Golf Swing Training Device with Flexible Feedback Arms
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Solution Overview
Problem
Existing golf training devices fail to provide immediate and advanced feedback on proper golf swing mechanics, particularly for advanced techniques like one-piece takeaway and inside-to-out club head path, which are crucial for achieving accurate and controlled shots.
Innovation Solution
A portable golf swing training device comprising elongated rods and arms that provide visual and tactile feedback, allowing golfers to practice proper takeaway, backswing, and downswing paths, ensuring the club face is open at impact for a draw trajectory, using a base, alignment rods, adjustable arms, and spring-like connectors to guide the club through a specific arc and path.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If prior golf training devices use simple guides or barriers to teach swing path, then basic swing plane instruction is provided, but immediate feedback on advanced swing characteristics is not provided
Solution Approach 1:
The patent implements feedback by providing immediate tactile and visual cues through physical guides that contact the golf club during the swing. The top and bottom flexible guides provide real-time feedback on club head position and swing plane, while the alignment rod offers tactile feedback on foot positioning. This feedback mechanism allows golfers to immediately感知 deviations from the desired swing path without complex electronics.
Solution Approach 2:
The patent uses flexible guides as intermediary elements between the golfer's swing and the training objectives. These guides physically mediate the interaction by providing tactile feedback and guiding the club head along the desired path, serving as a mechanical intermediary that translates complex swing mechanics into simple tactile cues.
2Manufacturing precision
If training devices provide detailed swing path guidance, then advanced swing techniques can be taught, but the device becomes less portable and more expensive
Solution Approach 1:
The patent segments the training device into separate, simple components: top and bottom flexible guides, alignment rod, and base. Each component performs a specific function and can be easily manufactured and assembled. This segmentation allows the device to provide detailed swing path guidance through multiple elements while remaining portable and cost-effective.
Solution Approach 2:
The patent employs flexible guides made from materials like rubber or flexible plastic that can be easily manufactured and assembled. These flexible elements provide the necessary guidance and feedback while being lightweight, portable, and inexpensive compared to rigid structural solutions.
3Manufacturing precision
If training devices use rigid structural guides, then precise swing path definition is achieved, but the device becomes harder to assemble and less adaptable
Solution Approach 1:
The patent uses flexible guides that can dynamically adapt to different swing types and golfer preferences. The flexibility allows the guides to bend and conform to various swing paths while still providing tactile feedback, making the device adaptable to different skill levels and swing styles without sacrificing alignment precision.
Solution Approach 2:
The patent creates a universal training device that can accommodate both right-handed and left-handed golfers, as well as different swing types. The flexible guides and adjustable alignment rod can be configured for various swing paths, making the device versatile across different golfer needs while maintaining precise guidance capabilities.
Data Source
AI summary
An easily assembled and disassembled portable golf swing training device includes plural interconnected elongated, linear rods and arms for the development of proper golf club takeaway, backswing and downswing mechanics. The position of the golf club during the swing is compared with generally accepted swing parameters, and club positions not within acceptable limits are evidenced by easily detected golf club contact with one or more of the device's arms which are all adjustable in length and position depending upon individual golfer characteristics, and which are pivotally mounted, padded and flexible to avoid injury as well as damage to the inventive device or to a golf club. The configuration of the various rods and arms is established to provide the golfer an inside-to-out club head path during the downswing to provide for a draw of the ball, or to shape the shot from right to left for a right hand golfer.