Sighting Devices TRIZ Cases

A riflescope reticle features segmented aiming marks for subsonic and supersonic ammunition to enable quick target acquisition.

Rotating holding element decouples from actuating mechanism during clamping to reduce surface abrasion on handgun frames.

A rotatable rear sight member exposes distinct apertures for varying target distances.

Passive level indicator merges with reticle structure to eliminate gaze diversion and power requirements while ensuring accurate sight alignment.

An LED-based holographic weapon sight extends battery life by replacing high-drain lasers with low-power diodes.

A compact moving red dot sight uses a rotating mirror to project a collimated beam onto a reflecting element for precise aiming.

A pivoting lens cover employs a cushioning device to brake spring-driven movement, preventing slapping noise while maintaining weather-tight sealing.

Magnetic repulsion biases a pivotally attached swing member, eliminating binding from linear spring mismatch during vertical sight adjustment.

Total internal reflection in coupled holographic elements guides light to resolve low throughput and speckle issues in close combat sights.

A low-reflective layer on the photomask prevents metallic reflections from obscuring the aiming mark in electronic sights.

Bridge tunnels reduce footprint to match open sights while maintaining weatherproof protection.

A firearm sighting system uses a brightly colored front aiming point and illuminated rear points for clear visual alignment.