Windows TRIZ Cases

A vehicle system navigates to optimal sunlight locations and heats the interior to accelerate volatile organic compound removal.

Nonuniform separation parts conform to the curved windshield surface, directing optical paths accurately to eliminate crosstalk in naked eye 3D displays.

Repetitive patterns on a transparent window plate allow radio wave transmission while maintaining defogging heat wire functionality.

A resin cover on the window bracket lower end prevents glass scratches while maintaining hook engagement.

A door glass welcome screen uses a slanted contact member to supply power when the window is raised.

A torsion spring biases the non-motorized roller to maintain tension on the discontinuous web, preventing sagging in tight cab-over windows.

A strengthened glass uses a mirror constant of 1.97 MPa·m0.5 or less to maintain surface compressive stress.

Segmenting the glazing into three sheets with an asymmetric inner overhang maintains bay dimensions while reducing moving weight.

A tailgate panel assembly joins an outer and inner panel directly at the vehicle widthwise side to form a closed cross-section structure.

Magnetic straps replace mechanical fasteners on a cab cover, resolving the contradiction between secure attachment and ease of use.

Adjustable glass track systems establish continuous sealing planes around frameless vehicle door panes using integrated channel rails and appliques.

L-shaped guide profile edge part conceals wall mounting hardware, resolving the trade-off between structural stability and aesthetic appearance.

A gasket railing system uses a rigid leg insertion guide within a pliable rail gasket to secure window frame legs.

A deformation relief membrane conforms to plastic window transition steps to transfer decorative images precisely onto the interfacial area.

Convex rear lift gate margin matches tailgate contour to eliminate visual gaps and seal strip prevents leakage.

Direct contact between foil busbars and the coating prevents lamination damage, eliminating hot spots in heated windshields.

Elastic deformation of alkali-free glass matches soda lime curvature, resolving bendability mismatches and eliminating release agent scratches.

Camera system detects driver viewing direction to lift window shading, resolving obstruction risks when reversing.

Asymmetric glass sheet thicknesses and a low-modulus interlayer improve sound insulation while maintaining infrared transmittance for safety systems.

Segmented profiled beads with inner wings accommodate dimensional dispersion while maintaining clear view area through precise groove positioning.

A laminated glass interlayer film uses layered adhesive and rigid resin structures to bond glass sheets while maintaining structural integrity.

Movable tapered panels extend to minimize airflow separation and fuel consumption while retracting to preserve vehicle length in congested areas.

Segmenting the windshield into fixed upper and lower pieces with a movable center resolves the trade-off between effective airflow and weather sealing.

Segmenting the closure into a fixed base and movable cap allows gloved technicians to manipulate the seal easily while maintaining leak-free integrity.

A vehicle opening member control device monitors drive motor rotary direction to detect stuck relay states and stop the motor.

A sun blind system uses a deflecting roller to guide bands through a receiving channel for compact vertical storage.

An elastomeric glazing system anchors marine glass via a mounting bracket, preventing bolt-induced cracking and ensuring a watertight seal.

Frameless rear doors with fixed panes extending to the front door line reduce exposed joints, lowering drag and wind noise.

A drive device for vehicle windows uses a corrugated carrier contact structure to mount the cable exit housing rotationally fixed and play-free.

An electromagnet pushes a guide rail to tilt the glass outward, removing yellow dust and rain residue that impair driver visibility.

Segmenting the front header into three parts creates compartments that maintain roof crush strength while accommodating a top-loaded sunroof.

A vehicle window integrates a capacitive sensor and conductive shield to detect interior moisture while maintaining reliable proximity switching.

An upwardly inclined air scoop directs airflow through a windshield conduit, preventing water intrusion and reducing whistling noise.

A window regulator driver uses a pressure piece to adjust the pane position without direct screw access.

Transparent resin pillar skeleton paired with narrow glass holding portions reduces blind spots while maintaining structural rigidity.

Segmented anti-fogging film resolves bonding strength conflicts while maintaining sensing region performance.

A passive deflector integrated with a vehicle window seal redirects airflow to minimize cabin noise.

Segmenting the pane guide into independent parts resolves door construction complexity by enabling flush window installation without special retrofits.

Segmented connecting wall projections disperse impact stress to reduce bumping sound without increasing structural complexity.

A direct drive window shade uses a motor-driven drum and pulley to move the shade module.

Segmented ducts resolve conflicting air flow distribution needs by routing separate streams to a rear deflection device and an internal assembly compartment.

A multi-stage glass pressing system uses vacuum clamping to shape curved panels while minimizing compressive stress.

Adjustable strap system secures flexible cover to vehicle mirrors and roof, eliminating drilling for universal fit.

Integrally injection-molded plastic guiding rail and decorative layer resolve fixing inaccuracy and complex mounting by reducing fitting processes.

A motorized regulator moves a window and pivoting division bar into the door panel, resolving beltline constraints that limit ventilation.

Moving mold plates apart during injection reduces peak pressure, preventing warpage and leakage in large-area multi-component plastic parts.

Segmented infrared filtering maintains thermal comfort while allowing LiDAR signal transmission through the windshield, resolving integration conflicts.

A vehicle shading blind uses elastic guide structures to fold the roller element within a minimized receiving space.

Segmenting the rigid covering into nested elements resolves the contradiction between acoustic insulation quality and folded volume constraints.