Qingchuang Beijing!Bei University of Technology will hold 7 gold awards

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2022 "Challenge Cup"

Capital University Student Entrepreneurship Plan Competition ended

Beijing University of Technology made a good achievement

A total of 7 gold awards, 25 silver awards, and 16 bronze awards

Among them, won in the main track

3 gold awards, 4 silver awards, 6 bronze awards

Winning the "Challenge Cup" Capital University Student Entrepreneurship Program Competition

"Outstanding Cup"

15 participating works selected by the school

13 items won the Beijing Award

Take a look with Gongxiao V

Outstanding works won the gold award ~

Ge Li Zhitu -the first internationally leading domestic one

Double -rotating shaft laser scanner

Project members: Wang Zhiju, Aling Gui, Shu Xihuan, Ji Yuanlong, Zhao Yuxuan, Dong Zijuan, Li Bang, Yin Yilun, Li Chenyang, Li Tao

Instructor: Jia Kebin, Yan Hai, Wang Zixi

Division of the Department of Information: Department of Information Science

Project introduction: The team is based on precision instrument structural control technology, synchronous positioning and map construction technology, and develops the national production, large -scale scanning, dynamic scanning, ultra -wide -angle scanning, development supporting software and multi -carrier adaptability of core devices The first domestic double -rotated axis laser scanner, and provides supporting technical services, customized personalized equipment according to the different needs of customers to meet the application needs of modern three -dimensional laser scanners, and is committed to the double -rotated axis laser scanner. Development and promotion, fill gaps in domestic fields, and strive to achieve industry leadership.

Liquid gold technology -high -precision array type

Joint pressure sensor

Project members: Zhao Shuo, Li Lin, Li Kexin, Chen Rui, Zhang Chenchen, Jiao Shaojie, Su Peng, Shi Kai, Wang Zhaocheng, Yu Honghong

Instructor: Liu Zhao Miao, Yan Yan, Wang Xiang

The Department of Studies: Materials and Manufacturing Department

Project introduction: The team developed a high -precision array -type joint pressure sensor with flexible wearable, fast data sampling, and visual visualization of the traditional pressure sensor deformation, less pressure detection points, and uncomfortable wearables. The product uses liquid metal droplets as an inductive electrode to solve the problem of continuous joint motion monitoring, providing more accurate preoperative adaptability detection and postoperative motion rehabilitation assessment for patients with osteophytes.

Super "base" technology -the first domestic creation

High -temperature superconducting alloy base belt

Project members: Zhao Congcong, Wang Shanfei, Ji Yaotang, Li Mengxing, Wang Xufeng, Liu Jing, Wang Lanjin, Liang Xiangyu, Liu Zhuangzhuang, Wang Ao

Instructor: Suo Hongli, Liu Min, Ma Lin

The Department of Studies: Materials and Manufacturing Department

Project introduction: Relying on the high -temperature superconducting laboratory of Beijing University of Technology, the team solves the "card neck" technology from three aspects: melting, rolling, and crystallization. The 100 -meter -level alloy base belt with excellent characteristics such as magnetic non -magnetic characteristics is completely autonomous.

In addition, this "Challenge Cup" is added

"History of Green Painting Group" cultural and creative track

"Qingzhen Jingjing" rural revitalization track

"Qingchuang Deputy Middle Center" sub -center entrepreneurial track

"Qingli Winter Olympics" Winter Olympic Heritage Transformation Circle

"Youth Four Seas" International Student Circuit

Five special tracks

Northern University of Technology obtained

4 gold awards, 21 silver awards, 10 bronze awards

Let's take a look at these outstanding works ~

Ping An Guardian -Based on Twin Technology

Large -scale group activity simulation technology leader

Project members: Mao Dongxiao, Ji Qingqing, Duan Qiao, Dong Qi, Wang Xiaotong, Ye Zijing, Chang Yuxin, Huang Shirui, Jiang Hao

Instructor: Xiao Chuangbai, Li Chenyu, Liu Chao

Division of the Department of Information: Department of Information Science

Project introduction: After investigation and development, the team is currently in large -capacity public venues. There are still major problems with the evacuation of the crowd under the sudden disaster where the public places are located. Important means. Through the design of advanced public places, the evacuation solutions of public places serve the formulation of emergency plans for evacuation plans for the Olympic venues. In the future, the plan will also be promoted to more venues.

"Winter Olympics on the Cloud" -Colidation based on VR technology

2022 Beijing Winter Olympics Virtual Ice and Snow Park

Project members: Cao Yangqiu, Zhang Yanjun, Zhang Lu, Xiao Yao, Li Zhiyi, Guan Bingyu, Lu Yuquan, Zhang Kun, Wang Siying, Mu Xiaotong

Instructor: Liu Zhan Province, Wang Jianxue, Liu Liang

The Department of Studies: Urban Construction Department

Project introduction: The team designed and developed "Winter Olympic Winter Olympics such as Winter Olympic Culture, Ice and Snow, and the cultural tourism industry in the background of the epidemic in the epidemic situation, as well as the vacancies of related products, poor physical sales, and weak technical investment. "Tourism experience platform application, relying on the team's winter Olympic venue data resources and Revit technology, Unity development and other means, with Bingdun and Xue Rong blended with the user's visual image, realizing the VR of the first perspective and the third perspective of the Winter Olympics product experience.

Target detection and tracking is based on the application of the Winter Olympics venue

Project members: Han Shihao, Ma Huijia, Li Yutong

Instructor: Zhang Xingqi

The Department of Studies: Beijing-Dublin International College

Project introduction: The project designed by the team is mainly aimed at tourists, capturing the video images of the experiencer during exercise, and detecting and tracking the body's posture in the image through target detection and tracking algorithms. Target detection and tracking technology is the frontier direction that has attracted much attention in the field of computer vision in recent years. It detects, recognizes, tracks targets from image sequences containing sports targets, and understands and describes its behavior. It has a wide range of application prospects and Potential economic value. Smart ultrasound -ultrasound intelligent

Auxiliary diagnosis and treatment leader

Project members: Maihan, Ji Qingqing, Wang Xiaotong, Duan Qiao, Zhu Bingyu, Chang Yuxin, Nie Yan, Sun Shuang, Huang Shirui, Qi Jingzhong

Instructor: Fang Juan, Li Chenyu, consultant

Division of the Department of Information: Department of Information Science

Project introduction: After coming to China, the team's international students paid attention to the increasing practical problems of medical imaging needs during the diagnosis and treatment of patients in my country at this stage. They participated in the project as a core member. The project first realizes the rapid capture of ultrasonic images, integrated multiple deep learning algorithms to AI chips for intelligent diagnosis. Since then, the device transmits relevant data to the cloud through the wireless network, and builds a bridge between patients and doctors. The system has obtained practical applications in some Beijing hospitals and will be promoted to more medical institutions in the future.

In order to do a good job in the organization of the "Challenge Cup" Capital University Student Entrepreneurship Plan Competition, the school passed the "Challenge Cup" Capital College Student Entrepreneurship Plan Competition and "Star Fire Fund", "National College Student Innovation and Entrepreneurship Training Plan", "Dingxin Cup" student Various channels such as creative innovation and entrepreneurship competitions have been widely solicited and cultivated outstanding works, and more than 810 entrepreneurial plan works have participated in this school selection. On this basis, the school organized multiple training, simulation defense, and expert reviews inside and outside the school to help participating projects to improve and improve, and finally obtained 48 historic breakthroughs of provincial and ministerial awards.

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