human, vehicle, vessel, aircraft, animal, building...
Object detection and small sample training based on multi-algorithm fusion: Achieving precise detection and classification of objects in common application scenarios, providing users with efficient and accurate image recognition services.
Beyond the recognition of rare objects, it can fulfill the majority of object detection and identification requirements across various military and civilian domains. This includes tasks such as firework detection, garbage patrol, detection of floating objects at sea, and inspection of military equipment.
Tracking fast-moving targets even in dark environment
Once the target is identified, the tracking algorithm continuously monitors the target’s position and movement within the thermal image. he AI adjusts the camera’s orientation in real-time to keep the target in the center of the frame, utilizing the gimbal’s 3-axis stabilization system for smooth tracking.
Strengthen the image stability by both software and hardware enhancement
When the subject becomes occluded, it estimates the subject’s movement through prediction. Based on the subject’s last known speed, direction, and movement patterns, it maintains a temporal coherence of the subject’s appearance and movement, ensuring the prediction is aligned with the expected behavior.
Each axis of the gimbal is controlled by motors that respond in real-time to feedback from the AI tracking system. This ensures that the camera can quickly and smoothly adjust its orientation to keep the subject in view, even when they move unpredictably.
Support locking targets through voice commands and digital keyboards
Easily track certain target from multiple messed targets
Each detected object is automatically assigned a unique Serial Number (SN). This SN acts as a unique identifier, similar to a label, that distinguishes each object from the others. Operators can interact with the system by typing the SN of the desired target into a user interface. Upon receiving the SN input, the system immediately switches the camera focus to the specified object, ensuring that the correct target is tracked without manual adjustment.
| QJ-PZTC5 Specifications | |
| EO | |
| Band | 0.4μm～0.9μm |
| Resolution Ratio | 1920×1080 |
| Focal Length | F=4.3～129mm |
| Viewing Angle | 63.7°～2.3° |
| Optical Zoom | 30X |
| Detection Range | human 6km, vehicle 15km |
| Recognition Distance | human 2km, vehicle 8km |
| IR | |
| Band | 3μm～5μm |
| Cooling Time | ≤6min |
| Pixel | 15μm |
| Focal Length | 40～220mm zoom/F4.0 |
| Field of View Angle | 13.75°～2.5° |
| Detection Range | human 4.6km, vehicle 20.0km |
| Recognition Distance | human 1.1km, vehicle 5.0km |
| Laser Range Finder | |
| Wavelength | 1535nm |
| Ranging range | 50m～6000m |
| Range Accuracy | ±1m |
| Ranging frequency | 1～10Hz |
| Single Object tracking | |
| Target Type | generic objectives |
| Tracking Rate | ≥32pixel/frame |
| Update Frame rate | ≥50FPS |
| Multiple Objects tracking | |
| Object Type | human, vehicle, ships, airplanes |
| Recall | ≥90% |
| Accuracy | ≥80% |
| Minimum Target Size | 32×32 @1080P |
| Tracking Target Quantity | ≥20 |
| Tracking Transition Rate | ≤15% |
| Tracking Transition Rate | ≥20FPS |
| Video and Storage | |
| Photo Format | JPEG |
| Video Format | MP4 |
| Encoding Format | H.264, H.265 |
| Video Protocol | TS, RTSP, RTMP, UDP etc |
| Storage | 128GB |
| Interface Size | |
| Dimension | ≤Φ200mm×260mm |
| Weight | ≤5kg |
| Power Supply | 18～32VDC (featuring spike and surge protection capabilities) |
| Consumption | 20w (average) 50w (peak value) |
| Communication Interface | Serial port, 1Gbps |
| Video Interface | 1Gbps, SDI |
| Servo | |
| Heading Range | N×360° |
| Pitch Range | -120°～40° |
| Consistency in accuracy | ≤100urad (2°/1Hz, 1°/2Hz frequency fluctuation) |
| Angular Measurement Accuracy | ≤1mrad |
| Angular Velocity | ≥60°/s |
| Angular Acceleration | ≥150°/s² |
| Environment Temperature | |
| Operation Temperature | -40℃～60℃ |
| Storage Temperature | -45℃～70℃ |
| Impact | 20g, 11ms |
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