Water-electricity separation system of pulsator semiautomatic washing machine

Abstract

The invention discloses a water-electricity separation system of a pulsator semiautomatic washing machine. The water-electricity separation system comprises a main control module, a temperature control module, a water-electricity separation module, an ozone sterilization module and a water storage module, wherein an output end of the main control module is connected with the water-electricity separation module and the ozone sterilization module respectively; the water-electricity separation module comprises a heat conducting unit, a heating unit and an insulated isolation unit; an input end of the heat conducting unit is connected with an output end of the heating unit; an input end of the heating unit is connected with an output end of the insulated isolation unit; the temperature control module comprises a temperature setting unit and a temperature sensing unit; an input end of the temperature setting unit is connected with an output end of the main control module; an output end of the temperature sensing unit is connected with the heat conducting unit and an input end of the main control module respectively. According to the water-electricity separation system disclosed by the invention, the design is reasonable; clothes in the washing machine are heated conveniently; moreover, temperature adjustment on the washed clothes of different quality requirements is realized; the using quality and the washing effect of the washing machine are improved.

Description

technical field [0001] The invention relates to the technical field of washing machines, in particular to a water and electricity separation system for a pulsator semi-automatic washing machine. Background technique [0002] A semi-automatic washing machine, also called a twin-tub washing machine, has a washing tub on one side and a drying tub on the other. Semi-automatic washing machines generally have laundry on the left, drain in the middle, and a spin-drying timer on the right. Most of the pulsator semi-automatic washing machines are cold water machines with low detergent solubility, so they mostly rely on washing power for washing, and are mostly suitable for washing cotton and linen fabrics, so the washing effect is poor and the safety performance is low. The forward and reverse rotation of the machine stirs the water flow and drives the movement of the laundry. The washing is completed by the mutual friction of the laundry. The washing force is large. Although the wa...

AI Technical Summary

Problems solved by technology

Most of the pulsator semi-automatic washing machines are cold water machines with low detergent solubility, so they mostly rely on washing power for washing, and are mostly suitable for washing cotton and linen fabrics, so the washing effect is poor and the safety performance is low. The forward and reverse rotation of the machine stirs the water flow, drives the washing to move, and the washing is completed by the mutual friction of the washing. The washing force is large. Although the washing performance is good, the wear rate is high, and there are certain limitations in use.

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