Green-energy simple physiology evaluation device and method thereof characterized by having the characteristics of low power consumption and high endurance
Disclosed are a green-energy simple physiology evaluation device and a method thereof, mainly including a passive potential acquisition unit, a display unit, a real-time operation unit, a photo/thermal power generation unit and an energy accumulation unit. The passive potential acquisition unit is operated in a non-power-consuming manner to allow an electric current of potential difference of human skin to be automatically introduced so that the skin potential can be measured according to the electric current flowing in. The skin potential is transmitted to the real-time operation unit. The display unit displays a conclusion of operation and evaluation. The real-time operation unit uses the skin potential difference to analyze information of heart rate and muscle fatigue, and the display unit displays the conclusion therefrom. The photo/thermal power generation unit uses patch-type power generation in which the surrounding light energy is absorbed and is converted to be electric energy and the thermal energy generated by the absorbed light energy can be converted to electric energy by the thermoelectric effect of using the temperature difference with the temperature of skin, so as to achieve dual electric power generating efficiency. The energy accumulation unit mainly supplies electricity to the device and accumulates the electric power generated by the photo/thermal power generation unit at any time under the situation that the device is in operation or not, so as to achieve a simple physiology evaluation device having the characterics of low power consumption and high endurance.一種綠能簡易式生理評估裝置及方法,主要包括一被動式電位擷取單元、一顯示單元、一即時運算單元、一光熱發電單元與一儲能單元,該被動式電位擷取單元係以非耗電方式,自動讓人體皮膚電位差之電流導入,經由流入電流量得知其皮膚電位,並將皮膚電位傳入即時運算單元,該顯示單元則用以呈現運算評估結論。該即時演算單元將皮膚電位差,解析心率與肌肉疲勞資訊,並將結論呈現於顯示單元中,該光熱發電單元藉由貼片型式發電,除了吸收周圍光能轉換為電能外,並將吸收光能所產生熱量藉由與皮膚溫差,使用熱電效應方法轉換電能,其達成雙重發電效益,該儲能單元主要提供裝置電量,並在裝置運作與否狀況下隨時儲存光熱發電單元所產生電量,達成低功耗並具高續航力特色之簡易式生理評估裝置。11‧‧‧被動式電位擷取單元12‧‧‧顯示單元13‧‧‧即時演算單元14‧‧‧光電發熱單元15‧‧‧儲能單元
