Superstructure Subunits TRIZ Cases

Movable carrier members force confined bonding material beyond an outer perimeter for secure attachment, resolving damage risks during transit.

Depressions and interconnected webs in cast components prevent oscillation membranes, reducing weight while maintaining stiffness.

Segmenting the support structure from the decorative wear layer reduces production complexity while maintaining tactile perception and aesthetic appeal.

Elastic deformable connections between adjustable braces enable variable spacing to extend the loading area while keeping stowed components inside side walls.

Inverted clip engagement minimizes protrusion while maintaining fixing reliability for vehicle structural reinforcement.

Segmented reinforcement piece uses local quality principles to absorb impact energy while abutments prevent skin deformation from contacting the engine bonnet.

Segmented wing support design limits passenger compartment intrusion by directing impact forces into a localized attenuation area, reducing repair costs.

Rectilinear guiding slide movement locks the front-end module onto the railplate, eliminating fascia drilling to reduce assembly time.

A center pillar structure uses a high-strength portion in the lower section to control deformation during side impacts.

Merging front and rear running board trims into one piece establishes a uniform support surface that eliminates docking gaps.

An elastic mat distributes pressing force during heat-pressing to form clear concave parts, eliminating the need for multiple embossing dies.

Honeycomb reinforcement member positioned between floor panel and bottom plate absorbs impact energy while reducing material weight.

Auxiliary storage compartment integrates into the rear deck of a golf car, resolving passenger inconvenience by providing dedicated space for personal items.

Releasably coupled cylindrical window design for LIDAR sensor apparatus.

Indirect component linking and rib networks counteract detachment loads on the tubular cross member.

Dynamic vehicle mudguards pivot to reduce aerodynamic drag while maintaining debris protection in the default position.

Segmenting adhesive surfaces with grooves prevents air pockets and ensures uniform distribution for reliable motor vehicle sill bonds.

Chamfered angular rub rails with interlocking notches increase area moment of inertia to resist side impact denting on flatbed trailers.

Bending portions in reinforcement members allow flexible splash guards to conform to body panels, reducing gaps that cause debris accumulation and paint damage.

Spatially varying fiber volume fractions in a transparent composite roof resolve the contradiction between structural strength and occupant visibility.

A vehicle roof panel uses a flexible inner lining zone to absorb thermal expansion differences between plastic and steel components.

Zone-segmented bonnet eliminates internal wedging cords in the front area, reducing rigidity and improving head impact cushioning.

A center roof module connects to side and rear parts to absorb transverse forces without extra stiffeners.

A thin hard plastic shell protects door panels without fasteners, using a locking well to secure the device against wind forces.

A tailgate lock spring support section holds the pawl raised to prevent premature closure.

Adjustable spacers align vehicle hitch crosspieces to resolve mounting tolerance issues and reduce assembly time.

A two-part closing plug uses a movable lid to expand a sealing element radially for secure mounting.

Segmented mounting and fastening elements create an auxiliary connection that facilitates gentle release of the main joint without damaging flexible materials.

A steel reinforcing body nested inside an aluminum sill profile connects via a longitudinal tab and adhesive layer to join dissimilar materials.

An injection-molded vehicle body connection joint surrounds orthogonal support parts to maintain structural rigidity.

A stowable tailgate pivots into a cargo area receiver to preserve usable volume.

Reference tool with indexing points positions anchoring bowls for shock absorber heads, reducing dimensional dispersion by 40%.

Composite reinforcing spacer joins dashboard crossmember branches to lower vehicle mass while maintaining structural strength against bending and vibration.

Nested upper and lower B-pillars resolve the stiffness trade-off in removable roofs while enabling easy conversion.

Offset air inlet opening in windshield bay crossmember resolves manufacturing complexity while maintaining transverse stiffness.

A mudguard bracket supports a blind spot monitoring radar integrally with the vehicle mudguard.

Exterior and interior brackets secure sensors to vehicle roofs without drilling, reducing mounting time and complexity.

A recessed roof sensor housing structure conceals vehicle sensors within the panel while preserving optical transmission for environmental detection.

Net form pierce technology creates precise component locators on assembled cross car beams using laser scanning data.

Sliding side panels engage with rails to resolve the contradiction between ease of operation and device complexity for truck bed access.

Transverse offset between three-layer connection points ensures consistent flange overlap for reliable spot welds in commercial vehicle body structures.

Upward deformation guiding part lifts floor frame during side sill impact.

A one-piece aluminum strut tower brace uses an extruded profile with a hollow chamber and flange to deliver high vertical and diagonal stiffness.

A cowl insulator with a fluid resistant barrier layer routes water away from the engine compartment.

Pre-holding mechanisms position impact crossmembers against transverse walls, resolving assembly complexity and improving ergonomics.

A dash panel supporting structure uses a center member, bridge member, and side members to distribute loads across the vehicle frame.

A single-piece tubular structural member uses fluid molding to create varying cross-sections for optimized geometry.

An angled one-piece pillar component increases passenger access while maintaining crash load transfer capability.

Bow-shaped metal load path transfers forces into the crossmember through base body joints, reducing device weight and production complexity.