Vehicle Arrangements TRIZ Cases

Multi-functional accessories mount to motor vehicle door strikers, providing a stable step surface and transforming into portable tools like shovels or flashlights.

A beverage holder uses a blade bearing to define the pivot axis for the retaining jaw.

Telescopic stem movement adjusts footpad angle, resolving the contradiction between adaptability and structural complexity.

A vehicle console assembly deploys a storage door via a constant force spring, using a gear damper to control speed and prevent slamming.

Vertical bead portions and soft portions absorb impact loads through controlled buckling, stabilizing shock absorption in high-strength frames.

A nested movable element integrates into a parallelepiped base structure to expand the work surface area.

Cable actuation moves the retention member to release the handle, resolving the trade-off between fixed structure and occupant accessibility.

A vehicle center console features a movable body that transitions between retracted and extended positions to expose an internal storage receptacle.

A vehicle partition uses a recessed side panel to increase rear seat legroom while maintaining structural separation.

A tonneau cover retention member uses internal blocking portions to secure the winding shaft within the case housing.

Segmentation and nesting principles resolve the contradiction between large support area and minimal dashboard volume.

A grab handle assembly uses a cam lock mechanism to fix an insert within a sleeve, enabling infinite position adjustment without rattling.

Twisting a retaining element compensates for tolerance deviations, enabling play-free fastening without additional labor.

A cup holder assembly uses a vertically movable lower cup and flexible sleeve to adjust depth and inner diameter for secure container retention.

Segmented fastening elements join front and rear parts to a vertical rod before attaching the horizontal mounting part.

Segmented hollow support members replace continuous grids in automotive floor mats, resolving the contradiction between compressive strength and flexibility.

Alternating support and recessed zones in the enclosure release bending pressure, enabling easy removal of wedged drink containers.

A vehicle side reinforcement assembly forms a closed structure to transfer collision loads directly to the floor support.

Segmented multi-user handle design distributes load across multiple grip portions to prevent structural failure under heavy passenger use.

Deformable engaging parts in this universal fastener adapt to different bolt sizes, eliminating separate nuts and reducing assembly time.

Plastic formations in the adapter retaining portion create buckling lines that reduce bending strength in accident directions while maintaining stability.

A handle device uses a swing member to distribute tensile loads across multiple contact points during lifting.

A movable cup holder insert shifts between upright and inverted orientations on a track, accommodating various beverage sizes in vehicle consoles.

Segmented floor panels and ridges transfer collision energy away from the battery pack, resolving weight and safety trade-offs.

A floor silencer uses band-like concave grooves to fold into a flat state for efficient transport.

A vehicle door handle actuates a locking mechanism to engage the check strap, stabilizing the door structure.

Segmented floor mats with snap-fit joints prevent displacement while simplifying installation compared to single large units.

A bunk bed apparatus encloses storage areas by moving the lower bunk to form an enclosing wall.

Temperature-controlled embossing transforms flat nonwovens into 3D structures, resolving the trade-off between manufacturing simplicity and aesthetic appeal.

An integrated door grip uses an extending bracket to fasten the handle portion, reducing assembly complexity.

Vacuum retention prevents plastic migration into carpet fibers during injection molding, eliminating adhesive degradation and improving edge retention.

Positioning stops on mold walls align pre-cut heavy mass components during hot compression, eliminating placement inaccuracies and reducing cycle times.

Shape memory alloy transitions a vehicle handle between stowed and presented positions upon receiving an activation signal.

A pivotable bracket with a living hinge mounts electronic devices in a cup holder, resolving integration complexity while maintaining reliability.

Air bladder system adapts volume via pneumatic pressure to secure varying item sizes, reducing noise and ejection risks during vehicle maneuvers.

Aft-facing partition panel integrates video monitors and tray tables, resolving the contradiction between class separation and passenger accessory access.

A perfluoroelastomer composition uses a tertiary amine and organic dicarboxylic acid catalyst mixture to control crosslinking rates.

Mechanical linkage synchronizes housing closure with table movement to prevent finger injuries and jamming.

A vehicle cup holder container integrates a waste receptacle and cover recess to hold consumer articles.

A rotatable vehicle grab handle uses a spring to retract and a pyrotechnic actuator to lock in place.

A retractable tailgate platform uses a hinged arm and stabilizer bar to provide an adjustable supportive surface.

A sleeper bunk uses a lattice support structure with extruded metal rails that pivot between stored and operable positions.

Dynamic lateral opening elements adjust the admission area, reducing installation space requirements while maintaining functionality in vehicles.

Telescopic trash containers use removable liners to separate waste from vehicle interiors, reducing installation complexity while maintaining safety.

Injection molded handle bracket assembly with connecting legs and locating tabs for secure vehicle body attachment.

Segmented frame sections pivot outward to expand internal space, resolving the trade-off between compact mobility and camping utility.