Swing impact washing device

Abstract

The invention discloses a swinging impact washing device and belongs to the technical field of washing. The swinging impact washing device overcomes the problems of the prior art that the water amount for washing is large, the washing time is long, the clothes is damaged in different degrees, the clothes wind frequently in the washing process, and the washed object has dead cleaning angles. The swinging impact washing device mainly comprises a washing bucket, a rocker, a swinging drive device, a base frame and the like. The washing bucket is forced to swing reciprocally to reciprocally impact the washed clothes to clean the clothes. The clothes only need drenching, a little of water retains in the washing bucket, by means of the swinging impact washing, there is no rotational water flow, the clothes would not wind together in the cleaning process, the clothes do not have dead cleaning angle, and the clothes are completely washed. The swinging impact washing device can not only be used for household washing but also be used for industrial washing. The swinging impact washing device saves water and time, is flexible to operate and is high in practical value.

Description

technical field [0001] The swing and impact washing device of the invention belongs to the technical field of washing. Background technique [0002] The cleaning of clothes involves thousands of households. There are household washing and centralized industrial washing. Household washing is nothing more than manual cleaning and mechanical cleaning. Most of the centralized industrial washing uses large-scale mechanized cleaning. There are two forms of pulsator and roller. [0003] Manual cleaning is slow and labor-intensive. However, mechanized cleaning is not satisfactory. The water consumption of the pulsator washing machine is large. During the washing process, the clothes are often entangled, and the washed clothes cannot be cleaned evenly, and there are cleaning dead ends; although the drum washing machine reduces the entanglement of the clothes, it consumes a lot of water. , the water consumption cannot be manually adjusted, and the washing time is long. Once the wate...

AI Technical Summary

Problems solved by technology

[0003] Manual cleaning is slow and labor-intensive. However, mechanized cleaning is not satisfactory. The water consumption of the pulsator washing machine is large. During the washing process, the clothes are often entangled, and the washed clothes cannot be cleaned evenly, and there are cleaning dead ends; although the drum washing machine reduces the entanglement of the clothes, it consumes a lot of water. , the water consumption cannot be manually adjusted, and the washing time is long. Once the water is put in, the water level will be higher than the lower edge of the washing machine door. Therefore, the washing machine door cannot be opened during the washing process, and it is impossible to increase or decrease clothes during the washing process. It is inconvenient for users to use. At the same time, the cleaning power of the drum washing machine is not strong, and the structure is relatively complicated, the cost is high, and the quality is heavy.

[0004] The washing method of the pulsator washing machine in the prior art is: the laundry is immersed in the washing water, and the washing is carried out by means of continuous rotation of the pulsator or regular forward and reverse rotation. The pulsator type washing machine mainly drives the clothes, The water rotates, relying on the friction between the pulsator and the clothes, the friction between the clothes and the clothes, the friction between the clothes and the barrel wall, the washing of the clothes by the water flow, and washing the clothes under the action of the detergent; drum type washing machine The current laundry method is: the laundry is placed in the drum, and the washing is carried out by means of continuous rotation of the drum or regular forward and reverse rotation. The outer drum is filled with water, and the clothes are partially submerged in the water. The inner drum rotates. Drive the clothes to rise, when the clothes reach the top, due to gravity, the clothes fall to the bottom of the bucket, so the washing method of repeated falling; the above two washing methods have different design defects, the washing method of the pulsator washing machine mainly relies on friction In this way, it is inevitable to damage the clothes to be washed, and the washing method of the drum type washing machine is mainly to use the gravity to drop the clothes to the bottom of the bucket, so that they are repeatedly dropped and washed. Due to the limited force of the clothes falling due to their own weight, it is inevitable to consume time, and the laundry is difficult to wash

[0005] Usually, in order to save washing water, people accumulate a certain amount of dirty clothes and wash them together later. The accumulated clothes will produce a lot of bacteria, and sweat stains are difficult to clean because they stay on the clothes for a long time. Collars and cuffs are easy to get dirty. Places usually have to be cleaned manually for a second time to achieve the purpose of thorough cleaning; at the same time, the accumulated clothes will contain many colors. In order to prevent mutual staining, dark colors usually cannot be washed together with light colors, which also makes washing It becomes very cumbersome; as far as the pulsator washing machine is concerned, in order to save water, many families will choose to use the water in a laundry bucket for multiple times when washing, that is, the water after washing light-colored clothes is used to wash dark-colored clothes, although this can save water. Use water, but the cleanliness of dark-colored clothes will be reduced, and it takes multiple times to rinse thoroughly; as far as the drum washing machine is concerned, it can only be washed once, and water resources cannot be used for multiple times, and water saving cannot be achieved

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