Visible beauty instrument supporting skin blackhead analyzing function and control method thereof

Abstract

The invention discloses a visible beauty instrument supporting a skin blackhead analyzing function. The visible beauty instrument comprises a control module, an image collection module, an adsorptioncontrol module, a light supplementary module and a nozzle assembly, wherein the image collection module is used for collecting an image signal of an adsorption area and feeding the signal back to thecontrol module; the control module analyzes the image signal and controls the adsorption control module and the light supplementary module; the adsorption control module adsorb acne, grease, cutin andblackheads on the surface of skin; the light supplementary module comprises an ultraviolet wave band and is used for improving the identification degree of the acne, grease, cutin and blackheads at the depth of the skin, and comparing the quantity of the blackheads and acne generated before adsorption with that of blackheads and acne generated after adsorption. By means of the visible beauty instrument, distribution and the size of the blackheads and acne at the depth in the skin can be observed, the quantity of the blackheads and acne generated before adsorption is compared with that of blackheads and acne generated after adsorption, it is ensured that the blackheads and acne are cleared up thoroughly, the clearing efficiency is easily improved, and skin damage caused by overhigh suctionforce is prevented. Besides, the invention further discloses a control method of the visible beauty instrument supporting the skin blackhead analyzing function.

Description

technical field [0001] The present invention relates to the technical field of beauty treatment and video image processing, and specifically relates to a visual beauty instrument that supports skin blackhead analysis function and its control method. Background technique [0002] Blackheads, as a common "plug" of sebum, cell debris and bacteria on the skin (especially on the face), bother most people. At present, the methods that can be taken to remove blackheads include chemical mask adsorption method and instrument adsorption method. The method of using chemical mask to remove blackheads has poor adsorption effect, and long-term use of facial masks containing various chemical components is easy to cause damage to the skin. [0003] Among them, the Chinese patent literature discloses a control circuit for an electric blackhead remover (publication number: CN 207053429U), including: a charging management circuit, a battery protection circuit, an MCU main control circuit, a co...

AI Technical Summary

Problems solved by technology

The above scheme stabilizes the output to a certain extent, but this scheme still has the following defects at least: first, the skin surface cannot be observed during the blackhead removal process, which affects the blackhead removal effect; second, the blackhead deep in the inner layer of the skin cannot be observed and the distribution and size of acne; third, it is impossible to compare the number of blackheads and acne before and after adsorption

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