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.

Silicone-based topical treatments applied to ballistic fibers create a lubricating layer that resolves the trade-off between ballistic strength and durability.

A dynamic forehead shield slides on the helmet cap to resolve visor opening conflicts, maintaining protective reliability and wearing comfort.

Fusing cross-plied UHMWPE tape with resin-embedded fibers eliminates heavy adhesive layers, reducing weight while maintaining structural integrity.

Discrete back panel fasteners mate with front panel connectors to provide customizable fit, eliminating frequent reconfiguration for diverse wearers.

Integrating a ballistic material layer on the inner face of composite aircraft skins absorbs lightning energy and prevents structural puncturing.

Nano-graphene optical limiters overcome carbon fullerene instability by using tunable matrices to maintain broadband protection under high-power pulses.

Replacing mechanical caps, an electrochromic LCD window blocks interior light via voltage control, eliminating manual operation time.

Segregated hybrid composite ballistic panels use lower-performing strike face fibers and higher-performing support fibers to resist projectiles.

Cruciform crush elements decouple the V-hull from the chassis, absorbing vertical loads via controlled buckling to reduce crew accelerations.

A wire mesh and thin non-porous membrane panel structure contains projectiles and dissipates pressure waves in semiconductor processing enclosures.

Rotating the closure flap around the lens mount center reduces pivot angles and space requirements, enabling rapid protection against ballistic threats.

A carrier assembly integrates a harness with a bullet-proof chest plate using quick connectors to distribute weight evenly.

Interlocking stiffener tabs engage plate grooves to maintain ground clearance while resisting mine blast loads without adding mass.

A ballistic cover system uses restraint straps to position a blanket during engine explosions.

Polar bonded metal salts bridge adjacent fibers in a composite substrate to reduce manufacturing costs while maintaining ballistic protection.

Dynamic member provides visual indication of locked position, resolving reliability issues in armor attachment mechanisms.

Disposable color-changing microtube indicators detect damaging G-forces, eliminating complex X-ray inspections and ensuring ceramic tile integrity.

Segmented frames with sliding mechanisms and shock absorbers isolate video cameras from dynamic stresses while maintaining stable optical axis positioning.

Segmented transmission elements convert explosive pressure into deformation energy, preventing residual forces from damaging the frame construction.

Tailored polyethylene matrix density and melt flow index in compression molded UHMWPE helmets resolve blunt impact and stiffness trade-offs.

A ballistic-resistant laminate uses thin films and coupling agents to anchor filament bundles between layers.

Ionomer blend composition reduces haze levels in thick wall structures to maintain optical clarity and mechanical strength.

Molten silicon infiltration bonds coarse B4C and fine SiC grains, preventing amorphization during tungsten carbide ammunition strikes.

Segmented boron suboxide plates resolve the weight-protection trade-off by stopping 5.56mm rifle rounds without adding bulk.

Sub-wavelength inner fibers eliminate refractive index mismatch distortion while reinforcing the matrix against ballistic impact.

A radome cover uses a ceramic core sandwiched between impedance-matched layers to dissipate kinetic energy from ballistic impacts.

Hydraulic channels circulate refrigerant through the armor structure to remove laser-induced heat, preventing material failure.

Multiple monitor holders allow a single display to serve various positions, resolving the trade-off between information availability and device complexity.

Interior retainers with mating posts reduce post width, expanding pilot field of vision while maintaining structural integrity.

A motor-less cartridge ring gear engagement module uses a manual hand crank and drive shaft to rotate a turret.

A foldable headrest uses a strut structure to pivot between stowed and deployed states.

Continuous simultaneous drawing of UHMWPE yarns without twist eliminates yarn-to-yarn variations in tenacity and modulus.

A ballistic vest carrier cover divides the garment into independent panels to resolve the trade-off between armor protection reliability and operational ease.

Wedge-to-wedge interfaces redirect blast loads from vulnerable hinges to structural wedges, preventing hinge failure during mine detonations.

Sequential docking of variable length tenons eliminates jamming during the assembly of armored sheet structures.

Nano-graphene optical limiter absorbs high-powered laser light, resolving stability issues in carbon black suspensions across UV to IR wavelengths.

Mounting ceramic armor tiles internally uses the vehicle wall as an external shield, reducing spall dispersion and preserving maneuverability.