Elastic Dampers TRIZ Cases
- One-Piece Shock Absorber via Spinning to Eliminate Welding Stress
Spinning forms a one-piece shock absorber with variable wall thickness, eliminating welding stress while maintaining mechanical resistance.
- Polygonal Tapered Shock-Absorbing Member for Constant Counterforce
A shock-absorbing member with a regular polygonal cross-section and tapered shape undergoes eversion deformation to absorb energy.
- Steering Column Mounting Capsule with Tapered Arms
Tapered arms in the mounting capsule absorb impact energy by separating under force, reducing driver injury risk during crashes.
- Carbon Foam Shock-Absorbing Lining for Radioactive Material Packaging
Structural irregularities in the carbon foam lining ensure consistent compression behavior and prevent superficial damage during impact.
- Integrated Torque Roll Restrictor Damper Assembly
An integrated torque roll restrictor combines damping and restriction functions, reducing vehicle space requirements and assembly costs.
- Transverse Shock Absorber Module for Offset Impact Energy Distribution
A transverse shock absorber module distributes impact energy across vehicle side rails during offset collisions.
- Bidirectional Energy Absorbing Device with Crushing Member
Energy absorbing device uses a linking member to crush an intermediate element between opposing stops for bidirectional dissipation.
- Motor Vehicle Crash Box Bead Orientation for Energy Absorption
A crash box bead varies orientation between projecting and retracting to guide plastic deformation along the tubular member edge.
- Waveform Bumper Stay for Crack-Free Flange Expansion
A tubular bumper stay with a waveform circumferential wall expands to form wide flanges without cracking.
- Metallic Damping Wall for Radioactive Package Corner Shock Absorption
Hollow metallic walls deform plastically to absorb shock energy, preventing edge degradation and maintaining containment tightness during transport falls.