Compression Vest Air Tube Layout for Uniform Autism Therapy Pressure
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Solution Overview
Problem
Current compression vests for children with Autism Spectrum Disorder lack uniform air pressure distribution and adjustable features, limiting their therapeutic effectiveness and comfort.
Innovation Solution
A compression vest design with embedded air tube pads in the front and rear portions, featuring a controller for air pressure adjustment, circular and linear adhesive portions for even inflation, and a connecting mechanism for size adjustment, utilizing a stretchy inner skin and non-stretchy outer skin to enhance pressurization efficiency and user comfort.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Stress or pressure
If air is injected into the vest to provide compression therapy, then therapeutic pressure is applied to the child, but sharp pressure increases can occur causing discomfort or safety issues
Solution Approach 1:
The air tube pads are pre-installed and integrated into the vest structure at specific locations (front chest area and rear back area). The circular and linear bonding portions are pre-configured to ensure even air distribution from the start, preventing sharp pressure increases during air injection by establishing controlled pressure distribution pathways before therapy begins.
Solution Approach 2:
The air tube pads act as intermediary elements between the air source and the child's body. These pads distribute air pressure evenly across the chest and back areas, mediating the pressure transmission to avoid sharp pressure spikes. The circular and linear bonding portions further mediate air flow distribution within the pads to ensure uniform pressure application.
2Device complexity
If air tube pads are embedded only in one portion of the vest, then the structure is simpler, but uniform pressure distribution across the chest and back cannot be achieved
Solution Approach 1:
The compression vest is segmented into multiple functional zones with air tube pads embedded in both the front portion (chest area) and rear portion (back area). This segmentation allows independent pressure control and even air distribution across different body regions, achieving uniform pressure distribution while maintaining relatively simple structure through modular air tube pad design.
Solution Approach 2:
Different portions of the vest (front chest area and rear back area) are equipped with air tube pads having locally optimized bonding patterns. The circular bonding portions are strategically placed to create even air distribution in specific localized areas, ensuring each region receives appropriate uniform pressure while the overall structure remains simple.
3Ease of manufacture
If the air tube pads inflate outward, then the vest structure is simpler to construct, but pressurization efficiency is reduced
Solution Approach 1:
The air tube pads are constructed with asymmetric thickness distribution, where the outer skin is thicker than the inner skin. This asymmetric design creates a natural inward inflation tendency when air is injected, directing pressure toward the child's body for improved therapeutic efficiency. The construction remains relatively simple as it only requires varying the thickness of existing skin layers rather than adding complex structural elements.
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
The vest provides uniform pressure distribution, prevents sharp air pressure increases, and allows for personalized air injection settings, enhancing therapeutic benefits and user stability by simulating a warm embrace, thus improving the healing effect.
Implementation Method 1
the front and rear air tube pads embedded in a front portion and a rear portion of a vest outer skin constituting the compression vest for a child with a Autism Spectrum Disorder have a circular bonding portion and a linear bonding portion so that, while the air tube pads evenly inflate due to the injected air and apply uniform pressure throughout the compression vest
Data Source
AI summary
A compression vest for a child with a Autism Spectrum Disorder has front and rear air tube pads embedded in a front and a rear portions, an air is injected into the front and rear air tube pads embedded in the front and rear portions, the injected air is controlled via an application installed in a mobile terminal, the air is also injected using a manual pump, and the front and rear air tube pads embedded in a front portion and a rear portion of a vest outer skin have a circular bonding portion and a linear bonding portion so that, while the injected air is not allowed to escape to the outside and the air tube pads evenly inflate and apply uniform pressure throughout the vest, an air pressure of the air tube pads is directed inward, and thus pressurization is increased relative to the amount of injected air.