washing machine

Abstract

The invention provides a washing machine, comprising: a dehydration bucket provided with a hollow cavity; a base set on an opening at one end of the cavity; a drive device set in the base; a pulsator set on the base connected to drive The device; the auxiliary pulsator assembly is arranged on the dehydration bucket and is located at one end away from the pulsator, and the auxiliary pulsator assembly is connected to the driving device; wherein, when the washing machine is working, the driving device drives the pulsator and the auxiliary pulsator assembly to rotate. The driving device of the present invention drives the pulsator and the auxiliary pulsator assembly to rotate in forward and reverse directions, so that the water flow in the dehydration bucket can form a strong water flow at the upper and lower ends, thereby improving the friction and washing performance of the laundry items in the washing machine , reducing the probability of clothing entanglement; furthermore, by rationally utilizing the existing structure of the washing machine, the purpose of simultaneously driving the pulsator and the auxiliary pulsator assembly to rotate by the driving device can be achieved without adding an additional power device, thereby reducing production costs.

Description

technical field [0001] The invention relates to the technical field of household appliances, in particular to a washing machine. Background technique [0002] The traditional fully automatic washing machine rotates the washing shaft of the clutch through the motor arranged at the bottom of the outer tub, and then drives the dehydration bucket and the pulsator connected to the washing shaft to rotate, so as to realize the work of washing and dehydration. This structural setting makes the pulsator rotate during washing and then drives the water flow near the bottom of the inner tub to rotate to form a strong water flow, but the flow of the water flow at the end far away from the bottom of the inner tub is relatively weak, which leads to a difference in the upper and lower water flow inside the inner tub, resulting in weak washing and clothes winding and other issues. Especially when washing a lot of clothes or a large-capacity washing machine with a relatively high inner tub ...

AI Technical Summary

Problems solved by technology

This structural setting makes the pulsator rotate during washing and then drives the water flow near the bottom of the inner tub to rotate to form a strong water flow, but the flow of the water flow at the end far away from the bottom of the inner tub is relatively weak, which leads to a difference in the upper and lower water flow inside the inner tub, resulting in weak washing and clothes Winding and other issues

Especially when washing a lot of clothes or a large-capacity washing machine with a high inner tub is more prone to the above problems, resulting in poor user experience

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