Triangular Smart Golf Clubhead With Adjustable Weighting
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Solution Overview
Problem
Conventional golf clubs lack balanced design, leading to undesired rotations during the swing, requiring significant compensation and constant practice to achieve consistent ball flight.
Innovation Solution
A smart golf clubhead with super symmetrical balance and energy distribution, featuring a triangular body with adjustable weight distribution and internal technology for optimal weight distribution and alignment, reducing undesired rotations and enhancing swing consistency.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If conventional golf club design is used, then manufacturing and aesthetic goals are met, but the clubhead produces undesired rotations during swing requiring significant compensation
Solution Approach 1:
The patent applies asymmetry by positioning weights non-symmetrically within the clubhead body to create a balanced weight distribution that counteracts undesired rotations. The weights are strategically placed at specific locations (e.g., heel, toe, crown, sole) to achieve optimal balance without requiring symmetric placement, thereby eliminating harmful rotational effects while maintaining swing consistency.
Solution Approach 2:
The patent implements counterweight by incorporating adjustable weights within the clubhead that can be positioned to offset undesired rotations. These weights act as counterbalancing elements that neutralize the harmful rotational forces generated during the swing, allowing the clubhead to maintain stability and consistency without requiring golfer compensation.
2Ease of operation
If clubhead size is increased to improve performance, then hitting ease is improved, but balance and weight distribution become difficult to optimize
Solution Approach 1:
The patent segments the clubhead into distinct functional zones (e.g., heel, toe, crown, sole) and places adjustable weights in specific segments to optimize weight distribution. This segmentation allows independent adjustment of weight positions within each zone, enabling precise control over balance and center of gravity without complicating the overall clubhead design or manufacturing process.
Solution Approach 2:
The patent incorporates adjustable and movable weights that can be repositioned by the user to dynamically adjust weight distribution based on individual swing characteristics and preferences. This dynamic adjustment capability allows optimization of balance for different playing conditions and skill levels without increasing manufacturing complexity, as the adjustment mechanism uses simple, reliable components.
3Ease of manufacture
If current club design is used, then standard manufacturing processes are maintained, but significant compensation during swing is required to achieve constant ball flight
Solution Approach 1:
The patent implements self-service by designing the clubhead to automatically compensate for rotational imbalances through its internal weight distribution system. The adjustable weights are positioned to create self-correcting balance characteristics that eliminate undesired rotations without requiring active intervention or compensation from the golfer during the swing, thereby maintaining manufacturing simplicity while improving ease of operation.
Data Source
AI summary
A golf clubhead that is designed with a unique inner and outer structure, using geometry and technology to provide super symmetry, harmony and balance at motion and at rest of golf swings. The triangular form clubhead does not require compensation during the swing thus allowing for greater repetition and simplicity of movement in turn producing performance benefits via consistency. The geometric triangular shape of the clubhead provides an instantly recognizable assistance in proper alignment at the rest position. The body of the clubhead may be hollow and feature inner symmetrical structures to complement the form of the body and to enhance and provide superior weight distribution and balance.