Vehicle Components TRIZ Cases

Coupled lever pairs swivel the display unit to resolve handling reliability issues while inertia passively deflects the unit during accidents.

A carbon composite interlayer bonds polymer coatings to metallic substrates via chemical interactions.

Shear deformation restricts stretch flange deformation to prevent cracks in high-strength steel curved channel parts.

A vehicle window applies a moth-eye structure to its surrounding area to suppress light reflection and improve head-up display visibility.

Segmented fixing means with predetermined breaking points prevent non-destructive removal of external attachment devices, deterring theft.

A flexible instrument cluster display adapts gauge layouts via steering wheel controls to minimize driver distraction.

A dashboard tablet mount uses a movable shutter to maintain surface continuity, preventing airbag deployment conflicts and preserving interior aesthetics.

A vehicle operator control system displays graphical user interface details and highlights an activated state using a geometric outline.

Hydraulic cylinders drive forming rolls to sweep beams in multiple directions, resolving dimensional stability issues during complex shape formation.

Segmenting light beam crossing across multiple reflectors minimizes optical system curvature, reducing virtual image distortion and manufacturing challenges.

Solder coating on the shank enables diffusion bonding at lower temperatures, preventing anti-corrosion layer damage and component deformation.

Segmented resin brackets use coupling portions to allow relative movement between pieces, absorbing thermal expansion while maintaining adhesive strength.

Segmented spring-loaded brackets secure safety modules to windshields, absorbing impact energy while simplifying installation.

Dual damping films in laminated glazing maintain optimal acoustic performance while controlling shear modulus and material quantity.

Illumination lens reduces vertical light transmission to increase horizontal width, solving insufficient face illumination without adding LEDs or complexity.

A combustion-based method bonds fiberglass fibers directly to steel surfaces using reactive metal powders.

Segmented loading floor uses hinged connections to pivot and fold elements, resolving rigidity constraints in luggage compartments.

A thermoplastic film with a non-linear wedge angle profile reduces optical distortion in laminated glass panes.

Segmented vehicle displays enable individual passenger control while resolving conflict resolution complexity through centralized content management.

Sequential guide faces shape high-strength plates into complex structures, reducing cracks and wrinkles in deep curved designs.

A window glass bracket uses a movable locking member to hold in-vehicle devices securely without rattling or upward pressure.

Fiber-reinforced polymeric stiffening layers replace heavy wood plies in a resin-bonded laminate, lowering deck weight while maintaining structural integrity.

Serrated preform edges channel resin flow and vent trapped gases during compression moulding of thermosetting composites.

Touch-sensitive surface enables direct control signal generation in display mode, resolving operation reliability failures when proximity detection fails.

A processing unit calculates two-dimensional motion state by integrating Doppler velocity components from radar with velocity y-components derived from stereo camera optical flow.

Spring-activated blocking member secures telematic module to vehicle roof, eliminating complex manual alignment and reducing assembly time.

Sliding cover system adjusts cargo volume while protecting the battery from rear-end collision forces.

A detachable loading basket uses lateral guides and a roller mechanism to move along a curved path within the vehicle compartment.

Reflective louver portions direct light toward the passenger seat while suppressing driver-side visibility without reducing backlight efficiency.

Adjustable frame members maintain consistent sheet tension without increasing structural complexity.

Sealing ribs press a gasket against the cover cap to protect documents from weather while preventing theft.

An optical faceplate integrates with a two-dimensional display to project information onto a three-dimensional surface.

Cloud-mediated retrieval of personalized vehicle badges reduces system complexity while maintaining driver awareness through periodic updates.

A horn-shaped resonant space protects MEMS ultrasonic elements from external impacts and water ingress while maintaining efficient vibration propagation.

A clamping bracket uses a sliding gear transmission to grip mobile devices securely.

A controller calculates weighted pixel intensities to set gain for automatic exposure adjustment.

Optical detection replaces costly track circuits, resolving reliability and complexity contradictions while meeting SIL2 to SIL4 safety standards.

A mudguard trim integrates a resistive layer over a porous fibre to enhance acoustic absorption.

Composite acoustic shield resists gravel projections without extra films, solving the trade-off between reliability and manufacturing cost.

A display device uses polarizing half mirrors and quarter-wave plates to direct image light beams through specific optical paths.

Applying a polyurethane or acrylic paint layer along the glass pane perimeter prevents air bubble formation at the film contact area.

Ladder-like angled bins separate coils to prevent scratching and denting while enabling quick identification.

A hinged frame assembly shields vehicle license plates using a translucent, shatter-resistant window.

A vehicle touch control surface detects space-resolved deflections using capacitive sensing to determine applied force.

Bismuth induces liquid metal embrittlement, enabling low-temperature rework of nanoparticle solders.

A vehicle sensor enclosure uses a base fan and cover hole pattern to move cooling air through the compartment.

Adjusting imaging distance beyond three meters and controlling astigmatism reduces ghost image values without modifying windshield coatings.

A drawing press uses a stationary blank holder to clamp the workpiece while the ram opens and closes the tool.