Passenger Space TRIZ Cases

A resilient holding device projects from the cargo lining to secure a swingable floor panel in an open position.

Rear-mounted accommodating box integrates into the cab structure of a compact hydraulic excavator.

A single-piece flexible door body moves along an imperfect arc track to slide between open and closed positions.

Relocating the locking operation unit to the panel support structure reduces lid thickness and height differences in vehicle storage compartments.

A synchronized interior load-bearing assembly pivots two racks via a single master gallery locking device.

A reciprocating rod actuates a biased protruding portion to release the cylinder lock engagement.

Pivotable monitor support body reduces vibration noise while maintaining driver visibility.

A closing device for a motor vehicle storage compartment features a displaceable actuating handle that moves in one plane parallel to the frame.

Elastic side walls deflect during assembly to hold the projection, preventing rattling without high insertion force.

A vehicle glove box cover moves into a receiving section to retract from the cabin interior.

A rear-engaging side-lock mechanism uses exposed rotor drive parts to interlock slide pins from behind the lid surface.

Segmented modules with fitting portions enable one-step assembly, reducing production time and complexity.

A longitudinal carrier with pivoting couplings attaches equipment to vehicle fittings for rapid installation.

A console assembly uses a resilient member channel to stabilize the armrest lid rotation via frictional engagement.

A wireless charger features a pivoting charging panel that aligns with the cellular telephone upon insertion.

A reversible cargo bin lid pivots to form a load floor.

A dual sliding center console uses independent upper and lower rails to position storage components longitudinally within a vehicle interior.

A collapsible storage bin uses a pleated flexible silicone wall to transition between expanded and compact positions.

A console-mounted assembly uses a flexible panel and pivot lid to hold personal items adjacent to vehicle seats.

Magnetic mounts and restraint straps resolve the trade-off between rigid stability and tool-free relocatability in mobile environments.

A push-push mechanism uses a heart-shaped curve and guide element to lock components between open and closed states.

A vehicle seat uses a rotating leg cushion to form a flat lying surface.

A two-way-opening storage box lid uses a link mechanism with restrictors to prevent accidental swinging when the movable member is fully slid.

Spring-loaded pivoting doors secure panel end cap storage, preventing item loss while maintaining clean aesthetics within tight space constraints.

Reversible cover sections rotate around rods to switch between armrest and storage tray modes, reducing debris accumulation in the compartment.

Adjustable storage units in vehicle compartments pair with image capture to display contents, resolving visual access limits in deep bins.

Mechanical linkage between the seat assembly and access panel eliminates separate door operations, resolving complexity while maintaining storage efficiency.

An asymmetric clearance design aligns card insertion with sliding motion, reducing operational resistance and simplifying the structure.

Integrated projection-aperture engagement enables overhead console storage compartments to pivot securely while eliminating complex assembly steps.

Auxiliary seat assemblies pivot inward to face the vehicle center line, resolving passenger communication difficulties in rear-facing configurations.

Segmented cab modules and dynamic seating reduce volume while maintaining structural strength for improved operator accessibility.

Actuator tiles morph into custom shapes to support objects, eliminating wasted space from fixed geometry.

Dual concentric guides constrain the shock-absorbing member, maintaining sliding amount despite spring contraction.

Segmented upper and lower storage spaces within a sliding armrest box accommodate large items while maintaining driver support functionality.

A glove compartment door rotates on a horizontal axis and slides along a vertical path to access the storage space.

A vehicle garment rack uses a telescopic horizontal rod and pivotal vertical leg to hold clothing between front and rear seats.

An elastic bumper absorbs impact friction while a non-slip knob prevents finger slipping during latch engagement.

A vehicle handgun holster mounts securely using a rotatable loop provision and adjustable webbing strap.

Segmented rack supports interchangeable cartridge assemblies to resolve the trade-off between fixed simplicity and customizable user comfort.

Dynamic headrest tracks passenger slumping to maintain support, resolving the conflict between reliability and ease of operation.

A foldable display screen moves between deployed and retracted positions to integrate with vehicle interior surfaces.

Upwardly convex block pieces on the underside of a door shutter improve rigidity without impairing bendability along guide grooves.

A stopper device uses a screw mechanism to adjust height within a glove compartment.

A vehicle cockpit drying box integrates with the air conditioner to dry items using heated air.

An adjustable suspension arm maintains container stability during vehicle motion to prevent spills.

Offsetting the safety housing via a stirrup bracket creates storage volume between the component and the bar without compromising airbag deployment reliability.

An integrated retainer tower with locator ribs fits bracket channels to resolve assembly complexity and cost trade-offs.

A motor vehicle multi-function mounting apparatus featuring a support pedestal and quick release assembly.