Golf Swing Aid Using Simulation Ball for Indoor Data Capture
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Solution Overview
Problem
Existing golf training technologies lack the ability to effectively correlate a golfer's intentions and physical actions with actual ball flight statistics, leading to diminished practice value and safety concerns when using traditional golf balls indoors.
Innovation Solution
A system that uses a simulation ball and database to capture and analyze golf shot data, including setup and swing parameters, providing visual feedback and statistical analysis to improve golf swing techniques while allowing safe indoor practice.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If traditional golf balls are used for indoor practice, then golfers can practice their swings indoors, but safety hazards arise from golf balls or similar hard objects being dangerous to persons and objects
Solution Approach 1:
The patent changes the physical parameters of the golf ball by using a simulation ball with different material composition and structural properties. The simulation ball is designed to be softer and lighter than a traditional golf ball, fundamentally altering its impact characteristics to eliminate safety hazards while preserving swing practice functionality
Solution Approach 2:
The patent creates a copy of the golf ball experience using a simulation ball that replicates the essential swing mechanics and visual feedback without possessing the dangerous properties of a real golf ball. The simulation ball serves as a functional duplicate for practice purposes while being inherently safer
2Ease of operation
If ball flight statistics are displayed on a screen without visual feedback of actual flight patterns, then indoor practice becomes feasible, but the value of practice sessions diminishes due to loss of visual reinforcement
Solution Approach 1:
The patent uses optical tracking systems and display technology to create a visual copy of the simulation ball's flight path. The system captures the actual trajectory, height, and distance of the simulation ball and projects this visual information onto a screen, providing golfers with realistic visual feedback that reinforces their understanding of ball flight statistics
Solution Approach 2:
The patent replaces the need for physical outdoor range conditions with an optical measurement and display system. Sensors track the simulation ball's flight parameters and convert this mechanical motion data into visual representations on a screen, substituting the natural outdoor visual feedback with an engineered optical system
3Adaptability or versatility
If golfers attempt to learn all possible combinations of setup positions and swing adjustments, then comprehensive golf shot skills can be achieved, but the complexity of learning increases enormously
Solution Approach 1:
The patent breaks down the complex golf swing into discrete, measurable parameters including setup positions, swing adjustments, club selection, and shot type. By segmenting the continuous motion into distinct analytical components, the system makes it easier for golfers to understand and master individual elements before integrating them into complete shot execution
Solution Approach 2:
The patent implements a feedback system that measures actual swing parameters and compares them against ideal or target values. This immediate feedback loop allows golfers to see the direct relationship between their physical actions and the resulting ball flight, enabling progressive skill development without requiring memorization of all possible combinations
Data Source
AI summary
An apparatus, methods and systems are provided for creating a shot information database comprising ball flight data combined with a user's intended golf shot type, the user's golf club selection, the user's setup position and dynamic swing adjustment made to produce the golfer's intended golf shot with the selected golf club to produce said golf shot. This invention presents to the user such information as a “score,” wherein said score reflects the accuracy of the user's golf shot. In addition, the ball flight data includes a trajectory angle, an elevation angle, a quadrant in a “target plane” comprising an x-y coordinate system coplanar with said target plane and a characterization of a type of golf shot produced by said golfer, such as a “draw.” Another embodiment of this invention performs a statistical analysis on said shot information to create basic and advance shot reports to assist a golfer or a third party to learn a golfer's strengths and weaknesses with respect to the user's ability to hit certain golf shots with certain golf clubs; in addition, the golfer is able to learn with setup “keys” and swing “keys” are more successful in hitting certain golf shots with certain golf clubs. In this manner a golfer or user is able to learn what it takes to improve his/her golf swing while better understanding their particular capabilities and tendencies. Another embodiment of this invention allows a golfer to practice indoors in a manner that simulates outdoor practice at a driving range, For golfer's who are visually impaired, this invention provides accurate feedback to a golfer who is visually impaired to the extent that they cannot see the flight of the struck golf ball. Said golfer benefits little at a driving range where they are unable to see the results of their golf swings This apparatus characterizes each golf shot using a particular practice ball which interoperates with the apparatus in such a way to enable said apparatus to acquire said ball flight data. Another embodiment of this invention allows a golfer to enter or speak remarks on the results of the previous shots or, more simply called post shot remarks. All shot information is stored in permanent storage for later historical performance analysis.