Intelligent automatic washing machine

Abstract

The invention relates to an intelligent automatic washing machine. A motor is installed in a cavity formed by a control panel, a door cover plate, an upper frame and a shell; the motor is connected with a shaft body through a belt and a belt pulley; the shaft body is connected with an impeller to form a transmission device; a drain valve, a drain pipe and an electromagnetic water pump or a retractor compose a drain device; the shell is formed by connecting a vat and a base; the upper frame is connected with a spray device; and a computer control board is installed on the control panel. A washing program comprises the following steps: water intake: opening an intake valve by the computer control board for water intake; washing: after the quantity of water intake reaches a set standard, stopping water intake and starting washing; draining: after washing, draining water out of the vat; repeating the process for 2-3 times; and spray washing and draining: washing by a sprayer at the top and draining at the bottom according to the washing program synchronously for 1-2 minutes. The invention cancels a dewatering program and adds a spray washing and draining program, thereby reducing the number of clutches and saving water; the shell is a single vat, thereby reducing the number of parts, reducing cost and eliminating the secondary pollution; and the single-vat full automatic washing machine reduces the labor intensity of users.

Description

technical field [0001] The invention relates to a washing machine and a washing program of the washing machine, in particular to an intelligent automatic washing machine with water-saving function, low manufacturing cost, convenient use and no dehydration program. Background technique [0002] Although the existing fully automatic pulsator washing machine is easy to use, it still needs a clutch structure because of its complex structure, especially during the washing process, the gap between the inner and outer tubs is large, and the water stored in the outer tub is all drained at this time. It is wasted, but the water in this part accounts for 40% of the washing machine water, so the water waste is serious, and the dirt between the inner and outer barrels cannot be cleaned, and secondary pollution will occur after long-term use. [0003] Existing single-tub and double-tub washing machines are semi-automatic washing machines, and their inlet and outlet need to be manually op...

AI Technical Summary

Problems solved by technology

[0002] Although the existing fully automatic pulsator washing machine is easy to use, it still needs a clutch structure because of its complex structure, especially during the washing process, the gap between the inner and outer tubs is large, and the water stored in the outer tub is all drained at this time. It is wasted, but this part of the water accounts for 40% of the water used in the washing machine, so the water waste is serious, and the dirt between the inner and outer barrels cannot be cleaned, and secondary pollution will occur after long-term use

[0003] Existing single-tub and double-tub washing machines are semi-automatic washing machines, and their inlet and outlet need to be manually operated, that is, the double-tub washing machine still needs to manually take out the clothes, and then put them into the spin dryer for dehydration, so the whole washing process is troublesome. Time-consuming and labor-intensive

[0004] Patent No. 200820037500.2 "a new type of single-cylinder fully automatic washing machine", although it is a single-cylinder, there is no clutch used in traditional automatic washing machines, but its drum is still a whole body that is fixed with screws after the inner and outer drums are set. The small gap between the inner and outer barrels is good for water saving, but it still retains the structure of two barrels. Although the two barrels can be disassembled for cleaning to reduce secondary pollution, the operation is also very troublesome

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