When it comes to robots, influenced by the term “human” in the name, most people might picture either the adorable and agile NAO robot or the polite and well-behaved ASIMO robot, or perhaps David, who looks just like a human in the movie “Artificial Intelligence.” In fact, these robots belong to the category of humanoid … Read more
Design of a Clothes Drying Window Control System Based on NodeMCU Authors: Wang Bin a, Zhang Yu a, Gao Shufen a , Qu Binwen a , Hu Xie b,c (Jianghan University a. Engineering Training Center; b. School of Artificial Intelligence; c. Institute of Artificial Intelligence, Wuhan, Hubei 430056) Abstract With the rapid development of Internet … Read more
Teacher Liao Changchu A university teacher told me: “Recently, while reviewing students’ graduation theses, I found that some students drew flowcharts for PLC programs just like microcontroller programs. However, when the system has analog control links, the flowcharts drawn are difficult to explain the issues, making it hard to create a comprehensive flowchart that reflects … Read more
Can Microcontrollers Replace PLCs? Microcontrollers cannot completely replace PLCs. Although microcontrollers can achieve similar functions through programming, they are relatively less reliable and stable compared to PLCs. PLCs are widely used in industrial control and automation due to their excellent programmability, real-time performance, and stability. PLCs have several advantages over microcontrollers, which make them irreplaceable … Read more
Industrial robots are multi-joint mechanical arms or multi-degree-of-freedom machines widely used in the industrial field. They possess a certain degree of autonomy and can rely on their own power sources and control capabilities to achieve various industrial processing and manufacturing functions. Industrial robots are widely applied in various industrial fields such as electronics, logistics, and … Read more
This article provides a detailed description of the structure, drive, and technical specifications of industrial robots, making it worth a closer look! 1. Common Kinematic Configurations 1. Cartesian Manipulator Advantages: Easy to implement via computer control and can achieve high precision. Disadvantages: Interferes with work, occupies a large area, has low movement speed, and poor … Read more
Industrial robots are multi-joint mechanical arms or multi-degree-of-freedom robots designed for the industrial field.Industrial robots replace humans in production and are an important development trend in the future manufacturing industry, serving as the foundation for achieving intelligent manufacturing, as well as ensuring future industrial automation, digitization, and intelligence.The harsh production processing environment and the labor … Read more
In recent years, the robotics industry has developed rapidly, with robots being widely used in various fields, especially in industry. It is not difficult to see their enormous potential. At the same time, we must recognize that the booming development of the robotics industry relies on advanced scientific research progress and technical support. What are … Read more
Based on the working principle and performance characteristics of quadrotor UAVs, the hardware circuit of the flight control system is designed. The system includes a microcontroller module, attitude measurement module, wireless communication module, remote control module, and motor drive module. The system provides a hardware platform for sensor parameter measurement, control algorithm implementation, wireless communication, … Read more
Abstract:The robotic arm uses ARM chips as the control core, mainly due to its strong computing power, rich peripheral interfaces, and the ability to expand into various interfaces such as serial, parallel, high-speed, and low-speed. It can also easily expand into network interfaces, facilitating collaborative work of robotic arms. In particular, the LCD interface and … Read more