Superstructure Subunits TRIZ Cases

Inclined bonding surfaces join divided reinforcement portions inside a vehicle side sill, preventing damping adhesive dripping during curing.

A vehicle door trim integrates a camera and display panel to show external traffic images directly to passengers.

Integrally molded reinforced plastic strengthening portion replaces metal reinforcements in motor vehicle closing parts.

A joint structure uses a wall-thickened end flange and strategic spot welding to enhance mechanical connections between automotive members.

A dashboard crossbeam assembly uses plastic longitudinal portions with recesses to receive lugs for secure accessory attachment.

A coupler with a movable distal end aligns vehicle panel edges from an accessible proximal location.

Integrated wheel arch sections maintain torsional rigidity while reducing component count and increasing cargo space.

Split guide rails store rear slide shoes to prevent interference while reducing vehicle height.

An automotive interior component integrates a light-scattering region into a high-gloss surface to minimize disruptive reflections for the driver.

Foaming adhesive penetrates through-hole reinforcing members to bond vehicle body panels, increasing rigidity without adding weight.

Segmented platforms and telescopic rods adapt to varying truck beds, enabling secure storage behind a closed tailgate.

Three-surface combination portion reduces gap between roof panel and side outer panel while maintaining structural rigidity.

A joining member holds an instrument panel reinforcement between upper and lower fastening surfaces to constrain the component.

Segmenting the inner sill into a standard U-profile and a model-specific insert resolves the trade-off between structural integrity and wheel arch adaptability.

Integrating the underride guard into the cab lattice frame reduces tooling costs for small production runs.

A continuous thick tape pad integrates into molded automotive exterior components to enhance adhesive bonding strength.

Segmenting the component into a hinged body and lid resolves mold separation conflicts while achieving high stiffness-to-weight ratios.

A structural reinforcer uses adhesive beads to bond within a cavity, securing the carrier to inner walls without expandable foam.

Reinforcement plates extend over side post bases to improve bending resistance while preserving internal cargo storage volume.

A segmented fastening component positions a nut and cylindrical spacer on opposing holding member surfaces to improve attachment accuracy.

An integrated foam shutter seals vehicle openings without tedious bonding, reducing production time and costs.

A pliant mud flap uses a malleable engagement channel to frictionally grip fender flanges without mechanical fasteners.

L-shaped tunnel reinforcement member distributes frontal impact load across the vehicle width, suppressing deformation of the lowered center tunnel.

Bridge and tab structures suspend the floor pan from the cross member, preventing aluminum distortion under heavy payloads.

A vehicle fender wall section incorporates a structural recess to accommodate snow chains on maximum tire sizes.

A vehicle body side stretcher integrates distinct support zones to mechanically secure sheet metal or glass roofs using a single structural component.

Splitting the shield into upper and lower trapezoidal portions distributes stress to prevent deformation that compromises cooling efficiency.

Relocating fender brackets from the chassis to the body assembly reduces weight and improves structural integrity.

An auxiliary supporting member connects to the wheel house front member, maintaining structural stiffness despite increased distances in narrow engine rooms.

A rear pillar reinforcement uses offset quarter-panel walls to define a reception space for sliding door rails.

Deformable grille carrier component engages bumper-mounted energy absorber to dissipate impact energy.

A roof module flow guide element focuses headwind onto a sensor see-through area, resolving high-speed fluid deflection without increasing system pressure.

Reliefs on metal inserts act as wedges against mold walls, eliminating complex positioning mechanisms and simplifying the manufacturing process.

Asymmetric inclined surface on side beam inner wall redirects shear stress from front-rear loads, improving joint rigidity without adding parts.

A side crash test apparatus uses a rocker-rotation braking mechanism to support simulated parts while restraining translation.

Segmented bracket with elongated slot and flexible clips mounts a display screen to resolve visibility obstruction without increasing structural complexity.

Coaxial linkage apertures align only when the hood is fully raised, allowing a key structure to engage both holes and prevent unintended movement.

Pivoting the technical front face allows vertical movement through side members, accommodating large components without precise indexing.

Unitary pivotable side gates and flexible cage connections eliminate gaps between the trailer bed and cargo, reducing produce loss.

An integrated assembly of fiber-reinforced laminations and damping patches reduces oil canning and resonance noise in vehicle body panels.

Narrow webs in the mold cavity separate decorative film areas, preventing tool damage from punching operations.

Curved end sections on a tubular hinge bar accommodate streamlined hood designs while reducing assembly complexity.

Monolithic composite trim element replaces multiple metal parts to reduce vehicle mass while maintaining structural stiffness.

A vehicle dash panel sound insulation system uses localized high density materials to suppress noise leakage.

A widening portion at the ridge end increases rigidity and load transmission performance during side collision events.

Mirroring a shadow region in the instrument cover reduces interfering light reflections while maintaining instrument visibility for the driver.

Diagonally-extending inclination members interconnect side sills and pillars to improve load transmission efficiency in vehicle lower body structures.

Variable inclination of the second wheel arch rear edge resolves manufacturing precision versus design freedom contradictions in vehicle appearance.

Segmented panels pivotally connect to wrap exposed tracks, while magnet pockets and loop fasteners secure the cover against falling debris.

Stepped shock absorber mounting panel reduces permanent deformation under continuous load by distributing forces across distinct dimensional zones.