Titanium alloy rinsing device adopting disc motor and hoop piston damping structure

Abstract

The invention relates to a washing machine, in particular to a titanium alloy rinsing device adopting a disc motor and a hoop piston damping structure. The titanium alloy rinsing device comprises a casing, a drum door, a water barrel, a rotating drum, a vertical plate, a base plate, the disc thrust bearing motor, an outer water supply pipe and an outer draining pipe, wherein as an improvement, a hoop piston combined shock absorber is arranged between a vertical flanged plate and the vertical plate and comprises two pull-press hoop piston dampers and one press-pull hoop piston damper; the disc thrust bearing motor comprises a stator, a rotor, a motor rotating shaft, a motor housing, a motor front cover plate and a rear end cover, a lead window is arranged in the outer wall of the motor housing, and a cable penetrates through the lead window and is connected to an external control power supply. The titanium alloy rinsing device has the advantages as follows: when three-phase alternating current is introduced into a stator winding, a rotating magnetic field is generated, the magnetic field penetrates through air gaps axially, cuts a rotor winding and induces the current in the rotor winding to produce torque, the rotor is driven to rotate, and the torque is output for production and mechanical work.

Description

technical field [0001] The invention relates to a washing machine, in particular to such a titanium alloy disc motor hoop piston 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...

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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

[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 front-loading 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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