Device capable of plasma irradiation and skin condition measurement

Abstract

The present invention provides a plasma irradiation apparatus, comprising: a housing (100); the measuring module (200) is positioned at one end of the shell (100) and comprises a shooting sensor (261); and a plasma irradiation module (300) located at the other end opposite to the one end of the housing (100), the measurement module (200) comprising: a reflection unit (210) having a lens (211) disposed on the inside thereof and having a reflection hole (212) formed on the surface thereof; a light emitting unit (220) positioned so as to surround the outer periphery of the reflection unit (210); an imaging unit (260) positioned so as to communicate with the inside of the reflecting unit (210) and including an imaging sensor (261); and a lens guide (270) surrounding an outer side of the reflection unit (210) and extending to a position further forward than the reflection unit (210), the lens guide (270) including a plurality of protrusions (271, 272) protruding at intervals in a circumferential direction at the same angle as each other along a leading end of an outer surface of the lens guide (270).

Description

technical field [0001] The invention relates to a device capable of plasma irradiation and skin condition measurement. Background technique [0002] Recently, home care devices that can be easily managed at home without a dermatology department or a separate skin care shop have been developed. The demand for home care equipment is increasing as it is superior in time and cost compared to dermatology and skin care shops. [0003] In addition, there is an increasing demand for measuring devices that can measure skin conditions and skin care devices that can improve skin, in which the measuring devices are in contact with or at a distance from the skin surface to be measured to measure the skin conditions. [0004] At this time, when the user uses the measuring device, the measuring device is kept in a random direction, and the skin is measured in a different direction every time it is used. However, there is a problem that, if the measurement is performed in different direct...

AI Technical Summary

Problems solved by technology

However, there is a problem that, if the measurement is performed in different directions, even if the same area is captured, the accuracy of skin measurement decreases when analyzing and comparing the captured images later, and in order to make the orientation of the captured image constant and perform comparison, which unnecessarily increases computation time

[0005] For example, Korean Patent Document No. 10-1929360 relates to a skin cosmetic device that integrates skin diagnosis and treatment and involves applying plasma by diagnosing and analyzing the user's skin, but there is a problem that, When photographing the user's skin, there is no awareness of adjusting to photographing in a specific direction, thus reducing the accuracy of skin measurements

[0006] For example, Korean Patent Document No. 10-1147811 relates to a skin care device, and involves diagnosing and analyzing the user's skin and applying ultrasonic waves through the main contact pad, but there is a problem that when the user's skin is photographed, it is impossible to realize To be adjusted to shoot in a specific direction, therefore, the accuracy of the skin measurement is reduced

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