Shores TRIZ Cases

A slotted prop nut, guiding ring, and captive pin lock telescopic prop tubes securely while avoiding G-hook snagging and stacking issues.

A protrusion-based locking pin and recessed leash design prevents gear snagging and stabilizes powered acrow prop installation.

Color-changing indicators on compression posts verify proper compression without complex mechanisms.

Circumferential rings on the lower portion absorb impact forces, reducing mechanical stress and preventing deformation of the outer tubular element.

Head plate recesses allow lever tools to align telescopic tubes without hammer blows, preventing surface damage and rust on rough subsoil.

Elastic damper absorbs kinetic energy from falling inner tubes to prevent hard metallic collisions and reduce noise pollution.

Segmented telescopic bars with roller-guided feet resolve complexity trade-offs to enable fast setup of levelled surfaces.

A shoring support structure uses a bevel gear and pinion system to rotate an adjustment collar, reducing manual installation effort.

Laser ablation creates legible, rust-resistant markings on galvanized steel pipe supports without compromising the zinc coating.

A telescopic support stop element secures the inner tube within the outer tube using a press fit and threaded cap assembly.

A construction prop uses a castellated bushing and torsion-compression spring to automatically align parts during assembly.

A telescopic prop uses a crushed tubular body to reinforce stress areas on the fixed portion.