Washing machine deceleration clutch, washing machine and washing mode thereof

Abstract

A decelerating clutch of a washer and the washer and a washing mode thereof relates to the technical field of washers. An output shaft of the decelerating clutch includes a small wave wheel shaft, a large wave wheel shaft and a dewatering shaft. By adopting optimized inner structure design, the invention can simultaneously drive the larger and the small wave wheels to rotate actively, and a brake wheel is directly connected with the dewatering shaft and an input shaft sleeve, thus reducing the production cost. A washer manufactured by using the decelerating clutch comprises a small wave wheel and a large wave wheel, wherein the small wave wheel is fixedly arranged on the small wave wheel shaft and positioned at the middle portion of the large wave wheel; the large wave wheel is fixedly arranged on the large wave wheel shaft; and an inner barrel is fixedly arranged on the dewatering shaft. The washer manufactured by using the decelerating clutch is operated in such a mode that the small wave wheel, the large wave wheel and the inner barrel make reciprocating rotation in mutually reverse directions at different speeds and different rotation angles by a ratio in two directions to produce complex and crossing shock water flow to scrub and clean the clothes, thus completely rotating the clothes, achieving strong scrubbing force, improving the cleaning rate and preventing twisting of the clothes.

Description

technical field [0001] The technical solution of the invention relates to the technical field of washing machines, in particular to the automatic optimization design of the washing machine and its deceleration clutch, and also to the washing method of the washing machine. Background technique [0002] Existing conventional deceleration clutch mainly is made up of input shaft, input shaft sleeve, output shaft, output shaft sleeve, brake wheel, the reduction mechanism installed in brake wheel inside and the clutch part installed on the input shaft sleeve. In the conventional pulsator washing machine, the washing work is generally only performed by the two-way reciprocating rotation of the pulsator or the two-way reciprocating rotation of the inner tub in the opposite direction of the pulsator at the same time. The water flow is relatively simple and does not achieve the desired washing effect. Contents of the invention [0003] The main purpose of the present invention is: t...

AI Technical Summary

Problems solved by technology

In the existing conventional pulsator washing machine, the washing work is generally only performed by the two-way reciprocating rotation of the pulsator or by the inner tub at the same time as the opposite direction of the pulsator. The water flow is relatively simple and does not achieve the ideal washing effect.

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