Intersectional impact training tools
Abstract
The present disclosure relates to intersectional impact training tools. Aspects of the present disclosure provide attachable intersection impact training tools, which can be attached to sport implements to enable the user to observe and practice intersectional impact. In an exemplary implementation, the training tool can include clips/clamp, which can be fixed with a sport implement, a stiff wire that can hold a ball at centre surface away of the sport implement. The training tool can be attached with sport implement so as to enable a player to practice a particular punching action/technique for multiple sports, for example, forward and backward intersectional movement or forward and forward inline movement, or side movement. The proposed training tools use universal biomechanical techniques that resolve health issues and provide positive results in sports and physiotherapy.
Claims
exact text as granted — not AI-modified1 . An intersectional impact tool attachable/detachable to a training/research sports equipment, the intersectional impact tool comprising:
an adjustable frame of the tool comprising two or more clips attached to a stiff or elastic wire that holds a sports element such as, but not limited to, a tennis ball, a cricket ball, and a shuttle of varying sizes or weights, wherein the sports element moves pivotally due to a motion force exerted by a user when the user uses the training/research sports equipment so as to learn intersectional type impact or general impact for playing various sports, wherein the adjustable frame is configured within a groove available on the training/research sports equipment.
2 . The tool of claim 1 , wherein the adjustable frame is installed at different angular positions on the training/research sports equipment.
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6 . The tool of claim 1 , wherein the adjustable frame comprises one or more sticks that pass through one or more sports elements such as, but not limited to, a tennis ball, a cricket ball, and a shuttle, wherein the one or more sticks are installed in such a way that both ends of the one or more sticks are connected to the sports equipment such that the one or more sports elements move freely.
7 . The tool of claim 6 , wherein the one or more sticks that are passed through the one or more sports elements are installed within hitting area/impact zone of the sports equipment, wherein the one or more sticks are adjustable and achieves different angular positions of impact on the sports equipment.
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13 . A plurality of data collection devices such as, but not limited to, sensors, transmitters, and receivers configured with a sports equipment, a user or at a certain location, wherein the plurality of data collection devices collect general, analytical, mathematical, scientific and geometrical data related to various variables of sporting actions that are processed either generally or at various reference points, and compute the collected data either generally or at various reference points.
14 . The data collection devices of claim 13 , wherein one or more data collection devices of the plurality of data collection devices are configured as master data collection devices, and one or more data collection devices of the plurality of data collection devices are configured as slave data collection devices, wherein interaction of the master data collection devices and slave data collection devices produces a sensory response such as, but not limited to, vibrational response and/or sonic response.
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16 . The data collection devices of claim 13 , wherein the data collection devices transmit real-time data to a computing device that process the real-time data to generate a real-time response.
17 . The data collection devices of claim 13 , wherein the data collection devices have responsive features such as, but not limited to, directional/speed sensitive capability and an adjustable dynamic range.
18 . The data collection devices of claim 13 , wherein the data collection devices are configured for various applications/installations such as, but not limited to, playing field, net, stand, ball machine, and wickets.
19 . The data collection devices of claim 13 , wherein the data collection devices wirelessly transmit data to a monitoring station that shows the data to a user in a simulated manner.
20 . The data collection devices of claim 19 , wherein the monitoring station is a processing and simulation unit such as but not limited to, a computing device, a ball machine, a virtual reality/gaming application.
21 . The data collection devices of claim 13 , wherein a master data collection device responds to a disruption in its sensory pathway/dynamic range and sends a transmission to one or more slave data collection devices that responds accordingly.
22 . The data collection devices of claim 13 , wherein the data collection devices generally or with respect to selected reference points collect, compute, and simulate a change in any movement, force, and/or directional variables.
23 . An intersectional impact tool comprising one or more bases/stands with adjustable height, wherein the plurality of stands are connected to a soft tip that is passed either partially or fully through a sports element such as, but not limited to, a tennis ball, a cricket ball, a football, and a shuttle, wherein the intersectional impact tool is configured to analyze intersectional impact such as for training and research purposes.
24 . The intersectional impact tool of claim 23 , wherein coupling of the soft tip and the sports element allows free or adjustable resistance based movement of the sports element about an axis when a force is applied either on the soft tip or on the sports element.
25 . The intersectional impact tool of claim 23 , wherein one or more hands are connected to the sports element at one end and to one or more stands at other end, wherein the one or more hands are adjustable and/or responsive to the force applied either on the soft tip or on the sports element so as to present the sport element at various heights and/or for various axes.
26 . The intersectional impact tool of claim 23 , wherein height of the one or more hands is adjustable with each successive rotation of the sports element such that its height is increased or decreased in response to force applied to the sports element.
27 . The intersectional impact tool of claim 23 , wherein length of the one or more hands is adjustable such that length of the one or more hands is increased or decreased as per requirement of a user.
28 . The intersectional impact tool of claim 24 , wherein adjustable resistance based movement of the sport element about an axis is restrained by using a resistive element such as, but not limited to, an elastic member, a fixed member, a mechanical coupling, or one or more mechanical loads.
29 . The intersectional impact tool of claim 24 , wherein the adjustable resistance based movement of the sports element about an axis allows either a complete rotation of the sports element or a front back rocking/swinging motion to the sports element.
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