Dynamic Taping Method for Skeletal Muscle Tone Control
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Solution Overview
Problem
Current adhesive medical taping methods lack a systematic approach to effectively elicit or inhibit muscle tone, leading to ineffective long-term results in neurological and orthopedic applications, with no established pattern correlating with specific skeletal muscle structures to control muscle tone permanently.
Innovation Solution
A dynamic taping method that applies elastic-like adhesive tape over tendons and surrounding structures to change muscle tone by simultaneously inhibiting antagonist muscles and eliciting agonist muscles, reconnecting the central nervous system through afferent nervous system pathways, thereby promoting neurogenesis and correcting muscle imbalances.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If adhesive medical tape is applied to support joints and muscles, then joint support and stability are improved, but the ability to permanently alter muscle tone is not achieved
Solution Approach 1:
The patent applies tape with different tensions and orientations to specific anatomical locations (agonist vs antagonist muscles) to create localized effects. The tape is applied directly over tendons and muscle bellies in specific patterns that target individual muscles, allowing differential modulation of muscle tone in different body regions while maintaining overall joint support.
Solution Approach 2:
The patent changes the physical parameters of tape application including tension (low, medium, high), orientation (parallel to fiber, perpendicular, diagonal), and layering (single layer, multiple layers) to achieve different physiological effects on muscle tone. These parameter variations enable permanent muscle tone correction rather than temporary support.
2Ease of operation
If traditional taping methods are used to control muscle tone, then temporary support is provided, but no established pattern correlates with specific skeletal muscle structures for permanent control
Solution Approach 1:
The patent divides the taping approach into distinct segments: identification of specific muscle groups (agonist/antagonist pairs), selection of precise application locations over tendons and muscle bellies, and application of different tension levels to different tape segments. This segmentation enables precise control of individual muscles rather than general area support.
Solution Approach 2:
The patent replaces traditional mechanical joint support with a neurological mechanism. Instead of relying solely on external mechanical stabilization, the tape application stimulates proprioceptors and mechanoreceptors to trigger neural pathways that permanently alter muscle tone through neuroplasticity, substituting mechanical support with biological control.
3Ease of manufacture
If adhesive tape is applied without specific anatomical patterning, then application is simple, but ineffective long-term results are produced
Solution Approach 1:
The patent requires preliminary identification and assessment of specific muscle groups, tendon locations, and muscle belly positions before tape application. This preliminary anatomical mapping ensures that subsequent tape placement follows precise patterns that correlate with underlying muscle structures, enabling long-term effectiveness while maintaining procedural simplicity through standardized assessment protocols.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
This method allows for the reestablishment of normal muscle movement patterns and tone changes, enabling patients to regain functional muscle use, regardless of age or injury duration, with the tape's tension and pressure immobilizing proprioceptors and mechanoreceptors to alter muscle tone, leading to permanent changes in muscle function.
Implementation Method 1
The property of the tape will be taken into consideration before proceeding with the application of dynamic medical adhesive tape
Implementation Method 2
dynamic adhesive medical tape is applied in tension to the dorsal surface
Data Source
AI summary
Is a taping method that follows a specific set of rules based on anatomical and physiological patterns in humans. This taping method causes a change in skeletal muscle tone in the human body, when tape is directly applied to the skin of the human body over targeted tendons and surrounding structures going over joints. This taping method will inhibit the muscle tone in the antagonist muscle of the opposing side of the joint where the tape is applied, while simultaneously eliciting the agonist of the muscle that are attached by the tendon of the joint where the tape is applied.