SPINAL WEARABLE DEVICE

Department of Industrial and Commercial Design, Asia Eastern University of Science and Technology

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This back brace features ergonomic and bionic structural design, providing enhanced support. The inner electrodes can relax muscles as needed. The waist section has three 30-degree movable segments, allowing users to lean forward or backward without restriction. The elastic material reduces effort when bending. The back brace is equipped with pin structures on both sides and the spine area, enabling free movement. The quick-release battery makes charging and use more convenient. It is easy to wear; simply adjust the straps and tighten the bag cords.

The materials include skin-friendly TPU and 3D-printed lattice mesh structure, offering excellent ventilation, heat dissipation, and structural support. The outer layer mimics a turtle shell, providing superior ventilation and strength.

The wearing process is as simple as tying a belt. Users only need to adjust the length of the shoulder
straps to fit, put the back brace on the back and buckle the metal ring, and then tigh

On both sides of the back brace and in the spinal area, there are pin structures designed to enable free movement.

The waist section has three 30-degree movable segments, allowing users to lean forward or backward without restriction, while the elastic material reduces the effort required when bending.

In terms of materials, skin-friendly TPU and a lattice mesh structure produced through 3D printing are chosen to provide excellent ventilation, heat dissipation, and structural support. Addi

Ending Note

Department of Commercial Design, Chung Yuan Christian University

End of life planning, a preparation activity for the end of life. Based on this concept, we design a handbook that guides people to think about death, write their will, and organize their funeral arrangements. While writing, they can clarify their life visions and make life more meaningful.