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Research Centers(R＆D)
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Research Center for Robot and Automation Equipment
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Research Center for Lubrication Technology
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Lubrication and Friction Testing Center
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Research Center for Surface Engineering
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Research Center for Surface/Interfacial Micro/Nano-technology
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Research Center for Advanced Energy Equipment Technology
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Research Center for Laser Engineering
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Research Center for Additive Manufacturing Technology and Engineering
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Research Center for Heavy Machinery Technology
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Research Center for Microfluidic Systems Design and Manufacture
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Research Center for Electromagnetic Strengthing for Tools and Bearings
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Research Center for Intelligent Security Technology and Equipment
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Research Center for Advanced Bearing and Rotating Machinery
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Research Center for WIT120 and Medical Equipment
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Research Center for Test Equipment and Technology
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Research Center for Biomedical Equipment
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Research Center for Wheel-Rail Relationship and Maintenance
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Research Center for Industryh Automation and Equipment
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Research Center for Advanced Retarder for Vehicle
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Research Center for the Fulcrum Forcing Equipment and Forming Technology
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Research Center for Flight Control
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Research Center for Industry 4.0
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Research Centre of Embedded System and IoT
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Research Center for Micro & Nano Energy Technology
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Research Center for Power Transmission
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Research Center for Marine Information and Intelligent Equipment
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Research Center for Optics and Electronics
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Research Center for Composite Manufacturing and Intelligent Identification
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Research Center for High Performance Titanium Alloy Preparation
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Research Center for Intelligent Materials and System
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Research Center for Digital Smart Equipment
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Time of issue:2021-08-17 15:02:32
Research Centers
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Research Center for Robot and Automation Equipment
2015-04-04
1 查看详细
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Research Center for Sand Industry Engineering Equipment
2015-06-14
沙产业工程装备研究所是围绕沙柳木型材制造工艺的需要，将沙柳变为绿色的建筑材料，研发和设计全套机械装备，促使其形成新的产业，推动沙产业可持续的发展，为环境保护、生态文明建设作出贡献。 研究团队由清华大学机械系教授、博士生导师、长江学者路新春带队，聘请沙柳木专利发明人李茂林先生，围绕沙柳木制造工艺的需要，进行成套设备的研发、设计和制造。团队现有教授2人，机械工程师3人，电气工程师1人，化学工程师1人。 1．沙柳木型材具备尺寸稳定性好、力学性能好、可设计性等优点。阻燃等级达到国家B1级。游离甲醛含量≤0.02PPM。应用领域非常广泛。可以用于户外景观、木结构房屋、门窗、家具、古建筑修复、船舶制造等领域。 2．围绕沙柳木制造工艺，涉及的主要设备有：沙柳疏解机、改性罐、干燥机、铺装机、压机、热处理窑等设备。 研究所将根据工艺和产品的要求，持续的研发和升级全套机械装备，提高装备的自动化程度，从而推动沙柳绿色建材产业的发展，实现可持续的防沙治沙和修复生态的目标。 产业化进程 1、2016年2月18日，成立产业化公司天津清研华林科技有限公司； 2、2016年4月19日，清华大学天津高端装备研究院与天津渤海精细化工有限公司双方共同签订了《战略合作协议》。 3、2016年9月30日，清华大学天津高端装备研究院和鄂尔多斯伊金霍洛旗政府共同投资成立了内蒙古清研沙柳产业工程技术中心有限公司。 4、内蒙古清研沙柳产业工程技术中心有限公司一期投资一条年产1.5万m³的沙柳木型材生产线和引进一条德国年产3万㎡的木屋生产线。 5、2017年9月《联合国防治荒漠化公约》第十三届缔约方大会在鄂尔多斯举行，沙柳资源综合利用项目作为展示项目参展，推动了清华大学天津高端装备研究院在沙产业领域的发展和创新，向国际社会展现中国在防沙治沙领域的科技水平。 联系方式 地址：东丽区华明高新区弘顺道东段科创慧谷园区4号楼 邮编：300300 联系人：王倩 固定电话：84819473 手机：18902137521 邮箱：wangqian@tsinghua-tj.org 查看详细
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Research Center for Lubrication Technology
2015-07-13
润滑与摩擦检测中心是清华大学天津高端装备研究院与清华大学摩擦学国家重点实验室共建的第三方实验室，是提供检验检测、专业化评价服务的公共技术平台。 检测中心以服务全社会、促进制造与装备的节能运维与降耗为目标组建了一支专业的检测分析团队，长期从事摩擦磨损机理、润滑状态监测技术与润滑管理体系的开发，是提供检验检测、专业化评价服务的公共技术平台。 业务范围 核心技术 1、智能润滑系统 2、特种高端润滑脂的测评 3、金属与非金属材料的磨损与失效分析 失效分析：断口形貌、力学性能、微区成分分析等 产业转变 检测中心与国内外多家知名企业建立联合机构，就检验认证、智能润滑、装备智能运维等领域紧密合作，实现了产学研相结合的成果开发与转化；同时为中石油、国家电网、ExxonMobil、GE、KONE、三菱等企业提供了专业的技术服务和解决方案。 在高端院的平台上，组建了"天津市装备制造减摩降耗工程技术中心"。 仪器设备介绍 联系方式 地址：东丽区华明高新区弘顺道东段科创慧谷园区4号楼 邮编：300300 联系人：马庆超 固定电话：022-84819355 邮箱：maqc@tsinghua-tj.org 传真：022-84819350 查看详细
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Lubrication and Friction Testing Center
2015-07-13
清华大学天津高端装备研究院润滑技术研究所（以下简称"润滑所"）是依托清华大学天津高端装备研究院，以环保型高端金属加工润滑油/液研发及其产业化为主要目标之一的研究开发机构。 润滑所以雒建斌院士为领头人，研究团队由清华大学摩擦学国家重点实验室和天津高端装备研究院两大部分组成，长期从事纳米摩擦学、水基润滑、超滑等理论研究和超精密表面加工的应用技术开发，并以水基金属加工液和润滑油及核心添加剂研发及应用推广为主要目标之一。润滑所团队十余人，其中高级职称4人，硕士及以上学历占70%强，已申请发明专利十余项，公开7项。 核心技术 1）具有优异润滑性能的人体友好型环保水基切削液配方与应用技术； 2）"以菌抑菌"的水基切削液腐败控制技术； 3）新能源汽车配套用润滑油及添加剂调配及应用技术； 4）油溶性非硫磷有机钼抗磨添加剂合成与调配技术； 5）冷轧硅钢薄板润滑技术及冷轧液的现场应用技术。 清华切削液在工厂的使用情况 非硫磷有机钼在油品中的减磨效果及其作用机理探讨 合作企业示例 产业化进程与国内多个大型制造企业形成水基切削液的产-研-用合作，使用企业对清华切削液评价优异；环保抑菌型植物油基钛合金加工液在航天精工进行单机厂试，现场反馈对皮肤温和，润滑性好、护刀，目前持续使用中；针对乳化体系开发的切削液腐败生物控制技术在厂试平台进行机台测试，结果表明：杀菌剂大幅减量的情况下，切削液生物稳定性良好，寿命周期内不易腐败；与中航工业、徐工集团等国内代表性机械制造企业保持密切的沟通与合作，创造性的解决高精密机械加工过程中的使用难题，为中国制造2025提供助力。 高效长效、环境友好的水基全合成金属加工液（含核心功能添加剂）及适合苛刻环境下使用的润滑油功能添加剂目前在世界范围内还处于攻关阶段，这方面的突破具有非常重要的社会意义和实用价值。 设备保障 联系方式 地址：天津市东丽区华明高新区弘顺道东段科创慧谷园区4号楼 邮编：3000161联系电话：022-84819483 邮箱：zhouy@tsinghua-tj.org 传真：022-84819487 查看详细
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Research Center for Surface Engineering
2015-07-13
表面工程研究所是清华大学天津高端装备研究院下属的一个研究机构，主要从事表面处理工艺、材料、设备的研发与生产等。 研究所现有教授1名，博士后3名，博士研究生7名，工程师2名。其中，邵天敏教授（清华大学博士生导师）为所长。先后承担一批重大科研项目，包括国家自然科学基金、国家重点基础研究发展计划（973计划）、国家科技重大专项（04专项）、国际合作及企业合作项目等。近年来发表论文100余篇（S 查看详细
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Research Center for Surface/Interfacial Micro/Nano-technology
2015-07-13
清华大学天津高端装备研究院表界面微纳技术研究所，依托于清华大学机械系和摩擦学国家重点实验室数十年来科研成果的积累，在天津市政策扶持和清华大学技术支持下，实现自组装滤料涂层、自组装涂层油水分离、超疏水表面制备等技术的产业转化及应用，开展自组装技术的相关成果转化、科研产业化、技术支持和产品服务等工作，并建立相关产品公司化的运作模式。 表界面微纳技术研究所所长、清华大学机械系汪家道教授及其团队 查看详细
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Research Center for Advanced Energy Equipment Technology
2015-08-23
ResearchCenterforAdvancedEnergyEquipmentTechnology，foundedonMay15th,2015,isaffiliatedwithTianjinResearchInstituteforAdvancedEquipment,TsinghuaUniversity.Itsmajorresearchfieldcovernuclearplantdesign,ca 查看详细
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Research Center for Laser Engineering
2015-08-24
清华大学天津高端装备研究院激光工程研究所（以下简称“激光所”）成立于2015年2月1日，是清华大学柳强教授和黄磊博士研究团队在天津高端院的激光装备成果与技术转化及产业孵化基地。 柳强教授和黄磊博士带领的团队由清华大学激光研究室和高端院激光所两大部分组成，并已由高端院激光所孵化出配套公司清控华科（天津）光电有限公司，该公司目前与激光所联合管理。团队长期从激光及光电工程装备的研究和开发，在高功率激光 查看详细
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Research Center for Additive Manufacturing Technology and Engineering
2015-09-27
2015年9月，清华大学天津高端装备研究院增材制造技术与工程研究所（以下简称“增材制造所”）成立，旨在构建产学研协同创新体系，推动增材制造技术的发展。 增材制造所团队目前现有教授1名，副教授1名，博士2名，具备本科以上学历的工程师十余人。所长由清华大学林峰教授担任。团队在金属材料和生物材料及细胞三维打印领域进行了十余年的的技术研究，开发了电子束选区熔化（EBSM）、低温沉积制造（LDM）和三 查看详细
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Research Center for Heavy Machinery Technology
2015-09-27
ResearchCenterforHeavyEquipmentTechnology(hereinafterreferredtoasRCHET),whichwasfoundedin2015,isaresearchinstituteundertheTianjinResearchInstituteforAdvancedEquipment,TsinghuaUniversity(hereinafterref 查看详细
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Research Center for Microfluidic Systems Design and Manufacture
2015-09-27
微流控 查看详细
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Research Center for Electromagnetic Strengthing for Tools and Bearings
2015-10-22
刀具&轴承电磁强化技术研究所具有“电磁强化”工艺与装备技术的完全自主知识产权。电磁强化是清华大学首先提出的可大幅提升合金与金属陶瓷耐磨性的处理技术，具有不改变元件外观与尺寸、无污染、高效等特点，已经历了多行业、多批次的实践检验，并开始实际应用。目前国内外尚未有类似的技术与水平。 本研究所团队核心成员为清华大学师生，同时包括了设备制造商和刀具&轴承用户，是国内目前为数不多的开展相关研究及产业化 查看详细
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Research Center for Intelligent Security Technology and Equipment
2015-12-01
IntroductionRessearchCenterforIntelligentSecurityTechnologyandEquipmentisasubordinateorganizationoftheInstitutewhichfoundedbyprofessorsofTsinghuaUniversityandmanyotherexpertsandscholarsinthefieldofsecurity. Bytheendof2015,ournewproduct--the“Marvishieldintelligentthree-dimensionalvehicleinterceptionsystem"successfully developedandwontheindependentintellectualpropertyrights.IthaspassedtheProductidentification ofChineseMinistryofpublicsecurity. CoreTechnology1．AntiTerrorvehicleinterceptionequipment? Rapidlayoutroadblocker(noneedburial and construction)? Shallowburiedanti-terroristroadblocker? Anti-terroristautomaticbollard? SuperhighspeedTyrekillers 2.IntelligentVehicleInterceptionSystemTheadvantagesofthesystem? Intelligentidentification? Multi-stageprotection? Earlywarninglinkage? RemotemonitoringandoperationSoftwarecopyrightandinventionpatenthavebeenobtained IntelligentVehicleInterceptionSystem 3.ThreedimensionalvisualizationsecuritysystemThesystemhasbeensuccessfullyappliedinBeijingYanqiLakeInternationalExhibitionCenter.Thesystemincludesfollowingfunctionsandhasstrongscalability：Threedimensionalmodeldisplayinthesystem? Threedimensionalmodeldisplayinthesystem;? Overlaydisplayofvideo，movingobjectinformationandmotiontracklinein3Dscene;? Automaticsearchtargetinthevideoscreen;? Detection of objects left behind;? Alarmofaccesstounauthorizedareas. Throughclosecontactwiththemarket,ResearchCenterforIntelligentSecurityTechnologyandEquipmenthasaccumulatedalotofpracticalexperience,laidasolidfoundationforthelong-termdevelopmentinthefieldoftheanti-terrorism,securityindustry. Inthefuture,wewillcontinuetoadhering"pragmatic,hardworkandresponsibility"spiritand"Integrity,win-win,creation"businessphilosophytoprovideexcellenttechnology,goldqualityproductsandefficientserviceforthecustomers.ContactInformationAddress：BuildingNo.4,TI-Park,HongshunRoad,HuamingHi-TechZone,DongliDestrict,Tianjin,P.R.ChinaPostcode:300300ContactPerson:XiaohaoZhangTel: 010-84858132Mobil:13488729343Email:zhangxh@tsinghua-tj.orgFax:010-64304416 查看详细
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Research Center for Advanced Bearing and Rotating Machinery
2015-12-10
ResearchCenterforAdvancedBearingandRotatingMachinerywasestabulishedatTsinghuaUniversityTianjinAdvancedEquipmentInstituteinlate2015,mainliyfacingthetechnicalrequirementsformagneticbearingsanditssupportingrotatingmachinery,andaimingatpromotingresearchincubators,engineeringandtechnologydevelopmentsandindustrialization.Magneticbearingsaretheinternationalemerginghigh-techproductsinthefieldofnaturalgas,environmentalprotection,energy,vacuumequipmentand weaponryduetoitsrotatingmachinerywithnofriction,highefficiencyandlowvibrationnois,whicharecloselyrelatedtopeople'slivelihood,economicdevelopmentandnationalsecurity.ResearchCenterforAdvancedBearingandRotatingMachineryteamisdedicatedtoconductingbasictheoreticalresearchonmagneticbearingsanditssupportingrotatingmachinery,strivingtomaketechnologicalbreakthrough,developingthetypicalproductprototype,promotingproductsandrelatedapplication.Theinstituteassembledserializeddesign,manufacturingandtechnicalservicesteams,andmade??amajorbreakthroughinmaglevmotors,fans,seapumpsandotherproducts.Theinstitutefocusedonthecooperationwithmanufacturingenterprises,andactivelypromotedtheindustrializationofscientificresearchresults.Theteamhaspublished4books,morethan200SCIandEIarticles,andhasmorethan30patentsforinventions.1.Theoilandgasfield? Compressor? Turboexpander2.Thesewagetreatmentandrefrigerationfield? RefrigerationCompressors? AirCompressors? Blowers3.Thesemiconductorfield? vacuumpump? robotics4.Otherfieldsinenergy? highspeedgenerator? gasturbine RearchInstituteofHigh-endBearingandRotatingMachinerycurrentlyprovideavailablemagneticlevitationmotors,pumps,fansandotherproducts,andisdevelopingthemagneticlevitationcompressors,expanders,gasturbines,andaircraftenginesandotherproducts,layingthefoundationforindustrialproductions,servicesandthefuturelong-termdevelopment.Instituteunderwaymagneticbearingsandrotatingmachineryconstructionrelatedindustrystandards.Theinstitutewillalsoengageintheresearchanddevelopmentworkinthefieldofmachineryandequipmentandelectricalequipmentorotherrelatedequipments,andwillcarryoutdomesticandinternationalcooperationinrelatedfields.IndustrialPartner:TIANJINEMAGINGTECHONOLOGYCO.,LTDMainproducts? Maglevhighpowerhighspeedasynchronousmotor? Maglevhighpowerhighspeedpermanentmagnetmotor? Maglevblower? Magneticbearingmolecularvacuumpump? MaglevrefrigerationcompressorwithmagneticbearingcentrifugalcompressoringasfieldsContactInformationAddress:BuildingNo.4,TI-Park,HongshunRoad,HuamingHi-TechZone,DongliDestrict,Tianjin,P.R.ChinaPostcode:300300Tel:010-62788687 Email:zkfchbh@tsinghua.edu.cnFax:010-62788687 查看详细
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Research Center for WIT120 and Medical Equipment
2016-04-18
ResearchCenterforWIT120andMedicalEquipmentwasestablishedinMarch2016,whichissupportedbytheDongliDistrictGovernmenttocarryoutcollaborativeinnovationbetweeninstituteandenterprise，tocarryoutResourceIntegrationandInnovationandentrepreneurshipformedicalandpharmaceuticalintelligentequipmentand WIT120.Itisaprofessionalpublicplatform,andithasaninterdisciplinaryandindustrializedteamwhichisengagedinbiomedical,IoT,equipmentmanufacturing. CoreTechnology●Research&DevelopmentofintelligentdiagnosisandtreatmentequipmentforChinese&Westernmedicalscience●Intelligentmedicaldataanalysis●Personalizeddeignforindividualhealthcare●Cooperativehealthserviceplatformformedicalendandhomeend●Healtheducationplatform ProductSystem IndustrializationProcess Theinstitutefullyusecoreadvantageofinnovativeexpertsandintegrateddesignofmedicalandnursingproductstocreateasystematicdemonstrationplatformofcentralizedwestermedicinetesting,intelligentmedicalcare,intellectualendowment,lifeandhealthengineering. ContactInformationAddress:BuildingNo.4,TI-Park,HongshunRoad,HuamingHi-TechZone,DongliDestrict,Tianjin,P.R.ChinaPostcode:300300ContactPerson:XuehanSuTel:+862284819315Mobil:13612025799Email:suxueh@tsinghua-tj.org 查看详细
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Research Center for Test Equipment and Technology
2016-04-28
Thecenterintegratesdevelopment,design,productionandsales,technologysupportandserviceasawhole.Itfocusesontheresearchanddevelopmentofadvancedtestequipmentandtechnologyinmachineryindustry,especiallytheexperimentalresearchofgeartransmissionsystem. ThescientificresearchteambroughttogethermanytechnicaltalentsundertheleadershipoftheheadofTechnology.Theyhavemadefulluseoftheadvantagesoftheunit'splatformandthetechnicaladvantageoftheprevioustechnicalteam,undertakingmanymajorprojectsinashorttime.Sotheyaccumulatedawealthofprojectexperience,especiallytheexperienceofhighprecisionreducertestbench,makingtheInstitute'sprofessionalleveloccupythecommandingheights. CoreTechnology● Testmethodoftransmissionsystem● Testequipmentoftransmissionsystem● Engineeringconsultingserviceinthedevelopmentofgearbox RVReducerComprehensivePerformanceTestBench BearingTestBench ElectricControlCabinet RVReducerStaticTorqueTestBench IndustrializationProcessThekeytechnologyproductshavebeencompletedanddeliveredtotheuser,gettingthehighevaluationoftheuser.Wearenegotiatingrelatedbusinesswithanumberofproductionenterpriseoftransmissionsystematthesametime.Theindustrializationcompanyisresponsibleforthetransformationoftechnicalachievementsandforeigncooperation.WesetupanundertakingcompanyinXiangyangfortestandtestserviceforthedevelopmentphaseofthenewenergyvehiclepowerassembly. ContactInformationAddress:BuildingNo.4,TI-Park,HongshunRoad,HuamingHi-TechZone,DongliDestrict,Tianjin,P.R.ChinaPostcode:300300ContactPerson:HuijuanZhuMobil:13662143140Email: zhuhj@tsinghua-tj.org 查看详细
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Research Center for Biomedical Equipment
2016-05-19
ResearchCenterforBiomedicalEquipmentofTianjinInstituteforAdvancedEquipments,TsinghuaUniversitywasformallyestablishedonApril19,2016.UnderpolicysupportinTianjinandTianjinInstituteforAdvancedEquipments,TsinghuaUniversity,thecenter,relyingonthe abundantscientificresearchstrengthandtheadvancedtechnologyoftheschoolofMedicineandPharmaceuticalSciencesofTsinghuaUniversity,mainlyfocusesonfourresearchdirections,includingmedicalequipment,biomedical,biochemicalproductsandhealthyfood. Currently,thereare20membersinthecenter.TheteamledbyProf.ZhaoWanghasbeenengagedinresearchoflifescience,bio-medicine,clinicalmedicine,medicalequipment,food securityandthehydromechanicsandmachine designwhichassociatedwithbiological.Dr.Wanghaspublishedover100researcharticlesandseveralpatents. CoreTechnology1.Theartificialheartandhemolysistestplatform?Sophisticatedresearchoffluidandpumpdesign?Worldadvancedtechnologiesofcardiacsurgery?Amultidisciplinaryandinter-disciplinaryresearchteam 2.Alzheimer'sDiseasetherapeuticapparatus?Selftreatmentbasedoncerebrospinalfluidcirculation?ElectromagneticdegradationofAβbasedononecertainfrequency?Brainrecoveryandneuronalregenerationbasedonfar-infraredwavelengths3.Telomeraseactivityassaykit?Highsensitivitywhichcancheckedoutasinglecancercell?Bladdercancercellsinurinecanbecheckedout?Simple,timesavingandcheapThelinearfitoftolemeraseactivity4.Antiosteoporosisdrugs?Theabundanceofnacrematrixprotein?Promotetheproliferation,differentiationandmineralizationofosteoblasts?Improvethepathologicalphenotypeofmodelanimals,significantly Thestructureofpearl-shellinelectronmicroscopy5.Mildewproofandfreshness?Scientificformulaofraw/auxiliarymaterialslikethefoodadditives?Green,organic, residue-freeandpollution-f?Ensurefoodsafetyandreducethelossoffarmers,significantly 6.Functionalmasksofnanomaterials?Nano-sizedmate?Green,safety,?Haveavarietyofbiologicaleffectwhichappliedindifferentfields Electronmicroscopyimageofthebreathingmaskbynano-materials Asthekeyresearchfieldsupportedbythenationalscienceandtechnology,theadvancedscientificresearchandproductincubationofbiologicalmedicinehasbeenhighlyvaluedbythenation,whichisoneofthekeyareasof"MadeinChina2025".ResearchCenterforBiomedicalEquipmentwillfocusonthescientificresearchandachievementstransformationoflifescienceandbiotechnologyinthefieldofpharmaceuticalresearchanddevelopment,healthcare,agriculture,healthfoodandhealthproducts.TheInstituteiscommittedtocontributingtoimprovingpeople'slivelihood,energysavingandenvironmentalprotectionandhealthyChinawhicharethekeynationalscientificresearches.Technicalcooperationunit?MedicalCenterofTsinghuaUniversity?TheFirstAffiliatedHospitalofTsinghuaUniversity?InstituteofZoology，ChineseAcademyofSciences?AcademyofStateAdministrationofGrain ContactInformationAddress:BuildingNo.4,TI-Park,HongshunRoad,HuamingHi-TechZone,DongliDestrict,Tianjin,P.R.ChinaPostcode:300300ContactPerson:ZiWangMobil:+8618622850524Email: wangzi@tsinghua-tj.orgFax： 查看详细
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Research Center for Wheel-Rail Relationship and Maintenance
2016-06-13
TianjinResearchInstituteforAdvancedEquipment,TsinghuaUniversity,ResearchCenterforWheel-RailRelationshipandMaintenance(Wheel-RailResearchCenter),isco-establishedbythegroupofMr.ZhaiWanmingfromSouthwestJiaotongUniversity,academicianofChineseacademyofsciences,thegroupofMr.LuoJianbinfromTsinghuaUniversity,academicianofChineseacademyofsciences,andCRRCBeijingLocomotiveCo.,Ltd.TheWheel-RailResearchCenterwillbetheleadingdepartmentorSecretary-GeneraldepartmentfortheTechnologyInnovationStrategicAllianceofTianjinRailTransitIndustry,relyingonitsresearchadvantageandtheaccumulationofscientificresearchachievements,withthepoliciessupportofTianjinGovernment,theWheel-RailResearchCenterwillconducttheresearch,transformation,industrializationandproductserviceintherelationshipandmaintenancefieldforrailwaysandunbansubways,topromotetheinfluenceofTianjinCityinrailtransitfield. ThegroupofWheel-RailResearchCenterrespectMr.ZhaiWanming,academicianofChineseacademyofsciences,asthechiefscientistofthealliance,unitingthegroupofMr.LuoJianbinfromTsinghuaUniversity,academicianofChineseacademyofsciences,andCRRCBeijingLocomotiveCo.,Ltd.Withyoungpeoplewillbethemainconstituent,theWheel-RailCenterisdevotedtobuildaresearchgroupatinternationalstandardintheresearchfieldofwheel-railrelationship.ThebasicframeworkoftheWheel-RailResearchCenterareasfollows: Amongwhich,theresearchgroupledbyMr.ZhaiWanming,AcademicianofChineseAcademyofScience,isaffiliatedtoTractionPowerStateKeyLaboratoryofSouthwestJiaotongUniversity,vehiclesandlinesresearchinstitute(ResearchInstitute),whichisaninterdisciplinaryresearchinstituteinvolvingmultiplesubjectareasincludingvehicleengineering,vehicleoperationengineering,railwayengineering,bridgeengineering,engineeringmechanics,environmentalvibrationandnoise.ThemajorresearchdirectionoftheResearchInstituteisWheel-Railsystemdynamicssimulation,vibrationmeasurementevaluation,anditconductsfrontierbasictheoryresearchandengineeringapplicationresearch.ThecharacteristicoftheResearchInstituteisthatitconsiderstherollingstocks,rails,bridges,andsubstructuresasacombinedbigsystemtocarryoutcomprehensiveresearchofthesecurityandstationaryforhigh-speedtrains,heavy-loadtrains,maglevtrainsandurbanrailtransitvehicles,thedynamicinfluenceofvehicleoperationtoinfrastructure,andtherelatedquestionsincludingenvironmentvibrationandnoise,thustoguidethedesignandproductionpractice.Theachievementsoftheinstitutehavewon1FirstNationalScience-TechnologyProgressPrize,2SecondPrize,1scienceandtechnologyawardsoftheministryofeducation,2scienceandtechnologyawardsoftheministryofSichuanProvince.TheResearchInstitutewasamongthefirsttobechosenintotheministryofeducationinnovationteam,chosenintoImportantfieldsofscienceandtechnologyinnovationteamintheyear2012,andwaschoseninto2011projectoftheministryofeducationtracktrafficsafetycollaborativeinnovationteamintheyear2013,approvedbytheinstitutionsofhigherlearningdisciplineinnovationconferencebase(111plan)intheyear2015.NationalAwardsInnovationTeamAwardsPictureofthegroupmembersattheworksiteCoretechnology1.BasictheoryofWheel-Railrelationship? Vehicle-TrackCouplingDynamics? Train-Track-BridgeDynamicInteraction:TheoryandEngineeringApplicationMonograph 2.Dynamicsanalysisandcalculation 3.PredictiveMaintenance Thevehiclewheelreal-timedetectionandmaintenanceprojectisbasedZhai-method,andaimstodevelopasetofonlinemonitoringsystemtodetectwheelstatus.Byusinginternationaladvanceddatareal-timeacquisition&detectiontechnologyandmeasurementdevice,itwilldetectnon-circularityandpolygonspreciselyofwheelsduringvehicleoperation,alertandlocatepossibleproblems.Furthermore,wewilladoptcloudcomputingandinternetbigdataprocessingtechnology,tobuildacompletewheeldatabasesystemonthefoundationoftheoryanalysisandtestverification,andthusvehiclewheelproblem’sgenerationanddevelopmentprocesscouldbedetectedefficiently,itcanalsopredicttheimpactofwheeldamagetovehicleperformanceandachievewholeprocessmonitoringofvehiclewheelsafety. 4.NewenergyairrailtrainDynamicperformanceanalysisandoptimizationstudy.Technicalconditionsandstandardsforvehicleandtrackoperationandmaintenance. Newenergyairrailtrain 5.IntelligentDrivePromotetheresearchonintelligentdrivingofrailtransitequipment.TheWheel-RailResearchCentercombinesthedisciplineandtalentadvantageofSouthwestJiaotongUniversity,TsinghuaUniversityandCRRCBeijingLocomotiveCo.,Ltd,takestheleadindoingsystemicresearchofWheel-RailrelationshipinChina.Bymasteringthecoretechnology,achievingthepreventivemaintenanceofwheels,itwillgreatlydecreasethemaintenancecost,promotethesafetystate,andthistechnologywillfirstlybeputintouseinTianjinCity.Throughserialsystemicresearchofconstructionmachineryproducts,anditsutilizationpromotionfirstlyinTianjinrailtransitfield.TheWheel-RailResearchCenterwillbuildthecountryleadingWheel-Railmaintenancegroup,devotedtotheresearchandindustrializationofWheel-Railrelationshipandmaintenance,thustogreatlyimprovestheinfluenceofTianjinCityinrailtransitfield. ContactInformationAddress:BuildingNo.4,TI-Park,HongshunRoad,HuamingHi-TechZone,Dongli 查看详细
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Research Center for Industryh Automation and Equipment
2016-07-18
IntroductionThemainresearchareas:industrialautomation,specialindustryrobots,non-destructivetestingtechnologyandequipment,numericalsimulationonlarge-scalecastingandforging,etc. CoreTechnology AMagneticAdsorptionClimbingWallRobotwithSurfaceAdaptiveCapability[PatentNumber：ZL200510086382.5] Anon-contactmagneticadsorptionwheel-typewallclimbingrobot[PatentNumber：ZL200510086383.X] Amulti-bodymagneticadsorptiontypeadaptivewallclimbingrobot[PatentNumber：ZL201010539365.3] Gapmagneticadsorptiontypecurvedsurfacemorphologydetectionrobotandcurvedsurfacemorphologymeasuringmethod[PatentNumber：ZL201110083290.7] Gyroscopicdriftestimationcompensationmethodanddevicebasedonrotationofinertialmeasurementunit[PatentNumber：ZL201310750475.8] Flawidentificationmethodforradialultrasonicautomaticflawdetectionofshaftparts[PatentNumber：ZL201310111062.5] Flawidentificationmethodforradialultrasonicautomaticflawdetectionofshaftparts[PatentNumber：ZL201310488047.2] IndustrializationProcess?Specialrobotdevelopedforproducingshaped?Non-destructivetestingtechnologyandequipment?Thelaserlightsourcelightingtechnologyandproduct?ResearchonIntelligentweldingtechnologyandequipment?Researchonlarge-scalecastingandforgingbasicmaterialsandnumericalsimulation?ResearchonIntelligentManufacturingandWorkshopAutomationEquipment Thelaserlightsourcelightinginfieldtesting. Numericalsimulationonlarge-scalecastingandforging ContactInformationAddress:BuildingNo.4,TI-Park,HongshunRoad,HuamingHi-TechZone,DongliDestrict,Tianjin,P.R.ChinaPostcode:300300ContactPerson:ZouWeiMobil:18622987010Email: zouwei@tsinghua-tj.org 查看详细
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Research Center for Advanced Retarder for Vehicle
2016-07-20
ResearchCenterforAdvancedRetarderforVehicleofTianjinResearchInstituteforAdvancedEquipmentofTsinghuaUniversitywasfoundonJune20th,2016.TheteamledbyProfessorDeshengLI,includesoneexpertof‘TheThousandTalentsPlan’,oneprofessor,twoassociateprofessorsandanumberofdoctorsandmasters.Thegoalofthisresearchinstitutegrasptheinternationalforefronttechnologyofretarder,expandinginternalandinternationalacademicexchangesactively,doingtheoreticalandexperimentalresearchofretarder,cooperatingwithenterprises,completelysolvethebackwardsituationofourtrucksretarderasowndutybasedontheintellectualresourceofdomesticwell-knownuniversities.Thecontentofresearchandindustrializationofretarderasfollows:? TheR&Dandindustrializationofelectromagneticliquid-cooledretarderseriesproductsappliedontrucks;? TheR&Dofretarderintegratewithengineandflywheel;? TheR&Dofenergyrecoveryretarder;? TheR&Dofelectroniccontrolunitofretarder;? Theresearchofmilitaryapplicationofretarder;Theretarderisonekindofnon-contactbrakingdevice,knownasthethirdbrake,ithasthreefunctions:firstoneiseffectivelyguaranteethedrivingsafetyofoversizevehicleonmountainousroad;secondoneisreducingtheusingcostofvehicle;thirdoneisreducingthedustemissionandnoiseofbrakingdevice,energyconservationandenvironmentalprotection.Atpresent,therearethreemaintypesofretarderproductsintheworld.ThefirsteddycurrentretarderwasborninFrancein1936.ThehydraulicretarderwasreleasedbyVoithin1961.Besides,theengineexhaustbrakeinstallationwasalsoreleased.Thesethreetypesofretarderoccupythecurrentmainmarket.InthedevelopedcountriesinEurope,theretarderhasbeenwidelyadoptedinaccordancewiththelawinthe1980s.Chinahasbeenpromotedretarderonthecertainleveloftransportationandcitybussince2002,andthevehiclewhichlongerthan9metersshouldbeinstalledaccordingtothelaw.However,theinstallationratioofretarderondomesticheavytruckisverylow,manyvehiclesinstallonebuckettospraywateronwheelhubtosolvetheproblemofbrakingwhendrivingdownhill.But,asthepromotionofGB-7258-2012,therequirementofretarderonheavytrackwilloccurblowoutsituationinthenextyears.Theexpectedrequirementofretarderwillbearoundonemillionunits,itisahugemarket.Comparingwithothertypes,theeddycurrentretarderhas80years’applicationhistory,ithassimplestructure,lowprice,occupyinglargeproportionofsmallandmedium-sizedretarder,andalsobewidelyinstalledonChinesevehicle.But,thedefectisthebigvolume,heavyweight,energyconsuming,hightemperature,seriousheatrecession,soitwasnotrecognizedbylarge-sizedvehicles’market.Thehydraulicretarderwithsmallvolume,lightweight,lowworkingtemperature,largerbraketorqueandotheradvantages.But,italsohasdisadvantagesofcomplextechnology,highcost,after-salesmaintenanceinconvenience,andpoorcharacteristicatlowspeed.Itisprettyhardtopromotewidelyduetothesefactors.Theengineexhaustbrakeinstallationwithlowcost,whilethebraketorqueisnotenoughathighspeed.Generally,itisusedtocooperatewithhydraulicretarderinEurope.FortheshortcomingsofforeignretarderandbackwardsituationofR&Dofdomesticretarder,ProfessorDeshengLIhasledteamtoresearchthenewtyperetardercontinuallysince2006.Thepermanentmagnetretarder(Figure.1)whichearlydevelopedfillstheinternationalblank.Itisnotconsumepowerwhenworking,andtheweightislight.However,thepriceofrare-earthmagnetfluctuatesharplyandthebadstability,ithasnotbeenabletogetlarge-scalepromotion.BasedonR&Dofpermanentmagnetretarder,theelectro-magneticliquid-cooledretarderwithdualsalient(Figure.2)wasinventedin2011.Itavoidsthedisadvantagesofpermanentmagnetretarder,theworkingprincipleissamewiththetraditionaleddycurrentretarder,whilethebasicpartsfrom36drasticallyreducedto4,therotorwithnofever,thestatorwithinternalwatercoolingchannel.Theperformancewasenhancedsignificantlyduetothewayofliquid-cooled,theweightandcostisreducedgreatly.Itisonedisruptivetechnologycomparingwithtraditionaleddycurrentretarder.Comparedwiththehydraulicretarder,ithasnoliquiddynamicseal,thetechnologydifficultygreatlyreduced,doesnotusetheoilmedium,freemaintenance,andhigherreliability.TheinventionhaswonthenationalinventionpatentandpatentlicenseintheUnitedStates.TheYangzhouAnxingelectromechanicaltechnologyco.,LTD（http://www.axjdkj.com）wasfoundinAugust2013.TheAnxingonthebasisofpatentofelectromagneticliquid-cooledretarderwithdualsalient,didthetransformationofscientificandtechnologicalachievements.Aftermorethantwoyearsofefforts,thedevelopedcoachseriesofretarderproducts(Figures.2)hasbeenwonexclusivesalesfromdomesticmajorgearboxmanufacturer(TheQijianggeartransmissionco.,LTD),itwillobtaingoodsocialbenefitandeconomicbenefit. Fig1 Liquid-cooledpermanentmagnetretarderwithrear-mountedtransmissionFig2 Electromagneticliquid-cooledretarderwithdualsalient Duringtheprocessofresearchinganddevelopingtank'sretarder,theteamwereinventedonetyperetarderwithembeddedrotor,itisnamedelectromagneticliquid-cooledretarder.Comparedwithdoublysalientstructure，thisretarderhasthreeunits.Moreover,itovercomestheshortcomingoftraditionaleddycurrentretarder,becausethenewretardercanreducetherotor'sweightandtherotationalinertia.Thisretardercanbeusedtocoachandtruc 查看详细
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Research Center for the Fulcrum Forcing Equipment and Forming Technology
2016-08-28
The fulcrum forging equipment and forming technology institute was approved and established on June 28, 2016, As one of the innovative research institute, it is industry university research integrati 查看详细
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Research Center for Flight Control
2016-10-06
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Research Center for Industry 4.0
2016-11-14
ResearchCenterforIndustry4.0wasfoundedin2016whichfocusonadvancedequipmentmanufacturingandservice.ThemainbusinessofResearchCenterforIndustry4.0includesprovidingconsultingandplanningservicetobusinessatstrategiclevel,diagnosisofbusinesscapacity,intelligentmanufacturingsystemdesigning,helpingbusinesstotransformandupgrade,achievingautomatic,digitalandintelligentindustriallevel. TherearefourdepartmentsintheorganizationofIndustry4.0Institute,theConsultingDept.,theIntelligentManufacturingDept.,theIndustrialAutomationDept.,theIndustrialSoftwareDept.Alsowehaveover10topprofessionalspecialistsalloverthe4departmentstocarryoutresearchandpracticeinindustry4.0andintelligentmanufacturing. CoreTechnology： ■ManufacturingExecutionSystem(MES)&ManufacturingOperationManagement(MOM) ■Automationsystemdesigningandintegration ■Industrialsoftwareandsoftwareplatformdesigning ■Solutionofenergysavingandcleanerproduction,greenevaluationandinstructionofit ■Strategicandtechnicalconsultingtomanufacturingindustry ■Diagnosisandservicetobusinesscapacity ■Holdingconferenceandforum,technologytraining,informationpushing IndustrializationProcess:ApplicationAreas: ■Discretemanufacturingindustry ■Continuousmanufacturingindustry BusinessPartners: ■ChineseAcademyofEngineering ■ChineseMechanicalEngineeringSociety ■ChinaKnowledgeCenterforEngineeringSciencesandTechnology ■ChinaAcademyofMachineryScienceandTechnologyGroup ■ChinaCenterforInformationIndustryDevelopment Fig1:Mainstructureofintelligentplant Fig2:StructureofMES/MOM ContactInformationAddress:BuildingNo.5,TI-Park,HongshunRoad,HuamingHi-TechZone,DongliDestrict,Tianjin,P.R.ChinaPostcode:300300ContactPerson:YingyiLiuMobil:15802272849Email: liuyy@tsinghua-tj.org 查看详细
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Research Centre of Embedded System and IoT
2016-11-15
TheResearchcentreofEmbeddedSystemandInternetofThings,TianjinResearchInstituteforAdvancedEquipment,Tsinghuauniversity,wasestablishedinOctober15,2016,focusingonresearchofembeddedcontrolandIottechnology.Therearemorethantwentykeybackbones,whohavestrongtechnologyaccumulationandwealthindustrializationexperienceintheareaofautomationandinformation.ThedirectiorChangrongXuprofessorwashonoredwiththeManoftheyear2010byChinaAutomationAssociation,whoisthechairmanofPLCbranch,ChinaMechanicalandElectricalTechnologyAssociation. KeyTechnologies：?ComputerTechnology?SignalProcessingTechnology?EmbeddedSoftwareTechnology?AutomaticControlTechnology?CommunicationTechnology?CloudPlatformTechnology?DataMiningTechnology?SystemSupervisoryTechnology?MobileInternetTechnology Industrialization： 1.BasedonembeddedcontrolandIoTtechnology,designautomationproductstomeetindustrydemands.?GeneralProgrammableController?SpecialControllerforGenerator?SpecialControllerforAirConditioningandRefrigeration?SpecialControllerforPowerSupervisory?SpecialControllerforHeatingNetworkSupervisory?SpecialControllerforEnvironmentSupervisory?SpecialControllerforEnergySavingEquipment?SpecialControllerforWaterTreatment2.Designandimplementintegratedsupervisorysystembasedonautomation,communication,cloudcomputingandbigdatatechnologies.?SmartFactory:Power,Metallurgy,BuildingMaterials,Chemical?SmartCity:Transporation,HeatingSupply,WaterSupply,GasSupply?IntelligentLife:EnvironmentProtection,Building,Agriculture,Waterconservancy3.UserandProject?BeijingMetroCompany:GroundandVehicleController?TianjinThermalCompany:AutomationforGasBoiler?ChangchunHeatingSupplyCompany:AutomationforHeatexchangeStation?ChinaNationalPetroleumCorporation:DistributedEnergyController?ChinaStateShipbuildingCorporation:DistributedControllerforShip?ChinaStateGridCorporation:ControllerforUHVTransmissionLine?ShenhuaGroup:SupervisorySystemforMinePowerDistribution?XiexinGroup:SupervisorySystemforEnvironmentProtection?TsinghuaQidiGroup:SupervisorySystemforSewageTreatment?QingdaoMetroCompany:SupervisorySystemforGroundPowerSupply? HaidianGovernment:ControlSystemforEnergy-savingofAirConditioning?CentralAfricanCountries:SupervisorySystemforPowerSupplyofRadioandTV ContactInformationAddress:BuildingNo.4,TI-Park,HongshunRoad,HuamingHi-TechZone,DongliDestrict,Tianjin,P.R.ChinaPostcode:300300ContactPerson:ChangrongXuTel:022-84819310Mobil:13701392991Email: xuchangr@tsinghua-tj.orgFax：022-84819302 查看详细
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Research Center for Micro & Nano Energy Technology
2016-12-09
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Research Center for Power Transmission
2016-12-29
WelcometotheResearchCenterforPowerTransmission(RCPT)!TheresearchcenterhasbeenaplatformofexcellenceforPowerTransmissionresearch,theory,productdevelopmentandpracticesinceitsfoundingin2017.Theindustryisr 查看详细
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Research Center for Marine Information and Intelligent Equipment
2017-09-04
ThebasicintroductionoftheInstituteTheInstituteofoceanographicinformationandintelligentequipmentisaresearchinstitutebasedontheNationalLaboratoryofinformationscienceandtechnologyofTsinghuaUniversity.Researchdirectionsaretheautonomousunderwatervehicle(AutonomousUnderwaterVehicle,referredtoasAUV)andtheformationofmultipleAUVunderwatercolonies,includingthekinematicsmechanismofunderwaterrobotresearch,deepundertheenvironmentofinformationexchangeandprocessing,developmentandcooperation,deepseaAUVpositioningequipmentindeep-seaenvironmentandmanufacturingtechnology,machinelearningtheoryandtheapplicationtechnology，complexmanufacturingprocessmodelingandoptimizationofschedulingtechnology. Coretechnology ThemaindevelopmentofAUVisabionicroboticfish,whichismodeledastheprototypeofbluefintuna.BluefintunaiswidelydistributedinthePacificandtheAtlanticofthenorthernhemisphere.Itinhabitstheseawithadepthof0-985meters,andhasafastswimmingspeed.Theinstantaneousspeedcanreach160kilometers,andtheaveragespeedisabout60-80kilometers.Sothebluefintunahasexcellentstreamlinesusedfordragreductionandswimmingability.TheAUVproductsIhavedevelopedhavethefollowingcharacteristics: ■ Highdefinitionbinocularcamera,270degreecamerarange,1080Presolution. ■ Thetargetswimmingspeedishigh,andthefinaltargetismorethan24kn. ■ Awiderangeandsensitivesonardetection ■ Multiplepositioning,inertialnavigation,Beidou,GPS. ■ Highintelligentlevelofinformationsharing,intelligentobstacleavoidance,groupcoordination ■ Rapidunderwaterchargingandcharginginformationisuploadedatahighspeed. ■ Servoattitudecontrolsystemwithflexiblesteeringandlowenergyconsumption. ■ Ashapeofbluefintunawithlowresistance coefficient ■ Theresistancecoefficientislow,thenoiseislow,theconcealmentisgood,andtheefficiencyishigh. TheprocessofindustrializationPlannedtocarryouttheunderwaterexperimentoftheprinciplemachineinJuneof2018.Inthreeyears,industrializationwillberealized. ContactInformationAddress:BuildingNo.5,TI-Park,HongshunRoad,HuamingHi-TechZone,DongliDestrict,Tianjin,P.R.ChinaPostcode:300300ContactPerson:LingxiGuanMobil:15022408937Email: guanlx@tsinghua-tj.org 查看详细
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Research center for Optics and Electronics
2017-11-11
IntroductionResearchteam：LeiHuangteam,departmentofprecisioninstrument,TsinghuaUniversity. CoreTechnologyTheresearchteamhasmadeimportantachievementsintheforefrontofscientificandtechnologicaldevelopmentinthefieldofoptoelectronictechnology,includingbasicscienceexploration,appliedbasicresearchandsystemtechnologyR&D.Themaincoretechnologyisembodiedintheoptoelectronicsystemtechnologycenteredonthetechnologyofthehigh-energy,large-aperturedeformablemirror,including:precisionmachiningandcompensationofmirrorsurfaces,precisecontrolandaberrationcompensationtechnologyofmirrorsurfaces,stresscontrolandreleasetechnologyofmirrorsurfaces,high-precisionadaptivewavefrontcontroltechnology,high-precisiondistortiondetectiontechnologyusingthelightfieldimaging,andsoon. IndustrializationProcess Thetechnologyofthehigh-precisiondeformablemirrorsystemisahotspotinthefieldofthelaserandtheoptoelectronictechnology.Itisakeycoretechnologyformodernlarge-scalelasersandopticalsystems,especiallytheignitiondevicesoflaser-drivennuclearfusion.Throughthenano-levelprecisionaberrationcontroloftheultra-thinactivemirrors,thehigh-precisionreal-timecorrectionoftheopticaldistortionsisachievedusingthistechnology.Duetothehugeenergyofthelarge-caliberlasersandtheextremelyhighcorrectionaccuracy,thistechnologyisextremelydifficult.Ithaslongbeenmonopolizedbyforeigncountries(theactivemirrorsoftheNIFdevicesoftheUnitedStatesarethemostadvancedintheworld),whichseriouslyrestrictsthedevelopmentofthehigh-energylasersystemsinChina,especiallytheongoingShenguangIIIdevice,whichisamajorscientificdevicefornationaldefense.Raisingtheautonomousresearchanddevelopmentcapabilitiesandtheequipmentlevelsoftheactivemirrortechnologywilleffectivelypromotethestrategyof“StrengtheningChinathroughScienceandTechnology”toensurethenationalsecurity. ContactInformationAddress:BuildingC1,Low-carbonIndustryPark,HuamingHi-TechZone,DongliDestrict, Tianjin,P.R.ChinaPostcode:300300ContactPerson:ZengrongMaMobil:18902069857Email: mazr@tsinghua-tj.org 查看详细
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Research Center for Composite Manufacturing and Intelligent Identification
2018-03-06
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Research Center for High Performance Titanium Alloy Preparation
2018-05-12
IntroductionHigh-performanceTitaniumAlloysResearchInstitutefocusesonHigh-endKeyMaterialPreparationTechnologyResearchandsolvesthekeytechnicalproblemsinthedomesticproductionoftitaniumalloys.Theambitionincludesthelocalizationandstabilizationofproducinghigh-performancetitaniummaterials;theadvancementofthecomprehensiveupgradeofmaterialsperformanceoftitaniumalloys;thebuildingofthecorecompetitivenessofdomestichigh-techmaterials,andtheindustrialupgradinginthefieldofnon-ferrousmetaldeepprocessing.Itwillmeetthedemandsofcriticalindustriesandvigorouslypromotetheapplicationofhigh-performancetitaniumalloysandhigh-temperaturealloysinaerospace,civilian,marineandotherkeyareas.TheInstituteismainlycomposedofrelevanttechnicalpersonnelwithextensiveexperienceinthetitaniumindustry.Theteamhasextensiveexperienceinthepreparationofhigh-performancetitaniumalloys,hasachievedfruitfulresultsintheprocessingandhasmanycoretechnologies. CoreTechnology1.TitaniumalloycompositiondesignbasedonimprovedperformanceTheprojectteamhasstudiedtherelationshipbetweentitaniumalloycompositionandtitaniumalloymicrostructureandmechanicalproperties.Withtheexperimentalverificationconducted,theeffectofdifferentelementsintitaniumalloyonthemechanicalpropertiesoftitaniumalloysissummarized.Basedonthislaw,avarietyofnewtitaniumalloymaterialshavebeendeveloped. 2.High-HomogeneousandCleanTitaniumAlloySmeltingTechnologyAmathematicalphysicsmodeloftitaniumalloyingotmeltingwasestablished,andahighhomogenouscleantitaniumalloyingotsmeltingmethodwasinventedtoimprovetheuniformityandstabilityoftitaniumalloyingotcomposition.Throughrawmaterialcontrol,keyprocessparametercontrolandotherprocesscontrolmethods,goodbatchstabilityofhigh-averagecleantitaniumalloyingotsisachieved. 3.High-qualitytitaniumalloybar/slabpreparationtechnologyThetitaniumalloyforgingshapesimulationtechnologyresearchwascarriedouttopredicttheforgingsimulationandmicrostructureevolutionofdifferentspecificationsoftitaniumalloyrodsandslabs.Combiningwiththecomputersimulationandsimulationresultsofforgingprocessparameters,thequalitativeandquantitativerelationshipsbetweentheorganizationalchangesandtheforgingprocessparametersweresummarized.Basedontheexperiments,anumberofnewforgingprocesses,includingmulti-directionalforging,andlarge-deformationforging,weredevelopedtoachievetheconsistencyandperformancestabilityofhigh-qualitytitaniumalloybarsandslabs. 4.High-performancesphericaltitaniumpowderpreparationtechnologyTitaniumpowderpreparationtechnologyresearchwascarriedoutandthepreparationmethodsandkeyprocessparametersapplicabletothepreparationoftitaniumalloysphericalpowdersweresummarized.Controlcriticalprocessparametersandspecialprocessestoimprovethestabilityandfluidityoftitaniumpowderparticlesizedistribution.Fordifferentalloys,therelationshipbetweenalloyphysicalparametersandpowderpropertieswasstudied,andthedifferentprocessparameterrangesofdifferentalloysweresummarizedtorealizethePreparationofcustomization,stabilization,andhigh-performancealloypowders. Industrializationprocess Therelevanttechnologyoftheinstitutehasalreadymetthebasicconditionsforindustrializationinputandiscurrentlyconductingbusinesscommunicationwiththegovernmentandinvestmentinstitutions.Theprojectisexpectedtobecompletedbytheendoftheyear. Products： ApplicationFields：Aviation, Astronautic,Vessles&boats, Weapons,Chemicalindustry, Metallurgy,Machinery,Electronics,Energy,LightIndustry,MedicalFreatment 查看详细
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Research Center for Intelligent Materials and System
2018-07-13
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Research Center for Digital Smart Equipment
2019-03-14
ResearchCenterforDigitalSmartEquipment，TianjinAdvancedEquipmentResearchInstitute，TsinghuaUniversity，focusesontheintegrationofmilitary-civilianneedsintheterritoryofadvancedequipmentindustry.Developingcollaborativeandagilenetworkmanufacturingtechnologiesandintelligentdigitalequipment-controllingtechnologies.TotaketheopportunitiesandchallengesbroughtbytheglobalizationoftheadvancedanddistinctiveproductmanufacturingandstrivingtocontributetoChina'sintelligentmanufacturing.Toserveaerospacemanufacturingequipment,militaryspecialvehiclemanufacturingequipmentandemergencyresponseindustry,innovatingandimplementingthenewmodeofdigitalintelligentequipmentnetworkmanufacturingproduction. CoreTechnologies1.Specialvehiclemanufacturingdigitalintelligentequipment■ Overloaddigitalpositioninganddockingassemblyplatform■ Top-loadingsystemdigitaljointtestandassemblyplatform■ Externalvehiclesystemdigitalassemblyplatform■ Integratedvehiclebussimulationplatform 2.Aircraftmanufacturingdigitalintelligentequipment■ Aviationjointbearingtestequipment■ Aviationjointbearingtechnologyequipment■ Third-partytestingandevaluationtestforaviationbearings■ Aviationadvancedself-lubricatingjointbearingseries 3.Grapheneadsorptionmaterialdigitalintelligentproductionequipment■ Grapheneoilspillemergencycleaningseries■ Oilspillemergencycleaningequipment IndustrializationBasedontheintegrationofmilitaryandcivilianintelligenceequipmentindustry,andguidedbythemarketdemandforsetsofadvanceddigitalequipmentmanufacturedinChina,aseriesofnewproductsforaerospacemanufacturingequipment,militaryspecialvehicleequipmentandemergencyindustryhavebeendeveloped.Throughthetransformationofresearchachievements,thedevelopmentofengineeringtechnologyandthepromotionofindustrialization,theproduction、learn、researchandcollaborativedevelopmentofequipmentmanufacturingindustryinChinaarepromoted. ContactInformation ContactPerson:HongyeMengMobil:15028579899Email:amy_mhy@126.comFax:0335-8050058 查看详细
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Research Center for Fluid Control and Power Engineering
2019-12-13
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Research Center for Applied Biological Technology and Equipment
2019-12-16
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