Passenger Space TRIZ Cases

A storage lid mechanism uses a moving rotation axis to prevent interference with the case during opening.

An impact-driven lever engages a stop to prevent lid opening when frontal collision forces compromise the primary latch.

A manual latch mechanism secures a vehicle center console to the floor, enabling tool-free removal and reinstallation without compromising attachment stability.

Segmented tubular members with universal coupling mechanisms resolve the trade-off between user adaptability and structural complexity.

Segmented lever arms and hairpin springs automate bolt release, resolving manual operation complexity in vehicle consoles.

Articulated plastic half-shells clip together at upper lateral edges, eliminating screw assembly complexity while enhancing mechanical strength.

A gravity-driven locking element secures a vehicle seatback storage lid without external power.

A dashboard push button actuator moves a latch pawl to release a vehicle storage door, reducing manual effort while maintaining secure closure.

Mechanical interlocking elements engage latch rods and strikers to prevent submarining during impact events.

Auxiliary battery powers wireless charging modules in vehicle seats, maintaining seat functions when vehicle power fails.

Integral overmolded thermoplastic elastomer guides and splines reduce friction to quiet operation, resolving noise issues in storage console designs.

Integral clamp structures on slats grasp opposed rails to eliminate binding issues caused by tab and slot manufacturing tolerances.

Segmented support arms allow the bearing plate to fold over itself, resolving stability versus storage space contradictions in vehicle cabins.

A vehicle console armrest uses a motor-driven linear guide to vertically move the upper body assembly.

Composite materials resolve strength versus complexity trade-offs in floor-mounted storage units.

A pivotable receiving compartment mounts on a vehicle console to provide accessible storage within the footwell area.

A vehicle console table uses a wire and pulley lift to adjust height and stow compactly within the housing.

Segmented gap guard prevents loose articles from falling into interstices between bucket seats and adjacent compartments.

Merges the hook structure with trim pieces to eliminate retrofitted hardware, preventing surface damage and acoustic noise.

A vehicle armrest assembly uses a single pivotable cross bar to latch the lid, enabling dual-direction opening.

A vehicle dash mount uses a rotating screw and slot to secure electronic devices.

A removable storage box sits below the operator seat for easy access.

A service hole cover mounting structure with a bent-back portion absorbs horizontal displacement during vehicle collisions.

Integrated locking rods disengage during rotation to remove arm sections, increasing container capacity and opening area.

Bi-directional latch merges rotatable and slidable functions into one mechanism, resolving complexity while maintaining a seamless flush finish.

An adjustable strap attachment assembly modifies usable length via a telescopic mechanism within a vehicle seat carrier structure.

A single elastic holding member replaces multiple fixtures to create variable-width storage, reducing construction time and part count.

Segmented anchor tethers secure carriers to vehicle LATCH systems, preventing occupant injury during sudden deceleration.

Wider blind slats cover lateral guide elements, preventing soiling and reducing noise in vehicle consoles.

A vehicle component tray assembly uses a weakened region to deform during collisions.

A single spring replaces multiple dampers to reduce complexity while a nested latch protects against debris.

A passenger seat design replaces powered actuators with a static angle and side ottoman to create a sofa-like lounging configuration.

A brake booster negative pressure sensor verification system cross-checks direct readings with indirect intake manifold and atmospheric pressure data.

A vehicle storage lid uses rigid reinforcement inserts to enhance structural strength, preventing unassisted opening in narrowed track portions.

A glove box retainer assembly uses a collapsible side wall feature to deploy an arm mechanism that engages the instrument panel during vehicle operation.

Pivoting holding device resists vertical and rotational movement by adjusting the angle between bearing and supporting elements against seat surfaces.

A vehicle seating assembly defines an internal storage compartment between pivotally operable seat base sections.

Segmented opposed latches and cam-follower guides reduce rattling noise while maintaining secure drawer retention.

Interfering projections create friction that stabilizes the double opening storage lid against vehicle vibration.

A sliding storage bin uses locator pins and apertures to align outboard guides with housing slots for precise assembly.

A motor vehicle seat storage pocket uses a reinforcement profile and elastic strap to maintain a flat, compact appearance against the seat wall.

A vehicle cradle assembly secures mobile terminals using a pivoting cover unit and binding mechanism.

A vehicle arm rest arrangement features a linearly movable receptacle device secured by guide rails.

A bungee loop retention assembly uses elastic channels and a sliding hold to secure items.

A movable flap section bridges gaps between a vehicle storage bin and surround wall, preventing content loss while maintaining full compartment accessibility.

Segmented latching elements and a pivotable lever secure the cover under acceleration, eliminating complex heart curve tracks.

A dual-axis hinge mechanism rotates and elevates an armrest console cover using interlocking gears.

Adhesive support members distribute mounting forces to prevent wall deformation while maintaining structural stability.

A vehicle armrest tray module integrates a movable cup holder and article storage within a simplified frame structure.