Building Constructions TRIZ Cases

Gravity-activated locking devices engage core pockets to support high-rise structures, eliminating crane dependency and manual labor hazards.

An adhesive pad secures a tubular base member to individual planks, allowing force application to close gaps without removing wall baseboards.

Pre-formed arcuate insert eliminates sanding and grime accumulation by providing a secure rounded corner transition for bathroom tiling.

Plastic trowel blades paired with a silica-based medium treat concrete floors without causing surface discoloration.

Multi-axis connectors join insulated wall and ceiling panels to eliminate separate structural frames, reducing assembly complexity while maintaining stability.

Reflex-bent side members with wide back flanges attach joists to trusses without overlapping fasteners.

A construction slab insert embeds an anchor bolt within a sealed operation space for direct mold installation.

Melamine foam embeds inorganic fillers to boost mechanical strength while meeting A2 fire class requirements.

A screeding apparatus uses a tilt rotator assembly and vibration actuator to adjust orientation and smooth concrete surfaces.

Replacing conventional concrete with lightweight material lowers room module weight, easing transport and installation without compromising floor strength.

A pneumatic mortar conveyor uses pressure equalization and bypass lines to transport earth-moist mortar at 10 m3/h without blockages.

Segmenting the blade into a reusable body and replaceable trailing edge allows tool-free maintenance, reducing downtime from burnish marks.

Waterborne polymeric binder with carboxy acid monomers reduces VOC emissions while maintaining vibration reduction effectiveness.

Segmented closed and open loop coolers prevent cavitation from overheating in hydrostatic drive systems.

Oblong holes in a beam coupler allow compression body displacement, converting seismic energy into heat through friction while maintaining structural integrity.