Moho pro 12 motion capture
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The racket system of claim 37, wherein the processor is further configured for injury diagnosis based on stroke analysis of interaction forces and moments on the racket, using the stroke trajectories.ģ9.
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The racket analysis system of claim 35, wherein the processor is further configured for real-time stroke analysis to provide coach or player cuing based the stroke feature.ģ8. The racket system of claim 35, wherein the variability in the stroke feature provides for diagnosis about player technique.ģ7. The racket system of claim 26, wherein the processor is further configured for real-time trending analysis including changes in a stroke feature, wherein variability in the stroke feature is determined according to the individual stroke profiles.ģ6. The racket system of claim 26, wherein the characteristics of the individual stroke profiles include ball impact point on the racket.ģ5. The racket system of claim 26, further comprising a cueing device configured to generate real-time player cuing based on the pulse features in the time histories describing acceleration and rotation of the racket, including one or more of spin, topspin, backspin, racket speed and ball speed.ģ4. The racket system of claim 31, wherein the transmitter is configured to transmit the data to enable interactive play with an opponent, wherein data from two such racket systems provide cross-cuing to a first player based upon stroke analysis of a second player.ģ3.
MOHO PRO 12 MOTION CAPTURE BLUETOOTH
The racket system of claim 30, wherein the transmitter is BLUETOOTH capable.ģ2. The racket system of claim 26, further comprising a wireless transmitter configured to send data describing the position and orientation of the racket, wherein the processor and transmitter are internally mounted in the racket without substantially altering balance thereof.ģ1. The racket system of claim 26, further comprising a USB data port on a grip of the racket.ģ0. The racket system of claim 27, wherein the inertial sensor and processor are configured to determine the aerodynamic forces on the airfoil frame and interaction forces including player grip forces on the racket.Ģ9. The racket system of claim 26, wherein the racket has an airfoil frame and the sensor and processor are internally mounted without substantially altering stroke and play characteristics of the racket.Ģ8. A racket system comprising: an inertial sensor comprising an accelerometer with three degrees of freedom in measurement of acceleration of a racket and a gyro sensor with three degrees of freedom in measurement of angular rotation of the racket a processor in communication with the inertial sensor, the processor configured to: generate time histories describing acceleration and rotation of the racket based on signals from the accelerometer and the gyro sensor identify pulse features in the time histories segment the time histories into individual stroke profiles based on time matching of the pulse features, wherein the acceleration and rotation of the racket define characteristics of the individual stroke profiles generate stroke trajectories based on the individual stroke profiles, the stroke trajectories describing position, velocity and orientation of the racket measured during stroke interactions and determine aerodynamic forces and moments acting on the racket based on the stroke trajectories and a memory device in communication with the processor, the memory device configured to store the individual stroke profiles wherein the individual stroke profiles are divided into stroke classes based on the corresponding characteristics, the stroke classes defining a stroke repertoire.Ģ7.