Buffering mechanism of washing machine suspender and washing machine suspender

Abstract

The invention discloses a buffering mechanism of a washing machine suspender. The buffering mechanism is formed by a rigid supporting framework and a flexible supporting layer which are integrally formed, the rigid supporting framework is completely covered with the flexible supporting layer and is prevented from being exposed outside, a damping part is prevented from being damaged and falling while the damping effect of the suspender is achieved, the requirement for long-term use of a washing machine is met, and the using cost is lowered. A connecting part is integrally formed upwards at thetop of the buffering mechanism, the function of a traditional friction sheet is replaced, and when the washing machine conducts dewatering, the vibration of the whole washing machine is reduced in theresonance period. In the meanwhile, the structure of the suspender is effectively optimized, the quantity of parts on the suspender is reduced, the assembly technology is simplified, and the buffering mechanism is convenient to install in place.

Description

technical field [0001] The invention belongs to the technical field of design of a shock absorbing mechanism of a washing machine, and in particular relates to a buffer mechanism of a suspension rod of a washing machine. Background technique [0002] When the washing machine is working, under the force of the motor, clothes, and washing water, the outer tub will shake and tilt to one side. If the centrifugal force generated by the washing machine is larger, the tilt angle will be larger, which makes the washing machine The outer tub is likely to collide with the cabinet, resulting in increased noise when the washing machine is working, and the problem of collision damage between the cabinet and the outer tub is prone to occur, affecting the service life of each component of the washing machine. [0003] In order to reduce the shaking and tilting range of the outer tub when the washing machine is running, it is usually chosen to set a shock-absorbing suspender to play a buffe...

AI Technical Summary

Problems solved by technology

[0004] However, the spring at the lower part of the shock-absorbing boom of the traditional structure is exposed outside. After a long time of use, the spring is prone to rust and damage, and the friction plate connected between the spring and the lower suspension ball will also fall off, which in turn affects the shock absorption of the boom. Effect

Moreover, the structure of the boom in the prior art is relatively complicated, and there are many parts and components. It is necessary to pay attention to the installation in place, which is inconvenient to operate and has low work efficiency.

Images