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US 12,214,273 B1Granted
Virtual measurement system for athletic performance testing
OwnerBrett Brungardtinventor
Life of this patent
Estimating the term…
Abstract
A system that includes a mobile application to create a virtual overlay over a field of view of a mobile device, to virtually measure athletic performance of an athlete performing a sports activity. The system is configured to enable virtual boundary-based measurements in order to objectively assess athletes based on scores calculated using the virtual measurements. Displayed to the user are virtual boundaries including virtual planes extending from one or more floor markers within a mobile camera field of view.
Claims16
A method comprising:
- positioning a mobile device relative to a first floor marker such that the first floor marker is within a field of view of a camera of the mobile device;
- wherein the camera is a depth-perception camera;
- wherein the first floor marker includes marking(s) of a pre-determined size and capturable by the camera;
- and
- wherein the first floor marker defines a first boundary associated with a first activity;
- detecting, using a mobile application stored within the mobile device and the camera, the marking(s) of the first floor marker;
- wherein the mobile application calculates a distance relative to the first floor marker based on the predetermined size of the marking(s) and using the depth-perception camera;
- displaying, using the mobile application and over the field of view, a virtual overlay,
- wherein the virtual overlay includes a visual representation of the first boundary and is based on the marking(s) of the first floor marker;
- wherein the visual representation of the first boundary comprises a box;
- and
- wherein the first floor marker defines a corner of the box;
- detecting, using the mobile application, motion of an athlete performing the first activity relative to the first floor marker and the first boundary;
- and
- calculating, using the mobile application, a boundary-based measurement of the athlete based on the detected motion and the visual representation of the first boundary.
12 more elements
A method comprising:
- positioning a mobile device relative to a first floor marker such that the first floor marker is within a field of view of a camera of the mobile device;
- wherein the first floor marker includes marking(s) capturable by the camera;
- and
- wherein the first floor marker defines a first boundary associated with a first activity;
- detecting, using a mobile application stored within the mobile device and the camera, the marking(s) of the first floor marker;
- displaying, using the mobile application and over the field of view, a virtual overlay,
- wherein the virtual overlay includes a visual representation of the first boundary and is based on the marking(s) of the first floor marker;
- detecting, using the mobile application, motion of an athlete performing the first activity relative to the first floor marker and the first boundary;
- generating, using a light, a light signal;
- wherein the light signal is viewable by the athlete;
- wherein the light signal and the athlete are within the field of view of the camera of the mobile device;
- and
- wherein the light signal defines a required direction of movement associated with the first activity;
- detecting, using the mobile application and based on the generated light signal and detected motion of the athlete, when the athlete complies with the required direction of movement associated with the first activity;
- and
- calculating, using the mobile application, a boundary-based measurement of the athlete based on the detected motion and the visual representation of the first boundary.
13 more elements
A method comprising:
- positioning a mobile device relative to a first floor marker and a second floor marker such that the first floor marker and the second floor marker are within a field of view of a camera of the mobile device
- wherein the first floor marker and the second floor marker include marking(s) capturable by the camera;
- wherein the first floor marker defines a first boundary associated with a first activity;
- and
- wherein the second floor marker defines a second boundary associated with the first activity;
- detecting, using a mobile application stored within the mobile device and the camera, the marking(s) of the first floor marker and the marking(s) of the second floor marker;
- displaying, using the mobile application and over the field of view, a virtual overlay,
- wherein the virtual overlay includes a visual representation of the first boundary and is based on the marking(s) of the first floor marker and;
- wherein the virtual overlay includes a visual representation of the second boundary and is based on the marking(s) of the second floor marker;
- detecting, using the mobile application, motion of the athlete performing the first activity relative to the first floor marker and the first boundary and motion of the athlete performing the first activity relative to the second floor marker and the second boundary;
- and
- calculating, using the mobile application, a boundary-based measurement of the athlete based on the detected motion, the visual representation of the first boundary, and the visual representation of the second boundary;
- wherein the boundary-based measurement is relative to the first floor marker and relative to the second floor marker.
10 more elements
A system for virtual measurement, the system comprising:
- a mobile device comprising:
- a camera having a field of view, wherein the camera is a depth-perception camera;
- and
- a graphical user interface;
- a first floor marker positioned relative to the mobile device such that the first floor marker is within the field of view;
- wherein the first floor marker includes marking(s) of a pre-determined size and capturable by the camera;
- and
- wherein the first floor marker defines a first boundary associated with a first activity;
- and
- a non-transitory computer readable medium having stored thereon a plurality of instructions, wherein the instructions are executed with one or more processors so that the following steps are executed:
- detecting, using the camera, the marking(s) of the first floor marker;
- calculating a distance relative to the first floor marker based on the predetermined size of the marking(s) and using the depth-perception camera,
- displaying, over the field of view, a virtual overlay,
- wherein the virtual overlay includes a visual representation of the first boundary and is based on the marking(s) of the first floor marker;
- wherein the visual representation of the first boundary comprises a box;
- and
- wherein the first floor marker defines a corner of the box;
- detecting motion of an athlete performing the first activity relative to the first floor marker and the first boundary;
- and
- calculating a boundary-based measurement of the athlete based on the detected motion and the visual representation of the first boundary.
17 more elements
A system for virtual measurement, the system comprising:
- a mobile device comprising:
- a camera having a field of view;
- and
- a graphical user interface;
- a first floor marker positioned relative to the mobile device such that the first floor marker is within the field of view;
- wherein the first floor marker includes marking(s) capturable by the camera;
- and
- wherein the first floor marker defines a first boundary associated with a first activity:
- a light;
- and
- a non-transitory computer readable medium having stored thereon a plurality of instructions, wherein the instructions are executed with one or more processors so that the following steps are executed:
- detecting, using the camera, the marking(s) of the first floor marker;
- displaying, over the field of view, a virtual overlay,
- wherein the virtual overlay includes a visual representation of the first boundary and is based on the marking(s) of the first floor marker;
- detecting motion of an athlete performing the first activity relative to the first floor marker and the first boundary;
- generating, using the light, a light signal;
- wherein the light signal is viewable by the athlete;
- wherein the light signal and the athlete are within the field of view of the camera of the mobile device;
- and
- wherein the light signal defines a required direction of movement associated with the first activity;
- detecting, based on the generated light signal and detected motion of the athlete, when the athlete complies with the required direction of movement associated with the first activity;
- and
- calculating a boundary-based measurement of the athlete based on the detected motion and the visual representation of the first boundary.
20 more elements
A system for virtual measurement, the system comprising:
- a mobile device comprising:
- a camera having a field of view;
- and
- a graphical user interface;
- a first floor marker positioned relative to the mobile device such that the first floor marker is within the field of view;
- wherein the first floor marker includes marking(s) capturable by the camera;
- and
- wherein the first floor marker defines a first boundary associated with a first activity;
- and
- a second floor marker positioned relative to the mobile device such that the second floor marker is within the field of view;
- wherein the second floor marker includes marking(s) capturable by the camera;
- wherein the second floor marker defines a second boundary associated with the first activity;
- wherein the virtual overlay includes a visual representation of the second boundary;
- and
- wherein the first activity is measured relative to the first boundary and the second boundary;
- and
- a non-transitory computer readable medium having stored thereon a plurality of instructions, wherein the instructions are executed with one or more processors so that the following steps are executed:
- detecting, using the camera, the marking(s) of the first floor marker;
- detecting, using the camera, the marking(s) of the second floor marker;
- displaying, over the field of view, a virtual overlay,
- wherein the virtual overlay includes a visual representation of the first boundary and is based on the marking(s) of the first floor marker;
- detecting motion of an athlete performing the first activity relative to the first floor marker and the first boundary;
- detecting motion of the athlete performing the first activity relative to the second floor marker and the second boundary;
- and
- calculating a boundary-based measurement of the athlete based on the detected motion, the visual representation of the first boundary, and the visual representation of the second boundary;
- wherein the boundary-based measurement is relative to the first floor marker and the second floor marker.
23 more elements
Dependencies are inferred from the claim text.