Steering Device TRIZ Cases
- High-Rise Ahead Bicycle Stem Segmented Design
Segmented main and handlebar tubes enable large height adjustments while maintaining structural strength.
- Foldable Bicycle Frame Single-Tube Suspension
A foldable bicycle frame uses a single-tube suspension system with nested spring mechanisms to reduce weight and volume.
- Leaning Vehicle Handlebar Actuator Torque Control
Handlebar device system detects grip manipulation to generate actuator torque, resolving steering ratio limitations and enhancing handling flexibility.
- Quick Assembly Bicycle Stem With Zigzag Slot And Pin Bolt
A quick assembly bicycle stem uses a zigzag slot and pin bolt to lock the handlebar without tools.
- Bicycle Suspension Automatic Pressure Equalization
One-way valve vents or pressurizes sealed chambers to eliminate altitude-induced pressure forces without manual intervention.
- Folding Bicycle Frame With Integrated Swivel Handlebar
A folding bicycle frame uses a swivel handlebar joint to pivot the steering assembly and reduce overall dimensions.
- L-Shaped Groove Handlebar for Bar End Maintenance
An L-shaped groove in the handlebar positions a screw support unit, resolving the trade-off between mounting ease and repair complexity.
- Electric Motorcycle Seat Frame Bridge Structure
A bridge frame connects the seat frame to the main frame of an electric motorcycle, forming a rigid truss structure.
- Saddle-riding Vehicle Frame with Low Stiffness Connecting Plates
Lower modulus connecting plates reduce frame yaw stiffness to enhance off-road manoeuvrability while maintaining torsion and bending rigidity.
- Adjustable Bicycle Folding Lock Mechanism
An adjustable locking mechanism maintains tight frictional contact between folding bodies to prevent hook deformation and ensure reliable engagement.
- Support Element Surface Inserts Molding
Single-step molding embeds differentiated surface inserts into soft layers, resolving wear and weather resistance trade-offs.
- Interchangeable Bicycle Handlebar Cushioning Mount
Segmented mounting structures enable tool-free swapping of compressible pads, resolving the trade-off between secure attachment and tactile adaptability.