1. 360° obstacle avoidance system
The E08 industrial pallet handling robot is equipped with a 360° all-round obstacle avoidance sensor system. These sensors can detect surrounding obstacles in real time, automatically identify and avoid obstacles. Once the sensor detects an obstacle, the robot will automatically adjust the driving route to avoid collision with the obstacle.
2. Cargo stability detection system
The E08 robot can monitor the stability of the cargo through an integrated visual recognition system or pressure sensor. If the system detects that the cargo position is offset, tilted or unstable, it will immediately adjust the pallet position or stop moving to avoid the cargo from falling or being damaged.
3. Low-speed precise operation
When the robot approaches the target position or needs to avoid obstacles, it will automatically slow down and perform precise operations. With the low-speed mode, the robot can smoothly approach the target position, reducing the shaking or tilting of the cargo caused by emergency stops or sudden changes. When the robot approaches shelves or other facilities, it will use flexible stop control to gradually reduce the speed to prevent collision or damage to the cargo caused by emergency stops.
4. Dynamic path planning and obstacle avoidance
The robot adopts an intelligent path planning system, which can sense changes in the surrounding environment in real time and adjust the travel path according to the dynamic position of obstacles. The robot's path planning system can cope with various complex working environments (such as narrow passages, turns, etc.), automatically select the path, avoid too narrow or complex routes, and ensure the stability of the goods during the handling process.
5. Anti-collision protection design
E08 is equipped with anti-collision protection devices, such as anti-collision buffer and anti-collision protection cushion design. When the robot is performing tasks, it will avoid impact and damage to equipment or goods through measures such as shock absorption, deceleration and path correction.
6. High-precision positioning and control system
E08 robot adopts a high-precision positioning system to ensure that the position and target position of the goods can be accurately located in each handling task. Through precise positioning and control, the robot can ensure that the goods are safely transported to the designated location without tilting or sliding. During the handling process, the robot has a built-in stability control system to ensure the stability of the goods by continuously adjusting the balance without shaking.
7. Intelligent alarm and real-time monitoring
Alarm system: The robot is equipped with an intelligent alarm system. When an abnormal situation is detected (such as cargo tilting, obstacle conflict, etc.), the alarm is immediately triggered to remind the operator to intervene.
Real-time monitoring: The system monitors the entire handling process in real time and can quickly feedback and make corresponding adjustments when an accident occurs. For example, when the cargo tilts, falls, etc., the robot will automatically stop and prompt with visual or sound alarms.