Windows TRIZ Cases

An antireflective outer sheet, tinted inner glass, and a traversing hole boost near-infrared LIDAR transmission while limiting heat absorption.

Gradual balancing of guide light and glass light during roof blind movement keeps vehicle interior lighting more consistent.

An integrated side trim assembly hides the window frame seal, cuts parts and assembly steps, and improves vehicle exterior aesthetics.

By extending the functional layer beyond the obstructing layer edge, curved laminated glass avoids wrinkles and preserves appearance.

A magnetic groove-mounted textile sunshade simplifies glass roof shading, saves installation space, and reduces occupant headroom restrictions.

A hinged windshield and roof assembly lets off-road vehicles switch between occupant protection, cockpit airflow, and easier access.

Multiple profiled pins and an elastic plug-in groove secure blind stiffening tapes to guide members, reducing wear and accidental detachment.

An added compensation electrode offsets glass or film permittivity and temperature effects, improving capacitive window sensing with less complexity.

An elastic conductive assembly links the blind and guide tape, compensating rail spacing changes while preventing creasing and power loss.

Separate glass pieces joined by attachment elements create tight curved glazing shapes while reducing stress and break risk at sharp bends.

An evacuated space between bonded glass substrates improves vehicle thermal insulation while a protruding mounting portion enables reliable installation.

A high-index outer coating improves scratch resistance while preserving transmission for 8-12 μm far-infrared and 0.8-1.8 μm laser light.

Compressive stress at the windshield terminal joint offsets lead-free solder stress, reducing cracks and preserving glass breaking strength.

Piezoelectric actuators trigger laminated windshield breakage before impact, making fracture timing predictable and reducing sharp fragments.

Printed ring-shaped piezoelectric actuators turn laminated vehicle glass into a lightweight speaker that saves trim space and improves audio imaging.

Convex and concave touchscreen zones let drivers distinguish controls by touch and operate windows or doors without looking.

Dual adjusters let removable vehicle panels be repositioned laterally and vertically to maintain fit, sealing, and lower noise over time.

A raised windshield recess or aperture feeds a high-mounted intake, preserving cleaner engine airflow on dusty off-road vehicles.

A sliding support arm on the windscreen mount simplifies positioning while reducing installer effort, apparatus weight, and damage risk.

Segmented diffraction regions in a HUD waveguide maintain image completeness and luminance despite incident-angle variation.

A camming facet guides the rising window glass past the deflector flange, preventing interference, shattering, and closure failure.

A 3D-printed camera base with electrostatic flocking cuts light reflection and avoids costly injection molding for low-volume vehicle glazing.

Embedded connector geometry keeps thin laminated vehicle glass in close contact during vacuumizing to prevent bubbles and preserve integrity.

An IR-transparent windshield coating hides infrared components from view while preserving reliable transmission and a uniform exterior look.

Interlocked reinforcing and securing frames form a continuous glazed-panel edge structure that cuts corner stress and breakage risk.

A low-mounted light sensor triggers smart glass panels before sunlight reaches the occupant, reducing glare without manual visor adjustment.

A segmented vehicle glass layout places the far-infrared window to limit optical distortion while preserving visible camera clarity.

Convertible side racks, collapsible covers, and hydraulic actuation create a private truck bed space while preserving cargo room.

Sensors combining acoustic, optical, and electrical checks detect windscreen chips early, helping prevent crack growth and costly replacement.

An integrated bonding and encapsulation layer removes separate frame layers in automotive window laminates, cutting weight and optical distortion.

A multilayer reflective coating boosts P-polarized HUD brightness while keeping visible-light reflectivity low to eliminate ghosting.

An integrally molded RV window frame cuts weight and parts count while weep holes drain water and contact pads prevent sliding-pane chatter.

An integrally molded RV window frame uses weep holes, contact pads, and a latch to cut weight, drain water, and stop sliding-pane chatter.

An insert member or gas bubble in the resin-molded corner suppresses sink marks while preserving sharp-edge window glass styling.

By placing higher-viscosity glass above lower-viscosity glass, the laminate achieves close shape match, deep sag, and low optical distortion.

A fluorinated repellent coating with non-ionic surfactant helps vehicle sensors shed dirty water while keeping haze low on lenses and housings.

A zoned interlayer film gives one laminated glass panel different modulus and adhesion for windshield and roof integration.

A top-mounted wide-angle camera assesses windscreen condition and adjusts wiping, cleaning, and heating to maintain clear driver vision.

A bendable rib connector with an elastic member adapts automobile sunshades to different windshield sizes while keeping a secure fit.

A curved core extracted through a longitudinal slot enables precise injection-molded guide rails without draft angles for smooth guide shoe sliding.

Varying conductive line widths in heated laminated glass suppresses rainbow patterns and light shafts while preserving defogging and deicing.

A reinforced front pillar and fastening unit reduce driver blind spots while securely seating the windshield and blocking rainwater ingress.

Independent motor-driven windshield parts use an electric jack and linkage to protect both driver and passenger with simpler actuation.

A polyurethane-polysiloxane hybrid coating combines hardness, impact resistance, and electrostatic dissipation for durable aircraft transparencies.

A reinforced window-frame mount carries mirror loads behind the trim panel, enabling flush beltline styling without panel distortion.

Independent motorized windshield sections protect both driver and passenger while avoiding the cumbersome actuation of single-piece designs.

A guide-and-trim locking layout simplifies flush vehicle window mounting, aligning fixed and movable glass with lower assembly cost.

A flexible ribbon circuit and intermediate film enable ultra-thin laminated glass to survive autoclaving while maintaining electrical connectivity.

Smart vehicle windows combine touch displays and ad delivery to boost passenger engagement while creating external advertising revenue.

A protective margin layer overlaps the metal coating edge in laminated glazing to block corrosion without visible decoating lines.