Speed-up rubber crushing device based on centrifugal force and capacitance principle

Abstract

The invention relates to the technical field of rubber, and discloses a speed-up rubber crushing device based on centrifugal force and a capacitance principle. The speed-up rubber crushing device comprises a shell, wherein a cutting bin is fixedly connected into the shell. According to the centrifugal force generated by rubber in the actual process, the capacitance principle is utilized, the variable speed cutting and variable speed screening operation are triggered to improve the linkage between structures, through the joint action of a cutting disc, a linkage rod, a moving block, a first rotating disc and a rotating column, the cutting speed is automatically increased, the situation that the cutting speed is weakened due to the change of current is compensated, the crushing quality problem caused by the reduction of cutting speed is avoided, so that the crushing quality of the rubber is ensured, through the joint action of the linkage rod, the moving block, the rotating column, a screening plate, a third rotating disc and a rotating plate, and the screening speed is automatically increased to avoid the situation that the screening frequency is reduced due to the weakening of current, resulting in rubber accumulation and reduction of the screening efficiency of the rubber.

Description

technical field [0001] The invention relates to the technical field of rubber, in particular to a speed-increasing crushing device for rubber based on the principle of centrifugal force and capacitance. Background technique [0002] In the process of processing rubber products, defective products are usually produced due to equipment aging and human factors, so that the product quality does not meet the requirements. In order to save resources and reduce costs, the defective rubber quality is generally cut into small pieces, and then Extruded and crushed by crushing rollers to obtain small particles of rubber, which is convenient for reprocessing. However, in industrial production, due to the large power consumption, current fluctuations often occur, resulting in weakened current, which reduces the operating speed of the cutting device, resulting in larger particle size after crushing the rubber and making the rubber shape smaller. There is a huge difference, which greatly ...

AI Technical Summary

Problems solved by technology

However, in industrial production, due to the large power consumption, current fluctuations often occur, resulting in weakened current, which reduces the operating speed of the cutting device, resulting in larger particle size after crushing the rubber and making the rubber shape smaller. There is a huge difference, which greatly reduces the crushing quality

At the same time, the movement of the sieve will also be affected by the change of the current to reduce the vibration frequency, which is prone to rubber accumulation and reduces the screening efficiency.

[0003] Aiming at the deficiencies of the prior art, the present invention provides a speed-increasing crushing device for rubber based on the principle of centrifugal force and capacitance, which has the advantages of automatic speed-increasing cutting and sieving, good crushing quality and better sieving effect, and solves the problem of rubber crushing quality. For the problem of poor and poor sieving effect, according to the centrifugal force generated by the rubber in the actual process and the principle of capacitance, the variable-speed cutting and variable-speed sieving operations are triggered to automatically increase the cutting speed and compensate for the weakening of the cutting speed caused by current changes. , to avoid the crushing quality problem caused by the reduction of cutting speed, so that the crushing quality of rubber is guaranteed, and at the same time, the screening speed is automatically increased to avoid the reduction of screening frequency due to the weakening of the current, and the occurrence of rubber accumulation, which reduces the screening of rubber Efficiency, with a higher degree of automation

Images