Water-saving wave wheel type or stirring type water-saving full-automatic washing machine

Abstract

The invention relates to a water-saving wave-wheel or mixing full-automatic washing machine, which comprises: a box, an outer cylinder suspended inside the box, an inner cylinder rotated by outer rotation axle inside the outer cylinder, and a mixer whose inner rotation axle is connected to the bottom of inner cylinder, wherein the wall of outer cylinder is dense; the lower side wall of inner cylinder has not holes but the upper part has water outlets; the washing water of inner cylinder will lift along the cylinder wall when the inner cylinder rotates quickly, via the water outlets flow into the outer cylinder to enter into the bottom of outer cylinder, then to be discharged via the discharge tube. The invention is characterized in that: the bottom of inner cylinder is arranged with the lower discharge water connected to the outer cylinder; the bottom of outer cylinder has water pump whose water inlet is through to the discharge tube at the bottom of outer cylinder; the discharge open is connected to the tube through to the inner cylinder; when washing, the flux of waster pump is larger than the flux of washing water that flows from the inner cylinder via the lower water outlet to the outer cylinder, to pump the washing water between inner and outer cylinders back to the inner cylinder. The invention can save water.

Description

technical field [0001] The invention relates to a water-saving pulsator type or stirring type fully automatic washing machine, which belongs to D06F39 / 08 in the International Patent Classification Table. Background technique [0002] Traditional pulsator or agitator fully automatic washing machines, such as figure 1 As shown, the outer barrel 3 is rotatably provided with an inner barrel 5 with an agitator 4 rotatably arranged at the inner bottom thereof, the bottom surface of the inner barrel 5 is sealed, and its side walls are covered with dehydration holes 14; the outer barrel 3 is suspended Part 2 is hung in the outer casing 1 of the washing machine; the automatic controller 12 controls the motor 24 located at the bottom of the outer tub 3 to drive the deceleration clutch 7 through the transmission system, and transmits the power to the agitator 4 and the inner tub 5; the bottom of the agitator 4 Such as figure 1 To the view of A, the agitator 4 is provided with reinfor...

AI Technical Summary

Problems solved by technology

The disadvantages of this water-saving washing machine are: the structure is complex, the process requirements are high, the cost of modification is very large, and it is difficult to implement; and there is a water storage cavity between the outer bottom of the inner tub and the inner bottom of the outer tub, and the water in the cavity is obviously wasted.

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