Sighting Devices TRIZ Cases

Axial engagement of conical surfaces centers aiming devices on handguns without rotational wear.

A modular sighting assembly uses a processor-controlled laser and motor mount to align weapon barrels with calculated trajectory angles.

A handgun sight pusher uses a screw drive and segmented cavity to adjust firearm sights.

Segmented cartridge nesting and preliminary anti-action locking prevent unintended magnification shifts while maintaining precise alignment.

A multi-element optical lens assembly transmits light across visible, mid-wavelength infrared, and long-wavelength infrared regions using specialized materials.

A telescope prism inversion system uses projection optics and a beam splitter to route light for reticle imaging.

Variable tension assembly adjusts sight carriage position along an elevation rail for precise aiming.

A rotatable clamp level indicator secures to telescopic sights using a single threaded fastener and cylindrical joint.

Rear-mounted reflex sight projects an illuminated reticle through peripheral refractive surfaces to guide user eye alignment.

Holographic sights avoid bulky thermoelectric coolers by using VCSELs with stable wavelength output, reducing parallax mismatch and energy consumption.

A notch filter arranged at an oblique angle reflects laser radiation away from the source, reducing detection vulnerability while maintaining visibility.

Diamond target receives crosshair shadows for complete vertical and horizontal alignment.

A telescopic sight uses a movable mirror to align the optical axis with the barrel for precise aiming.

Rear sight light sources illuminate front and rear aiming marks, eliminating fiber optics and reducing detectability.

A sight switches reticles between fixed and first focal plane modes via a controller.

Textured riflescope housing scatters light to minimize reflections while resisting wear from rugged environments.

Clear sight plate with a vertical pin and lead arcs simplifies target acquisition.

An adaptor lens system uses convex and concave elements to increase scope magnification without replacing the sight.

Segmented clamp and holder components resolve the trade-off between mounting stability and user customization while enabling flexible accessory placement.

A rigid interchangeable interface support attaches aiming systems to armored vehicle turret protective tubes.

An off-axis shoulder rest transmits recoil directly backward, enabling stable aiming from shelter positions without exposing the user.

A boresight insert secures in a weapon barrel to align aiming systems with single-person operation.

Laser assembly and position sensor measure pointing direction to resolve mechanical linkage inaccuracies during elevation and windage adjustments.

Segmented sight modules with universal rails reduce weight while maintaining adaptability across shooting conditions.

A modular handguard assembly routes power from interchangeable batteries to firearm accessories via flexible circuitry.

A configurable ballistic drop compensation reticle projects dynamic holdover marks based on user-selected ammunition data.

Segmented housing sections adjust pin proximity to the arrow path, resolving interference risks that limit traditional sight range.

A configurable ballistic drop compensation reticle projects dynamic holdover marks based on selected ammunition ballistics.

Segmented side plate enables precise targeting by mounting lasers behind the trigger guard, avoiding structural complexity.

Processor stretches virtual reticle lines using dedicated input button to resolve trade-off between adaptability and device complexity.

A weapon display device uses a waveguide to overlay graphics onto the user's field of view through an optic.

A firearm reticle design featuring trajectory arcs and distance markings for accurate aiming.

Fixed mirror angles create a virtual aiming point that matches the curved trajectory, eliminating distance estimation errors.

Curved vertical crosshairs and sloped windage axes correct spin drift and dissimilar wind drift, eliminating complex calculations for long-range aiming.

A turret cover integrates lighting elements within a transparent sleeve to illuminate etched adjustment marks via edge lighting.

A sight apparatus uses a rack and pinion mechanism to provide precise vertical adjustment of the scope head.

A telescopic sight mounting system uses a locking interface with optimized contact geometry to secure the optical device on the firearm.

A reticle adjustment device uses a combined click and locking mechanism to provide tactile feedback during optical alignment.

A laser firearm assembly emits pulsed light through a muzzle to simulate conventional shooting.

A pivoting helmet mount repositions optical devices between operational and stowed positions.

A rugged mortar sighting device integrates a bracket-mounted compass and distance indicator dials for rapid manual aiming.

A firearm scope adjustment knob drives a threaded member via biasing elements to position movable optics.

Segmented sight inserts replace fixed notches, eliminating wear from repeated removal and enabling quick adaptation to different target distances.

Resilient appendage wedges against trigger guard to stabilize accessory without extra firearm structures.

Electronic control unit aligns accessory aim point to weapon sight, eliminating bulky mechanical adjusters and reducing device weight.

A dual bow sight uses a fixed upper pendulum assembly and a vertically adjustable lower frame to target varying distances.

Elongated slot fasteners lock firearm accessories securely, eliminating snagging and debris accumulation found in traditional rail systems.

An over-molded noise damper forms an integral part with a rifle barrel to simplify sight centering.