Full-automatic deceleration clutch and washing machine thereof

Abstract

A wholly automatic decelerating clutch and a washing machine thereof pertain to washing machine technical field; an output shaft of the wholly automatic decelerating clutch consists of a small whirlpool agitator shaft, a large whirlpool agitator shaft and a dewatering shaft that are sleeved concentrically; the whirlpool agitator of the washing machine adopting the wholly automatic decelerating clutch is a small whirlpool agitator and a large whirlpool agitator, wherein the small whirlpool agitator is fixedly arranged on the small whirlpool agitator shaft and in the center part of the large whirlpool agitator, and the large whirlpool agitator is fixedly arranged on the large whirlpool agitator shaft, and an inner bucket is fixedly arranged on the dewatering shaft. The washing manner of the washing machine adopting the wholly automatic decelerating clutch is that: the small whirlpool agitator, the large whirlpool agitator and the inner bucket are mutually, reversely and bidirectionally rotated to and fro at a certain ratio, different speeds and different rotating angles, to produce complicated, vertically and horizontally crossed impacting water flow, to strike and rinse clothes, and fully roll, strongly rub and sway the clothes, thus improving the cleanness rate of clothes and not twisting the clothes; when the clothes are dewatered, a torsional spring automatically integrates the decelerating clutch into a whole, and decenters and dewater the clothes in high speed, without needing a whole set of clutch parts and operating mechanisms of the normal decelerating clutch.

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 washing machines and their deceleration clutches. 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. In order to change the working conditions of washing and dehydration, the conventional deceleration clutch must be equipped with a complet...

AI Technical Summary

Problems solved by technology

In order to change the working conditions of washing and dehydration, the conventional deceleration clutch must be equipped with a complete set of clutch parts such as ratchet, pawl, pawl spring, clutch spring, clutch bushing, adjusting bolt, etc., but it does not have the function of automatic clutch conversion. The clutch spring must be controlled by the external traction motor to make the clutch spring work in order to switch the washing and dehydration working conditions. The electronic control system and the clutch control system are relatively complicated, which increases the opening force of the brake lever, especially the clutch spring. Easy to wear early, directly affect the service life of deceleration clutch and washing machine

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