Wireless Human-Machine Interface With Flex Sensor and to Control Domestic Appliances

Abstract

This paper demonstrates necessary parameter that be able to be engaged to optimized the performance of a low
cost wearable glove interface that will measure the person’s hand movements. The system can able to transfer
analog commands from the user’s body to machine. Though, lots of plan solution are at a standstill affect by
comfort and performance limitations due to wire communications, long calibration procedures, and power
supplies requiring cables or batteries. Gold Finger, the HMI glove introduced in this paper, has the potential to
overcome some of these limitations by using integration of advanced material, smallness of component and
electronic. Hand motions are used to communicate with the machine via a resistive variation in flexi sensor.
Then, information is digitalized with dedicated software that also provides the mechanism micro controller
encoding in the C languages.