METHOD FOR CONTROLLING MOVEMENT PATTERN PARAMETERS OF PHYSICAL EXERCISE AND DEVICE FOR IMPLEMENTING IT Russian patent published in 2015 - IPC A61B5/00 

Abstract RU 2546421 C1

FIELD: medicine.

SUBSTANCE: method for controlling the movement pattern parameters of a physical exercise is that when a sportsman does a physical exercise, the sportsman's motion parameters are measured continuously, e.g. including: speed and acceleration of motion of a common centre of gravity and certain parts of the body, angular velocity of joints, strength of sets of muscles, electric activity of muscles, etc. That is combined with measuring the body response parameters continuously, deriving mathematical derivatives of the measured motion to time parameters functions, determining a primary integral of the physical exercise effectiveness continuously and assessing the effect of instantaneous values of the measured parameters and their derivatives thereon, initiating an energy exposure on the parts of the body to change the derivatives to increase the primary integral of effectiveness, and initiating an information exposure on the sportsman to reduce the negative derivative of the strength of the set of muscles. The information exposure on the parts of the body is generated by supplying electric pulses to the skin. A device for controlling the movement pattern parameters of the physical exercise comprises motion parameters detectors and response detectors attached to the sportsman, a microcontroller connected thereto; the microcontroller is connected to an energy exposure generation unit comprising an electric pulse generator and connected to electrodes applied to the sportsman's sets of muscles, and an information exposure generation unit connected to visual/audio/tactile exposure generation unit, as well as a control unit connected to the microcontroller.

EFFECT: group of inventions enables performing the systemic, integrated and continuous measuring procedures.

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RU 2 546 421 C1

Authors

Rostovtsev Vladimir Leonidovich

Dates

2015-04-10Published

2014-04-25Filed