In a preferred embodiment, a pair of tap shoes each having toe and heel taps, associated with each tap there being an audio-pickup transducer mounted one adjacent each tap, connected by signal-carrying wiring to a common electronic radio-wave transmitter and power-source mechanism that receives and sends the signal received from the respective transducers to a radio-wave receiver and amplifying and speaker mechanism spaced-away from the tap shoes such that tapping sounds of the taps on a hard surface are received, amplified and broadcast through speakers.
A musical shoe construction 10 including a plurality of piezo electric sensor disks 40 imbedded in and disposed around the periphery of the heel and toe portions of a rubberized sole element 23 of the lower shoe portion 22. Each of the sensor disks 40 is associated with an individual oscillator circuit 41 to produce a distinctive musical tone in response to the application of an external force to one or more of the sensors 40.
A shoe activated sound synthesizer device that enables movement of a shoe to be translated into audible sounds. The sound synthesizer device consists of a shoe in which there is disposed at least one trigger element capable of producing a trigger signal when the shoe is flexed to a predetermined degree. As the shoe is worn and is brought into contact with the floor, the shoe is flexed. By bringing different parts of the shoe into contact with the floor in a controlled manner, a person can selectively control the production of trigger signals from any trigger element contained within the shoe. A sound synthesizer circuit is provided that is coupled to each trigger element contained within the shoe. The sound synthesizer circuit produces an audible sound, via a speaker, when a trigger signal is received from the shoe.
