's new rapid detection technology that can test all pathogens of people infected with new coronary pneumonia in as little as two hours, a robot that can "see the road" and locate and navigate by itself, and use noise signals to diagnose the safety of railway track bearings... To block the pace of scientific and technological innovation between Beijing and Hong Kong, at the 23rd Beijing-Hong Kong Economic Cooperation Seminar (Beijing-Hong Kong Conference) held on November 19th, more than 100 Beijing-Hong Kong scientific and technological cooperation projects were unveiled. Covering many fields such as medicine, artificial intelligence, transportation, agriculture, environmental protection, etc.
is an important science and technology event organized by the Beijing Municipal Science and Technology Commission and the Hong Kong Trade Development Bureau. The theme of the event is "Post-epidemic era, the new trend of Beijing-Hong Kong science and technology cooperation". The event focused on “Science and Technology R&D Cooperation, Innovation Environment Cultivation, Technology and Humanities Exchanges” between Beijing and Hong Kong, taking advantage of the unique advantages of Beijing and Hong Kong, actively carrying out technological exchanges and cooperation between Beijing and Hong Kong, promoting the construction of science and technology innovation centers in the two places, and enhancing the technological innovation of the two places Influence. The outstanding science and technology projects in Beijing and Hong Kong that appeared in the
event attracted the attention of the guests. Professor Yin Chengqi of Peking University School of Life Sciences introduced the new rapid detection technology for all pathogens on the spot. The technology was developed by Peking University and the City University of Hong Kong based on the new RNA sequencing library construction technology -TRACE developed in the early stage. "After the outbreak of SARS, H1N1 influenza, new coronavirus pneumonia, etc., it is often accompanied by co-infection with other pathogens. Therefore, it is possible to quickly determine all the pathogen types and pathogen genome sequences infected by patients, which will provide for the control of the epidemic and the development of drugs. The key support." Yin Chengqi said. Compared with the current technology that takes two or three days to detect all pathogens, this new detection method relies on high-throughput sequencing technology and optimizes the construction of a sequencing library to produce detection results within 2 to 4 hours.
Since then, Noda Technology from Hong Kong conducted a road show on its self-developed robot vision path positioning technology. Through the combination of automatic driving technology and artificial intelligence algorithms, the robot can integrate multiple depth cameras and positioning tags for autonomous mapping, navigation and positioning. Another company, Shenzhou High-speed Railway, has brought a bearing fault trackside acoustic diagnosis system. The system uses acoustic diagnosis technology and computer network technology to identify the working status of railway passenger car bearings by collecting and analyzing the noise signals of railway bearings in operation, which can provide effective early fault diagnosis results within the bearings. In addition to the three science and technology projects in Beijing and Hong Kong promoted on the spot, a thick project book also displays more than 100 outstanding science and technology projects from Beijing and Hong Kong. The reporter saw in the project book that some projects have thrown out the olive branch of specific financing cooperation, and they look forward to the realization of the implementation of results under the cooperation of Beijing and Hong Kong.
"It is necessary to give full play to the advantages of Beijing and Hong Kong in gathering various high-end scientific and technological innovation resources, further do a good job of top-level planning, build a scientific and technological innovation community, further optimize the innovation ecology, promote innovation cooperation across the chain, further develop their respective characteristics, explore and expand cooperation In the field, the “two districts” and “three platforms” will be used as the starting point to continuously deepen the cooperation between Beijing and Hong Kong in science and technology.” Yang Renquan, deputy director of the Beijing Municipal Science and Technology Commission, said when he interpreted the new trend of science and technology cooperation between Beijing and Hong Kong in the post-epidemic era.
In addition, three signing ceremonies were held at this event to put the Beijing-Hong Kong technology cooperation into practice. The contents of the contract are the signing of the "Memorandum of Deepening Cooperation between Beijing and Hong Kong Technology Enterprises" by the Beijing Science and Technology Development Exchange Center and the Hong Kong Trade Development Council, and the signing of the "Beijing and Hong Kong Science and Technology Innovation and Regional Industrial Development by the Beijing Science and Technology Development Exchange Center and the Hong Kong (Region) Chamber of Commerce" "Memorandum of Cooperation" and the "Memorandum of Cooperation on Deepening STEM Innovation in Beijing and Hong Kong" signed by Beijing Kangliyoulan Robot Technology Co., Ltd. and Hong Kong Noda Technology Co., Ltd.
