Sighting Devices TRIZ Cases

A gun sight base uses a pre-calibrated adjustment cam to enable rapid elevation changes without tools.

One gyroscope and two accelerometers replace redundant sensors in a digital sight, reducing weight while maintaining firing precision.

Replacing transparent materials with translucent lens housings enables unimpeded peripheral vision while maintaining structural integrity.

Segmented cavities absorb secondary emissions to prevent location disclosure, maintaining tactical advantage without adding complexity.

A magnetic clamping mechanism retracts a buffer pad to secure firearm accessories on dovetail rails.

A flashlight mount with a bifurcated trigger mechanism actuates push-button tailcap switches on firearm handguards.

Resilient tabs replace adhesive tape to retain displays, preventing loss during frequent updates.

A rifle scope reticle displays marked horizontal lines and elevation indicia to align the firearm with a target.

A rifle scope display adapter projects illuminated symbology directly into the objective lens field of view.

A firearm scope integrates direct optical viewing with thermal imaging through a single waveguide display unit.

Dual illumination apparatuses mount on opposite sides of a spring-biased sight base to eliminate visual obstruction and prevent net torque on the weapon.

Multiple nomograph system integrated into firearm scope reticles compensates for slope, precession, and density altitude without electronic devices.

Pivot bearings in a telescopic sight reversing system reduce friction, preventing jamming at low temperatures while maintaining precise image alignment.

Segmented reticle markings provide pre-calculated ballistic compensation to eliminate manual calculations during target acquisition.

Segmented flat-walled rifle scope housing resolves space constraints for optical assemblies by separating the base plate from the closure housing.

A shotgun sighting device uses a diffraction lens to project expanding light beams that replicate the circular spread pattern of pellets.

A rifle scope turret stop mechanism uses a brass collar and steel stopper to physically limit screw rotation.

A ballistic calculation system uses video target tracking to determine projectile impact points for automated weapon aiming.

A firearm silencer mounting rail uses axial wings and a support surface to secure the accessory.

A non-collimating optical sight projects a divergent reticle image toward the shooter's eye using a thick lens and fluorescent fiber.

A laser sight design moves an internal erecting system to adjust aim without shifting the objective module.

A telescopic sight incorporates a detachable radial adjustment aid on the wheel to resolve precision versus ease of operation in adverse conditions.

Segmented mounting posts provide thread engagement length without increasing adapter height, maintaining iron sight co-witnessing.

Extending a sighting pin below the front housing increases target acquisition distance without blocking arrow flight.

Spring plungers engage rail indentations to secure portable radios, eliminating tool requirements and reducing installation time.

A floating rail system integrates power supplies and modular rails to enable secure accessory mounting on firearms.

A crosslock assembly integrates multiple functions into a single unit to reduce accessory parts.

A sight adjustment device with a slide catch and press-block tooth aligns handgun sights.

A multi-magnification scope uses a tumbler mechanism to pivot a secondary lens group into the optical path for rapid magnification switching.

A sight compensating mechanism uses a rotatable adjusting cap and lock unit to switch between two zero-point positions.

Ramp members pull toward each other via a single screw, reducing moving parts and bulk for reliable mounting on small firearms.

Telescopic sleeve retracts the IR filter to prevent abrasion and accidental activation while maintaining easy manual access.

Electronic firearm sight replaces heavy mechanical guides with digital computation to compensate for projectile curvature while reducing device weight.

Segmented ring components provide a secure fit that prevents slippage under heavy recoil, ensuring accurate long-range targeting.

A rear-mounted reflex sight projects a collimated illuminated reticle, resolving firearm balance disruption during dry-fire training.

A frequency filter isolates specific retroreflector frequencies to eliminate background radiation interference and improve detection accuracy.