Building Constructions TRIZ Cases

This case combines ceramic-fiber insulation, fire barriers, and a fixing plate to maintain thermal separation and 120-minute fire integrity.

Conventional facade elements can meet strength demands but increase emissions; a concrete-wood hybrid lowers CO2 while retaining durability.

Evacuation orifices release excess air while filtration retains loose-fill insulation, reducing dust and compaction during spraying.

Preconfigured fitting portions let non-experts assemble wooden structures faster and more consistently, reducing skilled carpentry and site cutting.

Prefabricated basalt-fiber forms with DCPD foam, reactive concrete bonding, and interlocking joints reduce on-site labor, waste, and assembly time.

Pre-connected corbel and beam securement members replace separate rebar tying, cutting setup time in half while maintaining aligned, secure concrete beam support.

An adapter adds a second clamp to a vibrating concrete screed, allowing L-shaped and other bar configurations.

Ratchet teeth and a locking portion standardize tile flatness while reducing the manual force and finger strain required during installation.

A furan resin and sugar formulation binds mineral fibres, lowering material cost while avoiding formaldehyde release during manufacture.

Conventional anchors risk brittle seismic failure; the DAA fuse plate dissipates tension and compression through controlled yielding without buckling under compression.

Narrow CLT panels use tongue-and-groove joints and concealed screws to simplify tiny house assembly while reducing transport volume and visible hardware.

Uniformly curved substrate and top layers help a floor-covering profile match panel patterns, reducing visual interruptions and simplifying production.

Ratchet teeth and an elastic plastic pressing seat lock tile height consistently while reducing the manual force needed for leveling.

Hinged wall panels and prefabricated connectors simplify transport and rapid on-site assembly of insulated composite shelters.

One roller replaces separate tools for salient and re-entrant corners with inner and outer roller sets and a pivoting handle.

A four-piece concrete ring beam joins brick walls on a liftable floor slab, balancing prefabrication with structural continuity.

See how a sealed band clamp tool uses a stiffened scraper blade to tighten joint tape and scrape excess coating in one pass.

Nested tubular-core braces use a restraining member to resist buckling while reducing brace weight in seismic and wind frames.

A sacrificial fuse yields before the column base, dissipating earthquake energy and simplifying post-event repair.

Controlled yielding in a perforated shear web absorbs earthquake energy while protecting beams and columns for easier repair.

A detachable sealing piece opens the blade gap without removing the tight cover, reducing force and injury risk during blade replacement.

Slotted yielding regions let structural fuses absorb seismic energy while preserving main members and simplifying post-event replacement.

This rolling tool uses the user's weight, leverage, and gravity to reduce physical strain when rolling flooring materials.