The key technology and equipment of adsorption processing robots, the research of electronic skin technology for robot safety, flexible robots and new artificial muscles... Recently, the first batch of 33 "concept proof projects" in the field of intelligent equipment in Zhongguancun Open Laboratory was innovated in Zhongguancun Science and Technology Equipment The entrepreneurial base was unveiled. The reporter from Beiqing-Beijing Toutiao learned that proof-of-concept is a key link to bridge the gap between the research and development results of universities, institutes and other scientific research institutions and the results of marketization and industrialization, and to open up the "first kilometer" of the transformation of scientific and technological achievements.
"Through the proof of concept, the scientific research results lying in the laboratories of university scientific research institutes can be accelerated to the production line." According to the relevant person in charge of the Zhongguancun Management Committee, the goal of the proof of concept project is to pass 1 to 2 years of verification Time, form a prototype, apply for a national invention patent, cooperate with enterprises or register a new company. The Zhongguancun Management Committee launched the first batch of proof-of-concept projects for 7 high-precision industrial fields, including artificial intelligence, 5G, virtual reality, integrated circuits, biomedicine and medical equipment, intelligent equipment, and new materials.
Recently, 33 projects from Tsinghua University, Peking University, Chinese Academy of Sciences, Beijing University of Aeronautics and Astronautics, Beijing Institute of Technology, Beijing University of Technology, Beijing University of Posts and Telecommunications and other open laboratories in Zhongguancun, after preliminary evaluation, stood out among many projects and came to Zhongguancun Technology The equipment innovation and entrepreneurship base focuses on project roadshows.
The Beijing Key Laboratory of Precision and Ultra-Precision Manufacturing Equipment and Control of the Department of Mechanical Engineering of Tsinghua University has brought "Key Technologies and Equipment for Adsorption Processing Robots". Based on vision and laser technology, the equipment is based on vision and laser technology, which corrects positioning errors on-line and realizes the accuracy of the robot end Measurement and positioning ensure the processing accuracy of the robot processing system. The proof-of-concept project was sought after by experts and companies as soon as it appeared.
"Our Chinese Academy of Sciences has 5 proof-of-concept projects that participated in the roadshow. From the roadshow performance, companies are very interested in our projects." Zhao Xiaoguang, Director of the Institute of Automation of the Chinese Academy of Sciences, said, "The roadshow projects we are currently participating in are in the industry. At the forefront of industrialization, a large number of basic and applied research results have been obtained. Through roadshow verification, the goal has been clarified for the future scientific research direction, and it has also increased the space for industrialization cooperation and realized the early integration of the R&D system and the industrial system." Liu Hang, the second-level inspector of the Zhongguancun Management Committee, said that through this roadshow, the Zhongguancun Management Committee will give priority to supporting projects that have received investment and joint R&D support from participating companies to accelerate the concept verification process. At the same time, the Zhongguancun Management Committee will also build the Zhongguancun Robot Industry Innovation Center, which will provide these proof-of-concept projects with agile manufacturing, shared laboratories and other hard technology incubation services to promote core technology breakthroughs and transformations, and industrialization.
33 proof-of-concept projects:
1, massage robot flexible massage head development
2, research on electronic skin technology for robot safety
3, research on fully flexible drive technology with large output power
4, intelligent service and interactive robot application for air passengers
5, the key technology and equipment of the adsorption processing robot
6, the multifunctional two-dimensional material artificial electronic skin
7, the non-contact and non-destructive control of egg cells for IVF (in vitro fertilization-embryo transfer)
8, the miniature intelligent bionic robot
9, flexibility Robots and new artificial muscles
10, robot joint multi-parameter intelligent testing technology
11, new methods and technologies for laser rapid measurement of gears
12, research on intelligent control methods of industrial robots in complex three-dimensional environments
13, resource scheduling and monitoring of discrete manufacturing processes based on digital twins System
14, machine learning-based large-caliber curved optical element appearance defect detection system
15, vision and laser-based mobile robot navigation system
16, human-machine integration robot intelligent perception and decision-making
17, indoor service robot task learning system
18, Chinese medicine Acupuncture robot acupoint recognition and positioning system
19, road surface apparent disease automatic detection and segmentation system
20, embedded AI-based X-ray detection device development
21, high-precision visible light positioning technology research and realization
22, portable liquid cathodeGlow discharge spectrometer improvement and technical performance verification
23, research and development and application of sample pre-processing equipment based on immunomagnetic separation microbial detection
24, MEMS micro-metal three-dimensional structure system manufacturing technology
25, design and development of hydrogen fuel power system for logistics vehicles
26, Indoor air quality measurement and control technology and equipment concept verification project
27, autonomous intelligent and precise sensing and control of unmanned systems
28, development and verification of detection instruments based on single-wavelength all-focus high-sensitivity XRF technology
29, printing of flexible piezoelectric materials and devices
30 , Nano-green printed photonic crystal
31, multi-AGV agent coordinated positioning and tracking technology
32, interferometric optical fiber acoustic sensor
33, civil intelligent visual navigation and positioning system
article / Beiqing-Beijing headline reporter Wang Bin
editor / Peng Xiaofei
