Window Lightings TRIZ Cases

Continuous opaque contact on vehicle glazing blocks grazing light and avoids adhesive-induced halo while preserving uniform illumination.

A hard guiding member inside the movable sunroof wire harness keeps powered sliding glass connected while reducing tangling, size, and part count.

An injection-molded mounting guide positions a sunroof lighting module for uniform corner illumination and adjustable light patterns.

A reflective surface structure redirects main-surface light into total internal reflection, enabling uniform pane illumination when edge coupling is impractical.

Selective windshield-edge illumination guides driver attention to critical objects faster while limiting glare and distraction to other road users.

By nesting the ICL module inside the dashboard defrost channel, this case frees windshield-root space for HUDs while maintaining de-icing and cabin lighting.

A movable ceiling display creates immersive in-cabin media while preserving natural light and airflow through a deployable roof surface.

A ceiling display shows a motion-matched sky view using vehicle sensors, reducing sensory mismatch and motion sickness for occupants.

A concealed roof-mounted light emits through the headliner gap to create soft indirect cabin lighting without visible wiring or driver glare.

Indirect lighting illuminates a phosphorescent shading element to provide homogeneous vehicle interior brightness without complex dedicated fixtures.

A motor vehicle roof cover employs a coupling element to join two planar sheets, preventing detachment during accidents while reducing material weight.

A luminous vehicle window integrates a peripheral sealing cover to protect internal light sources from fluid ingress.

A vehicle composite reflection and refraction multi-imaging device uses a concave lens to refract light source images into visible mirror images.

A composite pane integrates a wireless receiver and light source to reproduce traffic light status information directly in the driver's field of view.

A luminant trim component overlies the lower door flange to reflect ambient light toward the vehicle interior.

A reflective luminant trim applies to the inner lip of a vehicle door frame to enhance visibility in dark conditions.

Bracket hooks onto moonroof rim to support auxiliary lighting, avoiding permanent body modifications that weaken structural integrity.

Exterior-mounted LEDs and suspended particle devices in laminated glazing manage light transmission while dissipating heat away from the passenger compartment.

Merging head-up and dashboard displays into one unit reduces space consumption by using a single backlight source to illuminate both panels simultaneously.

A laminated glazing design uses a picture frame interlayer configuration to protect electrical devices within the glass structure.

A vehicle headliner substrate features a continuous peripheral groove housing an uninterrupted light emitting material.

Radial light arrays backlight transparencies to resolve inspection time and resolution trade-offs.

A vehicle interior lighting housing uses a unified mounting hole with sandwiching portions to secure the device.

A luminous laminated glazed roof integrates diodes into a polyvinyl butyral interlayer with optical collimators for precise light distribution.

Reflective strips on the door frame improve visibility in dim lighting without increasing installation complexity.

Extending the roof frame to house the actuation mechanism behind the parcel shelf resolves the contradiction between sunroof operation and cabin headroom.

A vehicular glazing integrates an electrically conductive coating to mount electronic devices while providing solar control functionality.