Human-motion-training system
First Claim
1. A human-motion-training system comprising:
- a hardware platform that provides for stored-instruction processing and that includes memory, an I/O interface, and an audio-signal generation and output component;
an operating system or control program that executes on the hardware platform and that provides a program-execution environment; and
components of the human-motion-training system that provide for automated proctoring of human-motion exercises and training regimes, including monitoring of a user'"'"'s body position, producing feedback corresponding to a user'"'"'s body position, and determining a user'"'"'s performance in order to modify the exercises and training regimes so that they provide optimal-challenge-point-based training over the course of multiple repetitions and training sessions.
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Accused Products
Abstract
Certain embodiments of the present invention are directed to automated human-motion-training systems. These automated human-motion-training systems include a hardware platform that provides for stored-instruction processing and that includes memory, an I/O interface, and an audio-signal generation and output component, and an operating system or control program that executes on the hardware platform and that provides a program-execution environment. The automated human-motion-training systems further include components of the human-motion-training system that provide for automated proctoring of human-motion exercises and training regimes, including monitoring of a user'"'"'s body position, producing feedback corresponding to a user'"'"'s body position, and determining a user'"'"'s performance in order to modify the exercises and training regimes so that they provide optimal-challenge-point-based training over the course of multiple repetitions and training sessions.
23 Citations
17 Claims
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1. A human-motion-training system comprising:
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a hardware platform that provides for stored-instruction processing and that includes memory, an I/O interface, and an audio-signal generation and output component; an operating system or control program that executes on the hardware platform and that provides a program-execution environment; and components of the human-motion-training system that provide for automated proctoring of human-motion exercises and training regimes, including monitoring of a user'"'"'s body position, producing feedback corresponding to a user'"'"'s body position, and determining a user'"'"'s performance in order to modify the exercises and training regimes so that they provide optimal-challenge-point-based training over the course of multiple repetitions and training sessions. - View Dependent Claims (2, 3, 4, 5, 6, 7)
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8. A human-motion-training system comprising:
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one or more sensors mounted to known locations on a trainee'"'"'s body; a sensor-data-acquisition-and-processing component that receives data from the one or more sensors to continuously monitor the trainee'"'"'s body position and compare the trainee'"'"'s body position to a computational envelope and time sequence of body positions, stored in an electronic memory, that define an exercise or training session and that generates one or more feedback signals that represent conformance of the trainee'"'"'s current body position to a current range of body positions specified by the computational envelope and time sequence of body positions stored in the electronic memory; and a feedback component that receives the one or more feedback signals from the sensor-data-acquisition-and-processing component and renders the received one or more feedback signals into signals that can be perceived by the trainee. - View Dependent Claims (9, 10, 11, 12, 13, 14, 15, 16, 17)
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Specification