Research on adjustable vibration controller for body massage

Currently, researchment for force analysis and waveform analysis is rare. Few precise mathematical models have not been obtained from them. The force analysis for massage techniques, such as kneading, patting and knocking is proposed in this paper. According to the characteristics of them, these waveforms are respectively described by bread-wave, pyramidal wave and keystone wave. And a more precise mathematical simulation is obtained in this paper. Better waveform simulations and more accurately expressed in mathematical formulas are obtained from this method. With the experiment, some actions of massage can be well simulated. The simulative waveform indicates that the method has a well operational and practical value. The method can be promoted.