The State University of New York

John M Zaharkin

David Pendergast

Albert Termin

Michael S Zaharkin

A training system and method used to improve the biomechanics, distance per stroke, and aerobic metabolism of a swimmer is disclosed. The system employs a computer interface which allows a coach or a swimmer to input a particular training strategy using pace lights and timing system or, alternatively, using the system's internal training program. The system provides a generator to collect data from a swimmer. A part of the training system is designed to automate the data collection routine while operating in tandem with a swim meter. Another part of the system analyses the swimmers' performance and outputs the appropriate data to the pace light controlling circuitry.

System and method for training a swimmer

A device is disclosed which measures motion characteristics of a human joint. The device includes a patient-worn brace mechanism having two pivotally-connected arms, the pivot point being provided by a rotary-controlled angle detector. Signals from the angle detector are received in a modular housing which houses elements a microprocessor system. The device includes a computer program enabling the microprocessor system to process the signals and to measure a human joint's average angular velocity.

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N. Tonowanda, NY, United States of America

John M Zaharkin