At 10:00 on October 23, in the Jiangxi Provincial Key Laboratory of Robotics and Welding Automation, located on the Qianhu Campus of Nanchang University, several graduate students were busy at the computer. Zhang Hua, the director of the laboratory, looked at the data from time to time.
While studying for a doctoral degree in welding at Tsinghua University, Zhang Hua studied under Pan Huiyu, a famous expert in welding engineering in China. After graduating from the PhD in 1997, Zhang Hua came to teach at the School of Mechanical and Electrical Engineering of Nanchang University. He has been teaching for 20 years and is currently the dean of the School of Mechanical and Electrical Engineering of Nanchang University, a doctoral tutor, and director of the Institute of Robotics.
From trackless guided full-position creep arc welding robots to large-scale component underwater welding robots to bent-weld seam tracking autonomous mobile welding robots, the robots independently developed by Zhang Hua team have won the National “863 Project†many times over the past 10 years. Funding, the results have been applied in automotive, shipbuilding, chemical container welding and other fields.
"Crawling robots received 800,000 yuan state funding support, underwater robots received 3 million yuan, and mobile welding robots gained 5.65 million yuan." Zhang Hua told reporters that at the same time that the funding for the National "863 Project" has been increasing, in recent years, Our province also attaches great importance to the development of artificial intelligence and intelligent manufacturing. "The relevant departments in our province also provided support for 1.5 million yuan for the mobile welding robot project."
The report of the 19th CPC National Congress proposes to speed up the building of a manufacturing power, accelerate the development of advanced manufacturing, and promote the deep integration of the Internet, big data, artificial intelligence and the real economy, in the high-end consumption, innovation lead, green low-carbon, sharing economy, modern supply In the areas of chain and human capital services, we will cultivate new growth points and create new momentum.
In this regard, Zhang Hua said that the laboratory witnessed the transformation of robot manufacturing from teaching to intelligent. In the future, the main goal of the laboratory is to rapidly convert scientific research results into market products so that robots can not only increase production efficiency but also meet the needs of life. “In March this year, the Robotics Association of Jiangxi Province was established. This is a cooperation platform for production, learning, research and cooperation. As the chairman of the association, I hope that the association can effectively promote the transformation of scientific research achievements.â€
According to the “Measures on Accelerating the Development of Artificial Intelligence and Intelligent Manufacturing†issued by our province recently, our province will focus on building smart factories and digital workshops in fields such as biomedicine, textile and clothing, electronic information, and automobiles, in food, machinery, and Building materials, non-ferrous metals, light industry and other industries organize "machine generation." Based on the first batch of provincial-level smart manufacturing industry bases, during the “Thirteenth Five-Year Plan†period, our province will focus on building 10 industrial intelligence and smart manufacturing industrial bases.
The reporter learned that the latest development of nursing robots by the team of Zhang Hua has entered the small batch production stage. If it progresses smoothly, it will soon be mass-produced. "Nursing robots mainly serve the elderly and can achieve the effect of assisting and helping the elderly." Zhang Hua said.
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