Vibration detection device based on sensing technology

Abstract

The invention discloses a vibration detection device based on a sensing technology. The device comprises a device body and a placing mechanism, the placing mechanism is mounted at the upper end of thedevice body; a workbench can perform lifting vibration detection on a commodity through a pneumatic cylinder and a lifting rod; a hydraulic cylinder can drive a push plate to push a containing bin tomove left and right in the inner sides of the sliding rails. Telescopic rods and pressure springs are mounted in the inner sides of the lifting rod and a pushing rod; auxiliary vibration can be carried out during movement; lifting, translation and vibration detection can be conveniently carried out on commodities in an inner cavity of the containing bin; after the to-be-detected commodity is placed on the inner side of the cavity, a cover plate can be tightly inserted into corresponding positioning holes through plug pins; the cover plate can be sealed at the upper end of the containing bin,meanwhile, commodities can be tightly attached to a vibration sensor and are not interfered by external factors, personnel can set the numerical value of the vibration in a preset module in advance through a control module, and when the vibration is too violent and does not meet the detection standard, the device gives an alarm, and the personnel can conveniently conduct judgment on site.

Description

technical field [0001] The invention relates to the technical field of sensor detection, in particular to a vibration detection device based on sensor technology. Background technique [0002] Sensing technology is the technology of sensors, which can sense the surrounding environment or special substances, such as gas sensing, light sensing, temperature and humidity sensing, human body sensing, etc., and convert analog signals into digital signals for processing by the central processing unit. [0003] Nowadays, some products on the market need to be tested for their anti-vibration or stabilization effects when they are produced and sold. However, most of the detection devices have a single detection function and are not very practical. During the detection process, interference from external factors may easily cause detection. The accuracy of the data is poor, and it is cumbersome to calculate the data after the test is completed, and it is impossible to judge whether the ...

AI Technical Summary

Problems solved by technology

[0003] Nowadays, some products on the market need to be tested for their anti-vibration or stabilization effects when they are produced and sold. However, most of the detection devices have a single detection function and are not very practical. During the detection process, interference from external factors may easily cause detection. The accuracy of the data is poor, and it is cumbersome to calculate the data after the test is completed, and it is impossible to judge whether the vibration test of the product is qualified in person

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