Transmission structure of fully-automatic impeller washing machine

Abstract

The invention discloses a transmission structure of a fully-automatic impeller washing machine. The transmission structure of the fully-automatic impeller washing machine comprises a shaft system and a motor coaxially arranged at the bottom of the shaft system. The shaft system is fixedly provided with a outer drum, and the axial system inside the outer drum is provided with a flange disc; the flange disc is fixedly provided with a inner drum, and the shaft system inside the inner drum is fixedly provided with an impeller; the bottom surface of the outer drum, the bottom surface of the inner drum and the flange disc are concentrically arranged in parallel; the shaft system penetrates the positions of the centers of gravity of the impeller, the bottom surface of the inner drum, the flange disc and the bottom surface of the outer drum; the shaft system inside the impeller is provided with a floating disc which can vertically slide; the flange disc is fixedly provided with a floating disc base, which is penetrated by the shaft system and engaged with the floating disc. The transmission structure of the fully-automatic impeller washing machine is small in amount of applied parts, simple in structure and low in manufacturing cost, omits a mechanical reducer and reduces potential risks and defects due to existing reasons of the reducer.

Description

technical field [0001] The invention relates to the technical field of washing machine transmission, in particular to a transmission structure of a fully automatic pulsator washing machine. Background technique [0002] The washing and dehydration function changes of the existing fully automatic pulsator washing machine mainly rely on the internal structure of the reducer to realize. [0003] ginseng figure 1 Shown is a schematic diagram of the transmission structure of a fully automatic pulsator washing machine in the prior art, including a pulsator 1', a pulsator screw 2', an insert 3', a nut 10', an inner cylinder 6', an outer cylinder 7', and a screw 8 ', flange 9', iron plate 20, reducer 21, motor 12'. The working principle of its transmission structure is: the computer board transmits signals to the motor 12', and the motor 12' rotates to drive the reducer 21 to rotate; when washing, the reducer 21 drives the pulsator 1' to rotate forward and reverse through the wash...

AI Technical Summary

Problems solved by technology

[0004] There are many suitable parts for the transmission mode of the reducer, the transmission structure is complex, and the processing accuracy is high, resulting in high overall material costs and insufficient product competitiveness.

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