Building Components TRIZ Cases

A molded footing form uses radial and concentric webs to distribute loads from upright structural members.

Fusing a thermoplastic panel to a corrugated sheet eliminates costly sealing materials and reduces installation time.

Separating the multi-wall sheet from profiled glass panels improves thermal insulation without complicating assembly.

A folding step stool uses a compressible linkage assembly to secure the crossbar within step notches.

Pre-fabricated recesses in flat building elements enable precise integration of heating and cooling systems, eliminating time-consuming manual milling on-site.

Cambered frame edges straighten during assembly to increase tensile strength, resolving the trade-off between adaptability and structural integrity.

Segmenting the fastener into a cap and strip with mating interlocks eliminates rivet heads that create snag points for forklifts.

A building envelope uses transversely aligned plant chaff insulation within a layered structure to resist heat flow effectively.

Pre-formed channels in modular blocks eliminate on-site drilling, preventing structural damage while enabling easy maintenance access.

Insulated modular brick panels use glass fiber reinforced concrete to embed thin bricks and foam cores for rapid wall construction.

Angled cover layers eliminate heavy frames while maintaining structural stability and impact resistance.

Porous non-woven fabric prevents dust entry while allowing condensation drainage, and digital printing enables origin tracing for accountability.

Adjustable mounting frame accommodates varying wall thicknesses, enabling secure retrofit installation without specialized labor.

Lips on reinforcing stud flanges boost panel strength without adding weight or material cost, resolving the trade-off between durability and expense.

Segmented anchor design uses insulating materials and rotation mechanisms to eliminate thermal bridges while maintaining structural integrity.

Filling multiwall sheet layers with nanoporous foam reduces thermal conductivity by 70% without increasing mass or manufacturing cost.

Continuous curved support rods eliminate stress peaks at joints, maintaining stability while reducing weight.

Segmented wall panels integrate pipe channels via pre-formed grooves, reducing construction complexity and maintenance costs.

Fine polyvinyl acetate particles in gypsum slurry increase screw pull-out strength, eliminating plywood support structures.

A flexible tongue in a sliding groove enables vertical folding locking for floor panels.

Preliminary printing of marked positions on piled materials eliminates repetitive removal steps and boosts manufacturing efficiency.

A foldable A-frame carrier uses swingable braces and a collapsible frame to support heavy loads.

Porous barriers between walls direct airflow away from occupants, improving lead dust removal efficiency without excessive energy consumption.

Composite ribs reinforce wooden panels, reducing weight while maintaining load capacity.

A stop bead system uses a flexible spacing strip attached to a rigid base panel to create an airtight seal against exterior wall jambs.

Pre-assembled wooden panels with integrated fasteners simplify transport and reduce on-site installation time for building frameworks.

Factory prefabricated composite panels merge metal structures with infused foam insulation, reducing onsite labor costs while preventing condensation and mold.

Modular prismatic box structures resolve construction delays by enabling rapid on-site assembly of sustainable building infrastructure.

Localized filler material prevents honeycomb core crushing under cure pressure, maintaining structural integrity and design specifications.

Tensioning cables connect support structures across levels, increasing stiffness while allowing thermal insulation integration.

A caulking-coating film covers resin-based bead-like caulking on a shiplap portion, preventing oil bleeding and peeling while maintaining cuttability.

An angled trim region with a cut-out allows tool access to functional parts without dismantling, improving repair logistics.

Nanosilica and carbon nanotubes in a 0.5-1.8 mm coating improve bending stiffness and adhesive strength while reducing water absorption.

A movable intermediate trim piece aligns adjacent cladding parts using guide pins, eliminating gaps caused by injection molding shrinkage.

Parallel open-pore and closed-pore foam strips in a composite sealing band achieve joint permeability below 0.1 m³/(hm daPa) n for tight building seals.

Welded frames with mineral wool recesses prevent moisture ingress and fungal growth in insulated shelters.

A molding trim quick release system uses a ball head screw and socket mechanism for easy attachment.

An undercut locking member engages a slot to vertically lock floor panels, preventing ledging during resilient panel installation.

Pre-stabilizing honeycomb cores with adhesive allows simultaneous high-pressure curing, eliminating distortion and porosity defects.

Inorganic fillers reduce moisture retention in cellulosic composites to prevent molding defects.

Concavo-convex corner and bridging coving pieces align to form a seamless cyclorama topology from faceted room structures.

A Turcotte sculptor machines raw foam slabs into insulated wall panels using 36-axis actuation.

Reactive extrusion stabilizes elongated polyester foam cells to reduce thermal conductivity below 0.032 W/mK for advanced insulation.

Arch-shaped composite layers distribute dynamic loads to prevent shear band formation while reducing overall weight compared to conventional flat plate designs.

A coating composition using hollow polymeric particles and cold pigments achieves thermal insulation while maintaining opacity for metal claddings.

Connecting profiles align and fasten module side walls while sealing gaskets prevent rain and vapor ingress through load-bearing joints.

A stop bead system uses a flexible spacing strip attached to a rigid base panel to create an airtight seal between a jamb and siding.