Returnee gene in the hottest intelligent manufactu

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Returnee gene in intelligent manufacturing

manufacturing industry is the foundation of building a country, the instrument of rejuvenating the country, and the foundation of strengthening the country. The development of high-end manufacturing industry has long been promoted to the national strategic level by many developed countries, such as Reindustrialization in the United States, industry 4.0 in Germany, etc

the action plan of made in China 2025 describes the blueprint for the development of manufacturing industry, with a view to realizing the strategy of manufacturing power. In this process, there is no shortage of returnees

economic transformation

intelligent manufacturing is essential

China's economy has now entered the new normal stage, the cost of labor and raw materials is increasing, the problem of resource scarcity is prominent, and structural reform is imperative. In the reform, the key is to realize innovation driven and industrial optimization and upgrading. The transformation from made in China to intelligent manufacturing in China has its inevitability, which is a proposition that must be faced up to in the current economic development

intelligent manufacturing is the result of economic transformation and upgrading, which can significantly improve production efficiency, which in turn provides assistance for transformation and upgrading

Yang Guilin studied for a doctorate in mechanical engineering at Nanyang Technological University in Singapore. He is deeply involved in the field of omni-directional mobile platforms. This platform is suitable for occasions requiring precise assembly, precise positioning and docking, and can greatly improve assembly efficiency. It is understood that the traditional non omnidirectional mobile platform usually adopts the sliding mode of large wheels and small wheels to realize the operation of the platform. It relies on torsion to move. The friction on the ground is large, which is easy to cause damage to the ground, and the steering process is also complex, which is not only inefficient, but also unstable. The omni-directional mobile platform can move in a straight line in any direction without rotating in advance, so it is more accurate and efficient. When it is constructed in a narrow space, its advantages are more obvious. Yang Guilin's omni-directional mobile platform technology is applied to the field of logistics handling. Only a small platform, supplemented by a robot arm, can realize the automatic handling of goods

in addition to warehousing and logistics, omni-directional mobile platforms can also be used in aerospace, rail transit, weapons and equipment and other fields. It is reported that more and more industries are using omni-directional mobile platforms to realize unmanned operation. In the process of economic transformation and upgrading, traces of intelligent manufacturing can be seen everywhere

high level talents

returnees should not be underestimated

talents, as the fundamental element of scientific and technological innovation, are the fundamental driving force of economic development and a strong engine driven by innovation. Introducing a high-level overseas scientific research talent can bring and develop a scientific research project with high-tech content; By introducing an innovation team, it is possible to cultivate a new economic growth point and even give birth to an emerging industry. Therefore, talents, especially high-level talents, are of great significance for the transformation and upgrading of China's manufacturing industry

Lu Guangqiang decided to return to Japan to start a business after obtaining his doctoral degree in robot science and engineering from Ritsumeikan University in Japan. He specializes in pipeline detection and trenchless repair robots, mastering the core research and development technology and realizing industrialization

according to him, pipe gallery repair is a complex project, involving many links from detection to repair. In the past, if you want to detect the specific location of the damage of the pipe gallery, you can either drill into the pipe or use a special spherical stick to probe it. The constructors can only crawl and grope in the dark and narrow pipes with lights. Because the pipeline is generally long, the situation in the pipeline is complex and unknown, and there may be a large number of unknown objects, such as bricks, silt, etc., which will encounter a lot of trouble in the process of detection. And the constructors stay in the pipeline for a long time, which is prone to hypoxia. Lu Guangqiang said

such a detection method is inefficient and dangerous, but it is the normal work of most underground pipe gallery restorers. It is a wise choice to leave these tasks to robots. Lu Guangqiang's pipe gallery robot can easily shuttle through the drainage pipeline full of silt, clearly image the internal situation of the pipeline, provide real-time feedback, and collect and store relevant data at the same time. His robot has provided many services for the five water treatment project, the national sponge city construction and the new rural construction

replacing people with intelligent machines can not only liberate manpower and save costs. For example, the monofilament temperature is higher than the water bath temperature, but also improve efficiency, which is also an important role in economic transformation and upgrading. With some scientific research advantages, high-level overseas scientific research talents can use their scientific research achievements to provide services for economic transformation and upgrading after returning home

intelligent manufacturing

has a bright future and a long way to go

when talking about the four words made in China, most people think of processed products such as clothes and shoes. Once this kind of impression is formed, it will not change overnight. In the process of advancing made in China, it is very important to realize the creation in China and intelligent manufacturing in China, and the key lies in the mastery of core technology. Nowadays, our intelligent manufacturing is beginning to show results in many fields, but it is still a little immature

according to Lu Guangqiang, domestic industry is in the stage of transition from mechanization to automation, while many developed countries have already gone through this stage and are transforming from automation to intelligence. Most domestic companies that make pipe rack robots still need to import some key parts, and the core technology is not yet mature, which is easy to be controlled by others. Although our company has its own research and development technology, it is also facing the problem of intelligence, which leads to the lack of vicious low price competition. Because some underground pipe galleries are several kilometers long, the internal situation of the pipeline is complex. This puts forward higher requirements for the pipe gallery robot. It should not only accurately detect and record under various complex working conditions, but also realize intelligent operations, such as repairing pipelines. With so much work to do at one time, our robots often feel overwhelmed. These extended functions are still in the exploratory stage. Lu Guangqiang said

the above paragraph reflects the current situation of Intelligent Manufacturing: most enterprises are still in the stage of technology imitation, relying too much on foreign technology and equipment, while innovative enterprises with core technology are facing a bottleneck period. If only foreign technology and equipment are introduced without R & D investment, sunk costs may be caused in emerging industries with unclear technological path. Once the industrial technology is innovated, the early investment is difficult to recover, which will bring huge risks to enterprises. Therefore, enterprises should pay attention to the combination of production, study, research and application, and take technological innovation as the internal driving force of enterprise development

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