Passenger Space TRIZ Cases

Flexible retaining flaps secure items through frictional engagement within a removable housing assembly.

L-shaped channels guide a removable tray through sliding, flipping, and removal modes to resolve deep storage access issues.

Motor-driven drum and cable mechanism moves glove box door automatically, resolving manual operation complexity.

A vehicle console latch uses a button and pin linkage to unlock the storage door.

Telescopic guide rails with dual springs move the storage unit between upper and lower positions, resolving accessibility issues in high roof sleeper cabs.

A vehicle storage compartment partition uses a cam-based locking device to reduce unlocking effort and maintain stable alignment.

A retractable glove box uses a curved guide rail and rack gear to rotate the storage compartment toward the driver.

Segmenting the parcel shelf into a rotating front section and a tailgate-fixed rear section expands the trunk opening area.

Plastic resin armrest hinge unit with lattice ribs replaces steel to reduce weight while maintaining structural strength through composite design.

Two-stage rotation mechanism inserts the armrest into the console interior to eliminate interference with external walls during opening.

A vehicle phone cradle with a rotary release mechanism secures mobile devices in portrait or landscape orientations.

A cover displacement mechanism uses a decoupling guide link to separate spring tension from manual operation.

A stabilizer bar lever presses a slide member using a plate spring with a curved portion.

Segmented hinge engagement portion restricts axial displacement without hindering initial assembly, preventing looseness in vehicle storage devices.

Sound guiding groove redirects acoustic waves from a rear-mounted loudspeaker toward the user.

Dynamic latching links door access to seat elevation, resolving accidental opening while maintaining secure emergency item storage.

An intermediary guide portion directs the pedestal before claw engagement, preventing end portion contact and instrument panel scratches.

A lid mechanism flap element manages rod movement via inclined surfaces to ensure reliable locking.

A vehicle console cover latch mechanism actuates via inertia force to secure the compartment during impact events.

A movable console travels along a multi-part rail to adjust position independently of rotating vehicle seat rows, preventing obstruction during rotation.

A mechanical locking element moves perpendicularly to release clamping force, resolving the trade-off between high locking strength and user-friendly operation.

Pivotable chain members with snap-connected slats enable a small curve radius in linear guide means, resolving design limitations of rigid blind structures.

Segmented bins with adjustable dividers resolve the trade-off between simple construction and versatile organization in motor vehicle storage.

Tiered nibs anchor a freestanding cargo unit to the floor while trim panel recesses store the device, resolving load area occupation.

Segmented spring-loaded pins engage tracks via a scissor link mechanism, resolving the trade-off between door reliability and manufacturing complexity.

Illuminated tab on hanging storage module detects user input to activate light source, resolving visibility issues in cluttered compartments.

A sliding storage tray uses a telescopic guide and tension spring to transport the compartment outward for direct access.

A cargo anchoring device uses a rigid bar with slots and perpendicular rigging to secure pet crates in vehicles.

A biased cup holder uses a restricting part to manage movement within the storing part.

Back-face engagement claws and rotational hooks allow handle assembly from the rear, reducing glovebox flip time.

Hooks engage dashboard surfaces without damage, resolving incompatibility with textured finishes.

Recessed floor regions and accessory walls secure cargo items against sliding and tipping, while integrated channels direct liquids away from transported goods.

Vertical and horizontal guide tracks move the cover plate into a stowed position, exposing the compartment while creating an additional storage platform.

A slidable console tray integrates an anti-slip surface and wireless charging unit to secure mobile devices during vehicle operation.

An intermediary guide rod constrains push rod sliding motion to eliminate vibration-induced rattling and shaking during vehicle travel.

Composite hinge base materials prevent appearance deterioration from creep deformation while reducing operating force for smooth sliding.

Segmented retainers sandwich dashboard tabs to resolve reliability versus ease of operation contradictions.

Spring means prestress the cover latch against a projection, releasing the lock via manual actuation without separate movements.

A storage container nests under a pivotable seat base to utilize void space for additional capacity.

A vehicle stowage assembly uses a control unit to adjust magnetic attraction between the housing and door during closure.

Removable ribs tune deformation characteristics of the glove box assembly, balancing crash safety against device complexity.

Merged air cleaner and battery in a shielded container reduce maintenance steps while protecting components from dust.

A vehicle armrest locking assembly engages the base bin directly to secure the door position without interfering with the primary latch mechanism.

An inclined mounting console positions a mobile terminal display away from the driver.

Segmented folding panels with articulating joints reduce occupied volume in additive manufacturing build boxes.

A vehicle roof console uses a recess and projecting portion to retain the module during impact.

A vehicle dashboard holding device uses displaceable clamping elements to secure mobile terminals from below.

A glove box assembly uses a living hinge to retain the longitudinal position of a pivotable hinge pin.

A vehicle console uses a movable container nested within a fixed frame to enable flexible storage configurations.