From December 17th to 19th, 2023, the final of the 2023 National Robot Science and Technology Innovation Exchange Camp and Robot Competition was held in Rizhao City, Shandong Province.
After fierce competition, two teams from our school stood out among the 221 finalists in the country, and were shortlisted for the finals and won good results. Recommended project of the Engineering Technology Center"Beach Cleaning Robot".(Team members: Ma Haobin, Liu Rongkang, Jian Heke, Lin Jinyu, Fu Taojun, Zhang Xin;Instructors: Lu Dandan, Wang Min).Won the national grand prize；Recommended project of the School of Information Engineering"A reconnaissance robot system with the coordination of 'spherical' and 'rotary'".(Team members: Lin Rui, Li Ruilin, Li Xiaolu, Yang Maotao, Wang Qiguan, Yang Ruilin, Wu Xun, Lai Wei, Sun Jun;.)Instructors: Huo Jianwen, Zhang Hua).Won the first prize in the country。In addition, the Engineering Technology Center recommends projects"Automatic Fish Feeding Robot".(Team members: Huang Xinwu, Jiang Xueling, Zhao Yixiang, Wu Wenjun, Gao Yifan, Chu Tongchuan, Li Tiankai, Ma Rongxing;Instructors: Wang Yinling, Yan Shiliang).Won the third prize in the country
National Grand Prize - "Beach Cleaning Robot" project"Beach Cleaning Robot" projectIn view of the difficulties and low efficiency of beach waste cleaning, the project team focused on multi-function and wide adaptability, combined with electronic, mechanical, visual image algorithm and other technologies, designed a new intelligent beach cleaning robot, which has strong cleaning ability and perfect autonomous obstacle avoidance function, realized the intelligent detection and large-scale treatment of beach waste, and simplified the use of manual promotion of traditional beach cleaning machine to clean up waste. The new beach cleaning robot adopts wireless communication and remote control of the handle, so as to determine the travel route of the robot, and at the same time adds functions such as video recording, so that the human-computer interaction is more intelligent and convenient.
"Beach Cleaning Robot".
National First Prize - "Spherical" and "Rotor" Coordinated Reconnaissance Robot System"."Reconnaissance robot system with synergy between 'spherical' and 'rotary'" projectThe bionic obstacle crossing spherical robot and the working rotor aircraft are innovatively designed to solve the problem of single robot search ability in disaster environment, and the system can not only quickly rough inspection in the air, but also approach the ground to precision measurement, reduce the search cost and improve the flexibility of the robot system. Among them, the new obstacle crossing spherical robot has the function of changing the structure, and the change of the external motion structure can realize the wheel motion and obstacle crossing motion. Compared with the previous spherical robot, the obstacle crossing spherical robot has stronger adaptability to complex terrain. The team has published 5 SCI** articles as the first author of graduate students, and applied for 8 authorized invention patents.
"A reconnaissance robot system with the coordination of 'spherical' and 'rotary'".
National Third Prize - Automatic Fish Feeding RobotAutomatic Fish Feeding Robot ProjectThe artwork has an ingenious mechanical structure, using remote navigation technology, an intelligent feeding system to provide accurate food quantities based on data and plans, proximal remote control and remote control functions, and water quality monitoring sensors to monitor key water quality parameters in real time, record data and analyze functions. The automatic fish feeding robot developed by the team combines automation technology with intelligent control, which improves breeding efficiency, reduces resource waste, and provides better economic and ecological benefits for aquaculturists.
"Automatic Fish Feeding Robot".
It is reported that a total of 1,017 works from 431 colleges and universities in 30 provinces, autonomous regions, municipalities directly under the central government and the Xinjiang Production and Construction Corps participated in this competition. The competition is divided into five tracks: industrial robots, personal household service robots, public service robots, special robots and robots in other application fields.
The National College Students' Robot Science and Technology Innovation Exchange Camp and Robot Competition is a guided, demonstrative and mass national competition co-sponsored by the Communist Youth League and the Ministry of Industry and Information Technology, and is an important carrier for the Communist Youth League to serve college students' scientific and technological innovation. In the future, Southwest University of Science and Technology will continue to aim at the cutting-edge technology dynamics, industrial development trends and talent training needs of robots, promote training through competition and teaching, promote the integrated development of education, science and technology, and talents, and make greater contributions to the development of national science and technology and the cultivation of top-notch innovative talents.
List of winners
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* |School Youth League Committee Essay |Edited by Liu Haoyue |Gao Xinrui first trial and one school |Li Ruiqin's second trial and second proofreading |Wang Juan's three trials and three proofreadings|Xiao Guojian's submission email: 3065141043@qqcom