Sighting Devices TRIZ Cases

A flush-mounted bracket with a bayonet breakaway mechanism secures optical devices to helmets.

A clip-on night vision sensor converts infrared aiming light into visible wavelengths using up-converting phosphors.

A fire-control system uses a tiltable mirror to project a reticle into the user's field of view without obstructing target visibility.

Segmented elevation and windage mechanisms resolve the contradiction between secure mounting stability and precise single-axis adjustment complexity.

Sloped wind-dot arrays in the reticle compensate for ballistic effects, eliminating complex calculations.

Shoulders on the housing engage the optical element base to position the reflector parallel to the firing axis, resolving robustness trade-offs.

A programmable electrical switch device connects to firearm accessories via a flexible cable, enabling remote positioning and secure mounting.

A tee-shaped rear sight base engages the receiver slot to extend the sight radius and improve aiming precision.

A firearm sight detects horizontal movement to adjust the line of sight automatically.

A plate carrier magazine panel uses webbing strips and connector clips to organize tactical equipment.

A dual-channel optical sight uses a shared eyepiece and an axis-shifting element to display images at different magnifications simultaneously.

Dichroic coatings on concave reflectors combine multiple light sources into one unit, eliminating the need for separate sights on dual-barrel firearms.

Nested lens erector systems in this optical sighting device enable zoom ratios exceeding 10:1 while maintaining a length under 350 millimeters.