





Vision-based QR code localization technique: For a two-dimensional code subsystem, the coordinate information of the ground on which the two-dimensional code is directly opposite is stored. The AGV reads and recognizes the two-dimensional code through its own high-resolution telephoto camera, and at the same time, through the rotation of the two-dimensional code image in the camera coordinates, and the electronic compass data, the precise orientation of the AGV can be determined. The information encoded by the two-dimensional code and its position information in the image can be used to completely locate the AGV car.
| Dimension | L910*W760*H285mm |
| Payload | 1,000 KG |
| Moving speed | 1.5 – 2.0m/s |
| Net weight | 200 KG ( ±5 KG ) |
| Diameter of lifting module | 600mm |
| Lifting height | 55mm |
| Posintioning accuracy | ±10mm |
| Battery | DC 48V, 40AH |
| Moving type | Horizontal linear moving |
| Moving alarm | sound + light |
| Turning radius | 0 ( can 90°, 180°, 270° turning ) |
| Guiding method | Interal guidance + two-dimensional code guidance |
| Driving method | Servo motor, two-wheel differential drive |
| Anti-collision method | Lidar anti-collision |
| Communication | WiFi |
| Charging method | Auto-charging / manual charging |
| Full-load work time | >5H |
| No-load work time | >10H |
| Max speed ( full-load ) | 1 – 1.5 m/s |
| Max speed ( no-load ) | 1.5 – 2.0 m/s |
| API support | Support |