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2018-06-27

A blanket to witness the depth of war friendship

The tomb of Xu Xukui sleeps quietly among the green pines and cypresses in Huangqiao Park in Taixing City, Jiangsu Province. In the display cabinet of the Huangqiao Battle Memorial Hall of the New Fourth Army, an old blanket he used is displayed. All this tells people the little-known story of Xu Xukui. Xu Xukui (1917-1940) was born in Huang'an (now Hong'an) County, Hubei Province, a famous general county in China. He joined the Chinese Workers' and Peasants' Red Army at the age of 14 and joined the Communist Party of China at the age of 17. During the Second Civil Revolutionary War, he grew from a squad leader of the Fourth Red Front Army to a platoon commander, company commander, battalion commander and commander of the 25th Red Army. He participated in the revolutionary roots of Hubei, Henan and Anhui.

2018-06-27

Laser Engineering Research Institute

The Laser Engineering Research Institute of Tianjin High-end Equipment Research Institute of Tsinghua University was established on February 1, 2015. The research results and technology transformation and industrial incubation base of the laser technology research team of Tsinghua University.

2018-06-28

Advanced Energy Equipment Technology Research Institute

Advanced Energy Equipment Technology Research Institute is a scientific research institution under the Tianjin High-end Equipment Research Institute of Tsinghua University, which was established on May 15, 2015. This study focuses on the design, calculation and analysis, software services and technical support of nuclear power plants, taking into account the research and development of offshore energy equipment. Under the current situation of vigorous development of my country's nuclear power industry, the institute concentrates on the nuclear power industry and undertakes outsourcing service contracts from China National Nuclear Corporation and China General Nuclear Power Group. Advanced Energy Equipment Technology Research Institute R & D team strength, nuclear power design experience. The core personnel of the team include: 4 professors/associate professors of Tsinghua University, 1 researcher-level senior engineer, 1 associate professor of Xiamen University, and 2 associate professors of Northeast Petroleum University, covering mechanical structure design, mechanics, strength verification, fluid flow field analysis, and thermal Engineering analysis and other design fields. At present, the Institute has a total of 21 design and research personnel, more than 80% of which have a master's degree or above in key universities in China. The research institute in the service field takes nuclear energy equipment as the main research object, and provides consulting and technical services to research institutes and commercial power station groups in the field of nuclear technology. 1. Technical consulting services for small reactor design: for small nuclear power plants, provide relevant design schemes, manufacturing processes, computational analysis (nuclear physics, thermal engineering, mechanics, etc.). 2. The geological storage of spent fuel and the storage of medium and low-level radioactive waste: by learning from the advanced experience of foreign countries, the Institute quickly carried out research work in this area, put forward a project-feasible plan, and provided an implementation plan for the country's spent fuel storage. Digital nuclear power station: Digital nuclear power station is a 3D virtual digital power station with complete operation logic, which can be used to verify power station design, verify nuclear power construction and commissioning process and other functions. 4. Intelligent Visual Big Data Service Platform: At present, there are tens of millions of video acquisition terminals successfully distributed around the world, which can collect and store 60 million videos to the cloud every year and are applied to various intelligent devices in the fields of intelligent manufacturing, smart home, Internet of Things, Internet of Vehicles, robots, unmanned aerial vehicle live broadcast, etc. Apply for 13 software copyrights. The Prospects Institute has undertaken a service contract with CGN to provide technical service support. At present, the Institute has been involved in the storage of spent fuel sites, and the state has invested hundreds of billions of dollars in this field. In cooperation with CNNC, the Institute will carry out three-dimensional digital nuclear power work on nuclear power projects under construction. The Institute has obtained a software service license from Dassault, France, and can provide services in China and Asia for the application of the software. There is a large market space for software service work in the field of nuclear power. Tianjin Qijuan Technology Development Co., Ltd. has been registered, and Qingyan Nuclear Energy Co., Ltd. and Qingyan Intelligent Visual Big Data Co., Ltd. are being registered. Contact Address: Building 4, Kechuang Huigu Park, East Hongshun Road, Huaming High-tech Zone, Dongli District Zip Code: 300300 Contact: Shao Rong Fixed Phone: 022-24925358 Mobile Phone: 13642180885 E-mail: 022-shaor@tsinghua-tj.org Fax: 022-24925358

2018-06-29

Why we should adhere to the theory of the primary stage of socialism

2018-06-29

Our hospital successfully held the exchange meeting on the use of patent database

In order to promote the smooth development of patent technology navigation, layout, retrieval and application of Tianjin High-end Equipment Research Institute of Tsinghua University (hereinafter referred to as "High-end Institute"), on June 26, 2018, on the basis of opening the trial of Patentics database, our institute invited Dr. Lu Rong of CNKI to the institute for the use of Patentics database and case exchange. Relevant leaders of several scientific research teams of the High-end Institute participated in the exchange meeting. The exchange meeting focused on the value and importance of patent search and analysis tools, Patentics product profiles, Patentics search and analysis functions, product trial and after-sales service, aiming to help high-end researchers clarify the importance of patent strategy, and was unanimously recognized by the participants. This exchange and training not only created a good platform environment for promoting the simultaneous improvement of the quantity and quality of patent achievements in our hospital, but also added strength to the construction and protection of patent achievements in the hospital. In the future, our institute will continue to hold relevant training meetings from time to time, which is also an important measure to implement the innovation of scientific and technological achievements, strengthen the thinking of intellectual property rights, and promote the development of scientific and technological work. Database introduction: The Patentics is an intelligent patent information processing system independently developed by Soyi Interactive Company. It adopts the world's most advanced new generation of Chinese and English automatic concept understanding search technology. It not only provides protection for patent examiners of the State Intellectual Property Office to conduct millions of patents every year. Application review provides protection, but also provides a full range of consulting services such as patent analysis, patent implementation, and patent strategy for R & D personnel and patent practitioners of enterprises, universities, scientific research institutions. Scientific Research Department Report/Wang Liquan Figure/Wang Liquan

2018-06-30

Institute of Table Interface Micro-nano Technology

Based on the accumulation of scientific research achievements in the past decades by the Department of Mechanics of Tsinghua University and the State Key Laboratory of Tribology, with the policy support of Tianjin Municipality and the technical support of Tsinghua University, the Institute of Surface Micro-nano Technology realizes the industrial transformation and application of self-assembled filter material coating, oil-water separation of self-assembled coating, and superhydrophobic surface preparation. Carry out the relevant achievements of self-assembly technology transformation, scientific research industrialization, technical support and product services, and establish the operation mode of related products.

2018-07-02

Stamp Inscription Party History Hammer Sickle Casting Monument

On the occasion of commemorating the 97th anniversary of the founding of the Communist Party of China and celebrating the birthday of the "July 1st" party, the magnificent picture of party history on the stamps will inspire us to not forget our original aspirations and forge ahead under the guidance of Xi Jinping's new era of socialism with Chinese characteristics., To advance courageously to realize the Chinese dream of the great rejuvenation of the Chinese nation. "Appreciate the party history and treasure the mail, relive the red memory". Throughout the series of stamps issued by our country, the glorious course of the party is recorded, the extraordinary years of the party are engraved, and the golden hammer sickle casts the immortal monument of the party. Stamps from the site of the First Congress. On July 23, 1921, the first National Congress of the Communist Party of China was held in the French concession of Shanghai

2024-09-26

Lubrication and Friction Testing Center

The Lubrication and Friction Testing Center is a third-party laboratory jointly established by the Tianjin High-end Equipment Research Institute of Tsinghua University and the State Key Laboratory of Tribology of Tsinghua University. It is a public technology platform that provides inspection, testing and professional evaluation services. The testing center has set up a professional testing and analysis team with the goal of serving the whole society and promoting energy-saving operation and maintenance and consumption reduction of manufacturing and equipment. It has been engaged in the development of friction and wear mechanism, lubrication condition monitoring technology and lubrication management system for a long time. It is a public technology platform that provides inspection, testing and professional evaluation services. Business Scope Core Technology 1, Intelligent Lubrication System 2, Evaluation of Special High-end Grease 3, Wear and Failure Analysis of Metal and Non-metallic Materials Failure Analysis: Industrial Transformation Testing Center such as Fracture Morphology, Mechanical Properties, Micro-area Composition Analysis, etc. It has established joint institutions with many well-known enterprises at home and abroad to cooperate closely in the fields of inspection and certification, intelligent lubrication, intelligent equipment operation and maintenance, etc; at the same time, it provides professional technical services and solutions for PetroChina, State Grid, ExxonMobil, GE, KONE, Mitsubishi and other enterprises. On the platform of the high-end institute, the "Tianjin Equipment Manufacturing Engineering Technology Center for Reducing Friction and Consumption" was established ". Contact information for introduction of instruments and equipment Address: Building 4, Kechuang Huigu Park, East Hongshun Road, Huaming High-tech Zone, Dongli District Zip Code: 300300 Contact: Ma Qingchao Fixed Tel: 022-84819355 E-mail: 022-maqc@tsinghua-tj.org Fax: 022-84819350

2018-07-03

Politburo Meeting: Vigorously Discovering, Training and Selecting Outstanding Young Cadres

The Political Bureau of the CPC Central Committee held a meeting on June 29 to review the "Opinions on Vigorously Discovering, Training and Selecting Outstanding Young Cadres to Adapt to the Requirements of the New Era." Xi Jinping, general secretary of the CPC Central Committee, presided over the meeting. The meeting emphasized that it was discovered that the training and selection of outstanding young cadres is a basic project to strengthen the construction of the leadership team and the cadre team, and is a major strategic task related to the successor of the party's cause and the long-term stability of the country. Since the 18th National Congress of the Communist Party of China, we have resolutely implemented the standards for cadres, eliminated the age-only bias, improved the work of reserve cadres, optimized the growth path of cadres, and promoted the implementation of the goal of normalized deployment. The work of young cadres has achieved remarkable results.

2018-07-03

High-end Institute Successfully Developed High Resolution and High Confidentiality Image Instant Transmission System

A few days ago, the high-resolution and high-confidentiality image instant transmission system developed by the Advanced Energy Equipment Technology Research Institute of the High-end Institute (hereinafter referred to as "Advanced Energy Research Institute") has completed phased results. Based on the PCOIP remote desktop video compression protocol, the high-resolution and high-confidentiality image instant transmission system platform has been established, realizing the functions of real-time viewing and synchronous operation in different places. It mainly includes high-performance servers, compression transmission chips, decoders and other key equipment. High Resolution and High Confidentiality Image Instant Transmission System Platform Recently, Beijing and Tianjin, Beijing and Nanjing, where Advanced Energy is located, conducted remote image instant transmission tests. The test contents include timely transmission of high-definition rendering video and real-time operation of CAD software. The results obtained are very ideal. The whole test process has no delay and jam, no loss of image quality and data, fully meeting the established technical specifications and achieving the expected results. High-definition video real-time transmission The main technical features of the system include: (1) High transmission speed. Using the ordinary network, you can realize the video, voice, image, text transmission. There is no obstacle to accessing the server's video in a remote place, or using the server in a remote place for 3D collaborative design. (2) High image quality. The image compression method is lossless compression, the compression ratio is not less than 10, the resolution of the transmitted image is not less than 1920*1080, the transmission speed is not less than 60 frames per second, and the minimum image transmission delay is 0.2 seconds. (3) High confidentiality. Since all the data is only stored on the server in one location, the remote user only uses the monitor, keyboard and mouse for remote access, and cannot connect to the external storage and save the data. (4) High flexibility. The remote can access the server through server authorization. If you want to disconnect the remote, you only need to cancel the authorization. The remote installation can use the monitor, mouse and keyboard of the original computer, and only add a decoder. Therefore, after the remote is authorized, access is very convenient and flexible. (5) High security. During transmission, encryption and segmentation are performed. Even if a hacker can intercept the information transmitted by the network, it is only the dynamic information on the screen, and no data is transmitted. Therefore, the intercepted data is not the original data. Remote synchronous design and operation The system is widely used, and similar systems have been selected by units with data confidentiality requirements, such as NYSE, Boeing, Honda and other design units. Domestic military industry, national defense, large design institutes, aerospace, large manufacturing enterprises and other units that need to keep proprietary data confidential and prevent proliferation have a great demand for real-time transmission of high-resolution and high-confidentiality images. This system can provide solutions for them. China's Hualong No.1 and high-speed rail projects are facing to go abroad and go to foreign markets. In order to keep the technology confidential and not cause the leakage and loss of proprietary design data, the system can provide strong technical support. All data are stored in the domestic headquarters or designated locations. Overseas application units can only view the design data through the display, and cannot copy or download the data to their own storage media, effectively played the role of information protection. At present, the system has received a high degree of attention and has a broad market space in the future. Advanced Energy Institute will further increase research and development efforts on the basis of current research and further improve the system. Advanced Energy Equipment Technology Research Institute Report/Wang Yuewei Figure/Sheng Xuan Yu.

2018-07-03

Lubrication Technology Research Institute

Lubrication Technology Research Institute is a research and development institution relying on Tianjin High-end Equipment Research Institute of Tsinghua University, with the research and development of environmentally friendly high-end metal processing lubricants/fluids and their industrialization as one of the main goals. Academician Luo Jianbin is the leader of lubrication. The research team is composed of the State Key Laboratory of Tribology of Tsinghua University and Tianjin High-end Equipment Research Institute. It has long been engaged in theoretical research on nano-tribology, water-based lubrication, super-slip and application technology development of ultra-precision surface processing. One of the main goals is the research and development and application promotion of water-based metalworking fluids, lubricants and core additives. The lubrication institute has a team of more than ten people, including 4 with senior professional titles and 70% with master's degree or above. It has applied for more than 10 invention patents and 7 public ones. Core technology 1) formula and application technology of human-friendly environment-friendly water-based cutting fluid with excellent lubricating performance; 2) corruption control technology of water-based cutting fluid with "bacteriostasis by bacteria"; 3) blending and application technology of lubricating oil and additives for new energy vehicles; 4) Synthesis and blending technology of oil-soluble non-sulfur phosphorus organic molybdenum anti-wear additive; 5) Lubrication technology of cold rolled silicon steel sheet and field application technology of cold rolling liquid. The use of Tsinghua cutting fluid in the factory The anti-grinding effect of non-sulfur phosphorus organic molybdenum in oil products and its mechanism Discussion on the example industrialization process of cooperative enterprises The production-research-application cooperation of water-based cutting fluid has been formed with many large domestic manufacturing enterprises, and the use of enterprises has excellent evaluation of Tsinghua cutting fluid. Environmental protection antibacterial vegetable oil-based titanium alloy processing fluid was tested in a stand-alone factory in aerospace seiko, with on-site feedback of mild skin, good lubricity and knife protection, at present, it is in continuous use. The cutting fluid corruption biological control technology developed for emulsification system is tested on the factory test platform. The results show that the cutting fluid has good biological stability and is not easy to corrupt in its life cycle under the condition of substantial reduction of fungicide. Maintain close communication and cooperation with domestic representative machinery manufacturing enterprises such as AVIC and Xugong Group to creatively solve the use problems in the process of high-precision machining, provide help for China's manufacturing 2025. High-efficiency, long-term, environment-friendly water-based fully synthetic metal working fluid (including core functional additives) and lubricating oil functional additives suitable for harsh environment are still in the research stage in the world, and the breakthrough in this area has very important social significance and practical value. Contact information for equipment support Address: Building 4, Kechuang Huigu Park, East Hongshun Road, Huaming High-tech Zone, Dongli District, Tianjin Zip Code: 3000161 Tel: 022-84819483 E-mail: zhouy@tsinghua-tj.org Fax: 022-84819487

2018-07-05

Robotics and Automation Equipment Engineering Research Institute

The Institute of Robotics and Automation Equipment Engineering was officially established on February 1, 2015. It is the achievement and technology transformation and industry incubation base of intelligent robots and automation equipment by Professor Chen Ken's excellent team of Tsinghua University in Tianjin High-end Institute.

2018-07-05

The fourth meeting of the leading group of Tianjin High-end Equipment Research Institute of Tsinghua University was held

2018年7月3日，清华大学天津高端装备研究院（以下简称“高端院”）领导小组第四次会议在天津市东丽区科创慧谷5号楼一楼会议室召开。会议听取了高端院的年度工作进展汇报，并就高端院未来的发展规划展开讨论。　　参会人员合影　　　　上午九点半，高端院第四次领导小组会议开始。清华大学副校长兼领导小组组长尤政院士，东丽区委副书记、区长兼领导小组副组长孔德昌，清华大学机械系主任、高端院院长兼领导小组副组长雒建斌院士以及来自清华大学、东丽区政府的领导小组成员参加了会议。出席会议的特邀嘉宾有天津市科委党委书记、主任戴永康，东丽区委书记夏新。第四次领导小组会由高端院副院长路新春主持，常务副院长何永勇做工作汇报。　　会议现场交流　　　　在研究讨论院建设与发展议题环节，与会人员听取了何永勇关于高端院2017年建设情况及2018年工作规划的报告，审议并通过了高端院2017年决算及2018年预算。会上，集体通过了关于高端院领导小组成员变更的申请，同意东丽区副区长李光华同志兼任高端院副院长职务。　　在交流讨论环节，孔德昌指出，领导小组会议不但是高端院发展的阶段总结会，也是清华大学、地方政府共同为高端院发展献计献策的互动平台。新任副院长李光华表示，未来会和院领导班子一起共同努力，推动研究院成果转化的产业化工作，助力研究院快速发展。　　　　　会上，雒建斌回顾了高端院的建院理念。三年多来，高端院积极转化科研成果，大力推动人才队伍建设，并在诸多项目上取得了突破性进展。这既得力于研究团队的努力，更得力于天津市、东丽区政府在政策上的大力支持。未来，高端院会继续推进清华大学优秀科研成果最后一公里的转化工作，助力中国制造向中国创造的转型升级。　　夏新对高端院的发展成绩表示肯定。他指出，过去几年，高端院在成果转移转化、技术输出、产业化落地等方面助力了东丽区的创新发展。同时，高端院拥有众多高学历人才、高技术人才，良好的人才储备也为东丽区经济转型之路增添了创新的力量。随后，夏新对高端院未来的发展提出三点期望：以区域产业发展为核心，继续推进成果转化的产业化进程；拓展科技金融，聚焦商业中心，继续引领产业创新；最大化得转化清华大学尖端技术，继续助力传统企业产业升级。最后夏新表示，东丽区也会一如既往得支持高端院全面发展。　　尤政代表清华大学感谢天津市、东丽区政府对高端院在整体建设方面的大力支持。他表示，作为校地合作的专业外派院，高端院在天津聚焦了行业、专业以及服务优势。清华大学智能装备设计与制造全日制工程硕士项目的落地也将对高端院人才平台建设有所推动。希望高端院未来能够深入完善从学校基础学科、院内成果转化，到团队术业专攻、公司产业推广的新型产业化链条，为地方区域发展提供技术支撑、做好技术服务。　　　　戴永康在讲话时指出，高端院建院至今发展成绩显著，对天津市的科技发展起到了良好的促进作用，已成为科研院所技术创新的标杆。未来，市科委会继续在科研项目申报、技术中心建设等方面为高端院提供更多的配套服务，助力其成果的孵化转化。　　最后，雒建斌表示，高端院定会全力以赴、开拓进取，将会议精神形成工作规划并逐一部署，承担好清华大学成果转化的重任、服务好当地政府及企业并持续推动机制体制的创新发展、为装备制造技术产业升级贡献力量。　　至此，清华大学天津高端装备研究院领导小组第四次会议圆满结束。　　院务部企宣办报道文/赵娜图/赵娜

2018-07-06

Hundreds of boats compete for flow, thousands of sails compete for wisdom to create a guest heroic posture exhibition

2018年“创客中国”创新创业大赛　　智能工厂专业赛项目风采掠影　　　　由工信部信息中心和中国中小企业协会主办，清华大学天津高端装备研究院、清研厚德（北京）科技有限公司和青岛海创汇创业服务有限公司、清研海创（天津）创业服务有限公司、海尔数字科技（上海）有限公司共同承办的2018年“创客中国”创新创业大赛智能工厂专业赛自6月项目征集启动至今，吸引了众多来自全国各地的优秀企业和创客团队，创新项目更是琳琅满目、各有千秋——核电站数字化维护仿真、SMT贴片智能制造、高效轻质柔性可穿戴电磁吸收MXene膜、掌上智冷App、钢管束智能生产线、镯魔网络工厂、云仓大数据监管平台……光看名字，就足以让人浮想联翩。　　　　让我们撷取这众多精彩中的几个小镜头，　　共同体会智慧创客们创新路上的酸甜苦辣吧！　　镜头一：未来的民营核电维修仿真服务　　　　核能仿真创客团队带来了“核电站数字化维护仿真”项目，对于项目的缘起，项目领队盛老师谈起了他在核电行业的几段经历——2004年，他在某核电集团给进行核电维修的人员进行培训时，了解到的情况让他特别震惊：工人进入电站进行维修时，为了抢进度，把拆卸出来的控制棒吸收体就放在旁边，工人就地进行维修，而控制棒吸收体具有非常强的放射性。有些工人由于体质不好耐辐照能力差，被辐照弄得脸上起泡，无法工作，只能回老家，但他们上有老小有小，全家就指望这份收入，所以哭哭啼啼，不愿意回去。在某大型核电站他了解到，在做关键部位维修时，工人有可能一次所受剂量就达到了国家规定的一个人所允许承受的剂量限值，因此虽然这些工人属于熟练工人，但是在本年度剩下的时间里，再也无法承担类似的维修任务。理论上，这些人应该去海边度假，彻底休息，可是由于维修工厂的人员有限，为了节约成本，已经承受够剂量的维修人员，后续只能做打扫卫生这样低工资的任务，导致工人都没有积极性去从事高剂量位置的维修工作。因为做完后，反而自己的工资待遇降低了。此外，部分核电站为了让工人熟悉维修场景，专门建设了与真实的核电站内完全一样的设备，让工人去做模拟训练，效果当然很好，但是成本太高、无法广泛应用。在与国外同行的交流中，盛老师也发现，国外核电站的维修也存在类似的混乱情况，核电站的维修也不是业主自己的人员进行维修，是委托外面的公司来进行，存在着工人不熟悉核电站内部场景，发生各种错误和安全事故频发的情况。　　鉴于在核电站维修阶段对于辐射防护和维修仿真基本上是0，核能仿真团队在当前VR和AR技术及数字化工厂技术迅猛发展的基础上，创新性地研发了基于达索V6平台建立的一款数字化企业的互动制造应用软件，主要通过数字化工厂技术对整个生产过程进行仿真、评估和优化，从而使生产制造过程在虚拟空间中得以检验，缩短从规划到生产的时间。盛老师说，这是一套普适性很强、多场景应用的数字化工厂软件，应用于核电维修仿真更有其独到的价值，一是降低维修工人的所受辐射剂量，可以延长工人的寿命，是功德无量的事；二是可以缩短维修时间，提高核电站的利用率。核电站每天的利润超过1500万元，运营方非常关注电站的安全、满功率运行，一切都为电站的安全和满功率运行让路，对核电站的维修仿真就可以帮助实现这一目标。核电站从立项计划开始，到最后退役，大概需要100年的时间，他们希望以维修仿真为突破口，未来开展全生命周期PLM的核电站管理仿真服务，在庞大的核电市场上发展出一个民营核电维修仿真服务的品牌。　　镜头二：激情飞扬的高校创客团　　　　北京理工大学创客为大赛带来了来自动力机械与工程、航空宇航科学与技术、电子科学与技术、模式识别与智能系统等领域的研究生们完成的十余个创新创业项目，从基于多阀系统的柴油机低温起动性能优化技术、新型拓扑半金属材料设计及量子特性调控到电动四足机器人结构优化与运动稳定性研究、便携式割胶机器人等项目，无一不显示出这些年轻创客们立足学业看创业、把理想用高科技方法变为现实的出色能力。　　来自天津大学的冬雨团队、灯火阑珊团队、梦之队、朗琪队、益能队等几支参赛队带来了安电猫、智能招领系统、智能咖啡制售、面向科研市场的模块化开源3D打印机、“让秸秆‘烧’的更完美”等各具特色的创新项目，分别涉及大范围用电设备一体化智能监控、智能储物及智能匹配、互联网+行业机器人、多材料、多技术在3D打印机上的集成耦合、BASIC_生物质焚烧、气化计算软件等领域，有的项目属国内独创、有的已与国内知名厂家达成合作意识，成长潜力非常巨大。　　别出心裁的“象棋数字化智能制造示范线”项目来自天津机电职业技术学院，这是一个用以开展职业培训的智能制造示范线实训平台，包含了一套完整的中国象棋自动化生产线，包括DNC机床、AGV小车、工业机器人、上下料单元、装配站、立体库等智能制造基本单元，同时还集成了机器人视觉定位和检测、MES信息化管理、大数据分析、3D增材制造、VR同步虚拟仿真、工业生产网络安全监控等技术，直观地展示了各项新技术在生产中的应用，具有示范、培训、测评、咨询四大功能，可为广大传统的制造业企业提供智能制造示范效果，项目建设方案目前已经通过校内外技术专家团队的评审，目前处于系统初期调试阶段，即将应用于工业机器人、机械制造与自动化（3D制作）等专业数百名学生的实践教学。　　镜头三：个性定制的“钢铁裁缝”　　焊割工艺素有“钢铁裁缝”之称,是现代工业中最基础的生产加工工艺，反映了一个国家重大、核心装备的制造水平，是中国制造2025的重点技术领域。河北创客选送了两个很特色的智能生产项目——汽车车厢瓦楞板智能生产线和建筑钢管束智能生产线。项目负责人，清华大学中国制造2025高研班的老学员刘女士说，她们企业最初是靠家族凝聚力同舟共济度过了创业初期的各种艰难，但也同国内其它中小制造企业一样，面临着综合成本高、核心竞争力不强、人才缺乏、融资困难、转型升级步伐艰难等问题。2013年后，随着我国全面推进实施制造强国战略的推进，越来越多的民营企业意识到企业制造装备的自动化对企业发展的重要性，因此自动化甚至个性化的焊割设备的市场需求与日俱增。她们意识到只有不断创新，企业的技术研发能力才能有质的飞跃，才能跻身于市场赢家之列，于是组织设计人员有针对性地开展了电力金具系列、专用车系列（其中包括汽车箱体瓦楞板的研发）、新型钢构建材系列（其中包括钢管束的研发）等自动化生产线的研发，获得了用户及相关行业的认同及欢迎。科技创新，为企业的发展带来了勃勃生机，她们为客户“量身设计”的各种专用自动焊割装备不断填补国内行业空白，成为供不应求的“私人定制”产品受到客户及业界广泛好评。刘女士说，参赛是交流学习和检验成果的绝好机会，她们非常感谢清华大学机械系举办的中国制造2025高研班激发了她们的创新灵感，更感谢清华高端院举办的这次大赛为她们提供了创新展示的平台，希望据此寻找更多的新创意、新技术和新商机。　　　　目前，2018年“创客中国”创新创业大赛智能工厂专业赛项目征集已近尾声，期待有更多优秀中小企业和创客团队携带他们的创新技术、新产品、新服务以及新模式进入我们的视野……　　报名咨询　　联系人：赵老师、李老师　　联系电话：18901265097、13920179523　　邮箱：zhaoxm@tsinghua_tj.org、lixl@tsinghua_tj.org　　地址：清华大学天津高端装备研究院（天津市东丽区华明高新区弘顺道东段科创慧谷4号楼）　　更多比赛信息详情，请登录网址了解　　http://www.cnmaker.org.cn/　　比赛更多资讯　请您扫码入群　　我们期待您的加入！

2018-07-06

Our hospital successfully held the opening exchange meeting of high-end equipment practice class

On July 3, Tsinghua University Tianjin High-end Equipment Research Institute (hereinafter referred to as "High-end Institute") held a high-end equipment practice course opening exchange meeting. Academician Luo Jianbin, President of our college, experts from Tsinghua University, enterprise experts of CRRC Qingdao Sifang Locomotive and Rolling Stock Co., Ltd. (hereinafter referred to as "Qingdao Sifang"), project instructors of high-end colleges and 15 practical course students attended the exchange meeting. At the beginning of the meeting, Academician Luo Jianbin, the dean, affirmed the implementation of practical courses to cultivate double "T" new engineering talents with innovative thinking and practical ability. At the same time, he warned students to cultivate correct scientific research values, which reflected Academician Luo's hope for contemporary Tsinghua students. At this opening exchange meeting, the students explained the research background, methods, schedule and expected results of the project. The experts of the review team put forward many constructive opinions on the students' defense from the aspects of topic focus, scheme feasibility and schedule arrangement, laying a solid foundation for the smooth progress of the students' project. The high-end college is the graduate practice base of Tsinghua University, which aims to strengthen the construction of graduate students' professional practice ability and cultivate their integrated thinking ability of production, teaching, research and application. This year, we will continue to cooperate with Qingdao Sifang to undertake high-end equipment practice courses, hoping to strengthen graduate students' in-depth understanding of key areas of high-end equipment and improve the collaborative organization ability of graduate teams through the guidance of industry experts and cross-professional team cooperation. The opening and exchange meeting of this practical class was successfully concluded. I look forward to the students gaining more excitement this summer. Scientific Research Department Report/Deng Qiantu/Deng Qian Zhao Na

2018-07-06

The Story of Party Constitution Revision

From the beginning of the three major, it has become a common practice to make partial amendments to the party constitution. The history of the revision of the party constitution is the process in which the Communist Party of China constantly revised its direction and led the Chinese people to the truth. The central topic of the first three revisions of the CPC National Congress held in 1923 was to discuss cooperation with the Kuomintang. After heated discussion, it was decided that Communist Party members would join the Kuomintang in their personal capacity and establish a joint front with the Kuomintang in the form of inner-party cooperation in order to accomplish the task of the national revolution against imperialism and feudalism. The conference passed seven documents, one of which is the "First Amendment to the Constitution of the Communist Party of China." But the three are not re-made.

2018-07-09

On the Original Contribution of Xi Jinping's Thought on Socialism with Chinese Characteristics in the New Era

2018-07-09

The research group of Tianjin CPPCC came to our hospital to investigate the topic of "promoting the integration of informatization, artificial intelligence, digitization and industrialization"

为推进天津市高质量产业发展,天津市政协科技教育委员会主任李宝纯就如何“推进信息化、人工智能、数字化与工业化的融合”专题协商会议议题来我院调研并举行座谈会，市政协常务委员、东丽区政协副主席、东丽职业教育中心学校校长刘萍，市政协委员、东丽区政协党组书记、主席李大勇，市政协委员、东丽区政协副主席、中国汽车研究中心副总工程师方茂东等陪同调研。东丽区政协副主席、清华大学天津高端装备研究院（简称“高端院”）副院长路新春、高端院常务副院长何永勇等接待调研组一行。　　展厅前合影　　在高端院展厅，何永勇向调研组成员全面的介绍了我院的建院背景，运行机制，技术、产业、金融等方面的服务模式以及发展现状等情况，并对我院智能制造、机器人自动化、高端装备、减摩降耗、轨道交通等领域取得的重要科研成果及产业化进程进行了详细的汇报。参观中，机器人团队最新研发的科教机器人、沙产业所的沙柳木结构件、表界面所的除尘滤袋和甲醛净化系列产品等产业化项目备受关注，调研组成员详细询问了产业化进程和应用情况，对发展成绩及广泛的应用表示了肯定。　　李宝纯等听取产业化项目介绍　　天津市政协为了更好的开展下一步工作，有效推动我市人工智能、数字化与工业化融合发展，李宝纯此次主持座谈会并深入听取了大院大所、企事业单位的负责人的意见、建议。路新春首先在座谈中发言，他感谢了天津市政府对高端院各项工作的大力支持，经过多年的发展证明了高端院落地天津、选择东丽是个正确的决定。研究院所的发展是个长期的过程，希望未来能够继续得到地方政府支持，使高端院持续稳定发展。　　路新春向调研组介绍华海清科产业发展情况　　随后的交流中东丽职业教育中心学校校长刘萍，东丽区政协党组书记、主席李大勇，中国汽车研究中心副总工程师方茂东，以及东丽区政协委员、天津正阳科技开发有限公司总经理李宗楠，东丽区政协委员、中科院自动化所天津中科智能技术研究院常务副院长李峰分别就本单位的发展成果，发展动向、数字信息化的优势，人工智能、自动化在企业发展中遇到的困难以及如何解决这些困难等方面发表了各自的观点，提出了意见、建议。李大勇在座谈中谈到，对东丽区的大院大所、龙头企业政府要继续加大支持力度，对存活下来的传统企业加大技术改造支持力度；加强校企合作，推动产教融合工作的开展。企业家出身的李宗楠更是从自身角度出发总结出企业走信息化道路进行转型升级的8大利好，给出了中肯的建议。　　座谈会现场　　座谈会最后，李宝纯做总结发言，她感谢各位政协委员建言献策，提出了很多好的建议，会汇总上报，将提议落到实处。东丽区作为天津市高端装备制造业基地发挥着重要的作用，科教委会认真研究，就未来如何加大对高端新型研发机构的支持，让其发挥更大能量和作用做出相关提案，为天津产业高质量发展做出更大的贡献。　　李宝纯做总结发言　　企宣办报道文/王肖图/王肖

2018-07-11

Our hospital successfully held a lecture on high temperature friction and friction measurement

On July 4, 2018, Professor BrahamPrakash of Sweden's Luleå UniversityofTechnology of Technology (Luleå University of Technology) was invited to give an academic report entitled "TribologyresearchatLule UniversityofTechnology (Tribology Research of Luleå University of Technology)" in the 419 multi-function hall of Tsinghua University Tianjin High-end Equipment Research Institute (hereinafter referred to as "High-end Institute"). Several research heads, engineers and graduate students from the practice base attended the report. The meeting was presided over by Zhang Xiangjun, vice president of the meeting. Professor BrahamPrakash first introduced the tribology research team of Luleao University of Technology, the existing equipment of the TriboLAB (tribology laboratory) and the "tribos" master's study tour course. Then he focused on the research progress in high temperature friction and friction measurement, shared the research results in mixed lubrication, pitting mechanism, friction of mechanical parts, etc., and put forward the research needs and research directions of tribology in the future. During the lecture, the participants actively asked questions and discussed with Professor BrahamPrakash. The on-site interactive atmosphere was warm, and the report will achieve the expected exchange effect. Speaker introduction: Professor BrahamPrakash BrahamPrakash is a senior expert in tribology. He has published more than 200 papers, including more than 100 journal papers including TribologyInternational and Wear. His research fields involve: the role and influence of wheel-rail interface tribology and rail grinding, tribology of mechanical parts (bearings, seals, gears, etc.), high-temperature tribology in hot forming of high-strength steel, friction and wear of materials (high-strength steel, polymers, ceramics, metallic glass, etc.), solid and boundary lubrication, surface engineering, analysis and coping strategies of friction failure. Professor BrahamPrakash received a world-renowned master's degree from the Indian Institute of Technology in 1976 and a doctorate from the Indian Institute of Technology in 1993. He is currently a professor at Luleaux University of Technology in Sweden, and has served as a visiting professor at Tokyo Institute of Technology, Tokyo University of Science and other well-known universities. And served as a visiting editor of many international journals. Scientific Research Department Report/Deng Qiantu/Deng Qian

2018-07-12

On conscientiously studying, publicizing and implementing the "Lecture Notes on Xi Jinping's News Thoughts (2018 Edition)" and General Secretary Xi Jinping's letter to People's Daily

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party building work

A blanket to witness the depth of war friendship

2018-06-27

Laser Engineering Research Institute

2018-06-27

Advanced Energy Equipment Technology Research Institute

2018-06-28

Why we should adhere to the theory of the primary stage of socialism

2018-06-29

Our hospital successfully held the exchange meeting on the use of patent database

2018-06-29

Institute of Table Interface Micro-nano Technology

2018-06-30

Stamp Inscription Party History Hammer Sickle Casting Monument

2018-07-02

Lubrication and Friction Testing Center

2024-09-26

Politburo Meeting: Vigorously Discovering, Training and Selecting Outstanding Young Cadres

2018-07-03

High-end Institute Successfully Developed High Resolution and High Confidentiality Image Instant Transmission System

2018-07-03

Lubrication Technology Research Institute

2018-07-03

Robotics and Automation Equipment Engineering Research Institute

2018-07-05

The fourth meeting of the leading group of Tianjin High-end Equipment Research Institute of Tsinghua University was held

2018-07-05

Hundreds of boats compete for flow, thousands of sails compete for wisdom to create a guest heroic posture exhibition

2018-07-06

Our hospital successfully held the opening exchange meeting of high-end equipment practice class

2018-07-06

The Story of Party Constitution Revision

2018-07-06

On the Original Contribution of Xi Jinping's Thought on Socialism with Chinese Characteristics in the New Era

2018-07-09

The research group of Tianjin CPPCC came to our hospital to investigate the topic of "promoting the integration of informatization, artificial intelligence, digitization and industrialization"

2018-07-09

Our hospital successfully held a lecture on high temperature friction and friction measurement

2018-07-11

On conscientiously studying, publicizing and implementing the "Lecture Notes on Xi Jinping's News Thoughts (2018 Edition)" and General Secretary Xi Jinping's letter to People's Daily

2018-07-12

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