T-shaped joints with grooves prevent rod twisting while ultrasonic welding eliminates labor-intensive sewing for faster production.
Recessed attachment members and aligned connectors distribute impact forces across a foam deck, reducing wear on trampoline mats during high-jump tricks.
An angled rebound surface redirects downward throws upward, solving insufficient return force in practice devices.
Staggered holes in the T-shaped connector prevent pipe rotation, eliminating friction noise while allowing easy user installation.
A trampoline connector uses a T-shaped transverse and longitudinal assembly with a detachable ring for secure attachment.
An adjustable bungee fixture and mobile computing module resolve immersion complexity by synchronizing physical bouncing forces with rendered environments.
Dual PVC layers resist UV degradation while hook-and-loop fasteners prevent pads from falling off trampoline springs.
Segmented nodes connect internodes to reduce material waste and manufacturing complexity while maintaining structural strength.
A horizontal front foot support surface attaches to starting blocks to enable full foot engagement and improved kick-off force.
Vibration-activated light sound module rotates LED elements via motor to produce dynamic visual effects, resolving user engagement trade-offs.