Automatic rinsing type laundry tub based on fractal theory

Abstract

The invention provides an automatic rinsing type laundry tub based on a fractal theory. The automatic rinsing type laundry tub comprises a tub body and at least one water inlet spray pipe connected with the tub body. The tub body is used for containing water and is divided into an upper tub body and a lower tub body by a horizontal partition therein, the sidewall of the upper tub body is providedwith a plurality of oblique through holes, a drain outlet is formed in the bottom of the lower tub body, the water inlet spray pipes are arranged on the sidewall of the upper tub body, a water inlet is formed in one end of each water inlet spray pipe while a water outlet of a dendritic fractal structure is formed in the other end thereof, and the dendritic fractal structures are in match connection with the oblique through holes. The automatic rinsing type laundry tub based on the fractal theory has the advantages that the water inlet spray pipes of the dendritic fractal structures have a goodhydrodynamic feature, water forms rotational flow in the laundry tub after being sprayed out to drive clothes to rotate, and accordingly the automatic rinsing type laundry tub based on the fractal theory is higher in washing efficiency and saving in labor.

Description

technical field [0001] The invention relates to the field of daily necessities, in particular to an automatic rinsing laundry tub based on fractal theory. Background technique [0002] With the continuous improvement of human production and technological level, people's desire to improve the quality of life and efficiency is also increasing. At present, washing machines and laundry tubs have basically spread throughout human daily life. Although the washing machine saves manpower and is efficient, it has the disadvantages of large floor space, power consumption, and power supply line restrictions. Therefore, it is not as environmentally friendly as the laundry tub. However, the laundry tub is laborious to use and has low efficiency. [0003] There are also technical solutions to solve the above problems in the prior art, such as: [0004] (1) A self-rinsing laundry tub using electric power. The automatic-rinsing laundry tub can be machine-washed and hand-washed at the same ...

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Problems solved by technology

[0006] However, there are still deficiencies in the solutions in the prior art: the laundry tub of scheme (1) needs electricity to be used, thus causing the laundry tub to be unsuitable under the condition of no electricity; in addition, the use of electricity may bring Potential safety hazard; in addition, the laundry tub of this solution needs to consume electricity, which increases the cost of use

Although the laundry tub of solution (2) has shortened the washing time and reduced physical exertion to a certain extent, the laundry tub does not have a rinsing function, and it is still not very convenient to use, and its efficiency needs to be improved

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