Sighting Devices TRIZ Cases

A flip-up firearm sight uses a pivot axis below the rail surface to stow the arm entirely within the mounting profile.

Offset cantilevered iron sights enable rapid transitions to backup aiming without obstructing the primary optical sight's field of view.

A protective cover for firearm sighting devices features a detachable lens shield and adjustable locking units.

A rotating member clutch surface engages a dial clutch surface to enable tool-free re-zeroing of optical aiming devices.

A muzzle-end adapter uses conical disks to expand centering fingers for precise firearm alignment.

Waterproof bag and tube system maintains dry environment and reduces drag to enable standard firearms underwater.

A gas discharge deflector diverts hot gases and debris away from firearm sighting surfaces.

Dual adjustable reticles shift aiming points on a collimating lens to compensate for bullet drop variation across different shooting ranges.

A weapon sight light emission assembly uses a nested optical fiber to transmit illumination from an internal source to a viewing end.

A laser line generator projects a reference line onto a firearm rail, enabling precise scope reticle alignment despite recoil-induced misalignment.

Photoluminescent reticle coatings absorb ambient light to illuminate markings, eliminating battery requirements and optical obstruction in weapon sights.

A parallax multi-focal lens projects a central dot and peripheral corona, resolving the trade-off between rapid target acquisition and precise aiming alignment.

An electrochromic filter adjusts optical transmittance to balance scene and display brightness in augmented reality sights.

A telescopic sight zoom adjustment ring locks via interengaging formations to secure magnification settings.

Adjustable compensating sight offsets aim point to apply correct lead, resolving shooter estimation errors and improving hit consistency.

An annularly encircling colored body merges with the light source housing to eliminate manual coloring steps and adhesive bonding, reducing production time.

A turret display device shows dynamic crosshair movement relative to a target icon based on wireless turret position signals.

A reticle uses a laterally disposed curved mirror to focus light from one focus onto a line image at a second focus.

A firearm-mounted optical warner unit uses a digitally controlled laser diode to emit light in narrow or wide divergence modes.

A photoelectric sighting system calculates included angles and deviations to ensure precise positioning.

Dual detent forces in the adjustment knob verify milestone distances, reducing counting errors during dark condition adjustments.

A coaxial plunger secures the sight element, eliminating complex separate locks that require extra dexterity.

Spring-loaded detents secure a bolt-less gunsight mount to Picatinny rails, eliminating torque inconsistencies and ensuring repeatable accuracy during firing.

Elastic clamp arms absorb gun shock forces to prevent head-up display slippage and misalignment.

A rangefinder display overlays trajectory pins on crosshairs to correlate range data with bow sight settings.