摘要
基于MGC3130手势控制器芯片,通过单独设计的电极开发基于电容法的3D手势识别系统并进行研究。将MGC3130通过信号转换模块与PC机相连,用于加载MGC3130的库文件并对其进行参数化。通过电极和MGC3130芯片构成的手势识别传感器模块,将识别到的手势信号转换为电信号并传送给单片机,再由单片机发出控制指令,实现了对模拟医疗仪器的应用主机与外设模块的控制。
The 3D gesture recognition system based on capacitance method is designed and researched which is using MGC3130 gesture controller chip and special designed electrode.The MGC3130 is connected to PC though signal conversion module which is used to load MGC3130 library file and parameterize the system.The gesture signal can be recognized by the gesture recognition sensor module which is composed of MGC3130 and electrode.It will be converted to electronic signal and transferred to MCU.Instructions will be issued from MCU,control of application host computer and peripherals which are simulation of medical equipment is realized.
作者
郝莹
孙宏军
白瑞峰
HAO Ying;SUN Hong-jun;BAI Rui-feng(School of Electrical and Information Engineering,Tianjin University,Tianjin 300072,China)
出处
《实验室科学》
2019年第4期24-27,共4页
Laboratory Science
关键词
3D手势识别
电容法
MGC3130
电极
模拟医疗仪器
3D gesture recognition
capacitance method
MGC3130
electrode
simulation of medical equipment
