Ultrasonic laundry equipment

Abstract

The invention discloses ultrasonic laundry equipment which comprises a shell, a water containing bucket, a dewatering bucket, a gas bubble generation device and a clothes extension pretreatment device, wherein a main accommodation region, a left accommodation region and a right accommodation region are formed in the shell; the water containing bucket is arranged in the main accommodation region; agap is formed between the water containing bucket and the inner wall of the shell; an air blower is mounted on the inner wall of the shell; the dewatering bucket is rotatably arranged in the water containing bucket; the gas bubble generation device comprises a high-pressure gas pump and a spray nozzle; the high-pressure gas pump is arranged in the right accommodation region; the clothes extensionpretreatment device is arranged in the left accommodation region; and the clothes extension pretreatment device comprises a clothes lead-in mechanism, a clothes treatment box, an ultrasonic transducer and an ultraviolet disinfection lamp. The high-pressure gas pump of the ultrasonic laundry equipment provides a high-pressure gas for the spray nozzle, in the rotating process of the dewatering bucket, the spray nozzle sprays high-pressure dispersed gas bubbles to clothes, and the gas bubbles cause a change of an osmotic pressure on the surface of the clothes, so that stains inside the clothes are easier to dissolve, thereby improving a cleaning effect.

Description

Technical field [0001] The present invention relates to the technical field of washing machines, and more specifically, the present invention relates to an ultrasonic washing device. Background technique [0002] The existing washing machine includes a water tub and a dewatering tub. The dewatering tub is rotatably arranged in the water tub. The laundry is placed in the dewatering tub. The rotation of the dewatering tub drives the water flow to rotate to achieve the purpose of washing the clothes. These washing machines have the following problems: First of all, during the washing process, the clothes are twisted and shrunk irregularly under the rotation of the dehydration tub, especially after the high-speed spin dehydration of the dehydration tub, the clothes are twisted to form a rope shape. Unfolding is in contact with the water stream, so the cleaning effect is not good; secondly, the existing washing machines mostly sterilize clothes by adding sterilizing and disinfecting a...

AI Technical Summary

Problems solved by technology

These washing machines have the following problems: firstly, during the cleaning process, the clothes are irregularly twisted and shrunk under the action of the rotation of the dehydration bucket, especially after the high-speed rotation of the dehydration bucket, the clothes are twisted to form a rope shape, which cannot fully It is in contact with the water flow, so the cleaning effect is not good; secondly, most of the existing washing machines sterilize and disinfect the clothes by adding bactericidal disinfectants to the dehydration bucket. On the one hand, it is easy to remain on the clothes and affect human health; on the other hand, the existing washing machine relies on the water circulation generated by the rotation of the dehydration bucket to wash the clothes. When the dehydration bucket is full of clothes and water, its own weight is large and the inertia is large, so it is difficult for the motor to drive the dehydration. The bucket rotates forward and reverse quickly, so the impact force of the water flow generated by the rotation of the dehydration bucket is limited, resulting in a poor flushing effect

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