Visual Indicator Physical Therapy Method
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Solution Overview
Problem
Current physical therapy methods for conditions like scoliosis or post-injury rehabilitation often require physical contact and auditory cues, which can be inefficient and difficult for patients to follow, especially when spatial orientation is impaired.
Innovation Solution
A method utilizing visual indicators placed on the body, allowing patients to establish visual contact with these markers using a viewing apparatus to vary their spatial relationship, thereby training the motor system for optimal anatomical alignment and corrective movement patterns without the need for physical contact or auditory instructions.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If a physical therapist physically assists the patient in performing proper movements or correcting posture, then the patient receives direct physical guidance and correction, but it requires physical contact and exertion from the therapist and may not be efficient for training the motor system
Solution Approach 1:
The patent replaces the mechanical system of physical therapist contact and force application with an optical system using visual indicators, mirrors, and video feedback. The therapist manually adjusts mirrors and indicators to create visual feedback paths, eliminating the need for continuous physical contact while maintaining posture correction accuracy through visual rather than tactile means.
2Loss of information
If a physical therapist provides auditory instructions to guide patient movements, then the patient receives verbal guidance, but it is difficult for patients with spatial disorientation to identify optimal movement form
Solution Approach 1:
The patent introduces visual indicators and mirrors as intermediary elements between the patient and the target posture. These intermediaries create objective visual reference points that the patient can see and align with, providing spatial information that auditory instructions cannot convey to patients with spatial disorientation.
Solution Approach 2:
The system provides continuous visual feedback through video cameras and mirrors that show the patient their current posture relative to the desired posture. This real-time visual feedback loop allows patients to self-correct their movements by observing the visual indicators and adjusting their position accordingly, rather than relying on auditory instructions that require spatial interpretation.
3Productivity
If traditional physical therapy methods are used without visual feedback, then the therapy process is simpler, but it is not efficient at training the patient's motor system to maintain posture without conscious effort
Solution Approach 1:
The patent enables patients to perform their own posture correction by providing them with visual feedback tools that they can use independently. The visual indicators and mirrors allow patients to self-monitor and self-correct their posture without requiring constant therapist intervention, making the therapy process more efficient for motor system training while the initial setup by the therapist remains relatively simple.
Data Source
AI summary
A method for physical therapy. The method includes having a plurality of visual indicators on a body of an individual, each visual indicator of the plurality of indicators corresponding to a unique location on the body. The method further includes establishing visual contact with, using a viewing apparatus, at least two of the plurality of visual indicators. The method further includes moving the body to vary a spatial relationship between the at least two of the plurality of visual indicators while in visual contact with the at least two of the plurality of visual indicators, to thereby produce a therapeutic effect for the individual.