Four fold safety protection: Revealing the safety technology of composite robots

With the rapid development of industrial automation, composite robots, as the new darling of modern manufacturing, have been widely used in various fields.  Composite robots integrate technologies from multiple fields such as mechanics, electronics, and computers, and have the characteristics of high precision, high efficiency, and high flexibility.  However, as the application scope of robots continues to expand, their safety performance has also become a focus of attention.  This article will focus on exploring the quadruple safety protection technology of Fuwei intelligent composite robots, revealing the mysterious veil of this field for you.

1、 Perceived safety protection: the 'superpower' of collision prevention

Perceived safety protection is one of the core technologies of composite robot safety.  The Fuwei intelligent composite robot adopts various sensors such as 3D obstacle avoidance cameras, which enable the robot to have a high degree of environmental perception ability.  These sensors are capable of real-time monitoring of environmental changes around the robot, detecting obstacles and potential collision risks.  Once danger is perceived, the robot will immediately take obstacle avoidance measures or stop moving, effectively avoiding accidents.

2、 Mechanical arm safety protection: a "protective talisman" that combines rigidity and flexibility

As the core actuator of composite robots, the safety performance of robotic arms is crucial.  In order to ensure safety during operation, the robotic arms of composite robots are usually made of high-strength materials and undergo precise mechanical analysis and optimized design.  At the same time, there are soft guardrails or fully enclosed safety fences around the robotic arm to prevent collisions between personnel and the robotic arm.  This design that combines rigidity and flexibility not only ensures the stability and accuracy of the robot, but also provides an important layer of safety guarantee for its operators.

3、 Motion control safety protection: precise and stable "navigator"

At the level of motion control, the composite robot adopts advanced SLAM navigation technology, which can accurately locate and construct maps in unknown environments, thus achieving autonomous navigation without human intervention.

4、 Human machine collaboration security protection: a harmonious and symbiotic "ecosystem"

The Fuwei Intelligent Composite Robot adopts a recognition and obstacle avoidance system based on machine vision and artificial intelligence technology.  The system can recognize obstacles and people in the work area in real time, automatically adjust the robot's trajectory or issue warnings,

ensuring that personnel maintain a safe distance from the robot during the work process.  Composite robots and humans have jointly created an efficient and safe production mode.

The quadruple safety protection technology of composite robots provides a solid safety guarantee for their application in industrial production.  These four protection technologies complement and work together to build an efficient, stable, and safe robot system.  With the continuous advancement of technology and the increasing demand for applications, the safety performance of composite robots will continue to be improved and perfected.