Hammering mechanism of hammering sleeve washers

Abstract

A beating mechanism of beating-type sleeved-drum washer is disclosed. When the washer is working, a hammer installed to lower end of a rockerarm is aimed at the center of internal drum and is moving up and down under the drive of motor, steel cable and spring for beating the clothes to be washed. When the washer is not working, said hammer is moved from the top of internal drum for loading clothes in the drum or taking clothes from it. Its advantages are no damage to clothes and beating mechanism, high efficiency and low noise.

Description

technical field [0001] The invention relates to a beating mechanism of a beating-type drum washing machine, which belongs to the field of household appliances. Background technique [0002] At present, except wave wheel type, drum type, agitation type, jet type, bubble type, ultrasonic type, extruding type, centrifugal washing machine, proposed beating type sleeve washing machine again. Beating type sleeve washing machine has a high cleaning rate, saves water, saves time, and saves detergent, but it still has the following disadvantages. [0003] 1. The impact hammer is always in the inner tub of the washing machine, which makes it inconvenient to pick and place the clothes. [0004] 2. The beating hammer moves between the fixed upper and lower dead centers driven by the crank linkage mechanism. The fixed lower dead center is difficult to adapt to different laundry loads. When there are many clothes, it is easy to damage the clothes and the beating mechanism. [0005] 3. I...

AI Technical Summary

Problems solved by technology

[0003] 1. The impact hammer is always in the inner tub of the washing machine, which makes it inconvenient to pick and place clothes

[0004] 2. The beating hammer moves between the fixed upper and lower dead centers driven by the crank linkage mechanism. The fixed lower dead center is difficult to adapt to different laundry loads. When there are many clothes, it is easy to damage the clothes and the beating mechanism.

[0005] 3. In order to avoid collision with the hammer when the inner bucket rotates at high speed to dry clothes, the top dead center of the hammer movement should be higher than the upper edge of the inner bucket, and the bottom dead center of the hammer movement should be lower in order to hit the clothes. , causing the hammer to move up and down in a relatively large range, which will inevitably cause water splashes, high noise, and reduce work efficiency

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