Wing Arrangements TRIZ Cases

Extended slidable profile increases transparent partition visibility, reducing collision risks while maintaining lightweight durability.

Modular components with pre-cuts resolve the trade-off between structural stability and transport volume by enabling on-site customization.

Segmented hollow chamber profiles allow external glazing, reducing glass breakage risk during assembly while maintaining structural stability.

Multi-sided attachment interfaces on the stamped-metal inner support panel enable secure hardware module mounting while increasing window glass drop length.

A breakout sliding door uses a pivoting rod to rotate the panel and maintain a level position during emergency exit.

A folding-sliding door guide system decouples the carriage from the carrier using independent rollers on distinct rail catwalks.

Segmenting the guiding element into fixed and movable portions resolves the contradiction between structural stability and invasive installation complexity.

A glass support with a feed-through section transmits panel weight vertically to roller cassettes, reducing stress on the leaf frame and preventing deformation.

A roller carriage consolidates manipulation interfaces on one side to simplify sliding door installation.

Horizontally adjustable central locking profiles and a balloon sealing profile compensate for manufacturing tolerances to maintain wind tightness.

An integrated mounting box uses an inclined support to anchor a trough seal, preventing moisture penetration into building floors.

A telescopic support arm extends between retracted and extended states to maintain door alignment.

L-shaped profiled portion receives door panels while an intermediate element extends through frame openings to maintain structural integrity.

A stepped frame profile with a secondary area accepts an overlapping fixed leaf to create a stable, sealed construction.

A window frame system uses a one-piece main segment to reduce visible joints and enhance visual uniformity.

A prefabricated box module guides sliding doors while containing fastener ends within its structure.

A movable truss stiffens bi-fold door sections against bending loads, retracting to resolve interference with the folding mechanism.

A double breakout sliding door system pivots inward or outward using interlocking latches and pivot rods to maintain level alignment during operation.

A door assembly uses a transparent panel glued inside a cornice to reinforce the structure while admitting natural light.

A vehicle door leaf features a reduced sub-area that creates space for an exterior mirror assembly.

Inclined ramp guides elastic sealing profile against magnetic strip to resolve structural complexity and production cost trade-offs.

Pre-cut incisions on the upper face and lower base allow the in-wall frame to be trimmed for custom dimensions, eliminating invasive masonry work.

A compact modular pocket door frame assembly uses a header support and vertical spreaders forming a T-shape structure for wall mounting.

An inclined running rail guides a carriage along longitudinal and angled paths to improve soundproofing and media isolation.

Segmented metallic frames use asymmetrical insulating materials to resist convection and minimize winter heat loss.

Lowered sill profile and adjusted seating flange allow greater sash travel for egress code compliance without secondary systems.

A door guiding device uses a turnbuckle to maintain vertical alignment between the slider and interlocking frame.

A sliding door guide fitting uses a spring tongue for snap-in attachment to the sliding leaf.

Segmented extruded profiles and timber beams maintain rigidity across wall cavities, preventing fibreboard fixation failure at extended spans.

A coplanar door opening mechanism uses a rotating second slide to translate along a longitudinal guide.

A spring biased spacer system constrains lateral movement of a window sash within frame tracks.