Radiators TRIZ Cases

A bracket with spaced mounting and anti-rotation tabs keeps a vehicle grille emblem stable, float-mounted, and resistant to rotation.

A pivoting grille guard uses a support assembly and latch to switch from front-end protection to a stable vehicle-mounted bench.

Direct grille-mounted shutter fastening lets one front fascia fit EV and combustion models while reducing aerodynamic losses and easing assembly.

A removable anti-static fine-mesh screen keeps chaff off outdoor equipment grilles, preserving airflow and enabling quick field cleaning.

Integrated fastening elements in the visor lens enable direct front assembly mounting, reducing parts, tolerance chains, and installation space.

A HALS, UV-A absorber, and carbon black blend keeps stabilizer at the molded ASA surface after weathering to preserve UV resistance and surface quality.

A cam latch, torsion-bar lift assist, and sensor cap let a truck grille guard protect the front end without blocking vehicle sensors.

Oblique engaging portions self-align on frame sections to suppress backlash and secure vehicle attachments without extra fastening structures.

A horizontal grille support linked to the air guide absorbs pedestrian impact loads while limiting grille deformation that can disrupt radar.

A modular grille frame and fastener layout lets vehicle screens and grille plates be removed and replaced without hood disassembly or clip damage.

An inclined dual-grille intake duct deflects bullets, guides cooling air, and drains trapped water to keep the air filter dry.

A snap-fit grille cover blocks cold air at low temperatures while enabling quick manual installation and removal without tools.

A grommet-protected latch lets a bull-bar cover open without tools, keeping vehicle components shielded from dirt while remaining easy to reach.

Detachable crossbars and brush guards cut grille guard packaging volume while preserving rigidity and reducing transport cost and clanking.

An overhanging fascia opening conceals the breather while directing high air intake to the HVAC compartment with minimal aerodynamic impact.

Opposed engaging portions lock a vehicle emblem to grill frame sections, preventing looseness and backlash without extra fasteners.

Adjustable claw hooks and a cushioned pad let one front grille mount fit varied grille shapes while securing devices without damage.

An inclined rear reinforcement rib disrupts grille-fin whirlpools to cut wind noise while keeping the vehicle grille appearance uniform.

Deformable tabs or abutment grooves absorb vane collision energy in active grille shutters, preventing over-rotation and sealing loss.

A compatibilizing ester and peroxide raise thermoplastic melt flow while preserving impact resistance for higher-throughput processing.

Alternating dual-side pin links and convex rings cut grille blade friction, prevent tilting, and reduce actuator torque at high speed.

A flush flap nested in the front face passage improves sealing and airflow control while keeping the vehicle surface smooth.

A releasable center grill guard folds down for quick engine-area access while the main frame stays fixed on the vehicle.

By removing ethylene/propylene oligomers and tuning HALS, this ASA composition cuts mold deposits while preserving gloss and weathering stability.

A high-molecular-weight HALS blend helps ASA molding compounds retain high gloss and weathering resistance while reducing mold deposits.

A transverse front-end air shutter layout frees underhood space while reducing turbulence and improving heat-exchanger cooling.

Angled lateral walls and staggered grille elements create deeper front-end styling while keeping the grille as a simple single-piece structure.

An over-center linkage replaces corrosion-prone spring retention to keep a pivoting grill guard securely latched and easy to release for service.

A camera assembly pivots between a protected resting position and an operating position using a rotary actuator.

A moveable louver system rotates about independent axes to adapt to complex curved vehicle front grilles.

Sealing elements along grid edges seal gaps against heat exchanger cores to prevent ram air escape and debris obstruction.

Relocating the driving actuator to the back-face side of a vertical center stay prevents interference with auxiliary parts while enhancing structural rigidity.

Tearable connecting sections join multiple grille elements into a single unit, reducing installation gaps and logistical complexity.

Self-adjusting springs eliminate manual alignment labor by maintaining even margins despite build tolerances.

Sequential air flap movement lowers peak torque, enabling compact drive units for vehicle ventilation systems.

Segmenting the active grille shutter frame into modular pieces eliminates distortion during assembly and increases shipping density.

Nested bars within a stacked reinforcement assembly resolve the trade-off between structural integrity and device complexity in motor vehicle grilles.

Segmenting the active grille shutter frame into separate molded parts eliminates assembly distortion and increases shipping density.

A vehicle grille employs a resiliently deflectable support tab that engages a bumper cover nail, preventing disengagement without increasing installation force.

Curvilinear active grille shutter aligns vanes with vehicle exterior contours to maintain aerodynamic efficiency and aesthetic integration.

A dual shutter system synchronizes two adjustable elements to modulate vehicle grille airflow with higher precision than discrete open or closed states.

A spring strip and lug mechanism locks a grille support rod into a slot, preventing damage to flaps during repeated mounting cycles.

A grille shutter device moves slat members to a rear and upper position within the opening.

Segmented stiffening arms mounted behind the mesh improve structural rigidity without obstructing airflow or compromising appearance.

A modular grille guard assembly uses resilient hardware to connect steel tubing members for adjustable fitment across vehicle models.

Snap-fit mechanisms in an M-shaped adaptive piece control gaps between vehicle components while eliminating screw-induced surface defects.

A radiator guard assembly uses a fork-shaped mounting structure with coaxial apertures to facilitate double shear pin connections for simplified installation.

A transverse beam and impactor extension system drives a controlled air intake module backward during frontal collisions.

Rigid polymer lips engage damaged manufacturer grilles without tape, resolving installation complexity through complete surround coverage.

Curved frame edges offset external forces to prevent deformation while maintaining compact vehicle-front-and-rear length.

Airfoil-shaped grille bars guide airflow to reduce drag and wind noise while maintaining effective cooling performance.