Permeation enhancing device and ultrasonic permeation enhancing method thereof

Abstract

The invention provides a penetration enhancing device and an ultrasonic penetration enhancing method thereof. The infiltration promotion device comprises a skin detection module which is used for detecting and acquiring skin parameters; the controller is electrically connected with the skin detection module and used for adjusting the output frequency and the output power of the ultrasonic module according to the skin parameters acquired by the skin detection module; the ultrasonic module is electrically connected with the controller, and the controller is further used for controlling the ultrasonic module to output ultrasonic waves according to the output frequency and the output power so as to promote the penetration of the functional substance to be promoted to the skin. The ultrasonic infiltration promotion method is applied to the infiltration promotion device and comprises the following steps: detecting and acquiring skin parameters; the output frequency and the output power of the ultrasonic module are controlled and adjusted according to the skin parameters; and controlling the ultrasonic module to output ultrasonic waves according to the output frequency and the output power so as to promote the penetration of the functional substance to be promoted to the skin. Therefore, the output frequency and the output power of the ultrasonic module can be adjusted according to the skin parameters so as to promote the penetration of the functional substance to be promoted to the skin.

Description

technical field [0001] The invention relates to the technical field of permeation-promoting devices, in particular to an applied permeation-promoting device and an ultrasonic permeation-promoting method thereof. Background technique [0002] The human epidermis has many layers maintained by keratinocytes. The proliferation of these cells results in the migration of mature cells towards the outer layer of the epidermis, the stratum corneum. This external barrier consists of a 15-20 micron thick stratum corneum filled with keratinized dead cells, with a "brick and mortar" structure. The above-mentioned innate structural properties of the epidermis form a very strong barrier against foreign invasion, and only very small hydrophobic molecules such as clonidine, nicotine, nitroglycerin, etc. can penetrate through the skin. Usually complex human collagen, amino acid, hyaluronic acid, toner, lotion, muscle base, eye cream, face cream, whitening water, gel and other beauty and ski...

AI Technical Summary

Problems solved by technology

Usually compound human-sourced collagen, amino acid, hyaluronic acid, toner, lotion, skin foundation, eye cream, face cream, whitening water, gel and other beauty and skin care products, the ingredients are relatively complex, the molecular weight is large, and the ability to penetrate the skin is weak, resulting in these The products have weak or even ineffective skin beautification effects such as wrinkle removal, firming, freckle removal, brightening, and whitening

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