Adjustable Angled Foot Positioning for Swing Torque Training
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Solution Overview
Problem
Athletes in various sports face challenges with foot positioning and body rotation, leading to inadequate torque and performance, with existing solutions like the 'Stance' product being insufficient in enhancing ground force and core body rotation.
Innovation Solution
An angled foot positioning device with adjustable front and rear angled foot holders, secured by pins or other fastening mechanisms, allows players to lock their feet at predetermined angles, decelerating core body rotation and increasing torque.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Stability of the object's composition
If a fixed foot positioning device is used, then foot position stability is improved, but adaptability to different athletes and activities deteriorates
Solution Approach 1:
The device employs adjustable foot holders that can be repositioned along the frame at different locations and angles, transforming a static structure into a dynamic one that adapts to various foot positions and body types while maintaining stability during use
Solution Approach 2:
The foot positioning device is divided into separable components including the frame, adjustable foot holders, and securing mechanisms, allowing each segment to be independently positioned and configured to meet specific athletic needs
2Manufacturing precision
If foot positioning is rigidly fixed, then positioning precision is improved, but ease of adjustment deteriorates
Solution Approach 1:
The foot holders are designed to be temporarily fixed at selected positions using simple securing mechanisms like pins or clips, allowing easy adjustment during setup while providing rigid fixation during actual use to ensure positioning precision
Data Source
AI summary
An angled foot positioning device to help sports players lock in their front and back foot in a predetermined position at a predetermined angle. Such a device help sports players decelerate their core body rotation within a swing to create increased torque. Increased torque produces higher impact and/or power for the player. The device includes a rectangular frame in which a front and rear angled foot holder is coupled to front and back portions of the frame. Each angled foot holder may be securely positioned between a plurality of angles via one or more pins and a plurality of holes. A front and rear pin assembly may also be coupled to the frame such that an angle of the angled foot holders may be changed by varying the relative positions of the foot holder to the pin assembly.