Cycle Springs TRIZ Cases

High pivot elevation with separate brake link improves traction while managing drivetrain stability.

Multi-link suspension increases mechanical trail during compression to resolve stiction and stability trade-offs in telescopic forks.

A cycle crank assembly uses a resiliently deformable member to store and release pedal energy during rotation.

A bicycle frame uses a windowed depression and actuator element to hide the compression dial inside the tube while keeping it accessible for adjustment.

Elastically displaceable damper members decouple engine mounting points from the vehicle frame to absorb vibrational energy.

Segmented Belleville springs absorb forces within confined swing arm spaces while maintaining minimal weight and preventing damage from excessive loads.

A vehicle height adjustment device estimates load weight using suspension length and support member movement to set target positions.

A pivot frame support assembly applies counteracting forces via struts to prevent overturning in high-speed turns without adding weight.

A spring cartridge assembly with oil and gas chambers uses a piston valve to maintain fluid isolation, preventing gas leakage and reducing actuation force.

Segmented flow path control device manages oil movement between chambers using independent first and second valves to resolve valve operation accuracy issues.

A tricycle height-tilting suspension links front wheel vertical movement to handlebar lateral tilt via an articulated quadrilateral transmission.

Linkage rods coordinate simultaneous frame collapse to resolve complexity trade-offs, enabling rapid folding without manual adjustment.

A bicycle seat post assembly uses a collar and shock dampener to isolate vertical vibrations from the frame.

A pivotless motorcycle rear suspension system uses in-line absorbers to attenuate shock loads between the frame and axle block.

A suspension cap forms an oil chamber in a peripheral groove to adjust spring stiffness.

Offset pivot bearings on connecting levers minimize installation space while maintaining ground clearance for series production motorcycles.

A trailing link suspension assembly uses an inline shock absorber with a coil spring to manage wheel movement.

A wheel isolator coupling uses a sprocket adaptor and elastic blocks to isolate rotational drive components.

A motorcycle engine unit supported directly on the body frame with a damping mechanism to reduce vibration transmission.

Relocating the damper member longitudinally between the head pipe and front arm secures a larger bank angle while preventing pebble impact.

Curved seatstays flex laterally to absorb shocks while maintaining a narrow frontal area for reduced drag.

An elastic locking mechanism replaces hydraulic valves in a telescopic seatpost, resolving reliability and cost trade-offs while maintaining adjustability.

A bicycle seat post bypass device facilitates fluid communication between a support chamber and reservoir using a pneumatic spring bias.

An air chamber in the cylinder allows users to modify shock absorption by adjusting internal air pressure, solving fixed damping limitations.

Segmenting the air spring from an oil chamber lubricates dynamic seals, reducing friction and enabling on-the-fly damping adjustment.

Segmenting the fastening protrusion from the bottom wall reduces case weight while maintaining structural integrity against vibration.

Repositioning the spring receiver reduces gas chamber pressure and sliding resistance while maintaining cylinder structure compactness.

A head tube assembly integrates a cup member, abutment member, and damping unit with a bushing for rotational support.

Flexible frame segment reduces pedal bob by varying spring force, minimizing device complexity and weight.

Segmented valves resolve the trade-off between device complexity and measurement precision to achieve accurate vehicle height adjustment.

Dual front wheels and a spring-biased pivot deck resolve stability issues on irregular terrain by linking lean angle to wheel direction.

A detection sensor overlaps a hydraulic oil sub-tank to position the device closer to the vehicle body center-of-gravity.

An inclined control valve repositions flow resistance above the cylinder to shorten the vehicle body side tube upper portion.

A motorized cycle features a rigid frame that retracts into a collapsed position for easy storage.

Vertical handle holders extend from the upper bracket to avoid interference with master cylinders and levers.

Linkage geometry adjusts angular orientation to improve traction while reducing design complexity.

A motorcycle monocoque frame integrates an engine suspension system to dampen oscillations while maintaining a lowered rider position for improved aerodynamics.

A vehicle suspension pre-load adjustment mechanism uses an intermediate member to convert rotational input into precise linear spring compression.

A foldable seat rack uses pivoted rods and an elastic element to lock the middle shaft onto hooks for compact storage.

Tensioned textile platforms flex to absorb road vibrations, resolving the trade-off between structural stability and shock absorption.

Eccentric insert adjusts shock absorber length to optimize head angle and suspension geometry for varied terrain.

Segmented kinematic mechanisms with variable-length hydraulic cylinders enable rapid configuration changes without altering shock absorber response.

Non-linear vibration isolators with quasi-zero stiffness absorb frame vibrations, reducing rider fatigue and improving ride comfort.

Electronic actuator changes fluid damper states to resolve slow mechanical response and maintenance complexity.

A motorized cycle with a pivotable rear wheel assembly provides enhanced stability and maneuverability.

A helmet brow band uses a resilient member to facilitate movement relative to the impact-absorbing shell.

A spring-based shock absorber structure integrates with an electric carrier steering assembly to absorb road vibrations through elastic deformation.

A vehicle height adjustment device uses a passage switch unit to direct hydraulic fluid flow between chambers.

Segmented stem and connecting seat pivot the front fork to fold closer to the frame, reducing stress on the steering shaft from weight and vibration.

A damper mount uses a threaded male screw and female screw arrangement to join an engine to a vehicle frame.