Manganese alloy disc type motor, clamp and spring damping and rinsing device

Abstract

The invention relates to a rinsing machine and a manganese alloy disc type motor, clamp and spring damping and rinsing device. As an improvement, a clamp and spring combined damping piece is arranged between a perpendicular folded edge plate and a vertical plate, and a pulling and pressing clamp and spring damper comprises a pulling and pressing spring rod, a pulling and pressing clamp and spring inner cylinder, a pulling and pressing clamp guide outer cylinder, a pulling and pressing clamp and first spring base, a pulling and pressing upper end clamp cover, a first pulling and pressing spring, a second pulling and pressing spring, a pulling and pressing paired half-opened lower clamp and a pulling and pressing paired half-open upper clamp; the clamp and spring combined damper is arranged on the back face of a rotating part such as a water containing barrel, and the gravity center of the rotating part such as the water containing barrel is lowered; due to the double-spring combined effect of the pulling and pressing clamp and spring damper and a pressing and pulling clamp spring damper, pressure and tension are borne alternately; the vibration amplitude is decreased. The section of a permanent magnet is in an isosceles trapezoid shape, the axial magnetic field is gradually increased from inside to outside, the inner diameter position of the magnetic field is prevented from saturation, and the utilization efficiency of the permanent magnet is improved.

Description

technical field [0001] The invention relates to a washing machine, in particular to such a manganese alloy disc motor hoop spring vibration-eliminating rinsing device with stable drum and low center of gravity. Background technique [0002] The rotating parts such as the bucket of the traditional front-loading washing machine rely on springs or shock absorbers located above and below the casing to support shock absorption and vibration. Therefore, a certain space needs to be reserved between the bottom of the casing and the bucket, causing the bucket, etc. Rotating parts increase in size from the bottom of the case. [0003] Moreover, in the traditional drum-type washing machine, the weight of the rotating parts such as the bucket is completely supported by the motor shaft, which has to increase the diameter of the motor shaft, resulting in many disadvantages such as longer sealing of the motor shaft. [0004] In addition, because the traditional drum type washing machine i...

AI Technical Summary

Problems solved by technology

[0002] The rotating parts such as the bucket of the traditional front-loading washing machine rely on springs or shock absorbers located above and below the casing to support shock absorption and vibration. Therefore, a certain space needs to be reserved between the bottom of the casing and the bucket, causing the bucket, etc. Increased size of rotating parts from the bottom of the enclosure

[0003] Moreover, in the traditional front-loading washing machine, the weight of the rotating parts such as the bucket is completely supported by the motor shaft, so the diameter of the motor shaft has to be increased, resulting in The sealing becomes longer and many other disadvantages

[0004] In addition, because the traditional drum type washing machine is inconvenient to move, even if it has wheels, it is afraid of bumps and lacks effective shockproof measures

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