Armour TRIZ Cases

A multiaxial fabric combines resin-free polyethylene yarns with thermoplastic film layers to consolidate the structure under heat and pressure.

A turret control system coordinates gimbaled sensors and weapons to prevent occlusion during rotation.

A composite element integrates local stiffeners as directed protrusions on skin plates with internal composite structures.

Segmented ballistic panels prevent transformer overheating while providing military-grade protection.

A partitioned revetment container uses upper-half tension members to stabilize sub-compartments during rapid deployment.

A self-contained escalator system mounted on an electric cargo vehicle features a 360-degree security canopy and hydraulic lift mechanisms.

Pneumatic expansion of carbon-fiber composite modules creates blast-resistant structures without heavy transport equipment.

Thin film coating resists fuel and water on aramid armor without adding weight or reducing flexibility.

A sighting device uses a rotating support and optronic head to transport optical signals through a nested path.

A tapered door support pin enables zero-gap vehicle door sealing through dynamic positional adjustment.

Submicron grain size control in polycrystalline alumina eliminates absorption peaks between 2000 nm and 5000 nm while maintaining mechanical strength.

Multi-layer polymer films bonded to rigid frames reduce energy losses while containing secondary debris during explosive events.

Segmented brackets reinforce C-rails against high-load bending, ensuring secure attachment stability without complex manufacturing.

Identical segments form a continuous protective layer, enabling replacement through limited apertures without compromising the gas-tight outer shell.

An armored vehicle periscope uses a thin OLED film to add electronic display capability while maintaining compact housing size and optical clarity.