Floors TRIZ Cases

Segmented vertical and horizontal locking devices bend PVC floorboard edges, reducing friction forces during installation.

Segmented arms adjust to varying joist spacing, distributing loads evenly to eliminate squeaking noise.

Keystone connectors interlock adjacent formwork blocks to maintain precise spacing and stability, eliminating labor-intensive rebar networks.

Offset resilient pads and force transfer members distribute loads to reduce injury risk while maintaining flooring performance.

Elastic shuttering surfaces absorb concrete expansion forces, eliminating removal labor and preventing structural damage.

Segmented cup-shaped bodies and separate wedge members eliminate precise alignment needs while boosting clamping strength.

An adjustable haunch support system uses a coil rod and rotatable nut to modify support angle height, eliminating welding and reducing corrosion risk.

Segmented box bar joists on steel columns eliminate concrete curing, reducing construction time while maintaining structural strength.

Localized reinforcement at notch peripheries prevents cracking in notched wooden beams, enabling longer spans without compromising structural integrity.

Direct ballast placement on floor beams improves force transmission reliability while maintaining usable interior space and aesthetic design.

Pre-cast concrete beams feature an open internal void that allows direct post-cast inspection of the reinforcement cage.

A Z-shaped profile module transmits multidirectional stresses using a composite material.