Weather Guards TRIZ Cases

A forward-projecting center louver evens radiator airflow in a straddled vehicle, improving cooling across the middle and outer sections.

Pivoting rear bars and retractable side panels create a quick-stow motorcycle enclosure that shields riders from weather without blocking visibility.

A concave reflective support projects one virtual image to both eyes, keeping motorcycle control data in view without gaze diversion.

Air conveyors routed around the front wheel keep radiator airflow stable during braking and acceleration while reducing motorcycle drag.

Traveling wind is routed through the battery and power unit, then exhausted below the vehicle body to improve heat dissipation.

V-shaped lower fairing surfaces create Venturi ground effect to boost cornering grip while avoiding ground contact and friction loss.

Wind pressure and elastic support let the motorcycle air-guiding element self-adjust with speed, improving wind protection without rider actuation.

A curved lower fin and connected outer vertical fin stiffen the screen, guide intake air, and block mud or debris without added ribs.

A sliding base, pivot hinges, and a gas spring let the windshield realign after removal while yielding to in-plane and perpendicular impacts.

Internal flow channels vent high-pressure air during leaning, reducing cornering forces that can push a motorcycle out of the curve.

Hinged, extendible fairing panels redirect wind and debris around handlebars while preserving rider visibility in changing conditions.

Radiators overlap the reinforcing frame to avoid front fork interference, improve rigidity, and maintain cooling in a straddled EV.

Hinged, pin-adjustable fairing extensions change airflow deflection around handlebars to improve rider shielding in varying weather.

Detachable connecting and locking sections let a tilting vehicle windscreen be installed or removed by hand while staying securely fastened.

Pivoting wings stay level as a wheeled vehicle rolls, preserving wheel downforce to improve traction during acceleration, braking, and turns.

Radiators overlap the reinforcing frame to avoid front-component interference, limit damage risk, and maintain cooling in an electric saddle vehicle.

A movable female fastener holder lets motorcycle windshields change height without loose nuts, rust-prone unused holes, or extra parts.

A stepped discontinuous lower cowl surface separates wind flow to cut drag and direct more air toward the engine for better cooling.

A sandwiched screen mount between the front cowl and meter panel cuts fixing members while keeping windbreak screen rigidity and reducing rattling.

Movable lateral fairings shift vertically to balance rider airstream protection, cooling airflow, and aerodynamic performance at different speeds.

A segmented side cowling uses a third outer panel to hide joints and fasteners, improving motorcycle appearance while easing assembly.

A forward-protruding motorcycle wing with dual attachment points and an arm shifts downforce toward the front wheel without losing rigidity.

V-shaped lower fairing surfaces create a Venturi ground effect that boosts cornering grip without flap drag or ground contact.

An external guide member lowers discharge-port pressure, increasing air through the oil cooler without consuming side-cowl space.

High-mounted rails support a movable motorcycle windscreen while rearward gauge placement preserves rider vision and a compact front portion.

Adjustable hinge radii compensate for velomobile body bending, helping parallel canopy hinges close reliably without adding structural weight.

Alternating overlapping plates and protrusion-hole engagement give straddle vehicle covers multidirectional joint strength without rigid fasteners.