Training Ball with Magnetic Snap Feedback for Wrist Technique
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Solution Overview
Problem
Young baseball and softball players often struggle to develop a proper wrist snap when releasing the ball, leading to improper ball travel and reduced accuracy, which is critical for pitching and throwing techniques.
Innovation Solution
A training ball with a passageway and magnetic device that provides audible and visual feedback upon proper release, incorporating shiftable weighted material to enhance muscle strength and technique, and adjustable weight distribution to simulate various pitches.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If a standard baseball or softball is used for training, then the ball is simple and easy to manufacture, but it provides no feedback to help players learn proper wrist snap technique
Solution Approach 1:
The patent incorporates a snap device with a magnetic component and metallic component that produce an audible click when the wrist snaps properly during ball release. This feedback mechanism allows players to immediately know whether their technique is correct, directly addressing the training effectiveness issue while adding only a simple internal mechanism to the ball structure.
Solution Approach 2:
The patent introduces a snap device as an intermediary element within the ball structure that mediates between the player's wrist motion and the ball release. The magnetic and metallic components act as intermediaries that translate the subtle wrist snap motion into a detectable audible signal, enabling technique feedback without fundamentally changing the ball's basic structure.
2Measurement precision
If individual coaching attention is provided to teach proper wrist snap, then technique accuracy improves, but time consumption and cost increase significantly
Solution Approach 1:
The training ball enables players to self-correct their technique by providing immediate audible feedback through the snap device. Players can independently determine whether their wrist snap is proper without requiring constant coach intervention, allowing them to practice efficiently on their own and reducing both time and cost while maintaining technique accuracy.
3Measurement precision
If the ball provides detailed feedback mechanisms, then technique learning improves, but the ball becomes more complex and expensive to manufacture
Solution Approach 1:
The patent extracts only the essential feedback function needed for technique learning - a simple audible click from the snap device - while leaving out more complex feedback mechanisms. This selective approach provides sufficient feedback accuracy for wrist snap technique while maintaining manufacturing simplicity by using basic magnetic and metallic components rather than complex electronics or sensors.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The training ball effectively teaches players a proper wrist snap and throwing technique, improving accuracy, velocity, and muscle strength by providing immediate feedback and simulating different pitches, thus enhancing overall pitching and fielding skills.
Implementation Method 1
A magnetic device is located at an end of the passageway within the core of the ball and a cap fixed at an opposing end with a metallic component positioned within the passageway. The metallic component is capable of sliding between the magnetic device and the cap
Implementation Method 2
Located within the generally vertically-oriented passageway is a shiftable weighted material such that based on the motion of the ball, the shiftable weighted material can pass between the generally vertically-oriented passageway and the generally horizontally-oriented passageway
Data Source
AI summary
A ball for use in teaching proper throwing or pitching techniques in baseball or softball is disclosed. The ball provides an internal mechanism by way of a snap device or a channel having a shiftable weighted material to provide both an audible and visible indication of when a proper wrist snap release of the ball has occurred. The internal mechanisms disclosed can be incorporated into newly manufactured baseballs or softballs or placed into preexisting balls.