Armour TRIZ Cases

Segmented steel plates with reversible coupling screen shooting range movement devices, simplifying transport and assembly in remote terrain.

External high-strength panels envelop electrical installation tanks to inhibit ballistic penetration.

A filament winding process wraps fiber tows around a mandrel to create composite fabrics with multidirectional strength.

Telescopic strut friction locking prevents off-road jumping, ensuring reliable positioning.

Segmenting ceramic into thin sheets bonded by low-pressure metal interfaces reduces weight and production complexity while maintaining high reliability.

A spring-loaded bolt system secures detachable armor plating to armored vehicles through mechanical locking bodies.

Replacing screws or nails, the system uses pneumatic pressure differentials to secure boards against windows while preventing structure damage from penetration.

Isostatic pressurization eliminates surface ballistic resistance variation in curved moulded articles.

A multilayer composite bonds leather with parallel aligned UHMWPE fibers to create a durable protective material.

Spring-loaded pawls lock to belt loops, eliminating dirt accumulation and noise from hook-and-loop fasteners.

Segmented door panels deflect outward to block training laser beams while accommodating various weapon sizes without complex mechanisms.

Alpha-beta titanium alloy uses recycled materials to lower costs while maintaining yield strength above 827 MPa and V50 limit of 563 m/s.