Three-output-shaft clutch of washing machine

Abstract

Disclosed is a three-output-shaft clutch of a washing machine. The clutch comprises a pulsator shaft, a middle shaft sleeve and an outer shaft sleeve; the pulsator shaft is connected with a clutch planetary carrier, the middle shaft sleeve is connected with a braking wheel, and the outer shaft sleeve emptily sleeves the middle shaft sleeve. The lower end of the outer shaft sleeve is provided witha spline structure, and the spline structure is sleeved with an upper clutch sleeve. An upper fixed sleeve is fixed on a clutch mounting plate, an upper movable sleeve is fixed on the braking wheel, and the two ends of the upper clutch sleeve are evenly provided with tooth-shaped structures and meshed with the upper fixed sleeve and the upper movable sleeve respectively. According to the washing machine applying the clutch, a washing barrel and a flange of the washing barrel are connected with the outer shaft sleeve, the pulsator shaft is connected with a pulsator, and the middle shaft sleeveis fixedly connected with a water sealing disc. The flange is provided with one or more flange drain holes, and the water sealing disc is provided with water sealing disc drain holes the number of which is equal to that of the flange drain holes. The clutch state of a lower clutch sleeve and the upper clutch sleeve is achieved through a traction motor and other external force. The overall structure is high in reliability, and the water sealing and drainage function of the water-saving and environment-friendly washing machine is effectively achieved.

Description

technical field [0001] The invention relates to the technical field of a water-saving washing machine without a hole in the inner tub, in particular to a three-output shaft clutch of a washing machine. Background technique [0002] In order to solve the water-saving and secondary pollution problems of fully automatic pulsator or drum washing machines, water-saving washing machines have been developed in the industry, that is, non-porous washing drum washing machines. The wall only has a circle of water throwing holes near the balance ring, and there are no holes in other parts. During the washing process of the washing machine with this structure, the inner cylinder is filled with water, and there is no water between the inner cylinder and the box body, which can solve the problem of water saving and Secondary pollution problem; but in the dehydration condition, it is usually necessary to throw water to the wall of the inner barrel, and the water rises along the wall of the ...

AI Technical Summary

Problems solved by technology

[0002] In order to solve the water-saving and secondary pollution problems of fully automatic pulsator or drum washing machines, water-saving washing machines have been developed in the industry, that is, non-porous washing drum washing machines. The wall only has a circle of water throwing holes near the balance ring, and there are no holes in other parts. During the washing process of the washing machine with this structure, the inner cylinder is filled with water, and there is no water between the inner cylinder and the box body, which can solve the problem of water saving and Secondary pollution problem; but in the dehydration condition, it is usually necessary to throw water to the wall of the inner barrel, and the water rises along the wall of the inner barrel under the action of centrifugal force to the water throwing hole and flows out from the hole, while the water will Accelerating the water in the bucket to the appropriate centrifugal force consumes a lot of electricity, so that the washing machine cannot meet the energy-saving requirements

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