Fascia Activation Device with Adjustable Cuffs for Biomechanical Alignment
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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, resulting in persistent stiffness and pain.
Innovation Solution
The development of fascia activation and training devices with collapsible elongate bodies and adjustable end cuffs that provide proprioceptive feedback and allow for inward and outward force application, enabling correct biomechanics and fascial remodeling through joint mobilization and co-contractions.
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 more effective fascia mobilization without requiring therapeutic intervention
Solution Approach 2:
The device enables users to independently perform fascia activation and mobilization exercises with proper form and positioning, eliminating the need for continuous therapeutic guidance while maintaining treatment effectiveness
2Ease of operation
If hands are used for tactile cues and positioning guidance, then patient positioning is assisted, but actual proprioceptive feedback to the patient is inadequate
Solution Approach 1:
The device provides built-in proprioceptive feedback through mechanical cues, tactile feedback elements, and positional indicators that directly communicate body position information to the user, eliminating the information loss inherent in manual therapeutic guidance
3Object-affected harmful factors
If foam rolling and passive techniques are used, then fascia relaxation is attempted, but effective shear force and deep tissue mobilization are not achieved
Solution Approach 1:
The device employs curved and contoured surfaces that conform to body anatomy, enabling effective shear force application and deep tissue mobilization while maintaining comfort and proper force distribution throughout the treatment area
Solution Approach 2:
The device incorporates dynamic movement capabilities that allow users to actively engage muscles and fascia through controlled motion, creating effective shear forces that passive techniques cannot achieve
4Object-affected harmful factors
If bands and balls are used for mobilization, then some fascial release is achieved, but hard stop for bone mobilization and leverage for shearing fascia is insufficient
Solution Approach 1:
The device utilizes strategically placed curved surfaces and contoured contact points that provide natural leverage points and hard stops for bone mobilization, enabling effective shear forces to be applied to fascial tissues without requiring excessive user effort
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.