Golf Training Device with Adjustable Gates for Putting Alignment
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Solution Overview
Problem
Golfers face challenges in improving their putting technique due to difficulties in accurately assessing external variables on the green and maintaining proper setup and stroke alignment, leading to inconsistent putts.
Innovation Solution
A golf training device featuring a base plate with a putting channel and adjustable gates for a golf ball and putter, along with alignment marks and a calibration plate, helps golfers detect errors in the target line and improve their putting setup and stroke by providing a controlled environment for practice and feedback.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If a golfer attempts to accurately assess external variables and maintain proper alignment without training aids, then the golfer relies on subjective judgment and muscle memory, but the accuracy and consistency of putting technique deteriorates due to lack of objective feedback
Solution Approach 1:
The training device incorporates alignment marks, gates, and visual indicators that provide immediate objective feedback to the golfer about their setup and stroke alignment. The feedback mechanism allows the golfer to see deviations from the target line and make real-time corrections, transforming subjective judgment into objective measurement and improving both accuracy and consistency.
Solution Approach 2:
The training device acts as an intermediary between the golfer and the putting surface, introducing physical guides (alignment marks, gates, channels) that mediate the golfer's interaction with the green. These intermediaries provide a reference framework that helps the golfer accurately assess target lines and maintain proper alignment without relying solely on personal judgment.
2Ease of operation
If a golfer uses traditional putting practice without structured guidance, then the golfer can practice freely, but the ability to detect and correct alignment errors deteriorates due to lack of reference standards
Solution Approach 1:
The training device segments the putting motion into distinct components that can be independently evaluated: setup alignment, target line selection, and stroke path. By breaking down the complex putting action into measurable segments using gates and alignment marks, the golfer can practice freely while receiving structured feedback on each component, making error detection systematic rather than overwhelming.
Solution Approach 2:
The training device employs visual indicators such as colored alignment marks, contrasting gates, and visible reference lines that create optical cues for detecting misalignment. These visual elements leverage human sensitivity to color and contrast differences, making even subtle alignment errors immediately apparent to the golfer during free practice.
3Productivity
If a golfer relies on personal judgment for reading the green and selecting target lines, then the process is simple and quick, but the precision of target line selection deteriorates due to absence of objective reference
Solution Approach 1:
The training device prepares reference elements (alignment marks, gates, target indicators) in advance on the putting surface, so that when the golfer needs to select a target line, the reference framework is already in place. This preliminary preparation allows the golfer to quickly compare their intended target line against pre-established references, maintaining speed while dramatically improving precision.
Data Source
AI summary
A golf training device is provided including a base plate having a putting channel. The device may also include a calibration plate having a calibration channel, a ball gate including first and second ball gate posts and/or a putter gate including first and second putter gate posts. The calibration plate is selectively attachable to the base plate with the calibration channel overlaying the putting channel. The ball gate has an adjustable ball gate width sufficient to allow a standard golf ball to pass therethrough and the putter gate has an adjustable putter gate width sufficient to allow a head of a putter to pass therethrough. The ball and putter gate widths are adjusted by rotating the first and/or second ball gate posts and the first and/or second putter gate posts, respectively.