Skin cleanser

Abstract

The invention discloses a micro-nano bubble skin cleanser, which comprises a shell, a booster water pump, a sealed container and a gas release device. According to the skin cleanser disclosed by the invention, by virtue of a circulating water flow path system, the sealed container is filled with gas under the precondition of not adding a gas supercharging device; a gas-liquid mixed liquid flow undergoes cross switching and operation between a master water flow path system and an auxiliary water flow path system, so that the skin cleanser can continuously run in a circulating mode and can discharge micro-nano bubble water; therefore, working efficiency is improved, a gas intake power device is avoided and purposes of energy conservation and environmental protection are achieved; by virtue of the efficient gas release device, which is continuously adjustable, on a water outlet of the shell, the efficiency of gas release is improved, and meanwhile, the content of micro-nano bubbles in the micro-nano bubble water is continuously adjustable; the skin cleanser is reasonable in overall structure design and is concise and compact in pipeline layout, and a limited distribution space in the shell is fully used, so that consumables are saved; the skin cleanser has both use value and social value; and the skin cleanser is suitable for popularization and application.

Description

technical field [0001] The invention relates to a skin cleansing instrument, in particular to a micronano bubble skin cleansing instrument which utilizes the principle of dissolved air flotation to generate micronano bubbles. Background technique [0002] In recent years, with the rapid development of modern society, the continuous innovation and progress of micro-nano technology, the continuous improvement of economic level, and the improvement of people's requirements for the quality of life, more and more people pay attention to their own health, beauty and whitening. . Micro-nano bubble technology can precisely meet people's needs for health and beauty. The technology of micro-nano bubble technology cleansing skin also came into being under this background. Skin cleaning generally uses chemical substances such as soap, facial cleanser, body wash, etc., and these methods can only achieve the effect of surface cleaning, and it is difficult to work on the deep part of the...

AI Technical Summary

Problems solved by technology

Cosmetics that directly act on the skin are synthesized from chemical substances, which have different degrees of side effects on the human body, and long-term use is likely to cause other chronic diseases

Existing skin cleansing equipment or devices mainly include steam-based skin cleansers and spray-based skin cleansers. During use, they can only be fumigated simply. The cleansing effect and efficiency are low, and the skin cleansing experience is poor. Poor or even prone to burns, etc., the heat consumption is huge and the heat waste is serious, which is not conducive to energy saving and emission reduction, and wastes time and energy

The existing skin cleaning equipment or devices mainly have the following disadvantages: First, although the internal water flow channel system is also used to generate the water flow channel to flow out for skin cleansing, the water flow channel system all adopts the method of injecting water from an external water source into the skin cleaning equipment or device. And the water-air mixture in the sealed container is discharged from the inside for skin cleansing, that is, the water flow channel system only has one water flow channel, and continuous air intake cannot be achieved. The process of generating micro-nano bubble water, or emptying the water in the airtight container before entering the water is intermittent, so the experience for the user is very poor; and the present invention passes through the main water flow path and the auxiliary water flow path. The cycle work can be switched between each other to form a continuous cycle of water intake, air intake and continuous water output, which improves the user's experience; the second is the skin cleaning equipment or device that uses steam or spray. During use, It can only be fumigated simply, instead of producing micronano bubble water from skin cleansing equipment or devices for cleansing. The cleansing effect and efficiency are low, the cleansing experience is poor and even prone to burns, etc. The heat consumption is huge and the heat The waste is serious, and it is not conducive to energy saving and emission reduction, and it is a waste of time and energy; the third is that the existing skin cleaning equipment or devices lack a release device or a release structure that is specially used to produce micro-nano bubble water at the water outlet of the casing. Design or use an air release device or air release structure with low bubble efficiency, so that the existing skin cleansing equipment or device cannot produce micro-nano bubble water at the outlet of the casing during use for skin cleansing. Thereby cleansing effect is poor, efficiency is low; The 4th, existing skin cleansing equipment or the water storage container inside device lack the measuring device and the structure that can accurately measure the turbulent liquid level in the container, make it difficult to measure accurately during use. The liquid level information flowing through the skin cleaning equipment or device, so as to effectively control the internal liquid level; Fifth, some existing skin cleaning equipment or devices use Venturi tubes to achieve air intake. When the water in and out of the airtight container gradually reaches At equilibrium, the negative pressure at the throat of the Venturi tube no longer exists and gradually disappears, and the gas no longer enters the airtight container, unless the airtight container is emptied and refilled with water or forced into the air intake by adding power equipment (such as an air pump) Gas, which means that the unit either cannot run continuously, resulting in a limited time of use, or the addition of gas power equipment increases the cost

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