Union piston oscillation damping rinsing equipment of molybdenum alloy cage type motor

Abstract

The invention relates to a washing machine, and discloses union piston oscillation damping rinsing equipment of a molybdenum alloy cage type motor. The union piston oscillation damping rinsing equipment of the molybdenum alloy cage type motor comprises an outer shell, a drum door, a water containing bucket, a rolling drum body, an upright plate, a base plate, a squirrel-cage type water-cooled motor component, an outer water supply pipe and a drainage outer pipe. A drainage control line is further extracted out of an adjusting operating box. The drainage control line is communicated with a drainage control valve. An upper opening of the drainage control valve is provided with a drainage corrugated pipe connecting to the bottom of the water containing bucket. The drainage outer pipe is extracted out of the drainage control valve. The bottom edges all around the outer shell are fixed to the periphery of the base plate. Four base plate wheel holes are formed in the base plate. A set of dual spring oscillation damping components are arranged on each base plate wheel hole. According to the squirrel-cage type water-cooled motor component, communication pieces are arranged between the motor outer shell and a front cover plate and between the motor outer shell and the rear end cover, so that sealing of a cooling water channel does not much depend on clinging to end faces, therefore flatness demand of the inner-side end face of the end cover and the end face of an engine base is lowered, and the processing difficulty and the motor assembling quality demand are lowered.

Description

technical field [0001] The invention relates to a washing machine, in particular to such a molybdenum alloy cage motor with a stable drum and a low center of gravity and a nonon piston vibration-eliminating rinse device. 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. 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, so the diameter of the motor shaft has to be increased, resulting in many disadvantages such as longer sealing of the motor shaft. In addition, because the traditional drum type washing machine is inc...

AI Technical Summary

Problems solved by technology

[0002] The rotating parts such as the bucket of the traditional front-loading washing machine are supported by springs or shock absorbers located up and down the casing. Therefore, the bottom of the casing and the A certain space needs to be reserved between the buckets, resulting in an increase in the size of the rotating parts such as the bucket from the bottom of the cabinet

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, so the diameter of the motor shaft has to be increased, resulting in many disadvantages such as longer sealing of the motor shaft

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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