Building Material Handling TRIZ Cases

An adjustable railing support device clamps the support element via spacer and retaining nuts, enabling secure wall mounting without damaging existing facades.

Segmented telescopic design simplifies installation and dismantling, reducing worker safety risks on elevated structures.

Cut-to-length pipe sections allow a single anchor kit to accommodate any slab thickness, eliminating inventory complexity from multiple fixed sizes.

Spaced projections on the support surface distribute weight while keeping the adhesive bed intact.

Tiered modules with horizontal structural portions separate spaces to lower height and weight, easing river and land conveyance constraints.

Quadrangular mortar frame uses guide edges to ensure uniform joint thickness, reducing wastage and eliminating thermal bridges in masonry.

A grouting encasing tube connects anchoring element end faces to distribute injection filling material evenly across concrete segment joints.

A storage box anchors elevator car elements using strap elements sized for specific tensile forces.

Segmented structural members and perforated coverings transfer impact forces away from sensitive vegetation, preventing damage during construction.

Placing a high-frequency vibration exciter at the hose outlet deaerates concrete early, reducing installation time and device complexity.

Segmented drywall panels on an adjustable scaffolding tunnel isolate construction zones while maintaining pedestrian access in hospitals.

Nested anchorage assembly reduces bulky external protection while enabling de-tensioning.

An integrated locking device merges separate swivel leg locks to reduce weight and cost while maintaining stability.

Adjustable clamping arms accommodate sloping roof surfaces while elongated tensioning elements distribute load across tiles to prevent structural damage.

An integrated sealing member encloses the protruding shoe portion within an insulation layer cutout, resolving tightness issues at platform attachment points.

An elastomer cover with a central chamber adapts to varying rod diameters while maintaining secure attachment.

Modular containment assemblies use spring-loaded header plates and pulley systems to secure perimeter barriers against falling hazards.

Segmented locating regions adapt to irregular surfaces, reducing setup time and improving corner alignment accuracy.

A rebar jig system with adjustable pegs and telescoping stands enables precise positioning of structural components.

Threaded mechanical coupler eliminates grout curing and welding to accelerate precast concrete assembly.

A sheathing puller applies longitudinal force to slide polymeric sheaths along tension members in post-tensioned concrete systems.

A hydraulic cylinder integrates with a rotational driving means to pivot operational arm parts.

Hydraulic lifting raises a fully assembled roof with hinged columns, eliminating fall hazards from elevated work.

Segmenting mobility from positioning resolves the contradiction between real-time movement and precise placement in large-scale construction.

Dynamic current waveform control suppresses boom revolution vibration while maintaining pumping efficiency and operational safety.

A guardrail mounting bracket uses a clamp fastener to bias an upper component against a lower bracket for secure attachment.