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.

A detachable offset optic mount uses a reversible stem to set the optical sight angle relative to the firearm base.

An internal retainer system tethers an optical cap to its body using a lanyard and inner attachment contained within the cavity.

Laterally offset accessory mount eliminates elevation turret obstruction on weapon scopes, enabling clear auxiliary device visibility.

A telescopic sight mounting system uses a locking foot and receptacle to secure the sight in multiple angular positions.

A telescopic sight mount adjusts forward cant via a cam profile and taper connection, resolving the trade-off between adaptability and device complexity.

An anodized aluminum flashlight housing uses a universal dovetail rail to resolve mounting reliability conflicts while enabling quick field maintenance.

Universal Machinegun Sight replaces multiple specialized devices through modular design and wheel type bullet drop compensation, reducing maintenance costs.

A firearm accessory mount uses a biasing assembly to deliver consistent attachment force without manual torque adjustment.

A projection device uses a split-pupil folding mechanism to redirect optical rays for night vision goggle integration.

Linear prism separation adjusts the point of aim to eliminate mechanical hysteresis and interference between elevation and windage movements.

A firearm tactical attachment adapter uses a J-shaped slot and pin mechanism to secure accessories without tools.

A rotating stock butt system aligns the sight device with the firearm barrel to reduce head movement.

An alignment ring on the interior surface of a telescopic scope proximal end provides visual feedback for proper eye positioning.

An integrated optical sighting system uses a zoom relay and prism blocks to combine laser rangefinding and electronic display functions.

A rifle scope display adapter mounts to the objective lens and projects illuminated symbology via liquid crystal on silicon elements.

Nesting the target marker inside the recoil spring guide maintains firearm balance and simplifies holstering while providing adjustable aiming visibility.

A binocular scope system combines a zero magnification red dot sight with a high power scope for simultaneous dual-eye viewing.

Segmented loading aids mount on breech slides to resolve the trade-off between ease of operation and adaptability to different hand sizes.

Printed DOPE charts replace illegible handwritten logs with high-precision data on waterproof materials.

A detachable digital ocular group with photo-sensor and processor enables adjustable optical properties for riflescope applications.

A programmable reflex sight illuminator cycles operating states via pulse width modulation to manage power consumption.

Segmented indicia align with see-through portions on a multi-turn elevation knob, resolving measurement precision issues during long-range firearm adjustments.

Segmenting the drive into macro and micro units resolves the trade-off between adjustment speed and precision in optical sights.

An integrated display system projects digital images into a riflescope's focal plane using active displays and a beam combiner.

Relocating the laser module to the side receiver allows single-handed switch access without losing zero or compromising stealth on railless shotguns.

An elastic element drives a pressing pivotal axle to rotate the aiming member, resolving manual operation bottlenecks while reducing manufacturing costs.

Wavelength-converting reticle material emits visible light from non-visible excitation, preventing light leakage detection by adversaries.

A sight regulating cover uses magnetic attraction to maintain position against a bolt, enabling quick zeroing adjustments.

A virtual display device projects screen content into the eyepiece optical path of a telescopic sight.

Adjustable stop assembly constrains dial rotation direction via traveler and nut mechanism, ensuring consistent point of aim adjustments.

A handheld rangefinder computes adjusted hold-over values using range and tilt sensor data for precise aiming.

A bow sight level uses light transmission through a transparent bubble to indicate orientation.

A protruding member on a shotgun provides asymmetric visual input to the dominant eye during aiming.

A rotating laser training assembly simulates projectile trajectories and drift to resolve MILES incompatibility with indirect fire ballistic weapons.

Elastomeric coupling resists index element twisting to prevent inadvertent ballistic trajectory adjustments in telescopic sights.

A sighting system uses a converting unit to digitize rotation information from an adjusting cap for precise bullet impact correction.