A wiper blade deposits and cures index-matched reparative material across the windshield to fill fine scratches and reduce glare.
A J-hook, U-shaped securing plate, and adjustable support plates stabilize visor-mounted cameras without blocking the driver's view.
A windshield functional layer redirects infrared light to the driver and back, improving eye and face monitoring while hiding cabin hardware.
A suspended LC film and unfilled gap enable faster tint switching than electrochromic glass while adding thermal isolation from sunlight.
Irregular wells in an electrophoretic light modulator concentrate pigment particles to suppress diffraction patterns and reduce image blurring.
Using crystalline PET and PETG layers, this reflective polarizer resists haze and heat-driven optical degradation in automotive use.
A multilayer vehicle visor switches transmittance, reflectance, and display transparency to balance glare control, visibility, and in-cabin information.
Angled ribs on a vehicle camera glareshield redirect specular reflections outside the entrance pupil to cut windshield glare in daylight.
A covering member constrains intermediate-layer expansion in laminated glass, preventing liquid crystal pooling under high heat.
A headliner-recessed sun visor rotates to angled positions, improving glare blocking and driver comfort without a complex structure.
Switchable retarders and a reflective polariser cut off-axis luminance while preserving on-axis brightness for adaptable privacy displays.
A pane-mounted control unit simplifies electrical connection in electro-optic composite glazing while reducing cable length and easing maintenance.
A cut-to-fit tinted sheet uses electrostatic adhesion to cover windows without added glue or prep solution, while remaining reusable and dust-resistant.
Context data drives real-time vehicle glass tint adjustment to improve visibility and keep dimmable glazing within regulations.
Offset non-electrode lines in stacked liquid-crystal layers preserve area-by-area light control while making electrode division lines harder to see.
An integrated guide unit with elevated contact surfaces removes molding burrs and improves edge-strip transfer into the guide rail.
A tensioned flexible carrier with an electrically switchable PDLC layer cuts visor weight and thickness while providing adaptive glare shading.
UV-blocking polarization layers protect the liquid crystal from degradation while preserving voltage-controlled light transmittance in smart windows.
A conductive bridge and print-zone busbars cut resistance in segmented switchable glass laminates, improving power delivery and connection reliability.
An electrically sliding, rotating sun visor stores in the headliner to expand glare blocking and add display functions without roof-panel mounts.
Dynamically adjustable tint, reflectivity, and haze layers balance privacy with visibility in vehicle windows.
Multi-plane ribbon conductors let laminated panes route a cable outward for easier, lower-cost external electrical contacting.
An omnidirectional roof sensor detects light intensity and source position to reduce glare interference in vehicle sensing and control.