Detection mechanism and detection method for identifying collision of compressor body

Abstract

The present invention provides a detection mechanism for identifying the collision of a compressor body. The detection mechanism comprises a contoured upper cover, a copper sheet electrode, a connection conductive sheet, a battery insulating base, an LED light-emitting tube and a lithium battery. The copper sheet electrode is disposed inside the contoured upper cover. The connection conductive sheet is arranged on the rear portion of the copper sheet electrode. The battery insulating base is arranged besides the upper end of the connection conductive sheet. The LED light-emitting tube and the lithium battery are arranged on the battery insulating base. The detection mechanism has the advantages of simple structure, low manufacturing cost, long service life, stability and reliability. Meanwhile, the manual maintenance and dedicated operating skills are not required. Therefore, the detection mechanism can be applied to working environments with larger noises and vibrations. The working requirement of rapidly identifying the collision can be met. Meanwhile, the poor collision condition that might occur during the running process of the compressor can be detected, and the visualization requirement can be met.

Description

technical field [0001] The invention relates to the field of compressors, in particular to a detection mechanism and detection method for identifying the collision of a compressor body. Background technique [0002] At present, in the production of compressors, during the power-on process of tooling boards, the entire indoor assembly line gas noise, machine working sound, tooling board impact sound, process flow friction and collision sound, the entire indoor noise is as high as more than 80 decibels, and the existing generally recognized noise The technology used in the impact is to use a normally used upper cover for proper treatment, then place the pressed fake cover on the compressor body, turn on the compressor, and place both hands on the fake cover if necessary, listen and combine The hand feel is used to determine whether there is any abnormality such as impact. Because the assembly line produces too much noise, sometimes the tooling board is not stable, and the impa...

AI Technical Summary

Problems solved by technology

However, in the process of using the above-mentioned existing technologies, human factors occupy a very large weight. Operators have very high requirements for understanding, control, and identification of process technology, and they must have high skills to meet this detection process. Require

Its disadvantages are: high requirements for operator skills, and high difficulty in identifying defective points; if it cannot be identified very accurately at one time, it will cause workpiece damage and increase non-production time, resulting in a decrease in production efficiency and output rate

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