| abstract |
A biofeedback system to train an exerciser while he carries out athletic activity in which his arm or feet members move rhythmically, the system translating this movement into an audible musical rhythm which makes it possible for the exerciser to being his activity into harmony with a musical rhythm conducive to optimal conditions of exercise. The system includes a compact electronic music synthesizer having a settable rhythm section, the output of the system being fed to a headset worn by the exerciser so that the music heard by the exerciser has a beat determined by the setting. The arm or feet members having sensors attached thereto which yield pulses whose rate is determined by the movement of these members, the pulses being applied to the rhythm section to control the beat setting of the music so that it is in synchronism with the movement of the members. |