Windows TRIZ Cases

A blast-resistant bulletproof window uses edge grooves and recesses to engage a vehicle armoring device, securing the glass assembly during impact.

A transparent capacitive sensing electrode detects raindrops on vehicle glass through capacitance variation.

A laminated glass interlayer film incorporates a lanthanoid complex within a polyvinyl acetal resin light-emitting layer to produce high luminous intensity images.

A windshield molding features a U-shaped third portion that engages the cowl louver rear end for flush alignment.

A motorized pivot mechanism retracts the handle arm to eliminate aesthetic gaps while preserving full accessibility for users.

A sliding window pane moves translationally inward before pivoting to align flush with the vehicle body.

A bridge circuit manages drive motor rotation and additional vehicle loads, eliminating separate control circuits to reduce assembly complexity.

A vehicle controller adjusts adjacent window positions to disrupt cabin resonant frequencies.

Laminated curved glass integrates electroluminescent devices to display conditions while resisting impact damage through protective layer cushioning.

Integrated clip eliminates sewing and swaging steps, reducing component count while stabilizing attachment.

A vehicle interior structure aligns a structural component outline with a virtual axis line to improve driver perception accuracy.

Segmented fabric cuts connected by elastic joints allow the folding top to adapt its shape for aerodynamic conditions and varying occupancy levels.

Segmented annular reinforcement members distribute width-direction loads to suppress deformation while maintaining cabin space.

An imaging device employs a high-reflectance outer surface to block sunlight while radiating internal processor heat through a cooler, low-reflectance side.

An intermediate film with high infrared absorbance maintains heat shielding when glass plate thicknesses decrease, eliminating the need for film changes.

An adhesion promoter enables direct extrusion of a sealing profile onto a coated polymer disc, eliminating costly mold requirements and coating removal steps.

Recesses in the intermediate layer accommodate thicker LEDs while maintaining optical quality by preventing bubble formation.

Segmented attachment member joins inner reinforcement to door sash, preventing belt line interference and maintaining structural stiffness.

A pivoting load cover arrangement rotates vertically to clear the cargo space view.

Integral TPE sealing profiles bond to glass panes via injection molding, eliminating separate assembly steps that cause water leaks and noise.

An intermediate wing positioned between glass sheets enables reliable clipping while reducing opaque masking strip width from 35 mm to 20 mm.

Thin glass plies bonded by a polymer interlayer replace single ply toughened glass while maintaining structural integrity and safety.

Harder portions connect guide rails while softer buffer zones absorb shrinkage stresses, preventing quarter window cracking.

A vehicle glazing system uses core-shell microparticles to extract guided light from a glass module while maintaining transparency in the off state.

A motorized headliner sunscreen assembly deploys a shaded panel to block solar radiation, reducing interior temperature and eliminating manual shield storage.

Regulating front-side and back-side chamfer roughness suppresses gradation while ensuring high impact resistance against collisions.

Segmented sun shade uses elastomeric attachment and dynamic removal to resolve light intensity versus structure complexity trade-offs.

Asymmetric joint heights prevent adhesive scraping during assembly while maintaining side impact strength.

Permanent magnets in a ferromagnetic casing hold the window covering stationary during motion, preventing glass damage from adhesives.

A transparent film boundary line with 10 to 200 µm width and 5% thickness variation eliminates perspective distortion, improving driving visibility.

Curved side and center rails replace complex rotation mechanisms, reducing component count while enabling smooth windscreen angle adjustment.

Segmenting the trunk lid into removable portions increases cargo capacity while maintaining standard vehicle weight and fuel efficiency.

Segmented transparent conductive coatings transmit mobile and satellite signals while preserving solar control and visual transparency.

An intermediary metal ring bonds a glass window to a soft top, eliminating direct adhesion failures and reducing installation complexity.

Composite materials and segmentation combine rigid frames with soft encapsulants to prevent glass breakage during assembly.

Differentiated curvature radii at window corners reduce resin volume to prevent sink marks while maintaining sharp aesthetic lines.

Segmented rear-window links pivot via intermediate links to absorb dimensional tolerances, reducing stress in the top structure.

Cam grooves and springs restore the handle position, eliminating manual resetting after opening.

Merging the window regulator and light control device reduces component count and assembly workload while maintaining independent function control.

Segmenting coated glass into distinct zones avoids complex vacuum masking and enables durable infrared transmission for vehicle sensors.

Segmented weather strip with uniform and variable sections seals gaps against rain while reducing manufacturing costs.

A laminated automotive glazing integrates a luminescent film between glass sheets to project clear head-up display images.

A laminated vehicle windscreen uses a second glass sheet with peripheral holes to lower rigidity and reduce pedestrian injury risk.

An insert between glass sheets and polymer interlayer reinforces laminated vehicle glazing fixing points.

A laminated glass interlayer containing a luminescent material enables dynamic gradation pattern display through peripheral light irradiation.

An adjustable pivot cover system joins two members to shield occupants from sun radiation while allowing convenient storage.

A vehicle air guiding device uses mirror-symmetrical depressions along lateral section joints to visually soften seams and conceal manufacturing tolerances.

Segmented guide device allows reversible pad mounting to simplify window replacement and maintain door rigidity.

A vehicle front window uses separate panels to balance occupant comfort with external environment recognition accuracy.

Profiled bead base incorporates foaming agent to create adhesive bonding surface for cover piece attachment.