Thoracic Rotation Training System with Wrist Stabilization
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Solution Overview
Problem
Conventional golf training devices fail to adequately promote proper thoracic rotation and body movements, leading to inadequate muscular conditioning and flexibility, as they do not effectively stabilize wrist radial deviation and humerus horizontal abduction, thereby neglecting the development of a true thoracic turn of the spine.
Innovation Solution
A system that stabilizes wrist radial deviation and humerus horizontal abduction, generating kinetic force to enhance thoracic spine rotation and lumbar lateral flexion, comprising extension, bracing, and connection portions with adjustable mechanisms for optimal fit and portability, allowing for proper thoracic rotation and increased spine flexibility and strength.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Stability of the object's composition
If conventional training devices focus on improving grip and preventing wrist movement, then wrist stability is improved, but thoracic rotation and body movements are not properly maintained
Solution Approach 1:
The device extracts the grip training function from the overall training system, using a separate ball and grip mechanism independent of the main thoracic rotation frame. This allows wrist stability training to occur without constraining thoracic movement, resolving the contradiction between wrist stability and thoracic rotation capability
Solution Approach 2:
The training device is segmented into independent functional components: a stationary base for grip training, a rotating thoracic frame for body rotation, and a separate ball manipulation system. This segmentation allows each component to perform its specific function without interfering with others, enabling both wrist stability and thoracic rotation to be trained simultaneously
2Manufacturing precision
If training devices use fixed structural components, then manufacturing precision is improved, but adaptability to different user sizes and swing styles is reduced
Solution Approach 1:
The device incorporates dynamic, adjustable components including telescoping poles with adjustable lengths, rotating platforms that accommodate different swing amplitudes, and movable bracing elements. These dynamic features allow the fixed-precision manufacturing components to adapt to various user sizes and swing styles, resolving the contradiction between manufacturing precision and user adaptability
3Device complexity
If conventional devices neglect thoracic spine rotation training, then device complexity is reduced, but muscular conditioning and flexibility development are inadequate
Solution Approach 1:
The device is pre-configured with thoracic rotation-capable components including a rotating platform, adjustable bracing members positioned to guide proper spinal rotation, and a frame geometry designed to promote correct thoracic movement patterns. This preliminary design ensures that thoracic conditioning effectiveness is built into the device structure without requiring complex additional mechanisms
Data Source
AI summary
A thoracic isolation and training system is provided to stabilize radial deviation of the wrist and horizontal abduction of the humerus. As such, use of the system effectively rotates the thoracic spine so that horizontal abduction and radial deviation are locked in a proper and desirable position. The system can include one or more extension portions, one or more bracing portions, and one or more connection portions. One or more adjustment portions can be operably connected to the extension and bracing portions.