Walls TRIZ Cases

An integrated composite pressure plate preserves sealing while limiting thermal transfer.

Factory-routed conduits in prefabricated panels reduce on-site work while above-door cavities connect utilities between panels.

Magnesium cement and sealed molds produce precise, load-bearing hemp blocks.

This case uses uncooked starch with controlled viscosity to reduce gypsum slurry water demand and strengthen boards.

Cylindrical and elongated projections connect hollow bricks, simplify double-wall assembly, and maintain the insulation space.

Pivot structures, tab connectors, and stop members enable customizable partition layouts without disassembly.

Notched braces engage support-member hole edges without fasteners, restricting horizontal and vertical movement in metal framing.

Modular panels create insulated concrete wall forms with precise alignment, rigidity, and less need for additional framing.

Interlocking modular panels align adjacent wall forms, strengthen insulated concrete construction, and reduce added framing.

This case combines wood-concrete boards with an intermediate foam layer to improve insulation, strength, transport, and assembly.

Stay-in-place FRP formwork reduces construction labor, delays, and corrosion exposure.

A conveyor-fed clamp assembly straightens bowed wall studs before sheathing, improving fastener alignment and preventing delamination.

Pre-installed receivers and bottom tracks create a watertight interlock that blocks infiltration and stabilizes exterior panels from inside.

A dual-layer conveyor assembly inserts filling blocks and plates into building blocks, limiting rat damage and preserving insulation.

Prefabricated panels use defined wireways and mating edges to simplify installation while preserving cabling protection.

A strongback and perpendicular slots connect wall studs efficiently while allowing relative motion during seismic events.

Angled interfaces and adjustable sections keep the backing panel flush with studs across changing spacing and orientations.

Ammonium polyphosphate and phosphoric ester replace red phosphorus in urethane resin for built-in flame retardancy and easier coloring.

Retrofit existing windows with a bonded glazing shield and trapped-air insulation.

A slotted connector uses a draft angle to guide anchor fasteners, clamp adjacent panels, and simplify stable assembly and disassembly.

A nested telescopic partition uses staggered rods, bolts, and springs to adjust height for different occasions.

A reinforcement plate strengthens wall intersections for sound insulation and seismic resistance.

See how segmented intumescent pads protect top-plate tie openings from fire spread while accommodating rod movement and shrinkage.

This modular structure uses magnetic wall connections and ground anchoring to support rapid assembly, reuse, and extreme-weather stability.

Modular wall panels combine plants and acoustic boards to absorb urban noise.

A 30–45° clay jet mixes with straw at the spray tip, filling voids and shaping clay-straw walls without formwork.

A concrete finishing piece doubles as self-supporting formwork, reducing temporary supports, dismantling, sealing, and material waste.

A legged platform and modular wall connections support faster, flexible building installation by one person without heavy machinery.

A vertically and horizontally mobile platform guides a robotic arm to place SIPs across varied building layouts.

Pressed-and-riveted aluminum clamps support modular formwork, reducing inventory and accommodating U.S. construction configurations.