See how independent side legs and a channel design absorb differential loads from muscle imbala
Inflatable fabric layers and internal connectors let the crash pad deflate, roll compactly, and still provide fall protection in rural terrain.
Pressure sensors capture spatial, temporal, and magnitude data to diagnose movement weaknesses and tailor neurological rehabilitation exercises.
Segmented tarpaulins attach to a foam body edge via Velcro, enabling non-cuboid shapes without complex cover designs.
A yoga block uses a honeycomb core covered by material with arcuate corner openings to form rounded edges.
Recessed padding trays cushion athlete falls, resolving safety risks without increasing structural complexity.
An athletic training box combines a rigid wooden frame with rounded foam edges to eliminate sharp corners, reducing injury risk without adding excessive weight.
A method shapes elastic sheets into a concave-convex structure using negative pressure suction and cooling.
Segmenting the joining system into permanent and replaceable tapes extends product life by allowing easy wear-prone component replacement.
A fitness mat integrates an intrinsic shoulder strap and dual fastening straps anchored to the surface.
Curved stacking ribs prevent boxes from wedging together, allowing quick separation and reduced storage space.
An anchor track system stabilizes elastic cords on a plyometric platform, resolving the trade-off between portable versatility and exercise stability.
A compact jump height sensor uses a detector and microphone to measure vertical leap via time-of-flight calculation.