Intelligent robots, as a new generation of production and service tools, hold a broader and more important position in both manufacturing and non-manufacturing fields, capable of replacing humans in various tasks. At the same time, intelligent robots, as automated and information-based devices, can fully enter the network world, playing more and greater roles. This has significant practical implications for humanity by opening up new industries and improving production and living standards. In this article, we review the top ten latest technologies in the robotics industry for your reference.
Mechatronics Technology
Mechatronics is a rapidly developing frontier science and technology in recent years. By applying this technology to robots, it establishes a human-machine information channel through the measurement and processing of neural information, allowing neural biological signals to be transmitted to robots, enabling them to execute human commands. This principle allows prosthetics to “understand” human instructions and become a part of the human body.
Security Robot Inspection Technology
Intelligent inspection robots are equipped with infrared thermal imaging cameras and visible light cameras to patrol work areas, transmitting images and data to remote monitoring systems. They perform infrared temperature measurements on equipment nodes to promptly detect defects such as overheating. Additionally, through sound detection, they can assess the operational status of transformers, automatically determining and alarming potential hazards and faults during equipment operation, effectively eliminating accident risks.
Big Data and Analytics Technology
As data continues to grow, human interpretation abilities remain fixed. Computers can help humans identify their blind spots, allowing data to facilitate communication and integration between computers and humans. Recently, big data analysis models have emerged massively in global manufacturing, optimizing product quality, conserving energy, and enhancing equipment service.
Autonomous Robot Technology
Robots are continuously evolving and can even be utilized in larger practical applications. They are becoming more autonomous, flexible, and cooperative. Ultimately, they will work alongside humans, and humans will also learn from them. These robots will incur lower costs and have a wider range of applications compared to those used in previous manufacturing.
Simulation Technology
Simulation will utilize real-time data to reflect the real world in virtual models, including machines, products, and people, allowing operators to test and optimize in virtual modeling.
IoT Embedded Technology
With the development of the Internet of Things (IoT) industry, more devices and even more unfinished products will use standard technologies to connect, enabling on-site communication and providing real-time responses. Please add WeChat ID: robotinfo to learn about industrial intelligence.
Cloud Computing Robots
Cloud computing robots will fundamentally change the trajectory of robot development, greatly enhancing the software systems. In today’s era, cross-site and cross-enterprise data sharing is increasingly necessary, while the performance of cloud technology will improve, allowing responses in just milliseconds.
Exceeding Limits Robot Technology
In the micro-nano manufacturing field, robot technology can help people turn what was once invisible and intangible into something visible and tangible, facilitating assembly and production. This micro-nano robot can directly extend the forces between substances in a nano environment, manipulating materials and substances at the micro-nano scale.
AVG Robot Collaboration Technology
Compared to the “lone wolf” approach of single robots, the collaborative operation among multiple robots is more crucial. This requires a complete scheduling system to ensure that numerous robots working simultaneously in the workshop coordinate and operate in an orderly manner. The multi-robot collaborative control algorithm serves as a technological platform to collaboratively control hundreds of intelligent robots to complete functions such as order recognition, cargo positioning, automatic grabbing, automatic packaging, and shipping.
Brainwave Control Technology
Remote on-site robots will become an indispensable part of people’s lives in the future. Users need to wear a cap that can read brainwave data and train the robot’s limbs to respond accordingly through imagination. In other words, it allows users to control the robot’s movements through thought. It can not only recognize various motion control commands through software but also actively avoid obstacles during movement, providing high flexibility and ease of use.
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Introduction to Guangdong Intelligent Robot Research Institute
Brief Introduction
The Guangdong Intelligent Robot Research Institute (referred to as “GIRRI”) is a new R&D institution approved by the Guangdong Provincial Government and established by the Dongguan Municipal Government. Its main research directions include high-precision and efficient intelligent industrial robots and special robots. It has established five major platforms: a common technology and functional component R&D center, an integrated technology and service center, a public testing and inspection center, an industry incubation and investment center, and a talent training center. GIRRI possesses core technologies and products in fields such as integrated drive control, multi-axis robots, AGV, unmanned boats, and drones. The institute is headquartered in the University Innovation City and has co-established a national-level maker space for robots and intelligent equipment with Dalian Machine Tool Factory. It initiated the establishment of a robot industry fund and built incubation and industrialization bases in the Guangdong-Haiyue and Songshan Lake ecological parks. The unmanned boat team, led by the chief designer of aircraft carriers, Academician Zhu Yingfu, has been approved as an innovative team in Guangdong Province, and the smart manufacturing workshop co-built with Jingsheng has been recognized as a national smart manufacturing demonstration site.
