Modified washing machine impeller structure

Abstract

An improved wave wheel structure of a washing machine comprises a wave wheel disk surface, and ribs arranged on the wave wheel disk surface and including three relatively larger ribs and three relatively smaller ribs arranged at intervals. Further, water discharge holes are arranged on the wave wheel disk surface. The surface of the relatively larger rib forms an angle of 40 to 50 DEG with the wave wheel disk surface, which is an arc surface forming an angle of 3 to 9 DEG with the horizontal surface. The height of the relatively larger rib is 2 to 3 cm with respect to the wave wheel disk surface. The three relatively larger ribs are uniformly arranged on the wave wheel disk surface radially, and the three relatively smaller ribs are uniformly arranged on the wave wheel disk surface radially. The invention has the advantages of improved wave wheel shape, in particular to the shape of the rib on the wave wheel, to form 3D and optional water flow in the washing process; and improved density of the water discharge holes to prevent clothes from twisting, thus facilitating the improvement in washing effect of the washing machine.

Description

technical field [0001] The invention belongs to the technical field of washing machines and relates to a washing machine pulsator structure. Background technique [0002] When the user uses the pulsator washing machine to wash clothes, he first needs to put the clothes into the washing tub, and then run the program. When the water is stored to the specified water level, the pulsator moves, and the start-stop ratio of the general action is 1.8:0.6. During washing, the washing tub does not operate. Until the end of washing, the pulsator operates at a ratio of 0.4:1.0 to loosen the clothes. [0003] The main mechanical force of the pulsator washing machine comes from the pulsator, and the pulsator moves to transmit the force to the water, and the water drives the clothes to turn over, so as to achieve the purpose of washing the clothes. The pulsator is assembled at the bottom of the washing tub, so the result is that the water flow is strong at the bottom and weak at the top...

AI Technical Summary

Problems solved by technology

The pulsator is assembled at the bottom of the washing tub, so the result is that the water flow is strong at the bottom and weak at the top, which will affect the washing uniformity and entanglement rate, which will eventually lead to a large entanglement rate of clothes, poor washing uniformity, and the clothes are not easy to wash.

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