SYSTEM AND METHOD FOR MONITORING JUMP VELOCITY
First Claim
1. A jump safety system for communicating an optimal velocity for a jump, the system comprising:
- a radar component that transmits and receives radio signals and generates a velocity output, the radar component positioned to determine velocity along a path associated with the jump;
a memory that records the velocity output;
a processor configured to analyze the velocity output;
a velocity processing module controlled by the processor that determines an optimal velocity range for a landing area, in which the landing area has a declining sloped angle that reduces a landing force in relation to the slope angle;
a velocity measurement; and
a light emitting component configured to communicate the velocity measurement.
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Abstract
A jump safety system for communicating an optimal velocity for a jump is described. The system includes a radar component, a memory, a processor, a velocity processing module, an increase velocity status, a decrease velocity status, a maintain velocity status, and a light emitting component. The radar component transmits and receives radio signals and generates a velocity output. Additionally, the radar component is positioned to determine velocity along a path associated with the jump. The velocity processing module is controlled by the processor and determines an optimal velocity range for a landing area. The maintain velocity status determined by the velocity processing module indicates the velocity output. The light emitting component is configured to communicate at least one of the increase velocity status, the decrease velocity status, or the maintain velocity status.
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Citations
29 Claims
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1. A jump safety system for communicating an optimal velocity for a jump, the system comprising:
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a radar component that transmits and receives radio signals and generates a velocity output, the radar component positioned to determine velocity along a path associated with the jump; a memory that records the velocity output; a processor configured to analyze the velocity output; a velocity processing module controlled by the processor that determines an optimal velocity range for a landing area, in which the landing area has a declining sloped angle that reduces a landing force in relation to the slope angle; a velocity measurement; and a light emitting component configured to communicate the velocity measurement. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
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11. A jump safety system for communicating an optimal velocity for a jump, the system comprising:
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a velocity means that generates a velocity output that provides a velocity measurement along a path associated with the jump; a memory that records the velocity output; a processor configured to analyze the velocity output; a velocity processing module controlled by the processor that determines an optimal velocity range for a landing area, in which the landing area has a declining sloped angle that reduces a landing force in relation to the slope angle; and a means for communicating the velocity measurement. - View Dependent Claims (12, 13, 14, 15, 16, 17, 18, 19, 20)
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21. A jump safety method for communicating an optimal velocity for a jump, the method comprising:
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positioning a means for determining velocity along a path that is associated with the jump; selecting an optimal velocity range for a landing area, in which the landing area has a declining sloped angle that reduces a landing force in relation to the slope angle; recording a velocity output; and analyzing the velocity output. - View Dependent Claims (22, 23, 24, 25, 26, 27, 28, 29)
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Specification