Superstructure Subunits TRIZ Cases

A cowl crossbar mounting structure uses a guide bracket to connect the crossbar to the vehicle body.

Segmenting the cab into a preassembled front module resolves assembly bottlenecks by enabling independent component integration through restricted openings.

Discrete projections on an intermediate structural member secure vehicle accessories via adhesive, preventing alignment mistakes and premature detachment.

Elongated apertures permit tarp bow ends to shift laterally within reinforced side walls, preventing structural breakage during heavy grain transport.

Flat staple fiber nonwovens minimize matting and distortion during molding, reducing weight by 20%.

A common fastener set attaches hard and soft top appliques to a vehicle pillar, enabling quick configuration changes.

Protruding holding elements eliminate lateral play between segmented bus trim panel bodies, ensuring precise alignment and structural rigidity.

Thermoforming flexible circuits onto a mold before transparent plastic injection reduces manufacturing cost and weight while maintaining aesthetic quality.

A retainer groove receives bumper and fender flanges to eliminate gaps between vehicle body panels.

Longitudinal carrier part grooves absorb decorative layer excess material, preventing local thickness changes and projections on curved surfaces.

Curved bead and ribs redirect splashed water to prevent dirt adhesion without adding sealing materials.

An aerodynamic mud flap uses a curved lower portion and octagonal openings to manipulate air flow around vehicle wheels.

A foot-step integrated into the fender assembly provides side access to the cargo bed of dually pickup trucks.

Reflex camber maintains boundary layer attachment to reduce drag without restricting cargo space.

A vehicle air inlet uses a latching locking mechanism to secure pivotable closing elements within the frame.

Embedding metal strips within a wood veneer layer via injection-compression molding eliminates protective layer irregularities and ensures uniform appearance.

Carrier unit integrates electronic sensors and roof skin into one structure, reducing assembly complexity and fastening parts.

A pivoting gutter extends along the windshield edge to channel rainwater while maintaining a smooth exterior surface.

An obtuse angle tie rod links the windscreen crossbeam to the suspension bracket, constraining upward displacement during frontal collisions.

Segmented upper front panel and side reinforcements with triangular gussets increase dynamic stiffness by 3.5 Hz to handle multi-functional tailgate loads.

Elongate connecting members integrate securing elements into plastic vehicle parts during injection moulding.

An injection-molded extension part forms a flush aesthetic edge on a fiber-reinforced substrate, eliminating edge trimming waste and reducing weight.

A removable truck deck uses adjustable side fittings to support interchangeable attachments like pontoons and wheels.

Segmented plate members with gaps enable continuous welding at the corner portion, inhibiting opening under side loads.

Slides separate overlapping decorative foil edges within the mold cavity to eliminate irregular joint patterns and visual imperfections.

Segmented cells increase surface area to resolve connection strength versus weight trade-offs in structural elements.

Offset central joining portions relative to outer side joining portions to disperse collision loads and mitigate stress concentration at structural joints.

Thermoplastic polypropylene fibers bind wood and PET fibers at lower temperatures, preventing decor layer degradation during press molding.

A universal trailer employs a tiltable platform and interchangeable side panels to create multiple cargo configurations.

Actuating assembly raises and slides closure panel below vehicle down vision line, eliminating heavy latching mechanisms to reduce weight.

An intermediary holder compensates for cross-member manufacturing tolerances to ensure precise head-up display alignment without complex machining.

A vehicle door frame molding uses a support member to determine position relative to the door panel, eliminating steps at the belt-line boundary.

A rear rail design incorporates multiple pre-determined datum features to engage a common geo-pallet pin.

A longitudinal force transfer assembly bridges non-aligned underbody side members using U-shaped profiles and internal spacers.

Segmented foam chambers in vehicle floor elements distribute load via crossbars, reducing manufacturing complexity and cost.

An internal reinforcing member nested inside a vehicle pillar resists cross-sectional distortion and reduces vibration from road forces.

A vehicle grille washer assembly moves a nozzle between stowed and operating positions to dispense cleaning fluid onto the badge.

Segmented side crash boxes absorb offset crash energy while maintaining structural integrity during low-speed impacts, reducing repair costs.