基于自然接触传感器的智能控制手柄

Smart control joypad based on natural-contact sensor

研究开发了一种用于控制手柄的自然接触传感器组。该传感器组能够实时地测量皮肤血流容积、皮肤导电性、皮肤温度和握力等人体生理信号,同时不会改变和打扰人原来的工作状态。传感器的设计是基于自然接触理念,通过包覆的方式安置到控制手柄上,以保证人和传感器的自然接触,包覆有此类传感器的手柄称为智能控制手柄,实验结果显示智能控制手柄具有良好的前景。

A group of sensors used for measuring human physiological signals in a non-intrusive and real-time manner for the applications where humans operate joypad to perform tasks is researched and developed. The group of sensors can be used to measure the following signals：blood volume pulse（BVP）, skin conductance（SC）, skin temperature（ST） ,and gripping force（GF）. The sensors are developed based on the natural-contact paradigm for biosensors and wrapped up on the joypad. Such joypads are called smart joypads. A preliminary test of the smart joypad has shown a great promise of them.