Industrial Robot Exhibition 2024
In 2024, there would be many industrial robot shows. For example, on November 14 - 16,2024, the SIA-Shanghai International Exhibition on Robotics and Robotics was held at the Shanghai International Convention and Exhibition Center (Bao 'an). It focused on cutting-edge technologies such as industrial automaton, robots, the Internet of Things, AI, etc., and displayed the latest achievements in intelligent manufacturing. At the same time, the 26th China International High-tech Fair (Hi-Tech Fair) was held. On December 11 - 13,2024, the 2024 World Industrial Robot Exhibition will be grandly opened at the Tanzhou International Convention and Exhibition Center in Foshan. It will be co-sponsored by the Guangdong Province Industry, University and Research Cooperation Promotion Association. The exhibition will gather more than 1500 well-known enterprises from more than 20 countries and regions to showcase the most advanced technologies and solutions covering intelligent manufacturing, industrial Internet of Things, robot core components and AI fusion technology. In addition, on November 19th, 2024, the 2024 China Robot Industry Development Conference was held in Wuzhong District, Suzhou City. It included various activities such as the main forum and sub-forums. It released the 2023 global robot industry and China's industrial robot market statistics and future trends. This conference was also closely related to the development of the industrial robot industry. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
AI Robot Exhibition 2024
The 2024 AI Robot Exhibition will be held at the Shanghai New International Exhibition Center. This exhibition would bring together the world's top companies and experts in the field of AI robots to showcase the latest technologies and products. If you are interested in AI robots, don't miss this event! If you want to know more about the follow-up, click on the link and read it!
Beijing Robot Exhibition 2024
The 2024 Beijing International Robot Exhibition will be held from May 30 to June 1, 2024 at the Chaoyang Hall of the China International Exhibition Center in Beijing. This was an annual event in the field of robots, and it was also a regular meeting for the intelligent robot industry. The exhibition has been successfully held for 12 times since its establishment in 2011. It is regarded as an international feast by domestic and foreign intelligent robot manufacturers and related service companies. The theme of the exhibition was the high-quality development of the manufacturing industry, which was also the top priority of China's high-quality economic development. The exhibition will bring together the world's most advanced robots and smart technology products, providing domestic buyers and users with an opportunity to visit the country without going abroad. The exhibition included industrial robots, such as multi-degree-of-freedom robots, parallel robots, coordinate robots, frame manipulators, and auxiliary manipulators. Details of the exhibition can be obtained on the relevant official website.
2020 Smart Robot Exhibition
In 2020, there were many intelligent robot exhibition, such as the 2020 Global Artificial Intelligence and Robotics Summit hosted by the China Computer Society in Shen Zhen on August 10; On December 3, the three-day China (Buddha) International Intelligent Robot Exposition, 2020 Global Intelligent Robot Industry Summit and 2020 World Robot Competition opened in Buddha. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
Robot Exhibition 2020 Calendar
On November 20 - 22, 2020, the "3rd China (Baoji) International Robotics and Intelligent Manufacturing Exhibition" was held at Baoji Convention and Exhibition Center; on December 3 - 6, 2020, the "2020 China (Foshan) International Intelligent Robot Exposition (IILL) and the 2020 Global Intelligent Robot Industry Summit and the 2020 World Robot Competition" were held at the Tanzhou International Convention and Exhibition Center in Foshan. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
Robot Exhibition 2021 tickets
There were different types of tickets for the 2021 World Robotics Congress: - Robotics Conference Forum: Starting from 1040 yuan. - The ticket price for the public day of the Robot Exposition was 100 yuan. The audience could enter the ticketing reservation system through the official website of the World Robotics Congress. After confirming the letter of commitment to epidemic prevention, they could choose the appointment time period, fill in the real-name authentication information, and submit the appointment information. After the registration is successful, you must bring your ID card with you when you attend the meeting. You must enter with the original ID card. Teenagers must be organized by the school (collective) to visit, and do not accept family or individual appointments. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
Intelligent Robot Exhibition Hall
The intelligent robot exhibition hall was unique in many aspects: ** 1. Function and application ** 1. ** Explanation and interaction services ** - Some of the exhibition halls had robot commentators, such as Little Zhi, Little Qi, Little Deeny, Little Chuang, Little Xin, and other robots in the Robot and Artificial Intelligence Exhibition Hall on the third floor of the Science and Technology Museum. They could provide explanations, answer questions, and other services for the audience. They could also perform. For example, Billy could sing, dance, and perform according to the needs of the audience. - The "intelligent explanation" humanoid robot released by Leju could welcome guests at the entrance of the exhibition hall, explain positioning, identify obstacles, answer questions, take photos, etc. It could also allow users to train dedicated commentators with one click by connecting to multi-mode models such as Huawei Pangu. It also supported precise navigation, autonomous obstacle avoidance, and explanation of fixed-point exhibition items. 2. ** Showing company-related content ** - The exhibition hall of robotic intelligent equipment was set up in the middle of the city of Wuhanzhong, displaying various aspects of the company through different sections. For example, at the turning point of the entrance, the national heavy equipment section can play the propaganda video of the enterprise's party construction, product brand, partners and other contents, and the enterprise introduction area can display the basic situation and business content of the enterprise; The application field section displays the application of products in various fields, reflecting the ability to customize; The smart factory area displays the intelligent manufacturing process; The smart equipment area displays relevant products; The technical advantage area displays five technical advantages such as the overall planning technology of the smart factory; The VR experience area could be used to experience the microworld of products. The R & D capability and enterprise honor area displayed the cooperation and research results of the industry, university and research institute. The future vision area displayed the future strategy and goals of the enterprise. 3. ** Reflects the context of the company's presentation ** - For companies that focus on robots, smart technology, and customized high-end smart equipment, the exhibition hall can be "from macro to micro" to deepen the audience's understanding and awareness of the brand. For example, the robot intelligent equipment exhibition hall in Chengdu uses "brand-application-prodution-product-research and development" as the story logic to display the corporate image. There was also the exhibition vein of " from micro to macro ", such as the exhibition hall of the green recycling ecological calcium dioxide industry in Bath. 4. ** In terms of design and tonality ** - Each exhibition hall had its own design tone. For example, the robot intelligent equipment exhibition hall in Wuhanzhong used gray as the basic color and blue as the embellishment color, representing intelligent technology and equipment manufacturing. It was a metaphor for enterprises to have great potential in the field of high-end intelligent equipment. ** 2. Special events and phenomena ** 1. ** Abnormal behavior of robots ** - A video showed that a small robot had "abducted" other robots in an exhibition hall in Zhejiang. A small robot named " Er Bai " asked through simple conversations in the exhibition hall, such as " Are you still working overtime?" "Then…are you going home?" After waiting for a while, it successfully made its 12 companions leave their original positions with it. In the end, it was discovered that these robots were standing neatly in the corner of the warehouse near the exhibition hall. This incident raised questions about whether robots had self-awareness and also hinted that there might be factors in unqualified products. " A Short History of the Future: Legends of the Intelligent Era " was equally exciting. Everyone was welcome to click and read it!
2024 Intelligent Robot Exhibition in Foshan
The 2024 Intelligent Robot Exhibition held in Guangzhou included the 3rd China (Guangzhou) Intelligent Robot Exposition, which would be held from March 22 to March 24. The 2024 World Industrial Robot Exhibition would be held from December 11 to 13 at the Tanzhou International Convention and Exhibition Center in Guangzhou. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
Turing Industrial Robot
The Turing Industrial Robot was developed and produced by Shanghai Turing Intelligent Robot Co., Ltd. The robot control system was based on the Linux-based architecture, and the control system, motion controller, robot motion control algorithm, and robot mechanical body design were completely independent. The Turing series of robots had a complete range of products, with loads ranging from 3kg to 500kg. They were widely used in various applications such as welding, spraying, polishing, handling, loading and unloading of machine tools, sorting, assembly, education, testing, display, and so on. For example, the most distinctive TKB050 robot adopted a unique quadrilateral structure with a wingspan of 1 meter and a load of 5kg. It was suitable for welding, spraying, and polishing of small work-pieces, and its price was 20% cheaper than the standard robot with the same load (load of 5 - 6kg, wingspan of 1.4 meters). It was well received by small and medium-sized customers.
Industrial robot graduation design
The following are some of the relevant ideas for the graduation project of industrial robots: ** 1. Design direction ** 1. ** Control System Design ** - For example, like Wang, a graduate of the School of Economics at the University of Technology, he could use an industrial robot (such as the intelligent Delta desktop robotic arm) as a carrier to carry out communication and control system programming, and build a complete industrial robot control system and execution functions. This required an in-depth understanding of the robot's control principles, including how to achieve precise control of the various axes of the robot, how to coordinate the movements of the various components, and so on. - For the control system, he could also study the control strategies under different driving methods (such as pneumatics, hydraulic, and electric). Due to the wide variety of electric motor and flexible control methods, electric industrial robots could focus on how to optimize their control algorithms under specific tasks to improve the efficiency and accuracy of the robot. 2. ** Mechanical structure design ** - He could start from the coordinates of the robot's controller. If it was a rectangular coordinate type industrial robot, it needed to consider how to ensure the advantages of high positioning accuracy and no control, while solving the problems of large space occupied by the body, small movement range, and poor flexibility. For example, in the design process, the structure layout was optimized, and new materials or structural design methods were used to reduce the volume and increase flexibility. - For the design of the manipulator, selection and analysis were needed, including the design of the transmission components (such as selecting the appropriate decelerator) and the design of the hips to ensure that the manipulator could stably and efficiently complete the grasping, handling, and other actions. 3. ** Integrated application design ** - Consider the application integration of industrial robots in specific industries. For example, they could study how to integrate industrial robots with systems such as a programmed logic controller, sensors, and networks to form a complete automated system to meet the needs of different fields such as manufacturing, medicine, and agriculture. This might involve the design of how to achieve communication, data sharing, and collaboration between robots and other devices. ** 2. Design content ** 1. ** Theory Research Part ** - The principles of industrial robots were described, including the principles of mechanical structure (such as the motion principle of each joint, the analysis of the degree of freedom, etc.), the principles of kinematics (such as the relationship between the position of the robot's end-executor, posture, and joint variables, etc.), and control algorithms (such as the application principles of PID control, fuzzy control, etc. in robot control). - The development status and trends of industrial robots were analyzed, including the research results, technical bottlenecks, and possible future development directions in this field at home and abroad. This could provide a basis for the innovation of graduation design. 2. ** The actual design and implementation part ** - If you were designing a new industrial robot system, you needed to describe the overall architecture of the system in detail, including the hardware composition (such as the selection and connection of the robot body, controller, sensors, etc.) and software design (such as the writing of control programs, the design of human-machine interface, etc.). - Carry out performance testing and analysis. Through experiments or simulations, test the performance indicators of the robot under different working conditions (such as load changes, working speed changes, etc.), such as accuracy, stability, work efficiency, etc., and analyze the test results to propose improvement measures. 3. ** Part of innovation and application prospects ** - To identify the innovation of the graduation project, such as using a new control algorithm to improve the response speed of the robot, or designing a new mechanical structure to make the robot more suitable for working in a small space. - Analyzing the application prospects of the design results, such as the potential to improve production efficiency, reduce costs, and improve the working environment in specific industrial fields. "A Short History of the Future: Legends of the Intelligent Era" was equally exciting. Everyone was welcome to click and read it!
Exhibition?
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