Weapon Control Systems TRIZ Cases
- Rotating Optronic Head With Hemispherical Vision for 360° Coverage
A rotating support and hemispherical sensor reduce blind zones and parallax while delivering stabilized 360° real-time imaging.
- Automated Weapon Targeting and Munition Selection for First-Shot Accuracy
Sensors and fire-control logic automate target choice, aim compensation, and munition selection to improve hit rate with fewer rounds.
- Gun Angular Deviation Measurement With Neuromorphic Camera Alignment
Clocked coherent light and a neuromorphic camera enable continuous gun angular deviation correction during motion without manual adjustment.
- Dual Trigger Weapon Control for Assisted Long-Range Firing
A dual-trigger control setup uses sensors and firing logic to release a shot only when aim and target alignment meet the threshold.
- Weapon Mount With Dual Elevation Axes for Stable Curved Fire
A second elevation axis separates recoil movement from the magazine, supporting rapid reloads, stable direct fire, and curved shots.
- Weapons System Remote Operation via Secure SDR Links
SDR transceivers replace wired links for secure remote weapons operation, using acknowledgments and sequence tracking to support reliable wireless control.
- Half-Waveplate Beam Divergence Control Without Boresight Errors
A half waveplate and birefringent lenses adjust beam divergence while avoiding boresight and wavefront errors from lens movement.
- Birefringent Lens Beam Divergence Control Without Boresight Errors
Birefringent lenses and a rotating half waveplate adjust beam divergence without introducing boresight or wavefront errors.
- Space-Based Hypersonic Vehicle Detection via Thermal Noise Analysis
A space-based detection system forms multiple beams to measure signal profiles for identifying hypersonic vehicles.
- Line of Sight Drift Correction Using Digital Bus Control
Digital bus communication manages drift correction offsets between manual and automatic modes to reduce analog noise interference.
- Weapon Station Independent Sensor Rotation
Weapon station uses separate drive mechanisms to rotate sensors independently, reducing shock impact on sighting devices.
- Autonomous Unmanned Tower Military Mobile Intermodal Container Weapon System
An unmanned mobile intermodal container weapon system provides self-sustaining remote defense capabilities.