Superstructure Subunits TRIZ Cases

A truck cabin tilt mechanism uses a flexible cable to automatically open the front lid, preventing bumper collisions without complex actuators.

Siphon channels liquid wax through the insulating element while expandable material seals drains against moisture and dirt ingress.

Segmented tailgates resolve the trade-off between deep cargo capacity and easy loading by allowing partial opening of the inner gate.

Locating projections restrict longitudinal movement of the splash guard base portion, eliminating loose components and reducing warranty costs.

Segmented dashboard cross member with adjustable adjacent ends resolves complex assembly alignment while maintaining structural strength.

A stabilization assembly with a plenum tie-rail transfers crash loads to the upper plenum, improving stiffness and impact performance.

An integrated reinforcing plastic element within the fastening system increases stiffness and prevents cracks caused by insufficient structural stability.

Cast light metal spring strut mount connects to ferrous body components via punch rivets and an insulating adhesive layer.

Radial stiffening ribs extend into the body lining to resist deformation under heavy loading without increasing vehicle weight.

Vertical reinforcement brackets with curved portions connect horizontal members to lower brackets, resolving stability and durability trade-offs.

A center pillar inner joins a metal member with a CFRP layer to balance weight and strength.

A vehicle panel assembly uses a retaining element with restricting parts extending into apertures to secure snap-fitting members.

Roll-formed longitudinal frame segments adapt to varying vehicle lengths, eliminating dedicated structures and reducing manufacturing costs.

A tractor dashboard attaches to a fuel tank cover bracket for flexible positioning.

Protrusions form a gap that discharges zinc vapor, preventing blowholes and maintaining spot-weld equivalent strength in galvanized steel assemblies.

Capacitive sensors detect contaminants and trigger external power heating to maintain tire clearance without draining vehicle batteries.

Segmented composite panels provide logistics apertures at shorter intervals without adding joint configurations that increase weight and manufacturing costs.

A roof panel front segment uses adaptable connection contours to join side frames via laser or spot welding.

Segmented modular floor panels with integrated anti-slip elements reduce installation time while improving traction and stability.

Segmented extruded aluminum planks with interlocking ribs restrain lateral movement to prevent punctures while maintaining low vehicle weight.

Vertical vanes and slotted openings separate airflow from debris to prevent spray deflection and improve rear visibility.

Segmented trim panel arms with a downward hook engage the sill to prevent inboard movement and rotation during assembly.

Integrated cantilevered support transmits forces directly to the body, eliminating additional fastening elements and reducing production complexity.

A seal element with three sealing lips maintains tightness under mechanical stresses.

A vehicular underframe structure uses composite materials and integrated ribs to form an internal compartment that enhances impact energy absorption.

Segmented inner and outer pillars with nested structures reduce width while maintaining fixing strength.

A vehicle floor tunnel cross member uses a split flange with adhesive bonding and distant welding to join structural components.

Segmented contact surfaces distribute high transmission forces across the fiber inlay, preventing damage to the structural component during crash events.

Strain concentrates along the stiffened ring around the out-of-plane aperture, reducing perimeter straining during in-plane tension.

A wheel enclosure uses sharp edges to direct airflow longitudinally along the truck side.

A vehicle hood integrates cooling channels to transfer heat from battery packs via the outer panel.

A fender base cap bracket provides dedicated mounting points for vehicle mud flaps without requiring drilled holes.

Reinforcing members link strut towers to front side members, improving torsional and lateral bending stiffness while reducing weight.

Flexible cowl grille absorbs fender liner deviations while open-cell foam seals maintain watertight integrity.

Reinforcing piece joins roof crossmember to arch beam via resistance welding, preventing rupture during side impact.

Removable fender flares offer traction surfaces to free stuck vehicles without occupying cargo space.

A cantilevered extension panel attaches to existing vehicle canopies to provide additional rear passenger coverage without new support struts.

Segmented attachment points with interference-fit posts delay trim detachment by 20 milliseconds, preventing airbag interference.

Tapered stiffener trough resists three-point bending to prevent roof rail separation during side collisions.

A vehicle body side structure unifies the lid and quarter window parting line into a continuous front-rear gap.

A carrier integrates reinforcing and sealing materials to strengthen vehicle structural elements.

Segmented center and outer reinforcing members boost dash panel rigidity to reduce cabin deformation during crashes.

Quadrangular reinforcing structure at the backdoor opening corner resists bending deformation and improves torsional rigidity.

Continuous ribs extend along adjacent ridges and valleys of a polymeric deck panel, resolving structural strength versus weight trade-offs in vehicle beds.

Integrated support and cover walls use guided connecting elements to eliminate spacer devices and maximize load space volume.

Segmented floor walls isolate operating equipment to reduce noise while trap doors maintain maintenance accessibility.

A vehicle door speaker system uses a central coupling mechanism and elastic body to isolate diaphragm vibrations from the trim panel.

A quarter member connecting structure couples with a center pillar to stabilize load paths.

A vehicle resin cover cap uses a marker portion to indicate correct attachment orientation for the anchoring portions.