Method and system for developing consistency of motion
First Claim
Patent Images
1. A system for improving the physical skills of a user performing a given activity, comprising:
- an imaging device for registering a plurality of performance images of a user during a performance of the given physical activity by the user,wherein the plurality of performance images are taken from a plurality of viewing perspectives;
a direct-sight viewer for displaying the registered performance images to the user;
a processing station electronically connected to the imaging device and to the direct-sight viewer for receiving the registered performance images from the imaging device, receiving a selection of one of the plurality of viewing perspectives by the user, and relaying the registered performance images taken from the viewing perspective selected by the user to said direct-sight viewer in substantially real-time; and
a plurality of generated images of an instructional performance of the physical activity, wherein the plurality of generated images represent instructional performance from a plurality of viewing perspectives, wherein the processing station superimposes the generated images that represent the instructional performance from a viewing perspective that corresponds to the viewing perspective selected by the user and the registered performance images taken from the viewing perspective selected by the user, wherein the generated images further comprise computer-enhanced images of a three-dimensional model performing the physical activity in an idealized manner, wherein said processing station superimposes said computer-enhanced images over the registered performance images, and wherein the computer-enhanced images are computer-engineered images created bygathering data at defined time intervals from at least one skeletal point on at least one selected individual performing the activity;
translating the gathered data into positions of a computer-generated skeleton during the physical activity;
establishing ideal positions of the computer-generated skeleton at each of the defined time intervals during the physical activity;
mapping images of the three-dimensional model performing the activity in an idealized manner based on the ideal positions of the computer-generated skeleton;
correcting the mapped images thereby creating a substantially idealized instructional performance of the given activity; and
representing the mapped images with images of a three-dimensional skin corresponding anatomically to the mapped images of the computer-generated skeleton.
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Abstract
A method and system for improving the physical skills of a user performing a given activity. In the method and system, processed images of the user during the performance of the activity are gathered and displayed to the user in real-time using a viewer. Images are generated of an idealized instructional performance of the activity. The generated images are simultaneously displayed with the gathered and processed images, and may be customized to the physical characteristics of the user.
75 Citations
41 Claims
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1. A system for improving the physical skills of a user performing a given activity, comprising:
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an imaging device for registering a plurality of performance images of a user during a performance of the given physical activity by the user, wherein the plurality of performance images are taken from a plurality of viewing perspectives; a direct-sight viewer for displaying the registered performance images to the user; a processing station electronically connected to the imaging device and to the direct-sight viewer for receiving the registered performance images from the imaging device, receiving a selection of one of the plurality of viewing perspectives by the user, and relaying the registered performance images taken from the viewing perspective selected by the user to said direct-sight viewer in substantially real-time; and a plurality of generated images of an instructional performance of the physical activity, wherein the plurality of generated images represent instructional performance from a plurality of viewing perspectives, wherein the processing station superimposes the generated images that represent the instructional performance from a viewing perspective that corresponds to the viewing perspective selected by the user and the registered performance images taken from the viewing perspective selected by the user, wherein the generated images further comprise computer-enhanced images of a three-dimensional model performing the physical activity in an idealized manner, wherein said processing station superimposes said computer-enhanced images over the registered performance images, and wherein the computer-enhanced images are computer-engineered images created by gathering data at defined time intervals from at least one skeletal point on at least one selected individual performing the activity; translating the gathered data into positions of a computer-generated skeleton during the physical activity; establishing ideal positions of the computer-generated skeleton at each of the defined time intervals during the physical activity; mapping images of the three-dimensional model performing the activity in an idealized manner based on the ideal positions of the computer-generated skeleton; correcting the mapped images thereby creating a substantially idealized instructional performance of the given activity; and representing the mapped images with images of a three-dimensional skin corresponding anatomically to the mapped images of the computer-generated skeleton. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28)
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29. A machine for improving the physical skills of a user performing a given activity, comprising:
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an imaging device for registering a plurality of performance images of the user during the performance of the given activity, wherein the plurality of performance images are taken from a plurality of viewing perspectives; a direct-sight viewer for displaying images to the user; a processing station electronically connected to the imaging device and to the direct-sight viewer for receiving the registered performance images from the imaging device, for receiving a selection of one of the plurality of viewing perspectives by the user, for creating the displayed images from the performance images taken from the viewing perspective selected by the viewer, and for relaying the displayed images to the direct-sight viewer in substantially real-time; and a plurality of computer-enhanced images of a substantially idealized instructional performance of the activity, wherein the plurality of computer-enhanced images represent the substantially idealized instructional performance of the activity from a plurality of viewing perspectives, wherein said processing station superimposes said computer-enhanced images over the registered performance images, and wherein the computer-enhanced images are computer-engineered images created by gathering data at defined time intervals from at least one skeletal point on at least one selected individual performing the activity; translating the gathered data into positions of a computer-generated skeleton during the physical activity; establishing ideal positions of the computer-generated skeleton at each of the defined time intervals during the physical activity; mapping images of a three-dimensional model performing the activity in an idealized manner based on the ideal positions of the computer-generated skeleton; correcting the mapped images thereby creating a substantially idealized instructional performance of the given activity; representing the mapped images with images of a three-dimensional skin corresponding anatomically to the mapped images of the computer-generated skeleton, and wherein the displayed images are created by superimposing the computer-enhanced images that represent the substantially idealized instructional performance of the activity from a viewing perspective that corresponds to the viewing perspective selected by the user and the registered performance images taken from the viewing perspective selected by the user.
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30. A method for improving the physical skills of a user performing a given activity, comprising:
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generating a plurality of computer-enhanced images of an instructional performance of the given activity, wherein the computer-enhanced images are computer-engineered images created by gathering data at defined time intervals from at least one skeletal point on at least one selected individual performing the activity; translating the gathered data into positions of a computer-generated skeleton during the physical activity; establishing ideal positions of the computer-generated skeleton at each of the defined time intervals during the physical activity; mapping images of a three-dimensional model performing the activity in an idealized manner based on the ideal positions of the computer-generated skeleton; correcting the mapped images thereby creating a substantially idealized instructional performance of the given activity; representing the mapped images with images of a three-dimensional skin corresponding anatomically to the mapped images of the computer-generated skeleton, wherein the plurality of images represent the instructional performance from a plurality of viewing perspectives; providing the user with a direct-sight viewer; registering a plurality of performance images of the user performing the given activity using an imaging device, wherein the plurality of performance images are taken from a plurality of viewing perspectives; receiving a selection by the user of one of the plurality of viewing perspectives; superimposing the generated images that represent the instructional performance from a viewing perspective that corresponds to the selected viewing perspective over the registered performance images taken from the selected viewing perspective to create combined images; and transmitting the combined images to the direct-sight viewer thereby displaying the combined images to the user in substantially real time as the user performs the given activity. - View Dependent Claims (31, 32, 33, 34, 35)
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36. A method for improving the physical skills of a user performing a given activity using a computer generated three-dimensional model, comprising:
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equipping the user with a body mounted display; registering performance images of the user performing the given activity from a viewing perspective selected by the user from a plurality of viewing perspectives; delivering the performance images to the body mounted display in substantially real time; generating images of a three-dimensional model performing the activity in a substantially idealized manner from the selected viewing perspective; and delivering the generated images simultaneously with the performance images, wherein generating images of the three-dimensional model comprises gathering data at defined time intervals from at least one skeletal point on at least one selected individual performing the activity; translating the gathered data into positions of a computer-generated skeleton during the physical activity; establishing ideal positions of the computer-generated skeleton at each of the defined time intervals during the physical activity; mapping images of the three-dimensional model performing the activity in an idealized manner based on the ideal positions of the computer-generated skeleton; correcting the mapped images thereby creating a substantially idealized instructional performance of the given activity; representing the mapped images with images of a three-dimensional skin corresponding anatomically to the mapped images of the computer-generated skeleton. - View Dependent Claims (37, 38, 39)
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40. A method for creating computer enhanced images demonstrating a substantially idealized instructional performance of a given activity, comprising:
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gathering data from at least one skeletal point on at least one selected individual performing the activity; mapping images of ideal positions of a computer generated skeleton performing the activity using the gathered data; correcting the mapped images thereby creating images of a substantially idealized instructional performance of the given activity by the computer generated skeleton; and representing the mapped images with images of a three-dimensional skin substantially corresponding anatomically to the mapped images of the computer generated skeleton.
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41. A method for creating computer generated images demonstrating a substantially idealized instructional performance of a given activity, comprising:
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gathering data at defined time intervals from at least one skeletal point on at least one selected individual performing the activity; translating the gathered data to positions of a computer generated skeleton during the activity; establishing ideal positions of the computer generated skeleton at each of the defined time intervals during the activity; mapping images based on the ideal positions of the computer generated skeleton demonstrating a substantially idealized instructional performance of the activity; correcting the mapped images thereby creating the substantially idealized instructional performance of the given activity; and representing the mapped images with images of a three-dimensional skin substantially corresponding anatomically to the mapped images of the computer generated skeleton.
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Specification