Snowboards TRIZ Cases
- Paper-Based Watercraft Board Using Corrugated Core
Corrugated and honeycomb paper cores replace non-recyclable foam, resolving the contradiction between structural strength and environmental impact.
- Wooden Core Ski Board with PU Foam Layers
Polyurethane foam connection layers bond a wooden core in a gliding board body, balancing mechanical strength with reduced production costs.
- Ski Core Recess for Flexural Rigidity Control
A ski core recess filled with compressible material reduces flexural rigidity in the front area, easing turn initiation for average skiers.
- Helmet Disc Spring Force Absorbing Elements
Disc springs and elastomeric components manage multi-stage load-deflection profiles, absorbing high and low impact forces without permanent deformation.
- Snowboard Edge Assembly with Interlocking Beams
Complementary locking mechanisms join segmented edge beams, preventing moisture infiltration at junctions.
- Rib-Stiffened Sports Board Stiffness Optimization
Predetermined rib dimensions optimize stiffness profiles to resolve the trade-off between structural rigidity and manufacturing complexity in snowboards.
- Surface Film for Skis Using TPU and Styrene Polymers
A surface film blends thermoplastic polyurethane with polystyrene, SAN, and SMA to create a transparent coating layer.
- Cross-Country Ski Hot and Cold Bonding Method
Hot bonding the core and cold bonding the tread minimizes thermal stress fluctuations in ski preload.
- Alpine Ski Traction Means for Snow Adaptation
An integrated metallic traction blade adjusts the tip contact point of an alpine ski, resolving the trade-off between adaptability and device complexity.
- Ski Bottom Rib with Clamping Edge Regions
Segmented bottom ribs with clamping edge regions improve power transmission during edging on artificial snow.