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2018-08-19

The Marine Equipment Institute of our hospital and the 719 Research Institute of China Shipbuilding Industry Corporation discuss cooperation matters.

On August 18, 2018, Liu Qian, deputy director of the 719 Research Institute of China Shipbuilding Industry Corporation (referred to as "719 Institute"), and Chen Hong, chief engineer, led technicians from the Frontier Technology Development Department to visit the Tianjin High-end Equipment Research Institute of Tsinghua University (referred to as "High-end Institute") Marine Information and Intelligent Equipment Research Institute (referred to as "Marine Equipment Research Institute") to conduct research. The two sides exchanged views on the technical points, application prospects and expected effects of future naval warfare of autonomous underwater vehicles (AUV), and jointly discussed the technical strengths and demand directions of both sides. The bionic AUV independently developed by the Marine Equipment Institute imitates bluefin tuna and has the ability to operate 400 meters underwater. At present, it has entered the stage of assembly and debugging, and underwater experiments can be carried out after debugging. After listening to the report of the Institute of Marine Equipment on the research and development of bionic AUV, the relevant person in charge of the 719 Institute put forward some reasonable opinions and suggestions, and expressed the intention of cooperation in the research and development of new AUV for submarine cruise, monitoring, combat and so on. In the later period, the Marine Equipment Institute will continue to increase research and development efforts in terms of bionic AUV speed and cruise time, focusing on the research and development of AUV control systems to ensure that AUV can operate autonomously on demand. The next step will be the first generation of bionic AUV under the lake experiment, to adjust the parameters, optimize the overall structure. Marine Information and Intelligent Equipment Research Institute Report Wen/Guan Ling Xi.

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2018-08-21

Xi Jinping Emphasizes Transforming the Party's Political and Organizational Advantages into Winning Advantages

8月17日至19日,中央军委党的建设会议召开,习近平出席并发表重要讲话。 讲话指出,十八大后,我军党的领导和党的建设发生全面深刻变化,为强军事业取得历史性成就、发生历史性变革提供了坚强政治保证。讲话中的要点包括:   党的领导和党的建设是我军建设发展的关键。坚持党对军队绝对领导是我军加强党的领导和党的建设工作的首要任务。军级以上高层党委在我军党的组织体系中地位重要、责任重大。   强军之道,要在得人。人才资源是强军兴军的宝贵战略资源。  要以永远在路上的执着和韧劲,坚持严字当头、全面从严、一严到底,深入推进我军党风廉政建设和反腐败斗争。反腐败斗争必须坚定不移抓下去,不会变风转向。  习近平强调,全面加强新时代我军党的领导和党的建设工作,是推进党的建设新的伟大工程的必然要求,是推进强国强军的必然要求。全军要全面贯彻新时代中国特色社会主义思想和党的十九大精神,深入贯彻新时代党的强军思想,落实新时代党的建设总要求,落实新时代党的组织路线,坚持党对军队绝对领导,坚持全面从严治党,坚持聚焦备战打仗,全面提高我军加强党的领导和党的建设工作质量,为实现党在新时代的强军目标、完成好新时代军队使命任务提供坚强政治保证.  17日上午9时30分许,习近平来到京西宾馆,在热烈的掌声中,亲切接见会议代表,同大家合影留念。  习近平在会议上发表重要讲话。他指出,党的十八大之后,党中央和中央军委坚持从政治上建设和掌握军队,特别是召开古田全军政治工作会议,狠抓全面从严治党、全面从严治军,坚持党对军队绝对领导,坚持以整风精神推进政治整训,坚持以理论武装凝心聚魂,坚持把党组织搞坚强,坚持贯彻军队好干部标准,坚持正风肃纪、反腐惩恶,带领全军寻根溯源、革弊鼎新,推动管党治党从宽松软走向严紧硬。我军党的领导和党的建设发生全面深刻变化,为强军事业取得历史性成就、发生历史性变革提供了坚强政治保证。要认真总结经验,把取得的成果巩固好、发展好。    【党的领导】  习近平强调,党的领导和党的建设是我军建设发展的关键,关系强军事业兴衰成败,关系党和国家长治久安。实现党在新时代的强军目标、把人民军队全面建成世界一流军队,完成好党和人民赋予的新时代使命任务,必须持之以恒、久久为功,下大气力解决我军党的领导和党的建设方面存在的矛盾问题和短板弱项,把我军党的领导和党的建设工作抓得更紧更实,把我军各级党组织建设得更加坚强有力。  习近平指出,坚持党对军队绝对领导是我军加强党的领导和党的建设工作的首要任务。要加强党的政治建设,引导全军坚决维护党中央权威和集中统一领导,坚决听从党中央和中央军委指挥。要坚持用新时代中国特色社会主义思想和新时代党的强军思想武装官兵,铸牢部队对党绝对忠诚的思想根基。要落实党委统一的集体领导下的首长分工负责制,做到一切工作都置于党委统一领导之下,一切重要问题都由党委研究决定。要健全党领导军队的制度体系,全面规范我军党的工作和政治工作。  习近平强调,党的力量来自组织,组织强则军队强。要坚持组织路线服务政治路线,聚焦备战打仗主责主业,加强我军党的组织体系建设,增强各级党组织的领导力、组织力、执行力,把党的政治优势和组织优势转化为制胜优势。要适应改革后的新体制新职能,坚持军委管总、战区主战、军种主建总原则,找准各级各类党组织职能定位,优化组织设置,健全制度机制,改进领导方式,把组织功能充分发挥出来。  习近平指出,军级以上高层党委在我军党的组织体系中地位重要、责任重大。要旗帜鲜明讲政治,站稳政治立场,把准政治方向,坚定政治信念,提升政治能力,确保政治过硬。高层党委要抓备战打仗,提高战略谋划能力、真打实备能力、改革创新能力、科学管理能力、狠抓落实能力。   【培养人才】  习近平强调,强军之道,要在得人。要把培养干部、培养人才摆在更加突出的位置,着力锻造忠诚干净担当的高素质干部队伍,着力集聚矢志强军打赢的各方面优秀人才。要坚持德才兼备、以德为先、任人唯贤,突出政治标准和打仗能力,深入解决选人用人突出问题,把强军事业需要的人用起来,把合适的人放到合适岗位上。要贯彻党中央战略部署,制定和落实好优秀年轻干部培养规划,对看得准的要重点培养,放在备战打仗一线、吃劲要紧岗位和急难险重任务中摔打磨练。   习近平指出,人才资源是强军兴军的宝贵战略资源。要加紧构建“三位一体”新型军事人才培养体系,加大联合作战指挥人才、新型作战力量人才、高层次科技创新人才、高水平战略管理人才培养力度。要完善相关配套政策,加强文职人员队伍建设。要坚持严管和厚爱结合、激励和约束并重,鼓励实干,鼓励创新,帮助解决现实问题,把大家积极性、主动性、创造性充分调动起来。  【党风廉政建设】  习近平强调,要以永远在路上的执着和韧劲,坚持严字当头、全面从严、一严到底,深入推进我军党风廉政建设和反腐败斗争。对享乐主义、奢靡之风要穷追猛打,对形式主义、官僚主义要坚决破除。要加快转变治军方式,按法定职责权限履职用权,依据条令条例和规章制度开展工作。要深入开展纪律教育,严格纪律执行,用铁的纪律推动全面从严治党、全面从严治军。  习近平指出,反腐败斗争必须坚定不移抓下去,不会变风转向。要坚持无禁区、全覆盖、零容忍,坚持重遏制、强高压、长震慑,坚持受贿行贿一起查,健全完善权力运行制约和监督体系,扎紧制度笼子,不给权力脱轨、越轨留空子。要坚持标本兼治,加强党内政治文化建设,注重在固本培元上下功夫,引导大家正心修身、律己持家、清廉为官,自觉抵御歪风邪气的侵蚀。  中共中央政治局委员、中央军委副主席许其亮,中共中央政治局委员、中央军委副主席张又侠出席会议,并就贯彻落实习近平重要讲话精神、加强我军党的领导和党的建设工作提出要求。  中央军委委员魏凤和、李作成、苗华、张升民出席会议。各战区、各军兵种、军委机关各部门、军事科学院、国防大学、国防科技大学和武警部队党委书记、副书记以及有关领导同志等参加会议。

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2018-08-21

The Spiritual Power of the Chinese Road

进入21世纪,中国日益走近世界舞台中央,不断为人类作出更大贡献。究竟是什么力量使久经磨难的中华民族迎来了从站起来、富起来到强起来的伟大飞跃?回答这个问题需要探究社会发展的深层动力。马克思主义与中华传统文化共同造就的凝聚力、创造力和责任感构成了中国道路成功的重要精神力量。 道德的价值追求产生的凝聚力 中华文化的鲜明特征之一是重视人的价值并视道德为人的首要品质。孔子讲“仁者人也,亲亲为大”,孟子也讲“恻隐之心,仁之端也”。子女爱其父母以及人对弱小生命的怜悯是人区别于禽兽的根本属性。人要通过道德修养实现本性和价值。这种价值选择着眼于人的德性提升而非自保和侵占。价值选择是文化的核心要素,道德的价值选择使中国在政治、社会、文化等方面都能形成强大的向心力和凝聚力。 从社会生活角度,人的德性提升要在与他人的关系中实现,这即要求“己欲立而立人,己欲达而达人,己所不欲,勿施于人”。这就很难形成个人权利和个人本位,有助于形成人与人的团结互助,使中华民族作为一个整体能够“心往一处想,劲往一处使”,从而促进社会和谐和促进发展进步。从文化建设角度,人的道德本性作为人的情感体验是真实的,人的互助友爱作为人际交往要求更是令人向往的,因此道德价值取向很容易在社会上形成价值认同,甚至还能在不同文化间达成价值共识。孔子有言:“故远人不服,则修文德以来之。”历史上中原文化不断吸引和吸纳周边文化发展自身,在经济全球化时代这种文化和道德的力量更能促进文化融合、共谋经济发展。 辩证的思维方式形成的创造力 西方传统的形式逻辑主张性质单一的最高原则统摄一切。马克思则批判继承黑格尔的辩证逻辑,以对立统一深刻说明了人类社会发展规律。与此相通,中国文化主张任何事物都是差异基础上的统一。《易传》讲“一阴一阳之谓道”,儒家讲“和而不同”,道家更讲“祸兮福之所倚,福兮祸之所伏”。这种对世界的认识产生了辩证思维方式,具体表现为善于包容不同,具体分析具体情况,坚持原则性与灵活性相统一,尤其在矛盾融合中创新发展理念、寻找发展契机。 作为中国道路发展的指导思想,马克思主义中国化正是运用辩证思维创新发展理念的成功尝试。中国共产党人以马克思主义为旗帜,创造性地运用“农村包围城市”和“爱国统一战线”等方式实现民族解放。在社会主义建设时期,我们更是把马克思主义基本原理与中国社会具体实际相结合,找到了一条适合中国国情的社会主义改造道路,建立了社会主义制度;在此基础上,我们从中国国情出发,坚持唯物辩证法,对社会主义建设进行了艰辛探索,取得了一系列重大的理论和实践成果。改革开放以来,我们坚持唯物辩证法,在经济上摆脱计划经济的教条,充分运用国家计划和市场调节等不同手段,实行社会主义市场经济,并着力使市场在资源配置中起决定性作用和更好发挥政府作用,促进经济发展;在政治上创立民主集中制和共产党领导的多党合作制,充分发挥人民代表大会制度和政治协商制度的作用,从而开辟了中国道路,创造了中国奇迹。上述实践智慧都是根据具体情况进行的大胆创新,辩证思维所形成的创造力无疑为中国道路开辟了广阔前景。 自强的生命实践养成的责任感 道德价值理念与辩证思维方式共同造就了中华民族自强不息的生命实践。《易传》有言:“天行健,君子以自强不息”,“地势坤,君子以厚德载物”。自强不息与厚德载物表达了中国文化“进取创新”和“包容守成”的基本精神。自强不息既有道德上的不断提升,又有对现实生活的积极创造。这是“不怨天,不尤人”的向内求索之路,它不仅塑造了中华民族的坚韧性格和实干精神,而且还培养了每一个体对自身和家国强烈的责任担当。 实际上,道德修养与生活创造是内在相通的。《中庸》指出,人的道德修养是以至诚之心明了自身德性,进而推己及人、以情类物,帮助他人和万物实现各自本性。这一道德修养过程即是参赞化育的建功立业。而“可以赞天地之化育,则可以与天地参矣”。对万物的责任使人获得可与天地比肩的人性尊严,人性的尊严和高贵使中国文化主张责任重于权利。自强不息的奋斗精神和对家国天下的责任担当使中国道路的发展拥有不竭动力。近代以来,即便在内忧外患的黑暗境地中,中华民族也没有失去希望而是在上下求索中救亡图存。中华人民共和国成立以后,在不仅没有外援而且面临封锁的情况下,仍然在经济发展和科学研究方面取得重大突破。“苟日新,日日新,又日新”,这种修德进取、自强不息、重任在肩的民族精神在中华民族伟大复兴的征程中,将继续爆发无穷的社会力量,推动中国道路不断走向胜利。

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2018-08-23

The 16th International Conference on Magnetic Bearings hosted by our institute was a complete success.

The 16th International Magnetic Bearing Academic Conference, sponsored by the Chinese Mechanical Engineering Society and jointly organized by the Tianjin High-end Equipment Research Institute of Tsinghua University and Tianjin Feixuan Technology Co., Ltd., was grandly held at the Beijing International Convention Center from August 14 to 17. The International Magnetic Bearing Academic Conference is the top international academic conference in this field. It is held every two years. It gathers scholars, experts, researchers and entrepreneurs related to magnetic bearing technology from various countries. It is an important platform for international academic exchanges. Representatives of the plenary meeting took a group photo on August 14. The session officially opened. Academician Luo Jianbin, President of our college, delivered an opening speech. Professor Lin Zongli of the University of Virginia in the United States and Professor MochimitsuKomori of Kyushu University of Technology in Japan delivered congratulatory speeches respectively. Tsinghua University Department of Energy and Power Engineering Professor Yu Yuan presided over the conference. During the conference, six internationally renowned experts from the United States, Switzerland, Japan and China gave special academic reports for the conference; 248 representatives from 19 countries read and listened to 112 group reports; SKF, Gree Group, 14 internationally renowned companies including MECOS held product exhibitions and technical exchange activities during the conference. Academician Luo Jianbin delivered an opening speech for the conference. Professor Yu Traceyuan of Tsinghua University presided over the conference site. On August 15, the participating international experts and scholars visited Tianjin Feixuan Technology Co., Ltd. located in Binhai New Area. Through the visit, they learned about the company's rapid development in the field of magnetic bearings and personally felt the openness and confidence of Chinese enterprises. On August 17 at the exhibition site, all representatives visited and took the Beijing Metro S1 Maglev Line, which is Beijing's first medium-and low-speed maglev rail public transportation line with a total length of 10.2 kilometers and a total of 8 elevated stations. Through the quiet, fast and stable driving experience, the delegates felt the comfort and convenience brought by magnetic levitation technology to people's lives. Visiting the exhibition site of Tianjin Feixuan Technology Co., Ltd. Visiting the 4-day meeting on the S1 magnetic levitation line of the subway was short and substantial. During the meeting, domestic and foreign counterparts conducted extensive and in-depth exchanges on cutting-edge issues in the field of magnetic levitation bearings, which is for the future development of international The close cooperation has laid a good foundation. Not only that, Chinese young scholars have also opened their horizons, broadened their thinking, and increased their knowledge through this conference, which has played a role in promoting further research and development in this field in the future. The international conference was successfully concluded on August 17. High-end Bearing and Rotating Machinery Research Institute Report/Shi Qiantu/Jiao Hanwei

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2018-08-29

The Advanced Energy Institute of our institute signed two technical service (development) contracts with CNNC Jianzhong

The Advanced Energy Equipment Technology Research Institute of Tianjin High-end Equipment Research Institute of Tsinghua University (referred to as "Advanced Energy Institute of High-end Institute") and China Nuclear Jianzhong Nuclear Fuel Element Co., Ltd. (referred to as "China Nuclear Jianzhong") have achieved results after recent communication and negotiation. Stage results. On August 24, 2018, the two sides formally signed two technical service (development) contracts, including "pilot workshop dynamic simulation system construction" technical service and "lead bismuth fast reactor fuel assembly prototype development" technical development (cooperation). Based on its technical accumulation in digital nuclear power and lead-bismuth fast reactor, Advanced Energy Institute will provide technical services and support for domestic nuclear power leading enterprises. The signing of the two contracts marks the formal substantive cooperation between the two parties in major national strategies such as lead-bismuth fast reactors and digital nuclear power, laying a good foundation for subsequent joint cooperation and related national project declarations. The project development content signed this contract is the key research field of the Advanced Energy Institute, and has long-term technology accumulation. Among the two contracts, the "pilot workshop dynamic simulation system construction" technical service contract will carry out simulation system construction and intelligent transformation for the nuclear fuel production line in CNNC, so as to improve the information construction level of CNNC, so as to enable visitors to understand the achievements of the company's automation construction in a more concise and effective dynamic simulation way, and can also be provided as learning materials for post personnel and new recruits. The project "Prototype Development of Lead-Bismuth Fast Reactor Fuel Assembly" will focus on one of the key technical problems of lead-bismuth fast reactor fuel assembly, and develop its component prototype. CNNC is the largest manufacturer of nuclear fuel elements in China, and the advanced energy department of the high-end institute has basically mastered the relevant design in this technical field. The two sides have joined forces to meet the major strategic needs of the country and laid a good foundation for the early layout of the lead-bismuth fast reactor industry in order to carry out scientific research projects at the national level and develop the lead-bismuth fast reactor market. Lead-Bismuth Fast Reactor Design Concept Chart China Nuclear Jianzhong Nuclear Fuel Element Co., Ltd. is a backbone member unit of China National Nuclear Corporation. It was founded in 1965. The company covers an area of 3356 acres, with an annual industrial output value of more than 5 billion yuan and more than 4900 employees. The company takes nuclear power fuel element manufacturing as its leading industry, and concurrently engages in nuclear-grade zirconium alloy pipe manufacturing, fine chemical production, lithium metal production, lithium battery manufacturing, etc., and is my country's largest PWR nuclear power fuel element production base. It has been modernized for my country's national defense Construction and the development of the national nuclear power industry have made important contributions. Report of Advanced Energy Equipment Technology Research Institute/Wen Wang Liangjun

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2018-08-29

High-end equipment practice class closing reply successfully completed

Tianjin High-end Equipment Research Institute of Tsinghua University (referred to as "High-end Institute"), as a professional dispatch institute of Tsinghua University, has been committed to the innovative exploration of talent training. In April 2017, in order to promote the close cooperation between the two sides in personnel training, the Graduate School of Tsinghua University and the high-end college jointly built a "graduate professional practice base". By setting up off-campus practical courses for high-end equipment, we will improve the collaborative education mode of combining production, teaching, research and application, strengthen the construction of graduate students' professional practical ability, and cultivate their integrated thinking ability of production, teaching, research and application. In July 2018, the second batch of 10 graduate students who participated in the high-end equipment practice course started the course practice in the high-end college, and completed the final defense of the practice course on August 24. The practice class teacher took a photo with the practice students. The final defense of the high-end equipment practice class was presided over by Mr. Zhao Gan, Department of Mechanical Engineering, Tsinghua University. Teachers Gao Yanfang, Huang Meihua and student guidance teachers from the graduate school participated in the defense, and 10 students in the practical class defended. First of all, Song Haisong, on behalf of all the practical students, reported the practice process of this summer vacation, recalled some unforgettable experiences of the students and the harvest of this practical class, as well as thanks to the guidance teachers of the high-end college for their careful cultivation. Subsequently, 10 students made a summary report on 9 project topics. The students reported with clear ideas and clear views, fully demonstrated their specific work and achievements in the past eight weeks, and fully combined theory with practice. With the help of the instructors of various research institutes, the students conduct market research and summary analysis in accordance with actual needs, and give their own improvement plans or innovative ideas for the research projects. After each student reported, the judges and teachers conducted on-site questions and replies. The teachers and students exchanged and interacted continuously, and the academic atmosphere was strong. At the end of the on-site defense meeting of the defense meeting, all the students were awarded the practice certificate, and the projects of Hou Mingdong and Li Miaofen were selected as the excellent projects of this practice. This high-end equipment practice class was successfully concluded in the group photo of teachers and students. As the practice base of talent training in Tsinghua University, the high-end college will continue to explore the cross-professional practical teaching system in the future, gradually improve the construction of the practice base, and comprehensively improve the professional standards, practical innovation capabilities and teamwork capabilities of graduate students, and continue to cultivate compound senior talents Make a contribution. Scientific Research Department Reported Text/Tu Shiyue (Intern)

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2018-09-05

Biomedical Institute of High-end Hospital Successfully Held Parent-Child Activity for Risk Assessment of Dental Caries Incidence

On September 2, 2018, the "Caries Incidence Risk Assessment Parent-Child Activity" jointly organized by the Institute of Biomedicine and Equipment of Tianjin High-end Equipment Research Institute of Tsinghua University (referred to as "High-end Institute") and Beijing Gangda Medical Co., Ltd. (referred to as "Gangda Medical") was successfully held in Building 5 of Kechuang Huigu Park, dr. Xuan Songyu, an expert in children's stomatology and the stomatological center of Peking University Hospital, was invited to attend the event. Wang Zhao, director of the Institute of Biomedicine, Mr. Jin Canhu, medical manager of Gangda, and his medical team also attended the event. This parent-child activity has been the high-end hospital internal staff and their families and social direct registration personnel actively participate. At 9:00 a.m., the activity officially began, and the staff led parents and children into the stadium. First of all, Dr. Xuan Songyu and Liu Qingqing, project director of the Institute of Biomedicine, introduced caries and gave guidance on brushing teeth, and answered parents' questions on the spot. Under the guidance of professionals, parents and children have mastered the correct method of brushing teeth. In his introduction, Xuan Songyu stressed that in order to achieve the effect of dental caries prevention and control in children, at least two professional examinations should be carried out in the hospital every year. Subsequently, Xuan Songyu carried out sampling and testing of caries bacteria on the surface of children's teeth and tooth decay detection, and applied fluoride to children of all ages to protect their teeth, so as to enhance their antacid ability and inhibit the growth of bacteria in the oral cavity, thus achieving the purpose of preventing dental caries. The assessment results and prevention suggestions will also be notified to all parents three days after the activity, so as to help children have good and healthy dental care habits. After the tooth sampling, the activity entered the leisure and entertainment session. The children enjoyed the healthy tooth biscuits prepared by biomedicine and interactive sand painting games. Teeth biscuit is a product independently developed by the Institute of Biomedicine. By regulating the oral flora, it can effectively inhibit oral acid-producing cariogenic bacteria. Generally, it can be eaten by children at 10 am or 3 pm every day to effectively inhibit oral acid-producing cariogenic bacteria. Breeding, so as to achieve the effect of preventing dental caries. Finally, in a piece of laughter, this parent-child activity came to a successful conclusion. Regular risk assessment of dental caries can play a positive role in preventing and reducing the occurrence of dental caries in children. At the same time, it can also let parents know the situation of children's oral cavity in time and learn the correct lifestyle to prevent dental caries, which is of great significance. In the future, the biomedical institute of high-end hospitals will also continue to expand the promotion of anti-dental caries technology to help more children protect their teeth and serve more families. Biomedicine and Equipment Research Institute Report/Han Pengtu/Wang Zimu Han Peng Gao Yijuan

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2018-09-06

A delegation from Tianjin Bohai Chemical Industry Group visited our hospital

On September 3, 2018, Zhao Lizhi, Secretary of the Party Committee and Chairman of Tianjin Bohai Chemical Group (referred to as "Bohai Chemical Group"), Zhang Shixin, Deputy Secretary of the Party Committee and Deputy General Manager, and the heads of the group and its subordinate units visited Tianjin High-end Equipment Research Institute of Tsinghua University (referred to as "High-end Institute"). Luo Jianbin, president of the High-end Institute and academician of the Chinese Academy of Sciences, he Yongyong, executive vice president, Woodmin, vice president, Zhang Chenhui, director of the Institute of Lubrication Technology, and Dai Yuanjing, executive deputy director, attended the reception and attended the forum. First of all, Zhao Lizhi and his entourage visited the exhibition hall of the achievements of the high-end hospital, had a detailed understanding of the construction process, system mechanism and other information of the hospital, and exchanged with He Yongyong one by one on the high-end hospital robot manufacturing technology, new energy power vehicles, industrial 4.0 intelligent factories, additive manufacturing 3D printing, friction reduction and consumption reduction intelligent lubrication and other technologies. While expounding the advanced technology in various fields, He Yongyong also shared a number of key application cases. At the exhibition hall visit technology exchange forum, Luo Jianbin extended a warm welcome to the visit of Bohua Group and his party. After listening to each other's briefings, the two sides conducted in-depth exchanges based on their own technical advantages and business needs. Luo Jianbin pointed out that Bohai Chemical Group is a large state-owned backbone enterprise, shouldering the important task of national industrial revitalization, while the high-end institute has the mission of exporting advanced achievements of manufacturing industry and serving the development of manufacturing industry. He expects the high-end institute to open a new chapter of cooperation with Bohai Chemical Group. Zhao Lizhi pointed out that the development of the high-end institute is rapid and steady, and the manufacturing technology is cutting-edge and comprehensive. He hopes to establish a comprehensive cooperative relationship in the future in-depth contact. Through this meeting, the two sides learned from each other and exchanged sincerely, and reached a preliminary consensus on the cooperation demands that may be reached in the future. Both sides hope to achieve achievement sharing, collaborative development and win-win innovation on the road of improving the degree of industrial automation and intelligent transformation and upgrading. Brief introduction to the discussion and exchange: Tianjin Bohai Chemical Group Co., Ltd. is a super-large enterprise group in China, ranking 147th among the top 500 enterprises in China, with an annual marketing volume of more than 10 billion yuan and an annual import and export volume of more than 0.3 billion US dollars. its products involve chlor-alkali, organic chemical, inorganic chemical, fine chemical, rubber and plastic processing, biochemical and many other fields, with nearly 3000 varieties. The output of many products of Tianjin Bohai Chemical Group Company has been in the forefront of China's chemical industry and enjoys a good reputation in China and around the world. Hospital Affairs Department's Enterprise Publicity Office Report/Zhao Na Tu/Zhao Na

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2018-09-08

2018 Asia-Pacific Robot World Cup Backbone Coach Training Successfully Held in Qingyan Huayi

全体培训的骨干教师、教练合影留念    9月3日和4日,为期两天的“2018亚太机器人世界杯CoSpace骨干教练员培训(天津站)”在清研华翊(天津)教育科技有限公司(简称“清研华翊”)成功举办。来自全国的机器人教育和竞赛精英聚集在清研华翊,进行了深度切磋和交流。新加坡国际CoSpace机器人教育联盟教育事务负责人,新加坡国立大学的沈佳瑶教授,国际竞赛事务负责人Hans老师,国际合作负责人Jordan,青岛、西安、佛山、大连等全国十余省市的骨干教师教练以及清研华翊哈尔滨分公司的教程编写人员在内的50余人参加了此次培训。清华大学教授、清研华翊首席科学家、RoboCup类人组比赛项目负责人刘莉教授和清研华翊总经理邵羽女士共同出席了此次培训会。  Hans讲解亚太机器人世界杯CoSpace赛项    亚太机器人世界杯CoSpace赛项是与RoboCup机器人世界杯齐名的两项国际顶级赛事,CoSpace机器人已被全球40多个国家应用在机器人教学与竞赛之中,它为广大的青少年机器人爱好者们提供了丰富的竞赛平台与跨文化交流的非凡体验。  培训交流分享机器人教育竞赛经验  培训正式开始后,刘莉教授致开幕辞。她首先对新加坡一行专家和参加此次培训的各地老师表示热烈欢迎,并对Cospace亚太机器人世界杯赛事的培训会选在清研华翊举办表示感谢。她在讲话中强调,希望清研华翊的硬件技术和Cospace的软件技术展现出强大优势,通过强强联合,共同打造高水平的人工智能机器人赛事,让此项国际大赛发力京津冀,并面向全国,为中国青少年机器人教育竞赛赋能。  刘莉教授开场致辞    清研华翊总经理邵羽感谢CoSpace组委会对清研华翊的认可和信任,希望在未来的赛事推进中,清研华翊和CoSpace组委会双方能进一步加深合作,借助机器人亚太世界杯赛的影响,推动天津乃至全国的青少年机器人教育普及和提高,为中国的创新人才培养做出应有的贡献。  沈佳瑶教授传授编程宝的使用和操作    培训会上,来自新加坡国际CoSpace机器人教育联盟教育事务负责人沈佳瑶教授为大家传授了CoSpace机器人套装软件编程宝的使用和操作,并对软件内提供的寻线、寻路、越障、搜索等训练主题进行了深入演练和实操。精彩的赛项,零起点、零门槛、一步通关的优越技术,再次吸引着前来学习的业内人士。随后,竞赛事务负责人Hans介绍了F1赛项的规则及编程平台。清研华翊相关负责人对自主研发的教材、课件、器材进行了详细讲解,其技术实力获得在场来宾的强烈认同。接受培训的各地区的学校老师们也在培训最后分别分享了中小学参赛情况、课程开发,CoSpace国际参赛情况和赛事推广等方面的经验和思考。    参观高端院感受平台高精尖技术  清研华翊承办的此次培训活动受到了清华大学天津高端装备研究院的大力支持。为了让来宾们更加了解清华技术,培训正式开始前学员们就参观了高端院成果展示厅,对高端院的体制机制、运行模式、研究领域、转化路径等方面进行了详细了解,并对高端院的机器人制造技术、3D打印技术、沙柳木产业装备等成果的产业化进行与讲解人员进行了互动交流。  参观高端院展厅    两天的培训很快过去了,学员们开拓了视野,增长了见识。学员们对清研华翊培训期间给予的严密组织与周到安排赞不绝口。CoSpace组委会成员也对此次清研华翊的培训承办工作给予的大力支持表示充分的肯定。我们相信此次天津站的培训已经给清研华翊与国际亚太机器人竞赛的深度合作打开良好开端,并将为下一步推广打下夯实的基础。  清研华翊  清研华翊作为此次培训的承办单位,是一家专门从事人工智能与机器人技术在教育领域创新应用的高科技企业。作为高端院机器人团队的孵化企业,清研华翊依托清华大学的前沿技术,将人工智能机器人科技与青少年教育相结合,形成了涵盖器材研发、生产销售和教育开发为一体的产业化链条。    清研华翊(天津)教育科技有限公司报道文/魏巍图/魏巍田秋原

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