Superstructure Subunits TRIZ Cases

A structural plate vibrates via a piezoelectric element to generate sound effects, eliminating separate loudspeakers and reducing device complexity.

The extension panel merges separate mounting portions into a continuous load path, dispersing vibrations and reducing acceleration noise without adding components.

Overlapping hinged panels pivot independently to expose engine components, eliminating special tools and reducing vibration noise.

A compression limiter incorporates a drain to wick moisture from between joined panels.

A tractor mud flap system uses clamping brackets and lateral extensions to support protective covers over rear wheels.

Interior lining system featuring uniformly spaced installation openings for flexible furniture placement.

Segmented sub-tunnels and internal cross members suppress floor tunnel deformation during offset collisions without adding weight.

Snap-fastening holding fingers maintain constant bumper clearance while preventing thin sheet metal deformation.

Offset welding lines join the bracket to the belt-line reinforcement member, resolving buckling strength and heat distortion trade-offs.

Adjustable installation domes compensate for body shell manufacturing tolerances while maintaining structural strength.

Radial fitting portions on supporting members allow easy longitudinal sliding of rod-like reinforcements, preventing wrinkling during mounting.

Integrating magnets into plastic fastening portions eliminates costly screw connections and reduces installation space while maintaining positional accuracy.

Curved reinforcement portions with closed cross sections achieve adequate stiffness while avoiding high-pressure stamp forming costs.

A vehicle pillar uses an arcuate chamfer on the lower flange to enable one-sided welding access.

Dual adhesives with different elasticities join the inner and outer panels, creating a frame shape that redirects rainwater away from the vehicle interior.

An outboard dashwall panel features upper and lower flanges that attach to a first panel, creating a rigid structural connection.

Segmented cowl coverings with through-holes maintain drainage access while the labyrinthine seal prevents foliage from entering the ventilation system.

Closed cross-section D-pillar and transverse members reduce deformation when parked on curbs.

A polymeric reinforcement with expandable adhesive manages vehicle loads through thermal expansion.

Varying rib clearances distribute impact forces across the panel to resolve uneven striking issues.

Segmented bracket attachment features allow quarter panel removal without disturbing the Blind Spot Monitoring System, preserving sensor alignment.

A tiltable mounting bracket allows the side skirt wall to pivot laterally, reducing drag while accommodating underride collision forces.

Segmented instrument panel reinforcement with closed cross-section resists lateral loads, preventing inward steering wheel deformation.

Segmenting the beam into circular and rectangular zones resolves stiffness versus manufacturing complexity while ensuring secure A-post attachment.

Elongation sections thread into body openings and engage tensioning brackets to resolve the contradiction between attachment security and device complexity.

Machined tubular connection member with separated flanges resolves adaptability versus complexity trade-offs.

A corrugated floor plate design featuring openings at wave crests to enhance tire traction and secure vehicle positioning during transport.

Segmented angled skirt and rib cover minimize drag while reducing weight and damage risk compared to large full-length skirts.

Front strut reinforcement using a U-shaped stiffener to control deformation during high-speed frontal impacts.

Continuous corner panel sections merge bulkhead functions into the structure, preventing collapsing deformation while reducing component count.

A mirror-symmetric cross-member with complete mounting points on both sides of the tunnel support.

Selective laser heating alters strength and ductility in a sheet metal zone adjacent to a weld discontinuity.

A motor vehicle hybrid component integrates a metallic layer on fiber composite reinforcement to boost structural strength.

Standardized collinear weld lines join door panel components, eliminating separate tooling investments and reducing weight on the J-plane.

Alternating snap-in clips distribute forces across latching edges to reduce wear on vehicle cover locking elements.

Segmented tensioned panels with adjustable brackets protect vehicles from debris without obstructing access to trailer components like jockey wheels.

Segmented clip-on connectors eliminate welding complexity while maintaining structural strength in automated vehicle assembly.

High-hardness chromium carbide liners and outwardly tapering sidewalls minimize ore abrasion on load containment surfaces.

A framed joint connects a hydro-formed body side rail to an extruded front header using a bracket and defined gap.

A vehicle panel bonding structure uses overlapping inside and outside adhesive portions to secure resin and metal members with different thermal expansion coefficients.

Segmented cover panels abut when closed to hide contents from view, resolving visibility issues while allowing full access when the rear door opens.

Dual attachment anchors utility vehicle headlight assemblies to the main frame and front grille, restraining vibration without adding weight.

A removable-panel securing fixture anchors a flexible engine cowling to a unibody frame, preventing panel bowing while maintaining sharp design lines.

Strut plates extend the mounting plate outward, creating a gap that accommodates wheel well curvature and improves water drainage.

Vertical wall cross member closes floor tunnel rear opening to enhance structural rigidity while reducing vehicle weight compared to horizontal braces.

An extension member connects a bumper beam to the vehicle frame while housing an elongated impact absorber.

A resin hood lock member paired with a metal bracket distributes impact loads to prevent breakage during vehicle collisions, ensuring reliable hood closure.

Ultra-high strength steel pipes anchor to brackets and absorb collision energy through controlled bending deformation.

Pre-located mounting and connection interfaces allow third party equipment installation without cutting cab interiors or wiring harnesses.

A vehicle trim panel retainer uses deployable projections to secure the panel within a door bracket without additional fasteners.