Mining mechanical abrasion detection device

Abstract

The invention discloses a mining mechanical abrasion detection device. The mining mechanical abrasion detection device is placed in a measurement hole of a machine to be measured and used for detecting the abrasion conditions of an abrasion-resistant layer of the machine to be detected. The mining mechanical abrasion detection device is characterized in that the abrasion detection device comprises a sealed cylinder, an upper plug body and a lower plug body, a liquid cavity is defined by the sealed cylinder, the upper plug body and the lower plug body in an enclosing mode, conductive liquid is contained in the liquid cavity, and a left conductive rod and a right conductive rod penetrate through the upper plug body to be immersed into the conductive liquid and respectively connected to a direct-current power source and a warning device so that signals of the conductive rods can be detected. According to the mining mechanical abrasion detection device, the measurement method is simple and convenient, and measurement results are accurate.

Description

technical field [0001] The invention relates to a detection device, in particular to a mining mechanical wear detection device. Background technique [0002] During the use of mining machinery, unavoidable wear and tear often occurs on the surface of mechanical parts. In response to this phenomenon, R&D personnel generally choose to add a wear-resistant layer on the surface of the mechanical parts. When the wear of the wear-resistant layer of the mechanical parts reaches a certain level, the wear-resistant layer should be repaired or the corresponding mechanical parts should be replaced. This process requires frequent measurements of the wear layer in order to detect early replacement of the wear layer. Nowadays, regular manual measurement is mostly used in technology, and manual measurement cannot realize real-time monitoring, which leads to the inability to detect and replace the wear-resistant layer in time, resulting in damage to mechanical parts and their associated pa...

AI Technical Summary

Problems solved by technology

Nowadays, regular manual measurement is mostly used in technology, and manual measurement cannot realize real-time monitoring, which leads to the inability to detect and replace the wear-resistant layer in time, resulting in damage to mechanical parts and their associated parts, and manual measurement also has measurement operations. Complicated, inaccurate measurement results and other disadvantages

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