Cycles TRIZ Cases

Merged arm members reduce moving weight while maintaining steering reliability through unified linkages.

Segmenting the cover into a fixed link part and a movable spoiler reduces the front portion size while maintaining protection against debris.

Horizontal joint orientation minimizes axial displacement, enabling smaller cup sizes and lower manufacturing costs for all-terrain vehicle drive shafts.

An inerter device connects a straddle vehicle frame to an articulated quadrilateral suspension to resist relative movement based on acceleration.

A wheel alignment system uses laser emitters and mirrors to project light onto indicia for precise toe angle measurement.

Housing suspensions inside upright cavities reduces system volume while maintaining smooth steering and tilting movements.

The detection unit rotates with the wheel inside the shock absorber sweep, resolving the conflict between accurate speed measurement and restricted vehicle volume.

A single shock absorber assembly dampens up-and-down movements of both front steered wheels in a tilting three-wheeled vehicle forecarriage.

Segmented composite panels and structural battery modules reduce manufacturing complexity while maintaining torsional rigidity.

Replaceable serrated inserts provide frictional grip for foot position stability while the tubular nerf bar structure ensures structural strength.

Direct tilt control links pedaling to camber, removing lean-lock complexity and counter-steering requirements.

A steering apparatus uses a rotatable friction wheel pressed against a driven cylinder to convert rotational motion into lateral force for directional control.

Rack housing blocks radiator heat to stabilize electric power steering operation.

An arm stopper mechanism with 90° or more contact faces cancels load vectors, reducing bending loads on the output shaft.

A leaning vehicle adjusts steering force magnitude via a motor and tilt-angle detection system to match real-time body frame orientation.

An engine block guide hole positions a temperature sensor away from radiant heat sources, ensuring accurate intake air measurement for combustion control.

A spring-biased anti-tip assembly uses an idler wheel to transfer drive forces, preventing mobility scooters from beaching on obstacles.

Segmented brake hose sections deform along specific axes to prevent interference with the link mechanism, avoiding increased vehicle size.

Asymmetric drum configuration balances weight distribution, resolving drivability issues caused by side-heavy integrated instruments.

A steering shaft support member isolates the bearing from frame vibrations to enable smoother off-road operation.

A wheelchair attachment uses a foot support hook and locking clamps to secure an electric motor frame, eliminating semi-permanent fixtures that add weight.

A saxophone support rod uses a ball joint to position the instrument, preventing Eb tone muffling.

Frame-mounted compressor uses engine intake filtration to prevent dust ingress while eliminating sway bar mechanical complexity.

Offset pivot axes in paired wishbones suppress wheel chattering by altering resonance frequency, enhancing tire grip and driving comfort.

A laterally tiltable multitrack vehicle uses gearwheel mechanisms to raise the centroid during lateral tilting.

Orthogonal suspension four-bar linkages in a tilting forecarriage reduce friction and wear while maintaining driving comfort.

Vertical steering uprights decouple from horizontal suspension links, eliminating wheel flop and reducing driver burden.

A segmented body cover structure with detachable members simplifies assembly and maintenance of buggy vehicle power units.

Segmented connectors align seat signals via magnetic guides, resolving complexity from adjustable height elevation mechanisms.

Segmenting the lid and extracting the hinge pin resolves the trade-off between secure transport and ease of operation for bulky loads.

A link mechanism connects a front fork to an axle rotation detector for accurate wheel speed measurement.

A stopper mechanism supports the output shaft of an all terrain vehicle power steering system to reduce component stress.

Eccentric sliding linings in a motor vehicle front fork reduce unsprung masses while maintaining trail constancy for precise handling.

A segmented shock absorber uses connecting members to join front and rear tubes, enhancing structural rigidity without increasing component volume.

A forecarriage anti-roll system uses a connecting rod-crank kinematic mechanism to block roll movements through static mechanical constraints.

An adjustable handle mechanism resolves low-speed operational issues by modifying steering shaft height and offset to match driver arm rotation range.

A reverse tricycle steering mechanism uses pivotable link arm assemblies to induce front wheel lean during turns.

A saddle riding vehicle adjusts body lean through speed-dependent hydraulic cylinders to balance stability and turning agility.

Segmented bracket mounting separates headlight placement from fender constraints, resolving design freedom limitations.

Foot placement sections rotate to steer the vehicle, maintaining vertical alignment of the head and waist to eliminate back stooping.

Segmented movable covers track suspension displacement to block foreign matter intrusion without enlarging the vehicle front profile.

A modular activity board uses interchangeable center modules and accessories to provide versatile exercise configurations.

A vehicle suspension system moves a suspended assembly along variable paths using pivoting and sliding hub connections to define multi-dimensional motion.

An adaptive collision control system lowers intervention intensity for vehicle obstacles to preserve driver comfort while maintaining pedestrian safety.

A rear-mounted steering linkage reduces vehicle front width and length while enhancing rotatability.

Decimal tooth ratios on serrated shafts enable reference teeth selection to reduce steering handle deviation from the neutral position.

A hand vehicle transmission assembly uses a perpendicular shaft and gears to convert oscillating motion into continuous rotation.

Under-seat power unit with counterweight crankshaft reduces vibration and improves stability.

Inverted suspension layout positions wheel speed sensors inward and uses restrictors to prevent interference with telescopic elements during maximum extension.