In recent years, the rapid development of robotics, intelligent driving technologies, and lifting equipment has driven transformation across various industries. Intelligent applications are increasingly permeating our daily lives and work, from robot waiters and baristas to autonomous flying vehicles, drones, unmanned cars, and ships. Intelligent lifting equipment is also emerging in the industrial sector, with explosion proof overhead cranes systems becoming key technologies for improving production efficiency and safety.
Recently, the 26th China Hi-Tech Fair was held in Shenzhen, Guangdong. As a flagship event in China’s technology sector, this exhibition gathered over 5,000 renowned companies and international organizations from more than 100 countries and regions, showcasing the latest technological achievements, including advanced intelligent lifting equipment, which attracted significant attention from visitors.
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Robots took center stage at the exhibition
A fire-fighting reconnaissance robot shaped like a small tank can travel quickly at a speed of 1.8 meters per second. It not only has high-temperature resistance, but also can detect seven or eight kinds of toxic gases, which made the audience applaud. A two-arm fancy bartending scene robot usesits dexterous arms to rotate, shake, and throw to perform fancy bartending.
In the Futian Exhibition Hall of the High-tech Fair, various enterprises and institutions in the entire industrial chain of artificial intelligence are brought together to explore the sky, enter the ground, explore the sea, and extinguish the fire. All-round and multi-angle presentations of AI+ intelligent manufacturing will bring new changes to future production and life.
The latest achievements of artificial intelligence such as artificial intelligence robots and AI human-computer interaction equipment in scientific and technological research and development, product innovation, and market application have appeared one after another, and the humanoid robots brought by many companies have become the focus of the audience.
Leading the development of humanoid robots is undoubtedly multi-dimensional tactile technology. An expert said at the exhibition site that at the booth, a humanoid robot is using its arms and dexterous hands to efficiently and accurately grab and carry lithium battery-powered production lines. It turned out that 2,000 tactile sensing units were integrated into the robot’s arms, giving the robot the same rich sense of touch and feedback as humans. The expert pointed out that in the future, such robots can help humans complete many simple, repetitive, and heavy tasks, and have broad application prospects in industrial manufacturing, warehousing, logistics, and healthcare health care fields.
Big data helps R&D
New artificial intelligence technologies such as big language models have been hot words in the field of science and technology in recent years. Behind it, big data provides a “base” for the training and optimization of these algorithms and models. Whether it is the application of artificial intelligence developed based on big data processing, big data resources, or the technology itself, it all shows the style of striving for the top in this field.
Facing a new round of AI technology revolution and industrial change, original theoretical breakthroughs are considered to be the key to achieving international leadership and transcendence. Experts said that only by mastering the “root” technology of self-research can we truly achieve self-reliance in the field of basic software. During the exhibition, a full-scenario database for the core of the enterprise was released, which successfully broke through the problem of large-scale application of domestic databases in the core fields, and provided a safer and more reliable “China solution” for the large-scale upgrading and digital innovation of the financial core system.
In addition, an automobile water management simulation software is introduced, which can greatly improve the management and avoidance ability of automobiles in situations such as wading, rain, and water pollution in actual use. For a long time, the application of industrial software in enterprise research and development and production has been subject to external technologies, and with the combination of artificial intelligence technology and various application fields, the technological bottleneck of enterprises has been broken through. The software has been widely used in nearly 300 corporate customers in 9 major segments such as aerospace, automobile transportation, marine engineering, machinery and equipment, electronic and electrical appliances, etc.
Electronic information leads to breakthroughs
The application of a new generation of information technology in the equipment manufacturing industry is profoundly changing the face of the industry, providing a strong support for the global leap from a manufacturing power to a manufacturing power. Electronic equipment, information technology, and communication technology covering the research and development and production of new materials, the manufacture of basic electronic components to the integration of complex electronic systems have received great attention from the industry.
For example, the latest silicon carbide chips are completely independently developed based on third-generation semiconductor technology and can be applied to automotive motors and charging systems. At present, China’s leading car companies have begun to use the chip.
On the other side, silicon carbide conductive crystal epitaxial wafers and other products have reached the world’s leading performance indicators, effectively solving the basic guarantee and supply bottlenecks of raw materials in key areas such as new energy vehicles, rail transit, smart grids, 5G communications, and artificial intelligence. In the field of lifting equipment, the application of these advanced materials is also of great significance, especially in the research and development of electric wire rope hoists, intelligent cranes, and automated lifting systems, they can improve the power efficiency and working stability of equipment. Stability. As more and more “on-chain” companies come to consult and negotiate, it is expected that this technological breakthrough will bring more innovation and development opportunities in the lifting industry.
The High-tech Fair has promoted in-depth exchanges between industries and industrial chains and applied scientific and technological innovation achievements to specific industries and industrial chains promptly. Through a market-oriented approach, accelerate the realization of the transformation of scientific and technological achievements and help promote the development of new types of productivity.