Superstructure Subunits TRIZ Cases

A segmented side fairing panel with articulated uprights creates a continuous outer surface on road freight vehicles.

Separating the stop tab from the hinge arm improves structural strength while the bracket supports the fender.

A vehicle roof stiffener uses fiber reinforced polymer portions embedded in metal transition structures at corners to increase rigidity.

Co-curing composite spacers with metal inserts in modular moulds reduces manual assembly steps and production costs.

A crimped flange connecting arrangement integrates an outflow opening to discharge excess coating from the interspace between vehicle components.

A wing support system redirects bending stresses via a guide element, enabling maximum steering angles without tractor interference.

A dash insulator supporting portion elastically deforms to guide a press-fit end portion of an under cover member into place.

A vehicle roof panel incorporates a translucent region to transmit detection media for peripheral sensors.

Overlapping hot stamped panels distribute shock loads across segmented components, resolving weight reduction and rigidity trade-offs.

A compression molded long fiber reinforced thermoplastic receiving tray inserts into a vehicle underfloor to provide multifunctional storage space.

A modular aluminum upper vehicle body uses extruded profiles and stamped sheets to reduce weight.

A sliding chamfer on a side wall rear component redirects collision forces inward to unblock vehicle doors.

Segmented swing and fixed hoods nest together to reduce moving mass while maintaining engine compartment accessibility in narrow spaces.

Segments wing liner assembly into dedicated profile and form plate welding stations to reduce equipment complexity while maintaining structural robustness.

A reconfigurable cargo screen assembly uses segmented retractable panels to protect vehicle cargo.

Assembling structure disperses impact forces through interconnected members to reduce deformation.

Segmenting the guide into spatially separated guideways reduces force expenditure when adjusting the loading floor height.

Mechanical interlocking clip replaces adhesive bonding to resolve repositionability and corrosion trade-offs in aerospace stringer mounting.

Elastomeric clips on composite air guides maintain fluid-tight seals against vibrating cooling units.

Interchangeable spring strut modules with distinct dome shapes reduce component complexity while maintaining structural integrity.

Merging the service panel and strut brace into one component expands hood deformation paths to cushion pedestrian impacts while simplifying assembly.

A mounting rail assembly uses U-shaped tracks and adjustable attachment members to secure substrates with clamping pressure.

Combining steel vehicle pillars with aluminum side members resolves the strength-weight trade-off while reducing production costs.

Segmented sealing lips and holding ribs eliminate undercuts while blocking noise.

Positioning the washer nozzle between the hood surface and garnish hides the device, resolving visibility issues that compromise vehicle exterior appearance.

A spacer with concentric collars increases creep resistance, reducing screw protrusion risks near fuel supply ducts.

A molding tool integrates decorative films via slide mechanisms to create seamless transitions between adjoining areas.

Lateral air passages in a vehicle bonnet evacuate hot engine compartment air while baffles prevent rainwater ingress during operation.

Sliding head parts adjust position to compensate for dimensional tolerances in vehicle roof channels.

Downward extension parts on the roof side rail outer allow selective brazing that minimizes joint variations while maintaining structural integrity.

A filling apparatus calculates real delivery amounts using correction values to deliver foamable material into vehicle body cross sections.

A displaceable guide track moves independently to extend linkage lid travel.

An integrated handle transfers force loads directly to the vehicle body, preventing damage to the cover element during maintenance tasks.

Adjustable fasteners enable three-dimensional orientation of structural elements to compensate for manufacturing tolerances and ensure visual alignment.

A dashboard cladding part integrates a reinforcing layer to provide structural rigidity and scratch resistance.

Magnetic latches and U-type channels eliminate enclosure gaps while increasing storage capacity.

Segmented storage spaces in the sunroof guide rail increase rainwater capacity while maintaining structural simplicity and preventing interior contamination.

Cutting templates guide fender modifications that reduce hood width, enabling standard auto hauler rack compatibility.

Thermosetting plastic trim panels eliminate subsidence and distortion while maintaining high surface quality.

Slip-plane brackets adjust laterally and longitudinally on roll-formed components to resolve manufacturing cost versus precision trade-offs.

Bi-injection fuses distinct thermoplastics onto a metal base body, resolving vibration and weight trade-offs in motor vehicle crossmembers.

Offset composite frames improve steering stability while reducing vehicle weight without increasing external dimensions.

Positioning a protective portion near the duct opening prevents engine flooding during heavy rain or fording without restricting air intake efficiency.

Pivoting linkages lower the effective lifting point to reduce climbing force while maintaining a narrow profile.

Vertical tracks and E-bars enable height-adjustable deck sections that accommodate diverse freight sizes without complex securing mechanisms.

A truck mud flap uses elbow tubes and lip structures to redirect water and debris down the exterior panel surface.

A mudguard attachment assembly uses an adjustable arm and predefined fixation positions to mount protective components on vehicle frames.