Sighting Devices TRIZ Cases

A firearm rear sight assembly uses a tension member and elevation screw to pivot the sight blade for precise alignment.

Merging separate adjusting units into a single surface reduces device volume and zeroing time.

A dot-sighting device uses a beam splitter to reflect and transmit light components for precise aiming.

A hybrid fire control sight integrates electro-optical displays into a mechanical ladder structure to calculate optimal aiming points.

A vertically adjustable sight uses a rack-and-pinion mechanism to translate dial rotation into precise pin movement.

A pivot nut and spring-biased button enable rapid coarse adjustment while a cam shaft adjusts tension between the carriage and bar.

Control unit adjusts aim point size to resolve precision versus visibility trade-offs.

A foldable dot sight device uses a rotatable aiming unit to enable compact firearm storage.

Adjustment turret with locking pin aligns reticle despite complex mechanism trade-offs.

Embedding a force transmission element in the sealing structure resolves the trade-off between environmental sealing and switch responsiveness.

A weapon sight harvests ambient light with solar cells to charge a supercapacitor, eliminating frequent battery replacement needs.

Fluorescent optical fiber captures ambient light to illuminate reticles, solving battery dependency and day-night intensity trade-offs.

A weapon handguard integrates a flexible circuit to distribute power to mounted accessories.

A gun calibrator integrates an inner red dot sight and coaxial laser module to provide visible aiming references.

Adjustable reflective elements shift incoming images to create new point-blank ranges, reducing engagement time by 50-70%.

A dual field of view sighting system uses liquid crystals and flip-mirrors to switch between optical paths.

An OLED display generates an active reticle image within a firearm sight assembly.

A gun-mounted light uses a rail and movable clamping assembly to adjust position along the barrel.

A convertible sighting system with adjustable forward posts and rear notches enables rapid mode switching between Patridge and point-on-point configurations.

Merging the light source with the recoil spring guide rod eliminates external bulk and weight, enabling seamless holstering without permanent modifications.

Segmented limiting elements allow the adjusting cap to rotate past 360 degrees, simplifying bullet impact point correction.

A rotary actuating element drives a display drum through a mechanical coupling mechanism that functions as a reduction gear.

Relocating the flashlight to the slide preserves standard holster compatibility while providing reliable front-sight illumination.

Rotary actuator with distributed adjustment elements selects preset visor settings, resolving complexity trade-offs in compact handgun sighting devices.

A multiple accessory gun mount uses interchangeable adaptors to secure firearm accessories on a hub.

Merging illumination with grip structure preserves handrail space while maintaining firearm balance.

Segmenting the magnification ring allows users to reposition a lever arm, resolving trade-offs between ease of operation and device complexity.

A detachable user operation module connects wirelessly or physically to a front infrared thermal imager to transmit control instructions.

A shoulder-mounted switch assembly uses a Hall Effect sensor to activate an optical sight only when pressed against the user's shoulder, extending battery life.

A firearm accessory mounting interface uses pivoting fasteners to lock components securely.

Adjustable reflective surfaces shift the target image within an optical cavity to enable variable range targeting.

A wedged doublet objective lens with asymmetric curvature shapes the optical path within a compact reflex sight housing.

A compensating mechanism adjusts the allowable rotation of an adjusting cap using a movable element within a grooved base unit.

Varying inner radii create three discrete contact points to maintain holding force and prevent misalignment under heavy recoil.

Addressable micro-LED arrays form diverse reticle patterns, resolving the trade-off between pattern variety and device complexity.

An integrated fore grip houses a laser and battery, using a multi-position switch to resolve space constraints for accessory lights.

Internal folding mirrors angle optical axes to widen the binocular field while maintaining interpupillary distance for natural stereoscopic vision.

A trajectory correcting unit with rotatable polygonal cams adjusts the optical axis alignment of a dot sight to match firearm barrel axes.

Mirror assemblies redirect light paths to bypass barrel heat obstructions, enabling accurate extended-range targeting without scope removal.

A solar-powered red-dot sight uses a dual-power switching module to manage energy from photovoltaic cells and batteries.

Rotatable level indicator uses magnets to eliminate cant and recoil damage.

An O-ring and detent spring lock a muzzle accessory to a firearm barrel, eliminating set screw damage while maintaining rotational alignment.

Flip-up cap integrates corrective lens and mirror onto firearm scope, merging vision correction and signaling functions to reduce device complexity.

A semitransparent blade sight mounts to a shotgun trigger guard to block the cross-dominant eye from seeing the barrel.

A camera mount absorbs recoil shock using elastomeric dampers and a load transfer ring to protect the lens window.

Nested laser modules fit inside pistol cavities, reducing external bulk while preserving aiming reliability.

Amici reflectors rotate optical paths to align intensified images with real-world scenes in lightweight night vision devices.

Nested laser assembly minimizes volume while maintaining reliability across multiple pistol models.