KANG, UK,姜旭,GARRY V. PAPAYAN GV,.帕帕岩,SHIN, II HYUNG,申伊炯,LEE, DAE SIC,李大善,BAE, SOO JIN,培壽振,KIM, GUANG HOON,金廣熏
申请号：
HK14107172.9
公开号：
HK1193734B
申请日:
2014.07.14
申请国别(地区):
HK
年份:
2017
代理人:
摘要：
The present invention relates to apparatus for measuring fluorescence for skin autofluorescence so that the autofluorescence may evaluate various diseases by measuring the autofluorescence of skin. For this purpose, in the present invention, the skin fluorescence is measured, and the light from a light source is efficiently accumulated, and it optically integrates the light improvement, whereas the light homogeniety and drawing are irradiated in the skin tissue. The transmission light from the apparatus for measuring skin fluorescence which improves the light efficiency by minimizing the mirroring of the surface of the skin tissue are provided. Moreover, in the present invention, the measurement in error of the skin fluorescence due to the optical scattering generated in the transmission light at the skin surface and skin absorption can simply be amended, and the transmission light of the apparatus for measuring skin fluorescence is provided. Therefore, in the present invention, the optical source section irradiating the excitation light, the optical detecting part, and the light transmission part of the transmission light and fluorescence signal are configured to be delivered so that the optical detecting part and the excitation light irradiated from the optical source section are delivered to the measurement target. The transmission light of the apparatus for measuring skin fluorescence in which each light transmission part comprises a mounting surface, a reflecting surface, and a contact surface. The optical detecting part is arranged in order to detect the transmission light and the fluorescence signal of the excitation light irradiated from the optical source section, and the optical source section or the optical detecting part are mounted so that the reflecting surface reflects the light while being extended to the measurement target from the mounting surface, and the contact surface is connected so that the light can be flowed in to the measurement target.
