Washing method and applied washing machine driving mechanism

Abstract

The invention relates to a washing method and an applied washing machine driving mechanism. An input member of a reducing mechanism is fixedly connected with a power member which provides rotating motion energy. A dehydration output member of the reducing mechanism is fixedly connected with a dehydration shaft sleeve. A washing output element of the reducing mechanism is connected with a washing shaft. The washing output part is connected with the input element, so that the washing output element rotates around the power element in a revolution mode. The dehydration output element is connected with the washing output element in a meshed mode, so that the dehydration output element and the washing output element respectively rotate by mutual effect through mutual effect. The magnetic damper is arranged and connected outside the dehydration shaft sleeve, and the magnetic damper can produce damping force on the dehydration shaft sleeve, so that rotating speed of the dehydration shaft sleeve is equal to or less than that of a washing shaft. The washing method and the applied washing machine driving mechanism greatly ensure washing effect, and meet the requirement for washing ratio.

Description

technical field [0001] The invention relates to the technical field of washing machines, in particular to a washing method and a washing machine driving mechanism for its application. Background technique [0002] The washing machine is a machine that removes the stains attached to the laundry through chemical decomposition and mechanical impact. It is mainly driven by the drive mechanism to rotate the pulsator, agitate the water flow and the rotation of the clothes to achieve the purpose of washing the clothes. At present, the power source of the commonly used driving mechanism is a motor, and the torque when the motor rotates is transmitted to the reduction mechanism by the output shaft of the motor, and then the output shaft of the reduction mechanism is connected with the pulsator, thereby driving the pulsator to rotate. [0003] Ordinary motors have a high speed. In order to obtain a suitable output speed, the motor needs to be decelerated in practical applications. At ...

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Problems solved by technology

Although this structure further reduces the occupied space to a certain extent, because its principle is to use the inner circumferential space of the stator of the outer rotor motor to install the reduction mechanism in the inner diameter space of the stator through the installation parts, it cannot be used in the inner rotor without inner space. The application on the motor has certain limitations. At the same time, the motor body directly drives the shaft, and then decelerates the drive shaft through the reduction mechanism installed in the inner diameter space of the motor, so it only reduces the occupied space to a certain extent, but the structure It is still not compact enough. Furthermore, when the volume of the reduction mechanism needs to be increased in order to obtain a larger transmission ratio, the outer rotor motor must also increase the volume of the inner diameter to realize this invention. Obviously, this does not solve the essential technical problem

[0005] In addition, current washing machines wash at a fixed speed, regardless of the size of the washing load, and the washing shafts wash at the same speed. This washing method not only easily damages the clothes to be washed, but also damages the clothes when the load is too heavy. will damage the washing machine motor

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