Basketball Training Device With Artificial Hand Mechanism
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Solution Overview
Problem
Conventional basketball training drills require multiple players to simulate defensive scenarios, limiting solo practice time and availability for athletes, especially when practicing shooting skills in the presence of defenders.
Innovation Solution
A basketball training device that simulates a defensive player's presence using an artificial hand mechanism, operably coupled to the user's dominant shooting hand via a cord, allowing the artificial hand to move proximate the facial region, thus mimicking a defender without requiring a second individual.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional basketball training drills utilize multiple players to simulate defensive scenarios, then the realism and effectiveness of defensive simulation is improved, but the requirement for additional players limits solo practice time and availability
Solution Approach 1:
The patent creates a simplified copy of a defensive player's hand (the obstructing element) rather than requiring a full human defender. This artificial hand is attached to a cord that the shooter holds, allowing the shooter to simulate defensive pressure and hand placement independently, thereby achieving realistic defensive simulation without needing another player
Solution Approach 2:
The cord serves as an intermediary element connecting the shooter's hand to the artificial defensive hand. This mediator allows the shooter to control and feel the presence of defensive pressure through the cord tension, enabling solo practice while maintaining the interactive element of defending against a player's hand
2Reliability
If multiple players are used in shooting drills to practice against defenders, then the ability to manage defensive pressure is improved, but the practice time available for each individual is reduced
Solution Approach 1:
The device enables the shooter to practice against defensive pressure independently by using their own hand and the artificial hand attached to the cord. The shooter controls the positioning and pressure of the artificial defender themselves, allowing unlimited solo practice sessions without needing to coordinate with other players, thereby maximizing individual practice time while maintaining defensive pressure management training
3Reliability
If conventional drills require coordination between multiple players, then game-like interaction is improved, but the accessibility and availability for practice is reduced
Solution Approach 1:
The patent extracts only the essential defensive element (the hand that applies pressure and blocks shots) from a full player, removing the need for coordination with another person. This extracted hand element can be used independently by any shooter at any time, dramatically improving practice accessibility while preserving the core game-like interaction of shooting against defensive pressure
Data Source
AI summary
A basketball training device that simulates the presence of a defensive player more specifically the hand of a defensive player so as to provide practice shooting a basketball with at least a partially restricted view of the basketball goal. The basketball training device further includes a support pad that is releasably secured proximate the lower torso region of the user utilizing an adjustable strap. Movably connected to the support pad is a first support member and a second support member. The second support member is hingedly attached to the first support member. The basketball training device further includes a visual inhibitor movably attached to the second support member opposite the first support member. Operably coupled to the second support member distal to the first support member is an activation cord. The activation cord is further connected at the opposing end to at least one finger of the user's dominant shooting hand. The activation cord will transition the second support member from a first position to a second position thus placing the visual inhibitor proximate the facial region of the user.