Passenger Space TRIZ Cases

An integral outer skin covers parallel ribs on vehicle doors, eliminating dirt-collecting recesses and pinch points.

A vehicle storage compartment door uses a capacitive sensor to detect user touch and activate an actuator for automatic opening.

A vehicular storage assembly uses a moveable receptacle to transition between housing and panel positions.

Segmented elastic straps and parachute buckles restrain shifting objects without tools, preventing projectile hazards during sudden stops.

Exposed parallel tubular members allow users to customize console layouts without increasing structural complexity.

A two-stage vehicle cargo floor integrates a storage receptacle into the floor structure.

Curved guide grooves tilt a glove compartment drawer toward the user, resolving bottom object access without full extraction.

A vehicle center console tray pivots on a friction hinge to enable partial extension for user access.

Segmenting the support structure into movable wings resolves adaptability versus complexity trade-offs in vehicle seating.

A vehicle garnish design positions exterior sections on the outer side of interior panels to close body openings without consuming passenger compartment volume.

A fabric barrier attaches to front seats and a center console to cradle handbags upright.

Parallel guide rails support a tonneau cover pull bar to prevent wobbling and maintain rearward visibility without complex mechanisms.

Sliding upper panel assembly aligns with base wells to store multiple containers or shifts to expose individual access points.

A vehicle console lid uses a slide rail mechanism to enable translational movement alongside rotational hinge motion.

A unitary resilient tab bumper stop integrates a cam face and finger tab into the glove box sidewall for secure retention.

A side lock rotor drives symmetric rods via a pushable knob to engage the lid edge.

A moveable tray assembly features a collapsible cup portion that extends into a vehicle cupholder recess to support items on an expanded floor.

A thermoformed projection prevents silicone paper defects from weakening adhesive bonds during vehicle body element stacking.

A vehicle console bin mechanism guides movement between closed, open, and intermediate positions using a pin and track system.

Modular guide rails and connecting consoles secure elastic luggage nets on vehicle roofs, providing stowing space without obstructing operator visibility.

Dual locking levers stabilize the sliding armrest against vehicle vibrations, enabling rapid console access without accidental position shifts.

A glovebox panel keyhole slot with a ramped flange guides a damper mechanism head member into retention, reducing installation force below ten pounds.

A damping device applies counter forces to a vehicle holder receiving section, preventing sudden speed increases during protrusion.

Rotatable gap covers mounted on stationary flanges enclose the steering wheel column assembly, resolving variable gap coverage across the adjustment field.

Curved tracks guide rigid doors into alignment, resolving non-flush gaps in vehicle console storage bins.

Multiple housing walls constrain the flat spring to reduce stress concentration while maintaining installation stability.

Independent sliding and rotating mechanisms for left and right lid bodies resolve operability issues caused by complex gate-fold designs.

A tray rotary lock employs a gravity weight and damping unit to prevent unexpected opening during external shocks.

A viscous fluid braking device employs a bimetallic valve plate to adjust flow resistance and maintain consistent damping performance.

A sliding rear package tray system with U-shaped utility bars and T-connection rods enables flexible trunk compartment configuration.

Dual covers enable interior and exterior access while a reinforcement assembly maintains door structural strength.

A vehicle sliding armrest uses a rotatable hook and interlock to enable controlled console access.

A removable stowage device uses a flexible bag within a semi-rigid frame to provide adaptable storage space inside vehicle cockpits.

A hidden floor storage container uses a biometric scanner and notification controller to alert users of access events.

Integrated centering component and spring member stored in a lid accommodating portion for double opening console boxes.

Anti-rotation pins in a scooter mount shear under impact forces, preventing portable devices from becoming projectiles during accidents.

A tambour cargo deck moves along a track system to resolve fixed volume limitations in vehicle interiors.

Closed-loop hooks wrap around the headrest pole to eliminate impalement risks while stabilizing items against swinging.

Dynamic seating configurations resolve the trade-off between fixed structural simplicity and versatile occupant positioning in autonomous vehicles.

Merging the hook with the shaft and nesting it in a recess boosts mounting strength for heavy items while preventing displacement.

A glove box damper uses a pinion gear engaging a rack to drive an oil cylinder.

Pivotable arms on a vehicle bracket extend to retain an electronic media device while retracting to clear visibility and airflow.

A vehicle mount control device uses a mechanical linkage to automatically secure portable electronics upon placement.

Segmenting the instrument panel substrate from the soft skin finish eliminates visible reveal gaps behind the upwardly opening door.

Inverting hinge position moves forward end proximal to opening, enabling easy back seat access.

An angular guide surface positions a locking member in a receiving portion channel to maintain cover panel stability during deceleration events.

A headrest safe integrates a biometric lock with a spring-loaded pivot door for rapid firearm retrieval.

A glove compartment damper uses a gear flange contacting the housing bottom to prevent tilting and noise during repeated operation.

A moveable shelf rotates within an adaptable bin to create flexible storage compartments.