Technical expert Chen Ming: the forerunner of China's "Industry 4.0" practice At present, the government has stepped up efforts to promote the strategic docking between "Made in China 2025" and Germany "Industry 4.0" from all levels, and the effective docking of the two will promote the new industrial revolution. In the field of international intelligent manufacturing, the most outstanding technical expert in the industrial 4.0 intelligent factory, Professor Chen Ming, deputy dean of the Sino-German Engineering Institute of Tongji University, has made profound research and achieved far-reaching results in “Industry 4.0: From Concept to Practiceâ€. Therefore, he has been invited to give keynote speeches at international conferences on industry exchanges, and has won high recognition and wide acclaim from experts on smart manufacturing in the world. Many experts also come from Germany, the United States and Norway.
As early as October 28, 2014, under the leadership of Chen Ming, the Sino-German Engineering College of Tongji University built the “Industry 4.0-Smart Factory Laboratoryâ€, a smart factory laboratory with industry-leading significance in China. The entire laboratory consists of a highly automated production line consisting of operating robots, processing equipment, transfer equipment, testing equipment, etc., while the information Internet of Things is built by computer servers, sensors, radio frequency identification equipment, etc., and the entire system is connected to a height through the upper software. The integrated CPS network enables real-time communication between the workpiece and the workpiece, between the workpiece and the machine, and between the person and the machine. Its technical level represents the development frontier of China's industrial 4.0 technology level. After two years of development, the laboratory led by Chen Ming has maintained good cooperative relations with many German companies and large state-owned enterprises, such as Phoenix, Zeiss, Siemens, SAP, KUKA Robotics, and China Electronics Technology and Sichuan. State-owned large enterprises such as Changhong have developed close cooperation.
As a scholar, Chen Ming has published many creative papers in the world's top professional academic journals and international conferences. Among them, "ApplicaTIonof ArTIficial Neural Network to Failure Diagnosison Process Industry Equipments" was published by IEEE; as a senior talent, Chen Ming was responsible. Social responsibility, participate in and lead a number of scientific research projects, such as equipment state early warning models and calculation methods and other related technology research (project leader), automotive collaborative product development platform application and testing and other scientific research projects (project key innovation technology leader As the director of “Industry 4.0-Smart Factory Laboratoryâ€, his team cooperated with a number of multinational corporations such as Siemens, Phoenix, and Salander University of Applied Sciences and world-renowned universities to carry out applied project practice projects; as a university professor, Chen Ming proposed the talent planning strategy for “Industry 4.0†under Chinese manufacturing. “Young students are rigorous and hardworking. They not only work hard to learn and accumulate knowledge, but also understand the latest developments in the current industrial field, and familiar with the steps and implementation plans for developing Industry 4.0. Is the future industrial development Basic skills needs. "
Chen Ming has achieved remarkable professional achievements in the industry. At present, he is leading the "Industry 4.0-Smart Factory Lab" with more than 10 intelligent manufacturing projects with China Shipbuilding, Sichuan Changhong, Zhongdian Technology, Yunnei Power, etc., and is in the forefront of the development of Industry 4.0. Have the courage to lead the development of the industry.
Numerous facts show that Chen Ming’s practical actions have made outstanding contributions to boosting the industrial upgrading of the Chinese economy. As a well-known intelligent manufacturing technology expert in China, he has fully utilized his scientific research advantages and has become an advocate, promoter and practitioner of China Industry 4.0. Chen Ming will continue to make persistent efforts to achieve more brilliant achievements and continue to play an important role in the industry's pioneering figures.
What is an outdoor wireless access Point?
Outdoor Wireless Access Points (aps) are wireless networking devices designed to provide Wi-Fi coverage in outdoor environments and are often used in industrial and corporate environments that require outdoor Wi-Fi access, as well as in public Spaces such as parks, stadiums, campuses, and outdoor event venues.
Outdoor wireless access points are built with a variety of weather conditions and tolerance to high temperatures in mind, so they are often equipped with weatherproof enclosures to protect internal components from moisture, dust, and other environmental elements. In addition, outdoor wireless access points are equipped with high-gain antennas that enable long-range coverage while simultaneously supporting multiple devices. Some outdoor wireless access points also have grid networks that connect a large number of wireless access points to provide seamless Wi-Fi coverage over a wide area. To protect the security of the network, outdoor wireless access points are also equipped with advanced security features such as WPA3 encryption and guest access restriction. As an important component of outdoor Wi-Fi infrastructure, outdoor wireless access points provide a reliable and secure connection within a certain range of the external environment.
Why are outdoor wireless access points important?
Here's why:
In order to provide reliable and fast Wi-Fi coverage in outdoor environments, outdoor wireless access points must be equipped to cope with the increasing use of mobile devices and meet the wireless connectivity needs of public places. This will support individuals to stay connected, allowing them to use the Internet in public Spaces such as parks, stadiums and universities.
For many organizations and industries, outdoor Wi-Fi connectivity is essential for daily operations. For inventory management and control systems, wireless facilities and warehouses must use wireless communication. These systems must be supported by wireless access points.
Wireless access points can support new applications such as outdoor video surveillance, smart lighting and environmental monitoring. Without outdoor wireless access points, many applications that require wireless connectivity will be difficult to sustain.
Visitors expect Wi-Fi connectivity in public areas such as parks and stadiums. Businesses that provide outdoor Wi-Fi can significantly enhance guest interaction and improve the overall customer experience.
All in all, outdoor wireless access points are equally important to businesses and companies because they allow them to reach out far beyond their original physical premises, reaching out to potential audiences that would otherwise be out of reach.
What are the important characteristics of outdoor wireless access points?
The following characteristics of an outdoor wireless access point are important:
Weatherproof and durable design: Outdoor wireless access points must be able to withstand harsh weather conditions and extreme temperatures. In addition, a weatherproof case is required to protect internal components from moisture, dust, and other environmental elements.
High-speed connectivity: In order to provide service to a large number of users and devices, outdoor wireless access points should provide high-speed connectivity.
Advanced Features: To provide high performance and powerful support for a wide range of devices, outdoor wireless access points should have advanced features including beamforming, MU-MIMO technology, and grid networking.
Simple installation and management: Outdoor wireless access points should be built with centralized management and monitoring capabilities backed by a cloud-based platform for easy installation and management.
Power options: Depending on the deployment area and power availability, the outdoor wireless access point should accept multiple power sources, such as PoE (Power over Ethernet) or direct AC power.
Security: To protect the network and users' data, outdoor wireless access points should include security features such as WPA3 encryption and guest access restrictions.
Customization: To accommodate diverse deployment Settings and extend coverage, outdoor wireless access points should include retrofit options including installation kits and antennas.
Simply put, outdoor wireless access points should be built from the outset to ensure that they provide reliable, high-performance wireless connectivity in demanding outdoor environments, while ensuring that they are easy to install, manage, and provide advanced features and customization capabilities.
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