How to Achieve Multi Scene Integration of "Brain, Eye, Hand, Foot" Collaborative Technology

In today's industrial automation field, composite robots have become a trend.  This type of robot not only possesses the basic functions of traditional robots, but also combines the mobility and flexibility of mobile robots.  The key to achieving this multi scenario integration lies in its collaborative working ability of "brain, eyes, hands, and feet".  Let's learn together how the Fuwei intelligent composite robot achieves "brain eye hand foot" collaborative work.

1. "Brain": Intelligent Decision making and Control

The "brain" of a composite robot is its core control system, responsible for decision-making, planning, and controlling the robot's behavior.  In order to adapt to different scenarios, Fuwei Intelligent has developed an integrated AMR control system. Through advanced algorithms and powerful data processing capabilities, robots can make fast and accurate responses to environmental changes.  In addition, Fuwei has equipped its robots with advanced sensors and actuators, enabling them to more accurately perceive and respond to various situations.

2. "Eyes": Visual Perception and Recognition

The "eyes" of a robot are its visual system, responsible for recognizing, locating, and tracking targets.  Fuwei has conducted extensive research and development in visual technology, with 2D/3D vision cameras enabling robots to recognize different objects, colors, and textures.  In addition, through deep learning and computer vision technology, robots can also track dynamic targets, ensuring stable and accurate task completion in various scenarios.

3. "Hand": Fine operation and execution

The "hand" of a robot is its executing mechanism, responsible for performing various fine operations.  Fuwei's robots are equipped with high-precision servo motors and advanced transmission systems, enabling them to perform precise operations at the micrometer level.  In addition, through advanced force control technology and vibration suppression technology, robots can also adapt to various operating conditions, ensuring the stability and accuracy of operations.

4. "Feet": Flexible movement and navigation

The "feet" of a robot are its mobility system, responsible for the robot's movement and navigation in various terrains and environments.  Fuwei's robots adopt a dual wheel differential drive system, allowing them to move freely in complex terrains.  In addition, through trackless laser navigation, the robot can also perform autonomous navigation with a navigation accuracy of ± 5mm, ensuring that it can quickly and accurately reach the target position in various scenarios.

Through the collaborative work of the above four aspects, Fuwei's composite robots can achieve multitasking and efficient operation in various scenarios.  In the future, with the further development and improvement of technology, composite robots will be applied in more fields, bringing more convenience and benefits to human production and life.