Adhesion testing system for shock absorber rings

Abstract

The invention relates to a viscous force detection system for a shock ring. The viscous force detection system for the shock ring comprises a viscous force detection machine, a transmission and discharge device used to organize products into a single and forward transmission, an output port connected to the transmission and discharge device, an arrangement transmission channel receiving the products transmitted in the transmission and discharge device and arranging the products in order, a viscous force transmission mechanism located on an output port of the arrangement transmission channel toreceive the products transmitted in the arrangement transmission channel and transfer the products to a viscous force testing machine in turn and a pressure mechanism arranged at the output port of the arrangement transmission channel and keeping the products in a pressure state during the transmission to the viscous force transmission mechanism. The viscous force detection system for the shock ring ensures the situation that the shock ring is turned from the front side to the back side is reduced as much as possible during the conversion process between different working positions, and the subsequent detection is ensured in an orderly manner.

Description

technical field [0001] The invention relates to the technical field of viscosity testing, in particular to a viscosity testing system for shock absorbing rings. Background technique [0002] With the rapid development of modern industry, vibration and noise have become serious problems in various fields, so the corresponding damping ring is designed to reduce vibration and noise. The damping ring includes a bottom ring and a protruding ring integrally connected, and the bottom ring and the protruding ring are coaxially arranged; both the bottom ring and the protruding ring are provided with shock-absorbing rubber pads, wherein the diameter of the protruding ring is smaller than that of the bottom ring. [0003] In the process of producing shock absorbing rings, semi-finished products need to be inspected in multiple processes, such as viscosity testing. In order to improve the detection efficiency, a corresponding automatic inspection line is usually designed to transfer the...

AI Technical Summary

Problems solved by technology

[0003] In the process of producing shock absorbing rings, semi-finished products need to be inspected in multiple processes, such as viscosity testing. In order to improve the detection efficiency, a corresponding automatic inspection line is usually designed to transfer the shock absorbing rings to be tested to the viscosity testing The test is carried out in the machine, but during the transmission process, there will be transitions between different stations, and during the transition process, it is easy for the shock absorbing ring to flip from the front to the back, which will lead to the failure of the follow-up adhesion test, so the current design The automated detection pipeline has a certain room for improvement

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