Tongji University's 2021 "Top Ten Most Survey Potential Scientific and Technological Achievements" was released

Author:Tongji University Time:2022.08.16

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As another practical action of accelerating the transfer of scientific and technological achievements and promoting the training of innovation and entrepreneurship talents, since 2020, Tongji University has held the "Top Ten Most Most Too Potential Scientific and Technological Achievements" selection activities every year. Excellent scientific research results, and combined with professional institutions, enterprises and other parties to jointly promote these scientific and technological achievements as soon as possible, and better serve the country and regional economic and social development.

This afternoon (August 16), Tongji University was released in 2021 "Top Ten Most Most Tonential Cantonese Scientific and Technological Achievements". The top ten scientific and technological achievements cover many fields such as urban development, high -end manufacturing and life and health.

Sun Zhenrong, deputy director of the Shanghai Municipal Education Commission, and Lei Xinghui, vice president of Tongji University, attended the press conference and delivered a speech. The heads of the Shanghai University Science and Technology Development Center, Yangpu District Science and Technology Commission, Jiading District Science and Technology Commission, and Shanghai Technology Exchange attended the press conference.

Tongji University's 2021 "Top Ten Most Most Transformation Potential Scientific and Technological Achievements" selection activity (second) launched in September 2021, facing the scientific research team of the company, affiliated hospitals and school holding the company. In November, more than 40 experts and scholars from the government, industry, investment, professional technology and other fields made the initial selection of scientific and technological achievements, and 24 results stood out. In December, the school organized an on -site expert review meeting to respond to the 24 results projects of the initial assessment. In 2021, the "Top Ten Most Most Conversion Potential Scientific and Technological Achievements" was born, and the other 14 scientific and technological achievements were shortlisted.

Among the top ten scientific and technological achievements, the three achievements are the field of urban development, namely the "green building ventilation window" developed by the Wang Xu team of the School of Physics and Engineering, and Yuan Wancheng, the School of Civil Engineering Bridge combination rubber shock absorption support "and" full -fitting high -performance steel structure residential integrated design technology "developed by Wu Honglei team developed by the Architectural Design Research Institute (Group) Co., Ltd..

The three achievements are high -end manufacturing fields, namely the "Broadband Control Technology of the Motor Driving System" developed by the Kang Jinsong team of the Railway and the Urban Rail Transit Research Institute, and the "mobile source processing complete set of key technologies and the" mobile source processing of the mobile source and the Deming team of the Automobile Academy "Application", "Lightweight and Flexible Peridity Film Preparation Technology and Application" developed by Zhang Xiaoqing's team in the School of Physics and Engineering.

There are also 4 scientific and technological achievements that belong to the field of life and health, namely the "Research and Development of New Drugs to Affairs Neurological Pain" developed by the Affiliated Rehabilitation Hospital and the Peng Chang Geng team of the Medical College, and the "Auxiliary Tongji Hospital/Affiliated Recovery Hospital Jin Lingjing team developed" Refined multi -latitude Parkinson Psychological Intelligence Evaluation System "," stem cell technology and related products for hair loss treatment "developed by Xue Jinfeng and Xue Zhigang's team in the medical school, the" penetrating wound gel repair sealing "Blocking agent".

In recent years, Tongji University has organized a series of measures such as organizing scientific research achievements, creating a variety of conversion service platforms, enriching the channels for extension and transformation, in -depth cooperation with third -party transformation agencies, and strengthening the construction of transformation and transformation. The coverage of scientific and technological achievements and transformation management service systems, and vigorously promote the transfer and transformation of outstanding scientific and technological achievements in the school. In October last year, the school was selected into the first batch of pilot units of the construction of a specialized national technical transfer institution in colleges and universities. Subsequent schools will launch professional services and wonderful theme activities such as teachers and students to create special training camps, special docking results, and enterprise needs in direct traffic.

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Introduction of Tongji University's "Top Ten Most Top Taking Potential Science and Technology Achievements" in 2021

The field of urban development (3 items)

Part1

Green building ventilation sound window

The natural ventilation advocated by green buildings is facing the problem of environmental noise invasion of the city, and the current sound insulation material hinders air circulation at the same time. To this end, Wang Xu team of the School of Physics and Engineering of Tongji University designed a transparent cycle structure, which consists of a hollow spiral acoustic artificial unit arranged. While ensuring a good ventilation effect, this transparent barrier uses the continuous offset of the sound of the central channel and the surrounding spiral channels. , Fill this technology gap.

This result has applied for two invention patents, and currently cooperates with many enterprises and research institutes and research institutes and studies in the injection molding process, modular design, assembly, and product promotion.

Part2

Small and medium -sized span bridge combination rubber shock absorption support

The survey of previous earthquake earthquakes found that the plate -type rubber supports widely used in small and medium -sized span bridges cannot meet large displacement needs in the earthquake. To this end, the Department of Bridge Engineering of the School of Civil Engineering of Tongji University, Yuan Wancheng/Dangxinzhi Project Team creatively proposed a combination of rubber shock absorption support, that is, based on the existing plate rubber support The outer rubber layer can effectively ensure the uniformity of the friction layer sliding, effectively friction energy consumption under the action of reciprocating horizontal force, reduce the structural earthquake response, and adapt the size of the sliding area to meet different temperature and earthquake demand. The result has obtained 2 invention patents and 7 practical new patents. Its cost is close to the plate rubber support, which can be used as a preferred solution for small and medium -sized cross -span bridges. At present, it has been applied to many projects such as the Xizhao Expressway, the Yi Pan Expressway, and the Puonan Canal Bridge.

Part3

Full installation matching high -performance steel structure residential system complete set of technology

For prefabricated steel structure housing, the popularization rate of housing in my country is low and lacks related sets of design technology. Wu Honglei team of Tongji University Architectural Design Research Institute (Group) Co., Ltd. conducts systematic research on this to form a full -fitting high -performance steel structure housing system Complete technology fills the gaps in this field and further meet the needs of the whole life cycle of the building.

This technology integrates high -performance steel structure system, integrated insulation outer surrounding system, interior integrated design technology, pipeline separation technology, energy consumption shock absorption (vibration) technology, BIM auxiliary design and other technologies. The assembly rate can reach more than 90%. The evaluation level can reach AAA level. It has the characteristics of high assembly rate, high integration, high apartment adaptability, long life cycle, high flexibility, and high thermal work performance. At the same time, it can be promoted and applied in areas such as high intensity earthquakes, strong winds, and cold. 14 patents have been obtained, and many demonstration projects and construction engineering awards at all levels have been obtained.

The field of high -end manufacturing (3 items)

Part4

Vehicle motor drive system broadband control technology

The motor driver system is the core component of the electric vehicle power system. The Kang Jinsong team of Tongji University Railway and the Urban Rail Transit Research Institute developed a "vehicle motor drive system broadband control technology". Improving the performance and other properties of moment.

The result of the cooperation with the enterprise completed the development and small batch production of 50KW and 150kW -class vehicle motor drive systems. It has been successfully applied to enterprise motor driving products such as Busting Electric (Shanghai) Co., Ltd. and Shanghai Yingheng Electronics Co., Ltd. In the past three years, the new output value has been added a total of 290 million yuan. The project team has conducted in -depth cooperation in industry -university -research and research with multiple electric vehicle industry motor system companies. It has received a total of 18 authorized invention patents.

Part5

After the mobile source, process the complete set of key technologies and applications

With the comprehensive implementation of the national six emission standards and the comprehensive implementation of non -road mobile machinery countries IV standards, post -exhaust treatment has become a necessary device for road vehicles and non -road mobile machinery. The Deming team of the Tongji University Automobile College has dealt with a complete set of key technologies and applications around the post -mobile source. After more than ten years of joint production and joint research, it has successfully developed ceramic pads, basalt heating insulation materials, non -precious metal catalysts and other tail gas treatment. The three major innovation results of the system key components and materials provide a full set of solutions for the upgrade of product upgrades after mobile source tail gas.

At present, 5 authorized invention patents, 4 practical new patents, 11 invention patents, 1 first prize of the Shanghai Science and Technology Progress Award, and 1 first prize of the China Machinery Industry Science and Technology Award. Phase.

Part6

Lightweight and flexible voltage function film preparation technology and application

Zhang Xiaoqing's team of the School of Physics and Engineering of Tongji University, in response to the huge demand of flexible sensitive materials and sensors in the Internet of Things field, develops a series of sensors to prepare the preparation technology and performance regulation of lightweight flexible voltage function membranes. (Including flexible thin film tactile sensors, wearable smart fabric sensors, air -coupled ultrasonic converters, voltage cable sensors, etc.). The flexible voltage function film preparation technology, voltage cable and voltage fiber preparation technology have reached a small -scale production level. Its performance indicators are superior to the monopoly products of foreign companies. This result has formed a complete industrial chain including functional materials, sensors and actuators, and intelligent perception systems.

The team has a strong foundation in the research of flexible voltage film materials and devices, authorized more than 20 patents, and has a wide range of international cooperation networks.

The field of life and health (4 items)

Part7

New drug research and development of neuropathological pain

The latest discovery of the Peng Changgeng team of the Tongji University School of Medical College of Tongji University and the latest discovery of the Peng Changgeng team of Peng Chang Geng at the Tongji University School of Medicine. The latest discovery of neurological pain may need to inhibit voltage door control sodium ion channel NAV1.7 and NAV1.8. The effect of alleviating mice neuralgia is significantly better than that of a sodium ion channel inhibitor alone.

Based on this new discovery, the team further screens a small molecular compound PK16 that can significantly alleviate the neuralgia compounds that can significantly alleviate the neuralgia of the sciatic nerve and diabetic mice. PK16 has good safety and sedative side effects. It is expected to become better peripheral nerve pain relief drugs and broad -spectrum analgesic drugs, helping a large number of patients with chronic pain to return to the "painless" life. The project has applied for domestic and PCT patents.

Part8

Refined multi -latitude Parkinson patient artificial intelligence assessment system

Tongji University Affiliated Tongji Hospital/Affiliated Yangzhi Rehabilitation Hospital, Jin Ling Economic Team Joint Science and Technology Flying, jointly developed a set of "refined multi -latitude Parkinson patient artificial intelligence assessment system". Step gait and series of action, real -time automation characteristics and abnormal scores of each test item are obtained in real time, providing a intelligent and refined exercise disorder analysis system for the diagnosis of patients, realizing the intelligent assessment of Parkinson's disease, and for Parkinson's disease. Clinical diagnosis and intervention provides objective basis.

The algorithm scoring of the system has surpassed the level of professional doctors in multiple detection items, which greatly solves each of Parkinson's disease evaluation, difficulty diagnosis, high misunderstanding, high dislocation rate, and the lack of corresponding monitoring methods such as chronic disease management. Class problems.

Part9

Stem cell technology and related products for hair loss treatment

Xue Jinfeng and Xue Zhigang team of Tongji University Medical College led the development of a new generation of biological hair care products, using hair follicles stem cells combined with germination stem cell transplantation for hair loss. The project is regenerated through the differentiation and regeneration capacity of autologous hair follicle stem cells. It uses the cord cord germinated stem cells to repair the micro -environment of hair follicles in the hair loss area, which provides new ideas and solutions for fundamentally solving the problem of hair loss, and the operation is relatively simple and non -invasive.

This project also cooperates with the Zhou Jianda team of Xiangya Third Hospital of Central South University to conduct pre -clinical research. At the same time, it has launched research projects and product production for stem cells for hair loss treatment with Hunan Yuanpin Biotechnology Co., Ltd. The ability to produce clinical -level stem cells and cell -related products.

Part10

Passing wound gel repair blocking agent

The Wang Qigang team of the School of Chemistry Science and Engineering of Tongji University has designed a type of intelligent trauma repair material for the major trauma and difficult healing and trauma of diabetes. The main characteristics of the first generation of products are the efficient integration of multiple functions such as physical blocking, biochemical reversal and regeneration repair. In the future, the second -generation products are expected to use the wound to be the concept of the "window". The technology of biological catalytic sensing is used to monitor the changes in some metabolic indicators in the micro -environment of the lesion, understand the repairs of the wound in real time, and implement the AI calculation in real time. Related drugs or the controllable release of repair factor, and finally realize the intelligent wound blockage and efficient repair in the future.