Athlete reaction-training systems and athlete agility-training systems
OwnerRaymond Parkerinventor
Life of this patent
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Abstract
An athlete agility-training system includes a frame and a plurality of mounting plates. Each mounting plate is removably secured to an associated position on the frame. The frame includes at least one athlete agility-training (or reaction-training) device removably secured to one of the plurality of mounting plates. Each mounting plate includes a shank portion that extends from a device-mounting portion. The device-mounting portion is planar and substantially circular. A first end portion of the shank of the mounting plate is unitary with a peripheral-edge portion of the planar and substantially circular device-mounting portion.
Claims5
An enhanced athlete-reaction and agility-training system, the system configured for fencing training and comprising:
- a frame;
- a plurality of mounting plates removably secured to the frame;
- an athlete reaction-training device disposed on one of the plurality of mounting plates, the athlete reaction-training device including a light-emitting device and an impact-sensitive surface connected to the light-emitting device, wherein the light-emitting device ceases emitting light when the impact-sensitive surface is impacted;
- and
- an enhanced athlete-reaction and agility-training device removably mounted on and operably associated with the athlete reaction-training device, wherein the enhanced athlete-reaction and agility-training device comprises:
- a housing defining two apertures;
- at least one microprocessor disposed in the housing;
- an impact-generating mechanism contained within the housing, wherein the impact-generating mechanism includes a reciprocally translatable tapper member extendable and retractable through one of the two apertures;
- a control unit in the housing, wherein the control unit is operably connected to the at least one microprocessor and the impact-generating mechanism;
- and
- a motion sensor contained within the housing adjacent to the other one of the two apertures, wherein the motion sensor is operably connected to a power source and to the control unit, wherein the motion sensor is adapted and configured to project a motion-detecting beam through the other one of the two apertures, wherein the enhanced athlete-reaction and agility-training device is removably secured to the athlete reaction-training device, wherein movement of a person or a thing toward or transverse to the motion sensor when sensed by the motion sensor causes the reciprocally translatable tapper member to tap the impact-sensitive surface, thereby ending light emission.
Dependencies are inferred from the claim text.