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2016-05-13

Fang Hanting, vice president of Science and Technology Daily, and his party conducted research on our hospital.

On the morning of May 7, 2016, Fang Hanting, vice president of Science and Technology Daily, and a group of 10 people, accompanied by Fu Sheng, director of the Management Committee of Huaming High-tech Zone in Dongli District, visited Tianjin High-end equipment Research Institute of Tsinghua University for investigation and research. He Yongyong, vice president of the high-end hospital, Zou Yirong and other relevant responsible persons of the hospital affairs department received Fang Hanting and his party. In this research activity, He Yongyong introduced the research institute's construction mode, research and development investment, scientific research platform construction and future development planning to Fang Hanting and his party in detail in the exhibition hall of the high-end institute. When introducing that the high-end institute is the professional expatriate research institute of Tsinghua University, He Yongyong said that the professional expatriate research institute has built a channel from scientific research to industrialization. Tsinghua University's scientific research results need a platform to achieve landing, and intelligent results can be directly exported to industrialization. At the same time, it can be fed back to the scientific research platform through the market. The professional expatriate research institute focuses on a certain industry field and uses technical strength to improve the technical level, play a stronger industry leading role. Relying on the high-end institute of the Department of Mechanical Engineering of Tsinghua University, it has led the innovative development of high-end equipment manufacturing, and has made a useful exploration on the construction of innovative ecological construction in the field of high-end equipment. During the exchange, Fang Hanting highly recognized the construction achievements and scientific and technological transformation achievements of the high-end hospital. He Yongyong introduced the achievements exhibition area of the high-end hospital. During the subsequent visit, He Yongyong also elaborated on the scientific and technological achievements and social significance of the high-end hospital in various fields such as rehabilitation robot technology, metal 3D printing technology, laser technology, new material technology and rail transit. Fang Hanting's visit to the high-end hospital is based on the 13th Dongli Lake Forum held on the afternoon of May 7. At the forum, Dongli District Government and Science and Technology Daily jointly signed a strategic cooperation agreement. In the future, the high-end institute will also carry out more extensive cooperation with Science and Technology Daily in publicity and cooperation, promoting science and technology financial services, and participating in innovation and entrepreneurship competitions, so as to jointly promote science and technology publicity and the transformation of scientific and technological achievements. (Report of the Enterprise Publicity Office of the Hospital Affairs Department/Wang Xiaotu/Wang Xiao)

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2016-05-13

Our Institute Becomes the Governing Unit of China Manufacturing Knowledge Service Alliance

Zhang Yanmin, vice chairman and secretary-general of the Chinese Society of Mechanical Engineering, presided over the meeting on May 11, 2016. The 2016 Manufacturing Knowledge Service Summit Forum and the China Manufacturing Industry was hosted by the Chinese Academy of Engineering, the Ministry of Industry and Information Technology, and undertaken by the Chinese Society of Mechanical Engineering and other units. The inaugural meeting of the Just Service Alliance was grandly held in Beijing. The meeting was presided over by Zhang Yanmin, vice chairman and secretary-general of the Chinese Society of Mechanical Engineering. More than 100 representatives from national enterprises, manufacturing (associations), colleges and universities attended the conference and witnessed the establishment of the China Manufacturing Knowledge Service Alliance. Tianjin High-end equipment Research Institute of Tsinghua University (hereinafter referred to as "High-end Institute") has become one of the sponsors and directors of the alliance. Academician Luo Jianbin, dean, was elected as deputy director of the alliance expert committee. Dr. Zhang Xiaoqing, vice president of the High-end Institute, and Hu Yuming, deputy director of the Institute of soft equipment and intelligent system Engineering (hereinafter referred to as "soft clothing Institute"), were invited to attend. Professor Yang Haicheng, chief scientist of soft clothing Institute delivered a speech. China Manufacturing Knowledge Service Alliance (KnowledgeAllianceforManufacturingIndustries, English abbreviation KAMI), with the purpose of "knowledge innovation serving a manufacturing power", in accordance with the principles of open cooperation, equality and voluntariness, risk sharing, and benefit sharing, through collaborative research and knowledge collection, innovative knowledge Service models and methods aim to promote the open construction of a knowledge environment and help the transformation and development of China's manufacturing industry. Li Peigen, chairman of the China Manufacturing Knowledge Service Alliance, vice chairman of the China Mechanical Engineering Society, and academician of the Chinese Academy of Engineering, emphasized that this is an era of knowledge explosion, and how to use knowledge nodes and information sources to find the required information is extremely important. The establishment of the China Manufacturing Knowledge Service Alliance is to help find knowledge nodes and information sources, to unite the domestic manufacturing industry and its knowledge service related technical research, and to build a voluntary cooperation platform for enterprises, scientific research institutions, colleges and universities, relevant associations, societies and service institutions. Professor Yang Haicheng, Secretary-General of China Manufacturing Knowledge Service Alliance, Chief Engineer of China Aerospace Science and Technology Corporation, Vice Chairman of China Mechanical Engineering Society, and Chief Scientist of High-end Institute of Soft Decoration, the characteristic service of the Manufacturing Knowledge Service Center of China Engineering Science and Technology Knowledge Center, Double innovation platform, etc. were systematically introduced. Professor Yang Haicheng, chief engineer of China Aerospace Science and Technology Group, vice president of China Mechanical Engineering Society and chief scientist of soft decoration Institute of High-end Institute, delivered the keynote speech. Dr. Li Shaochun, director of operation and maintenance of cognitive Internet of things industry of IBM China Research Institute, Mr. Shi Qinghua, president of Yunnan Machinery Research and Design Institute, Mr. Li Yizhang, chairman of Beijing Suowei System Technology Co., Ltd., and Dr. Huang Pei, general manager of Wuhan Zhixin Technology Co, he gave speeches on the cooperation experience of science and technology and machinery manufacturing, as well as the cooperation experience between local institutes and science and technology industry, and put forward the prospect of the development of intelligent manufacturing. Dr. Li Shaochun, Director of Operation and Maintenance of the Cognitive Internet of Things Industry of IBM China Research Institute, delivered a speech. In the future, members and governing units of the China Manufacturing Knowledge Service Alliance will also form closer docking and collaboration, efficiently integrate resources, and further strengthen technical services and the market. Close contact, relying on the industrial think tank platform, promote the adjustment of my country's manufacturing industry structure and accelerate the transformation of the manufacturing industry. (Report by the Institute of Soft Equipment and Intelligent Systems Engineering/Tao Yunruitu/Tao Yunrui)

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2016-05-25

Liu Xiaorong, director of the Party Journal Office of the General Office of the Municipal CPC Committee, and his party visited our hospital and held a forum with Zheng Li, secretary of the party committee of Huaming Street, and responsible persons of relevant units.

Liu Xiaorong made a speech at the symposium. On May 19, 2016, Liu Xiaorong, Director of the Party Journal Division of the General Office of the Tianjin Municipal Party Committee, and Diao Zheng, Deputy Director, visited the grassroots to investigate the construction of smart towns in various districts and counties. During the inspection of Huaming Town, Liu Xiaorong and his entourage conducted a survey of the Tianjin High-end Equipment Research Institute of Tsinghua University, and learned about the construction of our institute, development planning and the supporting role played by the construction of smart towns. After the visit, Liu Xiaorong and his party held a forum with Zheng Li, secretary of the street party committee of Huaming Town, and responsible persons of relevant units to gain an in-depth understanding of the planning and construction of the intelligent manufacturing town in Huaming Town. At the symposium, Zheng Li said that Huaming Town will build a high-end equipment manufacturing base integrating light, machinery and electricity. As the innovation center of equipment manufacturing industry in the north and the gathering place of intelligent manufacturing in the north, the high-end hospital will make a special contribution to the construction of intelligent manufacturing town in Huaming Town. (Report of the Enterprise Publicity Office of the Hospital Affairs Department/Wang Xiaotu/Wang Xiao)

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2016-05-25

A 40-member party and government delegation from Hedong District, accompanied by Yang Maorong, deputy secretary of the Dongli District Committee and district mayor, paid an inspection visit to our hospital.

Vice President He Yongyong explained in the exhibition hall. On May 20, 2016, Li Lianqing, Secretary of the Hedong District Party Committee, Wang Yaming, Deputy Secretary of the District Party Committee and District Mayor, and a group of 40 people, accompanied by Yang Maorong, Deputy Secretary of the Dongli District Party Committee and District Mayor, and Director of the Standing Committee of the District People's Congress Sun Fuxia and other relevant leaders came to visit and inspect the Tianjin High-end equipment Research Institute of Tsinghua University (referred to Tsinghua University). He Yongyong, vice president of our hospital, received the delegation. Li Lianqing and his entourage visited the exhibition hall of the high-end institute and the exhibition hall of the Institute of Robotics and Automation equipment Engineering, learned about the latest scientific research achievements and industrialization of our institute, and highly affirmed the scientific research level and development model of our institute. After the visit, Li Lianqing said that scientific research institutes are the leader of the industrial chain and the core of the development of small giant enterprises. Small giant enterprises and small and medium-sized enterprises are the core competitiveness of local development. As an innovation center for high-end equipment, high-end institutes will certainly provide strong support for the development of enterprises, It will play an unlimited role in driving the gathering of intelligent manufacturing industry in Dongli District and Tianjin. (Report by the Enterprise Publicity Office of the Hospital Affairs Department/Wang Xiaotu/Zhang Rongwei)

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2016-05-25

"Structural Adjustment and Mode-Tianjin Research Tour" Central Media Interview Group Enters Tianjin High-end Equipment Research Institute of Tsinghua University

He Yongyong, deputy dean of the High-end Institute, was interviewed by the central media interview team. On May 23, more than 20 reporters composed of the central media interview team walked into the Tianjin High-end Equipment Research Institute of Tsinghua University (referred to as the "High-end Institute") to conduct an in-depth interview report on our institute. He Yongyong, vice president of the high-end hospital, received the delegation and gave in-depth answers to the reporters' concerns. The central media interview group of "Tianjin Research Bank for structural adjustment and transformation" organized by the propaganda Department of the CPC Central Committee came to Tianjin on May 21 to conduct a centralized interview to conduct in-depth interviews and reports on the city's experience, measures and progress in speeding up structural adjustment and improving the quality and efficiency of economic development. The interview team consisted of People's Daily, Xinhua News Agency, China National Radio, China Central Television, Guangming Daily, Economic Daily, China Daily, China Radio International, China News Service, People's Daily Online, Xinhuanet, China Economic Net, China Central Broadcasting Network, CCTV It is composed of more than 50 reporters from 14 central news media including the network. During the period in Tianjin, the interview team will focus on the themes of "one help and two promotion" action, transformation and upgrading of ten thousand enterprises, reducing the cost of the real economy, building an upgraded version of the small giant of science and technology, and the construction of large projects and good projects. Investigate and interview with 100 million yuan buildings, key projects, scientific research institutes, service institutions, etc. He Yongyong, vice president of the high-end institute, had an exchange and discussion with the central media interview group. During the interview, the reporters had an in-depth understanding of how the high-end institute supports the transformation and upgrading of enterprises, how to develop collaborative innovation, and how the local government's science and technology and talent policies support the development of high-end institutes. He Yongyong said in an interview that since its establishment more than a year ago, the high-end institute has grown rapidly and developed with the support of the local government. At present, 20 research institutes have been signed, 1 research office and 3 joint research centers, and 3 joint research center agreements are being signed. Our institute has cooperated and docked with large leading enterprises, small and medium-sized enterprises, and small and micro enterprises, and used a complete technology platform to fully support the development of enterprises, and made useful explorations for leading the innovative development of China's high-end equipment manufacturing industry. Enterprises provide innovative services to build a demonstration platform. With the strong support of the municipal and district talent offices, the high-end college pays attention to the construction of talent team. At present, more than 70% of the 201 employees have master's degree or above, and nearly 50 have been introduced from Tsinghua University. The high-end institute successfully introduced a team of experts, established academician expert workstations, invited experts to hold the Dongli Lake Forum for many times, and launched influential activities such as the Rail Transit Alliance after the forum, forming the brand effect of the high-end institute. The central media interview team will conduct follow-up reports on the interviewed enterprises and institutions in the next few years. Through in-depth reports on the development of the interview institutions, it will fully demonstrate the demonstration of Tianjin's experience for the national economic development, and let the world understand Tianjin's economy. The strong pulse of development. (High-end Institute Enterprise Publicity Report/Wang Xiaotu/Zhang Rongwei)

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2016-06-13

Institute of Intelligent Materials and Systems

The Institute of Intelligent Materials and Systems was established by Zhou Ming, a professor at the Department of Mechanics of Tsinghua University, and officially settled in the Tianjin High-end Equipment Research Institute of Tsinghua University. The development goal is set at intelligent materials and systems, and has initially completed hypersonic nanomaterial spraying equipment, oil abrasive particle detection analyzer, industrial picosecond laser, terahertz time domain spectrometer and other equipment. The goal is to base on existing technology and knowledge reserves, face the needs of the industry, solve product and process bottlenecks for target customers, and help them establish product databases and dynamic link cloud systems. Core technology: ■ main technical index wavelength of oil abrasive particle analyzer: 532/580 detection substance: main characteristics of abrasive particle/particle: mature and recognized by the industry; Main application directions in generation II upgrade: industrial hard and brittle material cutting, astronomical ranging ■ main technical index wavelength of terahertz time domain analyzer: 0.1-3T; Signal-to-noise ratio:>60dB; Main features: easy to use, main application directions: lubricating oil, coating, liquid fuel, blasting supplies, pharmaceutical process control, non-destructive testing ■ main technical index wavelength of industrial picosecond laser: 1064/532/355 power: 75/45/25 main features: stable main application direction: industrial hard and brittle material cutting, astronomical ranging industrialization process: based on "hypersonic spraying equipment", "oil analysis equipment" and other in-depth customer sites, combined with customer actual needs, assist users to establish a database and complete the last kilometer of equipment application. Relying on the advantages of the high-end institute platform and the institute's own technical strength, it has focused on project declaration, winning one to complete one and promoting one. In the early stage, the construction of R & D team and experimental platform has been completed, and good cooperative relations have been established with many companies to jointly promote the development of industrialization. Contact Information: Address: Building 4, Dongkechuang Huigu Park, Hongshun Road, Huaming High-tech Zone, Dongli District Zip Code: 300300 Contact: Wang Baige Mobile Phone: 18339231101 E-mail: Wangbg@tsinghua-tj.org

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2016-06-21

Lanshi Group and our hospital to build a joint laboratory signed an inauguration

展厅前合影  2016年6月6日,兰州兰石集团有限公司(简称“兰石集团”)与清华大学天津高端装备研究院(简称“高端院”)共建能源装备与技术联合实验室签约暨揭牌仪式在我院隆重举行。  兰石集团总经理张金明,总工程师陈建玉,副总工程师、兰石研究院总经理高俊峰,科技部部长曹登云,兰石研究院副总经理董笑丽,科技部部长助理张平应邀出席此次揭牌仪式。出席本次活动的领导还有高端院院长雒建斌院士,清华大学机械工程系副主任汪家道,高端院副院长何永勇、张向军、张晓晴、伍德明,以及高端院下设研究所所长陈恳、张晨辉、邵天敏、蔡志鹏、盛选禹、孙振国一同出席了此次揭牌仪式。  仪式上,雒建斌院士首先致欢迎词,他表示,兰石集团与清华大学高端院合作前景广阔,将成为院企合作的典范。高端院将成为世界一流的技术研发、技术转化和产业孵化的基地,与企业技术合作对接,培育新的技术,创造新的产业领域,为企业提供新的利润增长点,在企业的转型升级中发挥重要作用。高端院目前有21个研究所,人员规模发展很快,结合国家的科技创新机制要求,高端院进行体制上的创新,希望双方能够广开思路,将联合实验室建成一个在能源装备领域具有代表性的创新研发机构。      双方举行座谈会  张金明在揭牌仪式致辞时表示,感谢雒建斌院士的支持,兰石集团很高兴能与高端院共建联合实验室,双方有着广阔的合作空间。兰石集团在转型期需要技术创新、产品创新,需要通过与清华大学及其他科研机构的合作提升创新能力,开拓发展空间,实现转型升级。此次签约揭牌将是一个良好的开端,联合实验室要做成典范,不断输出技术成果,带动兰石集团的产业发展,双方合作有许多契合点。希望后续能够合作开展更多的研发项目,在合作模式上不断探索,孵化更多的企业进行技术成果的转化,培育上市企业。      何永勇与陈建玉共同签署合作协议书  随后,由何永勇与陈建玉共同签署了共建联合实验室合作协议书,确定在友好合作、互惠互利、优势互补、共同发展基础上,面向高端装备制造领域,充分利用我院专业优势,结合兰石集团在石油钻采、能源化工、通用机械、新能源装备等高端装备制造领域方面的优势和战略发展布局,共建联合实验室。联合实验室面向兰石集团能源装备与技术需求,以新材料、高端能源装备制造研发与技术成果转化为目标。协议期为三年,兰石集团总计投入3000万元作为联合实验室经费。      能源装备与技术联合实验室揭牌仪式  仪式上,雒建斌院士与张金明总经理为联合实验室揭牌。何永勇宣布联合实验室管委会成员、主任和副主任名单。雒建斌院士为管委会成员、主任和副主任颁发聘任书。  仪式结束后,联合实验室管理委员会举行了第一次会议,讨论通过了联合实验室运行管理规定,审议并通过了“纳米自组装涂层过滤材料及装备”、“OTSG传热管的加工和焊接工艺研制”、“大型钢制结构件无损探伤机器人原理样机开发”三个项目的立项申请,作为联合实验室的首批联合研发项目。      雒建斌院士颁发聘任书  会议最后,高俊峰系统地介绍了兰石集团的产业布局、技术规划与项目需求。联合实验室邀请了高端院下设研究所所长陈恳、张晨辉、邵天敏、蔡志鹏分别作了技术和产品的交流,为后续与兰石集团在更多技术领域的合作奠定了基础。联合实验室的设立,将为双方的产业资源与创新资源的深度融合搭建新的平台,也将为探索校企协同与产研联动的创新体系建设开启新的篇章。    (产业部报道文/杨博图/张晨)

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2016-07-01

Research Institute of Composite Manufacturing and Intelligent Identification

Composite manufacturing and intelligent identification research so rubber, alloy and other composite material products manufacturing as the main object, combined with intelligent light inspection, inner hole spraying online detection, intelligent identification technology, the development of a variety of complex process products of high reliability, rapid manufacturing equipment. The R & D team has rich experience in the design and development of rubber machinery, special spraying, laser polishing and other fields. There are 13 R & D personnel, and more than 80% of them have a master's degree or above in key universities. Core technology ■ Intelligent optical inspection technology; ■ Inner hole plasma spraying technology; ■ Laser polishing and high-speed cladding technology; ■ Rubber-metal interface control technology; ■ Complex winding technology of ribbon rubber fabric; ■ Special testing technology for rubber wear; ■ Supersonic spraying technology for complex structures; ■ Special alloy coating manufacturing technology; Industrialization process: special testing equipment: dynamic wheel roller test bench for high-speed radial tires of aviation and aerospace. Special-shaped parts spraying, coating equipment; high temperature, corrosion and wear composite coating coating equipment. Mechanics, spectroscopy real-time in situ composite detection technology, tire life, defect and wear detection and prediction. Suitable for die-casting cylinder, punch; hydraulic rod, sleeve and other workpiece inside and outside the surface, to achieve effective growth of life and reliability. Case of cooperative enterprise: undertake the upgrading and transformation of Sinochem Group's tire building machine, improve the mechanization performance and reliability of the equipment, undertake the equipment installation and debugging, powder research and development, process improvement of Derui Zhiyuan thermal spray coating, especially the limited space thermal spray technology, undertake the intelligent detection work of PetroChina Exploration Research Institute, undertake the automatic transformation of Wanli tire production line, undertake the simulation and longevity technology research and development of a component under the complex multi-physics coupling environment of China Weapons Group.

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2016-07-12

Institute of Biomedicine and Equipment Formally Established

On May 8, the Institute of Biomedicine and equipment of Tianjin High-end equipment Research Institute of Tsinghua University (hereinafter referred to as "Biology Institute") was officially signed and established, located in Building 5, High-end Institute of Kechuang Huigu Park, Huaming High-tech Zone, Dongli District. As a key research field supported by national science and technology and one of the key areas of "Made in China 2025", the frontier scientific research and product incubation of biomedicine have always been highly valued by the country. Relying on the Department of Mechanical Engineering of Tsinghua University, the High-end Institute serves as a comprehensive technology transformation and industrial incubation platform that implements the integration of Beijing-Tianjin-Hebei, the integration of production, education and research, and integrates collaborative innovation, industrial incubation, investment and financing services. Since its establishment, it has actively integrated various disciplines and promoted the construction of innovation platform. As one of the scientific research and innovation platforms under the high-end institute, the Institute of Biomedicine and Equipment focuses on the scientific research and achievement transformation of life sciences and biological technology in the fields of drug research and development, medical care, health food and health products. Up to now, the institute has carried out office and experimental area renovation projects in the site selection area, and has customized the relevant laboratory equipment. Professor Wang Zhao, the director of the institute, has repeatedly come to the site to guide the site renovation work, which has given great support and provided strong guarantee for the smooth progress of the work. At present, the progress of the renovation project has reached more than half. The introduction of talents in the institute has also been carried out in full swing, in addition to the main leading members of the institute, a number of regular employees have arrived and carried out corresponding work; at the same time, the institute actively contacted relevant ministries and commissions such as Tianjin and Dongli District to discuss and communicate the application of scientific and technological projects and preferential policies such as enterprise settlement and introduction of talents. The product development work of the Institute of Biomedicine and Equipment is also in the same step. The "anti-mold" product has completed sample preparation, and another bioactive product is also under intensive research and development. At the same time, the institute actively cooperates with relevant biotechnology enterprises in Tianjin to negotiate and communicate products, technology and other cooperation fields, laying the foundation for the development of related cooperation projects in the future. (Report by Institute of Biomedicine and Equipment/Wang Zi)

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2016-07-12

The key project of Tianjin science and technology support declared by our robot has been announced

After expert review and other project approval procedures, the Office of the Director of the Tianjin Science and Technology Commission reviewed and determined the second batch of projects to be approved in Tianjin's science and technology plan in 2016, and announced them on March 25, 2016. In the list of key scientific and technological support projects to be initiated in Tianjin in 2016, a total of 105 projects have been announced. Among them, the "Research on Key Technologies and System Integration Application of Automatic Coating System for Full Fuselage Robots of Large Aircraft" jointly declared by the Robot Institute of our hospital in cooperation with Qingyan Huayu Intelligent Robot (Tianjin) Co., Ltd. In June, the project contract was being signed with the Municipal Science and Technology Commission. This is the first science and technology project funded by the Municipal Science and Technology Commission. Tianjin's key science and technology research and development plans and science and technology support projects generally issue the application guidelines for the next year in the second half of each year, and organize the application. After performing the application, review and approval procedures, the project approval process is generally initiated in the first half of the next year. The scientific research department will pay close attention to the notice issued by the municipal science and technology Commission and organize the declaration at any time. teachers are welcome to actively declare all kinds of projects. Introduction of key projects of Tianjin Science and Technology Support Plan: Facing the major scientific and technological needs of the country and the city's economic and social development, insisting on independent innovation, conquering a number of core technologies and key technologies, strengthening technology integration and industrialization demonstration, focusing on solving key technical problems, Forming a batch of new products with strong market competitiveness or good market prospects, achieving certain economic benefits or forming a good demonstration effect, speed up Tianjin into the development track of innovation-driven and endogenous growth. In 2016, the key projects of Tianjin Science and Technology Support Plan will arrange a total of 16 key areas and 64 key directions for solicitation. The Municipal Science and Technology Commission has implemented sub-level subsidies for key scientific and technological support projects, with funding amounts of 300000 yuan, 500000 yuan, 750000 yuan, and 1 million yuan respectively. In 2015, Tianjin Science and Technology Support Plan accepted 1002 key projects and 102 projects, with a funding rate of 10.18. (Report of Scientific Research Department/Quan Limei)

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2016-07-12

National Key Research and Development Plan 2016 Projects Released Two Projects Participating in Application of Our Hospital Enter Publicity Stage

From June 22 to 25, 2016, the public service platform of the national science and technology management information system successively publicized the 2016 project information list of 40 key national key research and development plans to enter the audit process. As the top priority in the management reform of the national science and technology plan, the national key R & D plan has attracted the attention of all parties. At present, the total project funding of 40 categories of national key R & D plans in 2016 has exceeded 27.6 billion. According to the statistics of the number of project leaders, Tsinghua University ranks first in all units in a total of 30 projects, and the central financial funds and total project funds are nearly 0.7 billion yuan. Among the national key research and development plans, our hospital organized 7 joint declarations, covering four key projects: clean and efficient utilization of coal and new energy-saving technologies, key deep-sea technologies and equipment, additive manufacturing and laser manufacturing, and new energy vehicles. Among them, 2 of the declared projects entered the publicity stage, and the projects entering the publicity stage are as follows: Project 1: research on Key Technologies and Clinical Application of Additive Manufacturing of Personalized Implant Prosthesis for Bone Defect of Vertebral Body, Hip Joint and Pelvic Tumor▶Key Special: Additive Manufacturing and Laser Manufacturing? Project Leader: Peking University Third Hospital? Topic Name: Research and Development of Highly Reliable EBSM Additive Manufacturing Equipment with Integrated Visual Sensing (Project Leader)? Project leader: Guo Chao? Research Institute: Research Institute of Additive Manufacturing Technology and Engineering Project 2: Research and Application of Common Key Technologies for Lightweight Structure of Electric Vehicles? Focus on special: new energy vehicles? Project leader: China Society of Automotive Engineering? Topic Name: Key Common Technologies for Forming and Application of Complex Thin-wall Die Casting Aluminum Alloy Parts (Subject Participating Units)? Subject Leader: Zhang Lei? Research Institute: Heavy Equipment Technology Research Institute (Report of Scientific Research Department/Quan Limei)

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2016-07-12

Striving to be the leader in wheel-rail system maintenance-our hospital and German Railway System Technology Co., Ltd. started collaborative innovation and jointly signed a strategic cooperation agreement.

On June 15, 2016, Tianjin High-end equipment Research Institute of Tsinghua University (hereinafter referred to as "High-end Institute") and German Railway system Technology Co., Ltd. (hereinafter referred to as "German Railway system Technology") held a negotiation meeting in the High-end Institute and signed a cooperation agreement. He Yongyong, Executive Vice President of the High-end Institute, and Mr. Samjatin, Executive Director of International Business of German Railway System Technology, signed a strategic cooperation agreement on behalf of both parties. Woodman, vice president of the high-end institute, Feng Quanbao, executive deputy director of the wheel-rail relationship and maintenance research center (hereinafter referred to as the "wheel-rail relationship center"), Zou Yirong, deputy director of the institute's affairs department, Ding Minghui and Lu Yajin of the wheel-rail relationship center attended the signing ceremony. The two parties will carry out all-round and in-depth cooperation in scientific research on wheel-rail relations and maintenance, and promotion of scientific research results on the platform of the Wheel-rail Relations and Maintenance Research Center of Tsinghua High-end Institute, and work together to seek a bright future for industrial intelligence. The representative of the wheel-rail relationship center of the high-end institute visited the German railway system technology co., ltd. to discuss the cooperation opportunity. from June 6 to 10, 2016, the executive deputy director of the wheel-rail relationship center of the high-end institute feng quanbao went to the German railway system technology and inspected the technical means and research results of the German railway system technology in the field of wheel-rail relationship and maintenance, in-depth communication with the German railway system technical expert team on the strategic planning, platform construction, service mode and other aspects of the cooperation between the two sides and reached a preliminary cooperation intention. The cooperation between the two sides has been affirmed and supported by Academician Luo Jianbin, President of the High-end Institute, Academician Zhai Wanming, Director of the Wheel-Rail Relations Center, and Zhang Xiangjun, Vice President of the High-end Institute. The technical representative of German railway system visited the high-end hospital to promote cooperation and landed. Mr. Samjatin, executive director of international business of German railway system technology, visited the high-end hospital on June 15, 2016 to discuss with relevant leaders of the high-end hospital and the wheel-rail relationship center and hold a cooperation signing ceremony. He Yongyong introduced the development of high-end hospitals in detail for the guests. The two sides will conduct comprehensive cooperation in the field of wheel-rail relations and maintenance. The high-end institute focuses on the maintenance of the wheel-rail system and the implementation and promotion of the solution, and can provide an overall solution for the industrialization of cutting-edge technologies. German Railway Technology is the world's leading scientific research institution in the field of wheel-rail relationship research. The collaborative innovation cooperation between the two parties will be The international cooperation of wheel-rail relationship research provides a broad platform and development space. (Report by the Research Center for Wheel-Rail Relations and Maintenance/Lv Yajin Tu/Zhang Rongwei)

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2016-07-12

The Expert Committee organized the first professional title evaluation and introduction meeting of our hospital.

The introduction meeting for professional title evaluation was held on June 16, 2016 in conference room 419, building 4, Tsinghua university high-end equipment research institute (hereinafter referred to as "high-end institute"). fresh graduates of 2015 and 2016 from various research institutes of the high-end institute and employees with professional title evaluation requirements attended the meeting. With the continuous expansion of the staff of the high-end hospital, the promotion of the staff's professional title is very important for the high-end hospital and its personal development. The expert committee invited the Northern Talent Commissioner to our college to explain the relevant matters of graduates' employment confirmation and grading and professional title evaluation. Relevant employees of various research institutes attended the meeting. Relevant forms were issued on site and matters needing attention were explained. This introduction meeting is the first large-scale introduction meeting on professional title evaluation after the establishment of the high-end hospital. It has been well received by the majority of employees. It has widely popularized the materials related to employees' early understanding and preparation for regular grading and professional title evaluation. After the meeting, the staff consulted on some issues of concern, and the experts gave detailed answers. Report 1: Explanation of Confirmed Employment and Grading Report 2: Site of Professional Title Identification and Evaluation Introduction Meeting (Report of Scientific Research Department/Quan Li Mei Tu/Quan Li Mei)

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2016-07-12

The industrialization process of the laser institute has yielded fruitful results. The first prototype produced in Tianjin was successfully delivered for use.

在天津生产基地生产的首台大口径激光波前变形镜出厂  6月23日,由清华大学天津高端装备研究院(以下简称高端院)激光工程研究所(以下简称激光所)设计并研制的610mm大口径激光波前变形镜,在天津东丽区华明高新产业园区低碳园C1园区完成生产,在高端院5号楼3层实验室调试完成并出厂,正式通过中国工程物理研究院第八研究所的验收并交付使用。高端院有关领导见证了激光变形镜产品的诞生,清华大学相关部门领导见证了该产品的交付验收全部过程。该大口径激光波前变形镜是激光所在天津市东丽区新建实验生产基地生产并调试完成的首台样机,此次验收成功,标志着未来将有更多的高科技激光产品从天津走向全国,激光所产业化进程又向前迈出了标志性的一步。      产品交付验收会议  由激光所研制的激光波前变形镜应用于中国工程物理研究院国家重点工程项目,是该工程的关键技术单元。这次在天津完成的大口径主动反射变形镜系统,其研制开发过程中解决了大口径超薄镜面加工控制技术,探索出独特的自主变形低应力连接技术,实现了重要的技术突破。  自2016年1月激光所接受该项技术攻关任务后,在加紧建设实验室及生产厂房的同时,紧锣密鼓的开展该项产品的设计工作。通过自主设计研发,前后仅用时6个月,就完成了产品从设计到生产出厂并交付验收的全过程。这主要得益于清华大学所拥有的先进的科学技术成果以及高端院科研成果转化平台的大力支持,以此为契机,激光所迅速将技术成果转化为产品并带来巨大生产力价值。与此同时,在高端院5号楼3层完成了大型实验室的建设工作,其中万级洁净实验室面积达256平方米,其主要用于激光产品的基础研究及产品测试;在低碳园C1园区建立了1170平方米的生产车间,其中万级洁净车间达600平方米,另建成一间千级恒温恒湿洁净机房,主要用于激光产品的生产和精密组装。在高端院各部门的通力协助下,激光所实验室于2016年3月16日正式启用,为激光所今后的各项科研工作提供了保障。5月,低碳园C1园区恒温恒湿机房正式启用,达到了产品精密组装的环境要求,并为激光变形镜产品的最终诞生提供了保障。此次产品验收同时,激光所实验与生产厂房更是以零不符合项一次性通过了中国工程物理研究院的验收。      高端院相关领导见证产品诞生  大口径激光波前变形镜产品的成功生产证明了激光所在激光工程技术领域的领先水平,并体现了激光所在研发高端光电装备领域的生产制造能力已达到国家级可行性标准,为今后产品的大批量生产打下了坚实的基础。  高端院作为京津冀地区重要的科技成果转化平台,其协同发展的创新集群式效应得到进一步展现。在今后科研攻关及产业化进程中,激光所将充分发挥技术优势,全面助力高端院在科研创新及提升社会经济发展水平方面发挥积极作用,并在未来产业发展上取得更大成果。    (激光工程研究所报道文/王紫图/周思琪)

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