Motorised Scooters TRIZ Cases

A leg shield recess accommodates items on a loading hook, reducing swinging motion and enhancing stability during travel.

Recessed side cover sections guide airflow along the vehicle body to improve heat dissipation from the engine area.

A three-wheel vehicle frame uses swing arms and synchronizing levers to absorb impact forces between independent wheel assemblies.

Merges storage housing with the body structure to resolve contradictions between battery protection and installation space constraints.

Positioning the socket on a side wall allows riders to connect external electric devices without stopping or dismounting, resolving accessibility constraints.

Standardized attachment points on a vertical panel resolve limited aftermarket storage flexibility by enabling modular accessory configuration.

A duct channels wind to the screen rear, stabilizing steerability and windbreak performance despite vertical screen adjustments.

Relocating the starter motor below the oil reservoir frees upper engine space for ECVT integration while maintaining compact dimensions and weight balance.

Positioning the vehicle speed sensor in a swing arm recess below the muffler shields it from heat, eliminating the need for expensive heat-resistant components.

An inward-facing USB port in the luggage box side wall prevents water and dust ingress while maintaining outdoor connection accessibility.

Arranging the canister under the fuel tank and superimposing it on seat rails prevents increasing vehicle height, securing sufficient fuel capacity.

A straddled vehicle engine unit positions a starter motor above a cylinder and a balancer below a crankshaft to reduce vertical height.

Integrated frame structure mounts battery centrally to optimize weight distribution and eliminate separate housing.

Dual-fisheye cameras provide wide-angle environment observation for autonomous scooter navigation.

Thermostat positioned higher than the water pump inlet directs cooling liquid flow to prevent air stagnation in the pump.

Off-center down frame routing positions the fuel supply pipe to clear longitudinal space for an extended flat footboard.

A wind guide path directs airflow between side covers to enhance radiator cooling efficiency.

Relocating the battery case laterally outside reinforcing frames increases storage capacity while maintaining rear wheel clearance and operability.

Integrating the air-intake duct into the side cover reduces device complexity while maintaining high cooling performance.

Asymmetric lower frames redirect the fuel supply pipe vertically, suppressing down frame swing while preserving driver leg comfort.

Merging the rear cushion support with a protective cover shields the drive wheel speed sensor from impacts without adding parts or weight.

A control system reduces motor output to suppress gear ratio hunting in continuously variable transmissions.

A motorcycle guard body sits below the pillion step and protrudes from the exhaust cover to protect components while reducing lateral size.

Segmented components and dynamic adjustment mechanisms resolve the trade-off between device complexity and adaptability in multi-user transport.

Opaque meter case parts house switch elements, resolving readability issues caused by visual clutter on the dial plate.

An inclined gas tank stores fuel within the front frame of a straddle-type vehicle.

A hybrid motorcycle uses a combustion engine to drive a cooling fan that draws air over the battery unit.

An asymmetric seat design creates lateral volume to house an air cleaner and storage box, resolving space constraints while maintaining rider comfort.

Extending a mount portion downward from the storage box flange allows the opening to widen in the vehicle direction while keeping the overall width minimal.

A vehicle battery lock mechanism uses a movable block to secure the energy storage unit within its case.

Repositioning the fuel filter laterally between the down frame and fuel tank resolves engine swing clearance issues while enabling larger capacity filtration.

A unitary cockpit assembly wraps around a handlebar to integrate illumination and user interface displays.

A lateral motor placement near the centerline balances vehicle weight while positioning the reduction gear to one side.

Separating the damper linkage from the exhaust system via a dedicated support arm bracket resolves maintenance conflicts while optimizing vibration reduction.

Coupling side frames through the battery case eliminates heavy bridges, reducing weight while maintaining rigidity.

A transformable folding electric scooter uses modular segmentation and nesting to reduce storage volume.

Integrating vehicle control units between panels reduces wiring harness length, minimizing voltage drops and electromagnetic interference.

A motorcycle fuel injection valve orients toward the intake valve umbrella to improve engine performance.

A rear extension on the lower frame increases connection strength while reducing seat frame weight and preserving footrest space.

Merging the air cleaner with the seat support resolves the conflict between increasing volumetric capacity and maintaining rider ground reach.

Segmented load-bearing components with nested tubular structures reduce weight while maintaining strength against deformation forces.

Composite honeycomb footboard support merges structural strength, crash protection, and cable routing to eliminate separate holders and reduce assembly effort.

Axial pickup mounting on swing arm reduces length while protecting against water and disturbances.

Segmented frame sections rotate on oblique axes to fold the scooter, reducing packing size while maintaining large wheels for roll-over performance.

A motorcycle fuel lid accommodates within a center cover concave portion to simplify assembly.

Bracket system with interchangeable bolt positions adjusts tandem footrest placement, resolving weight and rigidity trade-offs in straddled vehicle design.

Segmented air inlets resolve headlight placement trade-offs by accelerating cooling flow to improve radiator efficiency.

Hinges and folding buckles allow the top to collapse into a storage compartment, resolving space occupation issues while maintaining weather protection.

Lateral fuel filter positioning avoids engine swing clearance issues, allowing larger capacity and segmented filtration to trap ethanol dust effectively.

Inclined motor driver placement reduces vehicle footprint while maintaining helmet storage capacity.