Fascia Activation Device With Adjustable Cuffs
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Solution Overview
Problem
Current therapy devices and methods fail to effectively mobilize and train the body's fascia, leading to inadequate pain relief and biomechanical alignment due to lack of proprioceptive feedback and inability to shear connective tissue effectively, thereby not addressing the root causes of stiffness and pain.
Innovation Solution
The development of a fascia activation and training device that provides proprioceptive feedback and mobilizes fascial connective tissue through combined motions and co-contractions, using a collapsible elongate device body with adjustable end cuffs and straps to apply inward and outward forces, facilitating proper biomechanics and fascial alignment.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If traditional muscle exercises and stretching techniques are used, then muscle flexibility is improved, but fascia mobilization and proprioceptive feedback are insufficient
Solution Approach 1:
The device incorporates proprioceptive feedback mechanisms through tactile cues and positional awareness features that provide the user with real-time information about their body position and movement, enabling effective fascia mobilization without requiring complex therapeutic intervention
2Reliability
If hands-on therapy is used to mobilize connective tissues, then therapeutic effect is achieved, but therapist positioning difficulty and patient proprioceptive feedback lack persist
Solution Approach 1:
The device enables patients to perform self-myofascial release therapy independently, providing structured guidance for positioning and movement while eliminating the need for continuous therapist intervention. The device itself provides the necessary mechanical forces and positional cues for effective treatment
Solution Approach 2:
The device acts as an intermediary tool that translates therapeutic intentions into precise mechanical actions, providing consistent forces and positioning that would be difficult to achieve manually. It mediates between the patient's body and the therapeutic goal of fascia mobilization
3Ease of operation
If foam rolling and trigger point balls are used, then passive fascia treatment is provided, but active fascial shear and joint arthrokinematics stabilization are insufficient
Solution Approach 1:
The device transitions from static passive treatment to dynamic active engagement, requiring and enabling active muscle contraction and movement. It provides a stable base for generating controlled forces that create active fascial shear while maintaining joint stabilization through its structural design
4Stability of the object's composition
If excessive fascia stiffness is present, then movement flexibility is reduced, but pain relief and tissue remodeling are slow
Solution Approach 1:
The device employs periodic cyclic movements and oscillating forces that progressively work through stiff fascia tissue. The rhythmic nature of the treatment allows for sustained mechanical loading that promotes tissue remodeling while managing pain through controlled, repeating motion patterns
Data Source
AI summary
Fascia activation and training devices having an adjustable length, collapsible, elongate device body having opposing ends to which open ended interchangeable cuffs are removably mounted. The end cuffs of the training devices provide for inward and/or outward compression forces to be applied by a user's body members engaging such end cuffs, thereby enhancing fascial activation and training, and providing users with proprioceptive feedback, making motor learning in biomechanical retraining through fascia remodeling possible. Methods of use of such training devices provide for the use of multiple types of training devices in combination, resulting in the enhanced training of biomechanical chains of muscles.