LEE, JAMES CHENG,李 政,李 政,WU, KUO YANG,吴国扬,吳國揚,LU, BOR KUAN,吕柏宽,呂柏寬,HU, WEN SHUNG,胡文雄,胡文雄
申请号：
TW102140590
公开号：
TW201517869A
申请日:
2013.11.07
申请国别(地区):
TW
年份:
2015
代理人:
摘要：
A human physiological detecting earphone includes a housing and an earplug which is disposed on a surface of the housing. The earplug is formed a window portion. A light sensor is disposed inside the earplug. The light sensor is positioned to align the window portion. A processing module couples to the light sensor. A method for using the human physiological detecting earphone includes: inserting the earplug into an ear canal of a user emitting a light by the light sensor and through the window, and then into the ear canal for capturing PPG calculating the PPG to evaluate a physiological parameter by the processing module. The light can be focused by the window portion of the earplug for improving the sensitivity of the light sensor.一種生理機能量測耳機,包括:一耳機殼;一耳塞,設置於耳機殼之一側,耳塞上形成一光穿透部;一光探組件,設置於耳塞內,光探組件與光穿透部對應設置;以及一處理器模組,耦接光探組件。其量測方法包括:首先,提供受測者將耳塞置入耳道內;再者,藉由光探組件之光源穿過耳塞之光穿透部後,打入耳道內並擷取耳道內的光體積變化信號;接著,微處理器從所擷取的光體積變化信號計算出一生理信息。本發明藉由所述耳塞之光穿透部,將光源集中在耳道內一較窄的區域,並減少介質對光線的干擾,能夠有效提高精準度。1‧‧‧生理機能量測耳機10‧‧‧耳機殼11‧‧‧第一聲孔212‧‧‧通口22‧‧‧環形桿222‧‧‧第二聲孔223‧‧‧組合塊23‧‧‧耳塞233‧‧‧第三聲孔412‧‧‧延伸部4121‧‧‧安裝平面4122‧‧‧第四聲孔42‧‧‧光探組件50‧‧‧加速度計
