipment

Abstract

The invention provides elevator safety detection equipment, relates to a tool for elevator detection, and solves the problem in the prior art that elevator detection equipment is inconvenient to use.The elevator safety detection equipment comprises a counterweight and a measuring tool, wherein the measuring tool comprises a rotating shaft; a left disc body and a right disc body are symmetricallyarranged on the rotating shaft, symmetrical in structure, and provided with edges with thin blades; the counterweight comprises trays for bearing weight blocks; conveying modules are arranged on the trays and provided with square upper surfaces; and balls capable of freely rotating are embedded on the upper surfaces of the conveying modules. According to the elevator safety detection equipment, the weight blocks can be moved along the conveying modules by using the trays with ball guide rails, and the friction force is extremely small due to the balls, so that the movement is fast and labor-saving, the weight blocks are convenient to place, and the whole gap width standard can be quickly measured through the simple rolling of the turntables with the conical edges on the gap.

Description

technical field [0001] The invention belongs to the technical field of elevators, in particular to a tool for elevator detection. Background technique [0002] The running status of the elevator is directly related to the need for frequent inspections. Minimal changes in the structural performance of each component will have an important impact on the safety and comfort of the ride. During the inspection process, the displacement, distance or Parameters such as deformation, such as the closing distance of the left and right elevator doors in various states, the core depth of the elevator door lock, the distance between the car sill and the landing door sill (also called hall door sill), etc. The measurement is mainly to measure the spacing at several positions of the gap by using a ruler or a tape measure. The measurement is not only inconvenient, but also cannot perform a comprehensive measurement of the entire gap. In addition, when testing, it should be tested under diff...

AI Technical Summary

Problems solved by technology

[0002] The running status of the elevator is directly related to the need for frequent inspections. Minimal changes in the structural performance of each component will have an important impact on the safety and comfort of the ride. During the inspection process, the displacement, distance or Parameters such as deformation, such as the closing distance of the left and right elevator doors in various states, the core depth of the elevator door lock, the distance between the car sill and the landing door sill (also called hall door sill), etc. The measurement is mainly to use a ruler or a tape measure to measure the distance at several positions in the gap. The measurement is not only inconvenient, but also cannot be used for a comprehensive measurement of the entire gap.

In addition, when testing, it should be tested under different loads of the elevator, so that the test results can better reflect the real situation. The current method is to set weights and counterweights in the elevator car to detect the elevator load operation, but currently A large number of heavy inventions are extremely inconvenient to move in the car by manpower

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