Localized Rectus Abdominis Bracing for Automatic Posture Correction
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Solution Overview
Problem
Existing methods for abdominal bracing and posture correction are complex, requiring high skill and mental effort, and fail to provide a simple, effective method for stabilizing the spine and correcting posture by focusing on a single small area of the rectus abdominis muscle, leading to inconsistent posture maintenance.
Innovation Solution
A method and device that applies deep inward pressure to a specific mid-sagittal point on the rectus abdominis muscle inferior to the umbilicus, allowing the user to maintain constant low-level muscle contraction, focusing on the rectus abdominis to stabilize the spine and balance antagonistic muscle pairs for automatic posture correction.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If existing abdominal bracing methods are used, then abdominal muscle activation is achieved, but the method is complex and requires high skill and mental effort
Solution Approach 1:
The invention divides the abdominal bracing task into a specific focal point (mid-sagittal point on rectus abdominis inferior to umbilicus) rather than requiring activation of the entire abdominal region. This segmentation allows users to focus on a single point, dramatically simplifying the technique while maintaining effectiveness.
Solution Approach 2:
The invention applies localized pressure to a specific small area (approximately 1-2 cm diameter) on the mid-sagittal line of the rectus abdominis muscle, rather than distributing pressure across the entire abdomen. This local quality approach enables effective bracing through minimal, focused engagement.
2Reliability
If existing abdominal bracing methods are used, then muscle activation is achieved, but consistent posture maintenance is not achieved
Solution Approach 1:
The invention creates a self-correcting system where the localized pressure point on the rectus abdominis automatically triggers the muscle to engage, which in turn activates the entire core stabilizer system. The body's natural biomechanical relationships ensure that engaging this one point leads to automatic stabilization of the spine and correction of posture without requiring continuous conscious control.
Solution Approach 2:
The invention establishes a predetermined focal point (mid-sagittal point inferior to umbilicus) that, when activated, pre-triggers the cascade of muscle engagements needed for proper posture. By preparing and identifying this specific point beforehand, the user can quickly engage the entire bracing system through a single action.
3Quantity of substance
If pressure is applied to multiple areas of the abdomen, then overall abdominal engagement is achieved, but single point focused bracing is not achieved
Solution Approach 1:
The invention deliberately concentrates pressure on a very small area (approximately 1-2 cm diameter) on the mid-sagittal line of the rectus abdominis, inferior to the umbilicus. This localized approach creates high pressure density at the focal point, which effectively triggers muscle engagement without requiring broad pressure distribution.
Solution Approach 2:
The invention segments the abdominal region and identifies a specific critical point (mid-sagittal point on rectus abdominis inferior to umbilicus) as the primary engagement zone. By isolating this segment, the method achieves precise localization while understanding that engagement of this point will naturally involve surrounding musculature through biomechanical coupling.
Data Source
AI summary
The current invention is a method intended to cause abdominal bracing and improve pelvic, neck and back posture by providing focus on a specific area of the abdominal muscles at the front of the body and not on the sides, back muscles or spine of the user. Continued, deep inward pressure is applied to a small area on the relaxed rectus abdominis muscle at a specific point. The user contracts only the small area of the rectus abdominis receiving the inward pressure to push outward against the pressure; this causes abdominal bracing and causes the user's anterior and posterior torso and neck muscles to correct the user's pelvic, back, shoulder and neck posture. The continued inward pressure described in the method may be applied by a specialized belt capable of applying continuous, deep inward pressure to a single small area only on the front of the abdomen.