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高纯度转铁蛋白及其技术","新材料\u002F新能源\u002F生物制造",[472,473,474,475,478,481,482,485,486,487,488,491,492,493,496,499],{"code":441,"name":442},{"code":401,"name":402},{"code":407,"name":408},{"code":476,"name":477},"GB-74","专业技术服务业",{"code":479,"name":480},"GB-95","群众团体、社会团体和其他成员组织",{"code":446,"name":447},{"code":483,"name":484},"SEI-03","新材料产业",{"code":410,"name":411},{"code":413,"name":414},{"code":449,"name":450},{"code":489,"name":490},"CH-13","新材料",{"code":455,"name":456},{"code":416,"name":417},{"code":494,"name":495},"CH-30","制造",{"code":497,"name":498},"CH-33","人工智能",{"code":461,"name":117},[442,402,408,477,480,447,484,411,414,450,490,456,417,495,498,117],{"resultType":386,"id":502,"title":503,"abstract":504,"orgName":505,"province":506,"date":507,"trl":13,"transferMode":508,"keywords":393,"industry":509,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":510,"tagNames":522},"cmv1bifxf090nbdd8uhrabdjo","固体酸催化中压丙烯水合制异丙醇技术","异丙醇是重要的基本有机化工原料和性能优良的溶剂。针对国内外异丙醇生产技术落后、能 耗高等问题，大连化学物理研究所开发出采新一代丙烯直接水合生产异丙醇技术。 通过采用先进的催化剂合成流程和技术，开发出适用于丙烯直接水合过程、具有优良的耐水 性能、耐温性能、高抗碎性能和高催化活性的催化剂。开发的丙烯水合新工艺，采用新型丙烯水合 工业反应器及分段进料、冷激控温、物料再分配等新技术。利用多段进料方式调节各催化剂床层的 丙烯转化率，从而控制各段床层反应深度和放热量，解决了丙烯水合工业反应器存在的超温及催 化剂烧结问题，使水合催化剂床层温度均衡分布。 大连化物所开发的丙烯水合直接制异丙醇新技术具有低温、中压，丙烯转化率高、单耗低、原 料适应性强、副产品附加值高、环境友好等特点，且能耗仅为国内同类生产技术的50%。2007 年 “ 中压丙烯直接水合生产异丙醇技术 ”获大连市技术发明一等奖；2014 年该技术核心专利“ 一 种低碳烯烃直接水合生产低碳醇的方法”获第十五届中国专利优秀奖。 本技术实行普通实施许可，大连化学物理研究所提供异丙醇工业装置工艺软件包和工业催化 剂。2005 年 11 月许可山东海科化工集团建成一套年产 3 万吨异丙醇装置；2012 年 5 月许可江 苏新化化工有限公司建成一套年产 5 万吨异丙醇装置；2017 年 11 月许可印度 DFPCL 公司建设 一套年产10万吨异丙醇装置；2023 年5月许可凯凌化工公司建成一套年产5万吨异丙醇装置。","中国科学院大连化学物理研究所","辽宁","2026-10-09T19:27:30.579Z","技术许可","能源化工及新材料",[511,514,515,516,517,518,519],{"code":512,"name":513},"GB-26","化学原料和化学制品制造业",{"code":401,"name":402},{"code":407,"name":408},{"code":446,"name":447},{"code":483,"name":484},{"code":489,"name":490},{"code":520,"name":521},"CH-31","石油化工",[513,402,408,447,484,490,521],{"resultType":386,"id":524,"title":525,"abstract":526,"orgName":505,"province":506,"date":527,"trl":528,"transferMode":529,"keywords":393,"industry":509,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":530,"tagNames":553},"cmv1biftw08y8bdd8zn4kjap5","高速流体控制技术","高速流体控制技术在航空航天、能源化工、汽车工程、燃动系统等领域具有广泛应用。针对高 速流体控制技术在各领域技术难点，实现了超音速喷管、超高音速喷管的研发，流场均匀性控制技 术、边界层控制技术研发和超音速混合控制技术研发等，拥有相应的软件著作权和发明专利。 应用领域：航空航天、能源化工、汽车工程、燃动系统等","2026-10-09T19:27:30.441Z",3,"合作开发",[531,532,535,538,541,542,543,544,545,548,549,552],{"code":512,"name":513},{"code":533,"name":534},"GB-36","汽车制造业",{"code":536,"name":537},"GB-37","铁路、船舶、航空航天和其他运输设备制造业",{"code":539,"name":540},"GB-56","航空运输业",{"code":401,"name":402},{"code":407,"name":408},{"code":446,"name":447},{"code":483,"name":484},{"code":546,"name":547},"CH-09","航空航天",{"code":489,"name":490},{"code":550,"name":551},"CH-28","交通",{"code":520,"name":521},[513,534,537,540,402,408,447,484,547,490,551,521],{"resultType":386,"id":555,"title":556,"abstract":557,"orgName":505,"province":506,"date":558,"trl":528,"transferMode":529,"keywords":393,"industry":559,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":560,"tagNames":571},"cmv1biebh08adbdd8msixozy3","半导体金属氧化物电子鼻","常规的电子鼻通常基于商品化的为数有限的半导体金属氧化物传感器单元，其筛分能力受到 很大限制，同时价格昂贵。 我所发明的半导体金属氧化物层层组装构建传感器的方法，可以基于一种金属氧化物，通过 组装方式的改变，得到多个半导体金属氧化物传感器单元，大大拓展了电子鼻的区分能力，可用于 茶叶、烟草、酒、咖啡等生产加工过程中的批次产品质量控制。 该设备具有如下特点： 1、实时在线响应。 2、灵敏度高，成本低，操作维护方便。 3、可自制传感 器单元，按用户需求找寻最合适的传感材料，并通过层数变化，得到众多的传感基元，构建多维传 感器电子鼻。 4、具有自主研发的数据分析系统、聚类分析与主成分分析体系，辅助用户对待检产品 进行筛查。5、可按用户需求定制软件系统。","2026-10-09T19:27:28.405Z","科学仪器",[561,564,565,566,567,568],{"code":562,"name":563},"GB-16","烟草制品业",{"code":441,"name":442},{"code":401,"name":402},{"code":407,"name":408},{"code":446,"name":447},{"code":569,"name":570},"CH-08","集成电路",[563,442,402,408,447,570],{"resultType":386,"id":573,"title":574,"abstract":575,"orgName":505,"province":506,"date":576,"trl":13,"transferMode":577,"keywords":393,"industry":559,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":578,"tagNames":589},"cmv1bie7v089abdd86qscpbgg","绝缘气体SF6分解产物在线检测仪","SF6 分解物实时在线检测质谱仪，采用实验室自主研发的磁增强PEI软电离源，具有碎片离子 少，易于谱图识别的优点。通过对电气设备内部SF6 气体分解组分的原位检测，诊断设备的安全性 实现真正的现场故障分析。仪器具有采用脉冲式进样无需样品前处理，操作简单、样品消耗量少、 分析速度快、灵敏度高，对于典型放电产物SO2、SOF2 和SO2F2 的检测线能够达到1 ppm，标准偏 差≤5%。结合模式识别和数据处理软件能够实现精准的定性定量分析。同时配备池供电系统，能 维持5小时的超长待机，实现了从实验室到现场的无停机快速分析检测。","2026-10-09T19:27:28.269Z","技术转让",[579,582,583,584,585,586],{"code":580,"name":581},"GB-38","电气机械和器材制造业",{"code":401,"name":402},{"code":407,"name":408},{"code":476,"name":477},{"code":446,"name":447},{"code":587,"name":588},"CH-39","网络与数据安全",[581,402,408,477,447,588],{"resultType":386,"id":591,"title":592,"abstract":593,"orgName":505,"province":506,"date":594,"trl":528,"transferMode":595,"keywords":393,"industry":559,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":596,"tagNames":605},"cmv1bie5p088gbdd84w7jfn7f","极端高压原位光谱测量系统 研究中心。但同时也体现了一个突出的问题，很多学校和研究机构买不到适合自己研究的高压光","合作方式 压力是一个独立于温度和化学组分外的重要热力学参量。20 世纪以来，随着高压技术的不断 技术入股 发展，这一热力学参量在诸多学科领域都引起了人们的广泛关注。作为一种极端条件，高压科学与 投资规模 技术如今已经实现了与物理学、化学、材料科学、地球科学、生物学、新能源科学、行星科学、食品科 学等学科领域的交叉发展。高压极端条件下材料性质的研究，需要将样品放置于金刚石对顶砧中 100 万 ~500 万 进行相应的谱学表征。 对于极端高压条件下材料性质的表征需要进行原位光谱测量，我们课题组 自主设计研发多套高压原位光谱表征探测系统。其包括： 1. 高压原位压力标定装置； 2. 高压原位紫外-可见吸收光谱探测装置； 3. 高压原位荧光探测装置； 4. 高压原位时间分辨光谱探测装置； 5. 高压原位偏振拉曼光谱探测装置； 6. 高压原位红外吸收光谱探测装置； 7. 高压原位超快瞬态吸收光谱探测装置。 上述搭建光谱探测装置的各项性能指标处于国内领先位置，同时我们已经申请多项发明专 利和计算机软件著作权。我们以上述实验装置进行科学研究，在 Light-Science & Applications， Nanoscale Horizons，Advanced Optical Materials，Journal of Physical Chemistry Letters等 期刊已经发表多篇论文。","2026-10-09T19:27:28.180Z","压力是一个独立于温度和化学组分外的重要热力学参量。20 世纪以来，随着高压技术的不断 技术入股 发展，这一热力学参量在诸多学科领域都引起了人们的广泛关注。作为一种极端条件，高压科学与",[597,598,599,600,601,602,603,604],{"code":432,"name":433},{"code":438,"name":439},{"code":398,"name":399},{"code":401,"name":402},{"code":407,"name":408},{"code":446,"name":447},{"code":413,"name":414},{"code":416,"name":417},[433,439,399,402,408,447,414,417],{"resultType":386,"id":607,"title":608,"abstract":609,"orgName":505,"province":506,"date":610,"trl":13,"transferMode":611,"keywords":393,"industry":456,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":612,"tagNames":630},"cmv1bidzr085zbdd8p0rcvsj1","代谢组学技术","代谢组学 (Metabolomics or metabonomics)是20世纪90年代中期发展起 来的一门新兴学科，是系统生物学的重要组成部分。代谢组学通过检测内源性代 谢产物在扰动下的变化，对生物系统进行整体及其动态变化规律的研究，已被广 泛应用于疾病诊断、医药研制开发、营养食品科学、毒理学、环境学，植物学等 与人类健康密切相关的领域。 中国科学院大连化学物理研究所是国内最早开展代谢组学研究的科研机构， 承担并已完成了国家“863”第一个关于代谢组学技术平台的研究项目，以及国 家杰出青年基金、重点基金、国家科技重大专项等。已构建了具有国际先进水平 的针对不同研究目的，从代谢物的靶标分析、非靶标分析和拟靶标分析3个层次 的一整套基于色谱-质谱联用技术的代谢组学平台，并将其应用于病变标记物的 发现和疾病分型，疗效评价和作用机理研究以及植物和微生物的代谢组学研究中， 取得了丰硕的成果。“基于色谱-质谱联用技术的代谢组学分析平台及应用”， 2012年获辽宁省科技发明奖二等奖。“基于液相色谱-质谱联用的高覆盖代谢组 学方法开发及应用”，2020 年获中国分析测试协会科学技术奖 CAIA 奖。在科研 实践中，已实现了代谢组学在样品采集、运输、存储、分析、数据处理各个环节 的标准化操作，授权发明专利和软件著作权 10 余项，涉及样本采集、分析方法、 数据处理、标志物发现等，为本项目提供了良好的技术平台。 该技术已用于疾病生物标记物的发现，营养代谢组学，植物、微生物代谢组 学的研究。大连化学物理研究所是国内最早开展代谢组学技术服务的单位，构建 的多层次代谢组学平台具有国际先进水平，并享有良好的国内外知名度。我们已 经成功解决了困扰质谱代谢组学研究的几个瓶颈，实现了高通量大规模样品分析 到海量数据分析的整个研究过程的SOP，基本可以“定制式”地把整个平台应用 于农业、植物、临床医学、药物","2026-10-09T19:27:27.949Z","：以技 术入股方式合作成立代谢组学研究院，合作方提供仪器、场地等硬件投入和市场 推广，大连化物所提供全套代谢组学技术，及后期的技术的整合和优化及新方法 开发。此外，大连化物所代谢组学技术经过长期的科研应用，已实现组学技术的 辽宁省大连市中山路457号 116023 Tel: 0411-84379025 http:\u002F\u002Fwww.dicp.ac.cn 标准化，同时对糖尿病、糖尿病眼病、卵巢癌、肝癌、前列腺癌等疾病的代谢特 征和潜在标志物研究取得了良好的成果，目前已经申请了 10 余项标志物试剂盒 专利。项目实施风险较低。  投资与收益 可参照深圳“华大基因”的方法，建立《代谢组学研究院》。合作方投资金 额不少于1000万元，用于购置实验设备、场地和人员等支出。 合资公司将以大连化学物理研究所的代谢组学平台为核心，构建面向全国的 大型代谢组学科研服务中心，为科研及产业界提供国家先进水平的代谢组学技术 服务，在此基础上致力于将现有的代谢组学研究积累转化为能够在临床大规模应 用的实用技术，构建临床代谢组学表形中心，实现代谢组学在健康产业的应用。 健康产业作为一个朝阳产业，而代谢组学及靶向代谢分析在疾病的早期发现、疾 病的分型、疗效评价等方面具有明显的优势，具有极大的发展潜力。因此项目将 具有可观的投资回报率。  合作方式 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20 世纪 90 年代中期发展起来的一门新兴 有极大的发展潜力。因此项目将具有可观的投资回报率。 学科，是系统生物学的重要组成部分。代谢组学通过检测内源性代谢产物在扰动下的变化，对生物 系统进行整体及其动态变化规律的研究，已被广泛应用于疾病诊断、医药研制开发、营养食品科 合作方式 学、毒理学、环境学，植物学等与人类健康密切相关的领域。 技术入股 中国科学院大连化学物理研究所是国内最早开展代谢组学研究的科研机构，承担并已完成了 国家“863”第一个关于代谢组学技术平台的研究项目，以及国家杰出青年基金、 重点基金、国家 投资规模 科技重大专项等。已构建了具有国际先进水平的针对不同研究目的，从代谢物的靶标分析、非靶标 分析和拟靶标分析3个层次的一整套基于色谱- 质谱联用技术的代谢组学平台，并将其应用于病 1000 万 ~5000 万 变标记物的发现和疾病分型，疗效评价和作用机理研究以及植物和微生物的代谢组学研究中，取 得了丰硕的成果。“基于色谱-质谱联用技术的代谢组学分析平台及应用”，2012年获辽宁省科技 发明奖二等奖。“基于液相色谱-质谱联用的高覆盖代谢组学方法开发及应用”，2020年获中国分 析测试协会科学技术奖CAIA奖。在科研实践中，已实现了代谢组学在样品采集、运输、存储、分析、 数据处理各个环节的标准化操作，授权发明专利和软件著作权10余项，涉及样本采集、分析方法、 数据处理、标志物发现等，为本项目提供了良好的技术平台。 该技术已用于疾病生物标记物的发现，营养代谢组学，植物、微生物代谢组学的研究。大连化 学物理研究所是国内","2026-10-09T19:27:27.847Z","学、毒理学、环境学，植物学等与人类健康密切相关的领域。 技术入股 中国科学院大连化学物理研究所是国内最早开展代谢组学研究的科研机构，承担并已完成了 国家“863”第一个关于代谢组学技术平台的研究项目，以及国家杰出青年基金、 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在该方向已经申请发明专利和软件登记数十项。","2026-10-09T19:27:26.211Z",[699,700,701,702],{"code":401,"name":402},{"code":476,"name":477},{"code":446,"name":447},{"code":494,"name":495},[402,477,447,495],{"resultType":386,"id":705,"title":706,"abstract":707,"orgName":655,"province":656,"date":708,"trl":658,"transferMode":659,"keywords":393,"industry":672,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":709,"tagNames":718},"cmv1bicqy07gvbdd85s4kdnn5","煤矿用多类型安全预警装置（气体及光纤传感类）","同时利用激光吸收光谱技术和光纤传感技术实现，煤矿井下自然发火的在线 原位检测。避免了长束管系统的抽取式测量，提高了测量精度，响应速度和测量 气体种类。可以同时测量O、CO、CO、CH、CH、CH 等目标气体。 2 2 4 2 4 2 2 激光多气体在线监测系统有：激光多气体监测主机、抽气束管、上位机PC、 通讯光缆等。该系统集多种气体检测于一身，能够显示多种气体信息，标准主机 可同时检测 6 种气体（一氧化碳 CO 、二氧化碳 CO 、氧气 O 、甲烷 CH 、乙 2 2 4 烯CH 、乙炔 CH）。所有待检气体先过滤后检测，远距离信号传输，就地可视 2 4 2 2 化显示。 目前产品已经满足生产要求，成熟度较高。 在该方向已经申请发明专利和软件登记数十项。","2026-10-09T19:27:26.192Z",[710,713,714,715,716,717],{"code":711,"name":712},"GB-06","煤炭开采和洗选业",{"code":401,"name":402},{"code":476,"name":477},{"code":446,"name":447},{"code":494,"name":495},{"code":587,"name":588},[712,402,477,447,495,588],{"resultType":386,"id":720,"title":721,"abstract":722,"orgName":655,"province":656,"date":723,"trl":13,"transferMode":659,"keywords":393,"industry":724,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":725,"tagNames":731},"cmv1bicqi07gobdd8xf6j3emu","新型20kHz高频光纤隔离器","针对托卡马克装置辅助加热系统高压电源的高电压大电流信号采集与传输 的工作需要，研制了新型高频光纤隔离器，具备距离远、精度高、线性度高和频 率响应高等特点，用于实现高压电源系统的实时反馈控制。选用新型的电力电子 技术完成基本的硬件电路设计，采用高速 FPGA芯片完成相关软件编程，实现高 压电源输出电压电流信号的采集和隔离传输。本项目已成功研制，并应用于EAST 托卡马克装置多套辅助加热高压电源系统中，满足高压电源系统的采集和传输需 求，实现高压电源系统的高精度输出。","2026-10-09T19:27:26.175Z","电子信息",[726,727,728,729,730],{"code":398,"name":399},{"code":401,"name":402},{"code":446,"name":447},{"code":569,"name":570},{"code":419,"name":420},[399,402,447,570,420],{"resultType":386,"id":733,"title":734,"abstract":735,"orgName":655,"province":656,"date":736,"trl":32,"transferMode":737,"keywords":393,"industry":738,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":739,"tagNames":750},"cmv1bh0sg04wesn4mclu5tt92","农业重金属智能检测仪器","必要性及需求分析:农田灌溉水是农业生产的源泉，与我国的粮食安全息息相关。然而我国的灌溉用水正面临着严重的安全威胁：据全国第二次污水灌区环境质量状况普查统计显示，目前我国利用污染灌溉水的农田面积为361.84万亩，占我国总灌溉面积的7.33%，占地表水灌溉面积的约10%，该面积比20世纪80年代初第一次污灌普查时的数据高1.6倍。为此国家出台了农田灌溉水质标准（GB5084-2005），严格规定了灌溉水质指标，主要有：水温<35℃，溶解氧<150mg\u002FL，PH=5.5~8.5，全盐量<1000mg\u002FL，氯化物<250mg\u002FL，总汞<0.001mg\u002FL，总镉<0.005mg\u002FL，总砷<0.05mg\u002FL，六价铬<0.1mg\u002FL，总铅<0.1mg\u002FL，总铜<1.0mg\u002FL。拟开发一种基于光电传感器的便携式农田灌溉水重金属检测仪，采用先进传感器技术，具有快速、多通道同时检测的特点，同时项目采用嵌入式系统，开发的仪器小型化，方便在农业中应用与推广。目标及主要任务:目标：开发便携式快速高通量农田灌溉水质重金属检测仪，满足国家高标准农田检测中灌溉水监督监测。主要任务：农田灌溉水质重金属检测仪硬件电路设计、多源传感器接口电路及抗干扰设计、灌溉水质重金属检测仪软件设计、整机系统的软硬件集成与在农场灌溉水质重金属检测中的示范应用。现有工作基础:智能农业信息与环境检测实验室主要从事智能信息处理、数字农业、农业生态环境与农产品安全检测等方面的研究。主要研究领域包括：（1）智能信息感知：光纤传感技术、化学传感器技术、农业水\u002F土\u002F气环境检测、农产品","2026-10-09T19:27:25.924Z","合作方式另议","生物与新医药",[740,741,742,743,744,745,746,747,748,749],{"code":429,"name":430},{"code":435,"name":436},{"code":441,"name":442},{"code":401,"name":402},{"code":407,"name":408},{"code":476,"name":477},{"code":446,"name":447},{"code":452,"name":453},{"code":458,"name":459},{"code":587,"name":588},[430,436,442,402,408,477,447,453,459,588],{"resultType":386,"id":752,"title":753,"abstract":754,"orgName":655,"province":656,"date":755,"trl":756,"transferMode":757,"keywords":393,"industry":758,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":759,"tagNames":775},"cmv1bh0kq04s8sn4mzxvjnjwg","无人机载大气污染气体监测系统","必要性及需求分析:我国在环境问题上面临着前所未有的挑战，大气污染表现出显著的系统性、区域性、复合性和长期性特征，特别是近来呈现出的城市群区域大气复合污染。然而，由于缺乏区域大气痕量气体的时空分布变化信息，难以对区域大气环境的现状和变化趋势给出全面、清晰的分析，不能满足国家环保总局制定我国污染控制决策的急需。为此，迫切需发展具有大范围监测能力的大气成分探测技术与仪器，获取区域的大气痕量成分时空分布信息，为正确阐明和预测我国大气环境现状以及区域环境演变的趋势提供数据支撑，同时提升我国对区域大气环境的观测能力。目标及主要任务:研制目标瞄准了当前国际上最先进的痕量气体区域分布监测仪器的水平，最终目的是完成具有自主知识产权的监测仪器，解决我国环境监测中污染气体区域分布快速监测能力不足的问题。研究内容是利用超光谱成像、凸面光栅精细分光、成像差分吸收光谱（DOAS）、精确控温、基于辐射传输模型的大气质量因子计算等先进技术、方法研制出高灵敏、高精度、实用可靠的可搭载无人机平台的大气污染气体区域分布监测系统。现有工作基础:研究室目前已研制完成基于有人机平台的超光谱成像差分吸收光谱仪，并于2013年4月28日~5月1日参加了天津观测实验。预期经济和社会效益:本系统的研制瞄准了当前国际先进的痕量气体二维分布在线监测仪器的水平，具有自主知识产权，并实现产业化，可替代进口产品。本系统的核心技术是成像差分吸收光谱，系统由光机部分、温控部分、硬件电路部分、软件部分等组成，适应无人机载平台搭载的特殊要求。对于主要的污染气体，需要对区域分布其进行精确的测量的原因有两个方面：一方面控制其排放量；另一方面对我们国家","2026-10-09T19:27:25.631Z",2,"合作方式另议;技术入股","新能源;节能环保",[760,761,762,765,766,767,770,771,772],{"code":401,"name":402},{"code":407,"name":408},{"code":763,"name":764},"GB-77","生态保护和环境治理业",{"code":446,"name":447},{"code":413,"name":414},{"code":768,"name":769},"SEI-07","节能环保产业",{"code":546,"name":547},{"code":416,"name":417},{"code":773,"name":774},"CH-22","绿色环保",[402,408,764,447,414,769,547,417,774],{"resultType":386,"id":777,"title":778,"abstract":779,"orgName":655,"province":656,"date":780,"trl":63,"transferMode":737,"keywords":393,"industry":758,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":781,"tagNames":792},"cmv1bh0go04phsn4mkwr642qo","大气细粒子与臭氧时空探测激光雷达系统","必要性及需求分析:目前，我国环保和气象已经开展沙尘暴监测网和大气成分监测网络建设，面临设备国产化率低、关键部件依赖进口的局面，急需发展自主产权的大气气溶胶细粒子和臭氧时空分布的快速在线监测技术和系统，扭转长期以来国家缺乏大气细粒子和臭氧时空分布监测数据而相关研究工作又依赖国外仪器设备的局面，通过自主创新，支撑激光雷达探测技术产业化，实现气溶胶和臭氧的多参数自动探测，促进激光雷达系统的小型化、自动化和网络化，建立分区域灰霾和臭氧探测技术标准和评估方法，探究灰霾、光化学烟雾等城市污染形成机制。目标及主要任务:发展具有自主知识产权的大气细粒子和臭氧时空分布的快速在线监测技术和系统，仪器开发目标是：开发具有自主知识产权的激光器、瞬态记录仪等关键设备，突破激光雷达关键技术瓶颈，研发精确反演和应用软件；集成项目前期自主研发的技术成果，研制工程化的大气细粒子和臭氧激光雷达探测系统工程化样机，使激光雷达的国产化率从目前的30%提高到80%以上。现有工作基础:安徽光机所环境光学中心为国家环境保护环境光学监测技术重点实验室和中科院环境光学与技术重点实验室，在光学技术的遥测系统研发和应用等领域具有较为丰富的技术背景和相应技术队伍。在激光雷达探测研究方面，已开展基于米散射偏振激光雷达、拉曼雷达、臭氧雷达、水汽雷达、微脉冲雷达等多种类型的大气气溶胶探测研究，并结合风廓线雷达对颗粒物的跨区域输送通量进行了研究。在“863”项目的支持下，已成功研制拉曼激光雷达系统，完成对大气颗粒物中细粒子空间分布测量技术的研究；科技部重大仪器专项“大气细粒子与臭氧时空探测激光雷达系统研发与应用示范”自主研发的多波段雷达，运","2026-10-09T19:27:25.474Z",[782,783,784,785,786,787,788,789,790,791],{"code":438,"name":439},{"code":401,"name":402},{"code":407,"name":408},{"code":476,"name":477},{"code":763,"name":764},{"code":446,"name":447},{"code":413,"name":414},{"code":768,"name":769},{"code":416,"name":417},{"code":773,"name":774},[439,402,408,477,764,447,414,769,417,774],{"resultType":386,"id":794,"title":795,"abstract":796,"orgName":655,"province":656,"date":797,"trl":658,"transferMode":798,"keywords":393,"industry":758,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":799,"tagNames":817},"cmv1bh0e904nvsn4mrtwy5l46","水体藻类荧光光谱在线分析仪","必要性及需求分析:目前水质安全在线预警技术的研究是国际上环境监测领域的一个研究重点。近年来，我国“水华”“赤潮”爆发日益频繁，已经严重威胁到了饮用水安全。分光光度法、高效液相色谱法等传统藻类测量方法，需要“现场采样-离线分析”，存在测量周期长、手续繁琐、测量时效性差，无法满足现代环境监测对藻类在线监测的需求，亟需发展不同种群落藻类的快速在线测量技术与仪器。目标及主要任务:水体藻类荧光光谱在线分析仪创新性地使用离散三维荧光光谱识别技术，结合独特的光机结构设计、信号调制检测理论、微弱荧光信号检测技术、多组分分类算法和计算机软硬件技术，实现了水体中蓝藻、绿藻、硅藻、甲藻、隐藻实时分类测量。水体藻类荧光光谱在线分析仪大大简化传统藻类测量方法烦琐的测量步骤、降低环境监测的成本，显著提高环境监测部门对水体藻类的监测技术水平，为“水华”和“赤潮”的预警提供设备和技术支撑。现有工作基础:课题组已经攻克了水体藻类荧光光谱在线分析技术关键难题，研制了自主知识产权的第一代水体藻类荧光光谱在线分析仪工程化样机，仪器通过第三方性能测试和科技成果鉴定，进行了小规模试生产，并在巢湖、太湖、三江营水库等典型湖库进行了长期示范应用，并已有2台仪器销售2台。核心技术获得发明专利2项、软件著作权登记1项。预期经济和社会效益:目前，我国海洋局、环保总局和水利部等所属的约6000个环境监测点，若按今后5-10年内50％的监测站点配备一套水体藻类荧光光谱在线分析仪计算，总共约需3000套。国外同类产品按照目前的市场价格来算，每套约30万元人民币，仅此项就有约10亿人民币的巨大市场。另外，全国具有上万个自来水厂，这也将是一","2026-10-09T19:27:25.389Z","可成果转让;技术入股",[800,801,804,805,806,807,810,811,812,813,814,815,816],{"code":438,"name":439},{"code":802,"name":803},"GB-46","水的生产和供应业",{"code":401,"name":402},{"code":407,"name":408},{"code":476,"name":477},{"code":808,"name":809},"GB-76","水利管理业",{"code":763,"name":764},{"code":446,"name":447},{"code":413,"name":414},{"code":768,"name":769},{"code":416,"name":417},{"code":773,"name":774},{"code":587,"name":588},[439,803,402,408,477,809,764,447,414,769,417,774,588],{"resultType":386,"id":819,"title":820,"abstract":821,"orgName":655,"province":656,"date":822,"trl":63,"transferMode":737,"keywords":393,"industry":823,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":824,"tagNames":849},"cmv1bh0an04llsn4muqaibtsp","多维力传感器","必要性及需求分析:多维力传感器是智能机器人最主要的外部传感器之一，包括单维-六维力\u002F力矩传感器，其中以六维力\u002F力矩传感器应用最为广泛。该传感器可同时检测三维空间三个力和三个力矩的全部力分量信息。自上世纪九十年代以来，中科院合肥智能所围绕多维力传感器的关键技术,以研究六维力传感器的结构和信息处理为切入点,开展多维力传感器及其应用研究。主要研究包括：机器人六维腕力传感器、三维指力\u002F脚踝力传感器；用于水下机器人的六维腕力传感器、用于空间机器人的六维腕力传感器；机器人六维腕力传感器动态性能研究；带有力\u002F触觉临场感的机器人装配作业平台；机器人传感器系统实验平台；用于体育竞技领域的六维力测试平台；科学普及领域的测力机器人等方面。目前研制的多维力传感器在中国科学院沈阳自动化研究所、上海交通大学、吉林大学、哈尔滨工业大学、浙江工业大学、西华大学等科研单位都有具体应用。现有工作基础:性能特点：抗过载能力强：过载能力能达到满量程的300%，同时具有机械过载保护和满量程溢出标志；高采样率和高传输速率：数据采样率可达10KHz，数据传速率可以达到2Mbps（CAN总线）；多种输出接口：可选择多种输出接口，如CAN总线，RS232\u002F422，USB，模拟等。该项目目前已申请13项国家发明专利，软件著作权5项。 平台建设单位： 中国科学院科技创新发展局 中国科学院办公厅 国科控股 中国科学院科技战略咨询研究院 --> 中国科学院成都文献情报中心 蜀ICP备05003827号-12 京公网安备110402500047号 网站标识码bm48000006 版权：中国科学院 主办：中国科学院科技创新发展局 承办：中","2026-10-09T19:27:25.252Z","新一代信息技术;高端装备制造",[825,826,827,828,829,830,833,834,837,838,841,844,847,848],{"code":441,"name":442},{"code":401,"name":402},{"code":404,"name":405},{"code":407,"name":408},{"code":476,"name":477},{"code":831,"name":832},"GB-89","体育",{"code":446,"name":447},{"code":835,"name":836},"SEI-02","高端装备制造产业",{"code":569,"name":570},{"code":839,"name":840},"CH-15","深海科技",{"code":842,"name":843},"CH-17","新一代信息技术",{"code":845,"name":846},"CH-20","高端装备",{"code":550,"name":551},{"code":494,"name":495},[442,402,405,408,477,832,447,836,570,840,843,846,551,495],{"resultType":386,"id":851,"title":852,"abstract":853,"orgName":655,"province":656,"date":854,"trl":63,"transferMode":737,"keywords":393,"industry":823,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":855,"tagNames":870},"cmv1bh0a604l7sn4m1orsq7qf","传感器标准化接口测试集成平台","必要性及需求分析:传感器是感知物理信息的源头，是实现物联网感知层信息获取的重要器件。目前，传感器输出信号类型多样性，表现出信号不匹配，数据格式不统一，因此，设计和研制传感器标准化接口测试集成平台是实现传感器接口通用适配和标准接入的核心工作，本项目基于2项国家标准工作，开展对传感器接口在信号层面和数据层面的标准制定，为传感器接口的标准化和即插即用提供基础。现有工作基础:知识产权情况：本项目目前已获得软件著作权12项，正在进行软件产品登记工作。行业现状：传感器应用涉及各种行业，且在这些应用领域被大量和广泛使用。当前的传感器行业多数是进行系统集成，缺乏对传感器核心技术的掌握，加之缺少通用的国家标准支撑，使得传感器的设计和制造互不兼容，接口互不匹配，导致传感器应用行业需要承担很大的成本用于更换传感器和传感器技术改进，不利于行业升级换代。预期经济和社会效益:应用前景：现实传感器种类繁多、机理复杂，缺乏技术标准的指导，在产品设计、系统集成时无统一标准可循，导致传感器接口不统一，各个单独的传感网络系统各成一套，相互之间数据信息不能共享，严重制约了传感网和物联网技术应用和产业的迅速发展。目前，我国传感器产业规模很大，且国家正在大力发展物联网、传感网产业，因此，本项目的推广会产生良好的社会经济效率预期。 平台建设单位： 中国科学院科技创新发展局 中国科学院办公厅 国科控股 中国科学院科技战略咨询研究院 --> 中国科学院成都文献情报中心 蜀ICP备05003827号-12 京公网安备110402500047号 网站标识码bm48000006 版权：中国科学院 主办：中国科学院科技创新发展局 承办","2026-10-09T19:27:25.235Z",[856,857,858,859,860,861,862,863,864,865,866,867],{"code":441,"name":442},{"code":401,"name":402},{"code":404,"name":405},{"code":407,"name":408},{"code":476,"name":477},{"code":446,"name":447},{"code":835,"name":836},{"code":569,"name":570},{"code":842,"name":843},{"code":845,"name":846},{"code":494,"name":495},{"code":868,"name":869},"CH-37","物联网",[442,402,405,408,477,447,836,570,843,846,495,869],{"resultType":386,"id":872,"title":873,"abstract":874,"orgName":655,"province":656,"date":875,"trl":63,"transferMode":737,"keywords":393,"industry":823,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":876,"tagNames":892},"cmv1bh09p04kssn4mgeio7q6b","痕量爆炸物离子迁移谱检测仪","必要性及需求分析:爆炸物\u002F炸药的现场快速检测有两类：射线成像技术和痕量分析技术。对大宗爆炸物探测，主要采用X射线、中子或γ射线，以及核磁分析技术；对痕量爆炸物\u002F炸药的检测，目前主要依靠离子迁移谱检测技术。当前国内机场等部门装备的痕量爆炸物\u002F炸药检测设备均是进口产品，仪器价格昂贵、耗材费用高，并且内部使用了放射性物质，在仪器购买、使用、维护、管理和处置中，给用户增加了额外负担。现有工作基础:本项目团队经过数年科技攻关，发明了等离子体源离子迁移谱检测技术，自主研制的非放射源离子迁移谱检测仪器，已通过了电磁、高低温、高温高湿、震动冲击、软件评估、性能等第三方严格测试。探测炸药种类、灵敏度、检测时间以及准确性等技术指标，达到或超过欧美同类产品先进水平，并且设备使用耗材价格低廉。痕量爆炸物离子迁移谱检测仪，适用于机场、轨道交通、地铁、车站、码头、邮政和海关等安检部门使用。 平台建设单位： 中国科学院科技创新发展局 中国科学院办公厅 国科控股 中国科学院科技战略咨询研究院 --> 中国科学院成都文献情报中心 蜀ICP备05003827号-12 京公网安备110402500047号 网站标识码bm48000006 版权：中国科学院 主办：中国科学院科技创新发展局 承办：中国科学院成都文献情报中心 找错--> 微信小程序 --> 中国科学院知识产权信息","2026-10-09T19:27:25.217Z",[877,878,881,882,883,884,885,886,887,888,889,890,891],{"code":536,"name":537},{"code":879,"name":880},"GB-59","邮政业",{"code":401,"name":402},{"code":404,"name":405},{"code":407,"name":408},{"code":476,"name":477},{"code":446,"name":447},{"code":835,"name":836},{"code":569,"name":570},{"code":842,"name":843},{"code":845,"name":846},{"code":550,"name":551},{"code":494,"name":495},[537,880,402,405,408,477,447,836,570,843,846,551,495],{"resultType":386,"id":894,"title":895,"abstract":896,"orgName":655,"province":656,"date":897,"trl":658,"transferMode":898,"keywords":393,"industry":823,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":899,"tagNames":907},"cmv1bh08r04k6sn4mwnl92zhs","宽谱段分光谱型天空背景亮度测量仪","必要性及需求分析:天空背景辐亮度的实时获取方法一直以来都是一个重要的问题，但当前国内对于天空背景辐亮度的获取手段大部分还停留在利用美国的MODTRAN软件对天空辐亮度的模拟计算阶段，由于MODTRAN软件中的大气模式与气溶胶模型均采用美国标准大气模式，无论从气候还是气溶胶类型来说，均与我国的真实大气状况存在较大差异，从而导致模拟计算结果与我国的实际背景亮度值存在较大差异，很多情况下的误差可达30%以上，因此，研制和开发能够实测天空背景辐亮度的实时观测设备具有重要的应用意义。安徽光机所研制开发了基于扫描测量的天空背景亮度测量仪，并拟实现产品推广。天空背景亮度测量仪用于实时测量波长范围覆盖200nm~2500nm范围内的天空背景光谱辐射亮度和总辐射亮度。设备具有定点观测、天空扫描和目标跟踪三种工作模式，定点观测模式用于用户输入方位的辐亮度测量；天空扫描模式用于对全天空扫描观测；选择目标跟踪模式，在用户提前输入将要过境的待测目标运行轨迹函数的情况下，设备能够自动全程实时跟踪目标方位，并对目标过境时途经方位上的天空背景辐亮度进行实时显示、存储和上传，以便跟踪系统使用。设备致力于面向目标跟踪、识别技术的科研单位和应用单位使用，具有重要的工程和军事应用价值。目标及主要任务:（1）目标以已完成的DTL-1型天空背景亮度测量仪为基础进行分光谱测量技术升级，实施该设备的大规模产业化和推广应用奠定基础。设备主要指标和性能如下：-波长范围：200nm~2500nm-动态范围：1W\u002F(m2﹒sr)~400W\u002F(m2﹒sr)-测量精度：优于15%（总辐亮度）-测量视场：<1°-跟踪定位精度：1′-","2026-10-09T19:27:25.182Z","政府或相关企业支持或融资",[900,901,902,903,904,905,906],{"code":401,"name":402},{"code":476,"name":477},{"code":446,"name":447},{"code":835,"name":836},{"code":842,"name":843},{"code":845,"name":846},{"code":494,"name":495},[402,477,447,836,843,846,495],{"resultType":386,"id":909,"title":910,"abstract":911,"orgName":655,"province":656,"date":912,"trl":32,"transferMode":913,"keywords":393,"industry":914,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":915,"tagNames":928},"cmv1bh06y04irsn4m3wxl1zy2","作物品质性状自动分析分选装置","成果简介：农作物品质与其主要化学成分如淀粉、蛋白质、脂肪等密切相关，所以作物籽粒品质性状的快速无损分析一直是遗传和育种工作者的受到关注。近红外技术具有无损、快速和同时对多个性状进行检测的特点，作物品质分析选择装置集成光谱技术、自动化控制、软件分析等技术，实现对单粒子水稻、玉米、大豆等进行高通量智能化检测和分选，为品质性状遗传和育种提供技术支撑。同时该装置也能够拓展应用到制药、食品等行业。该装置核心技术已经获得发明专利4个。主要技术指标（或参数）：够实现每秒3粒的检测和分选。设计了6个分选通道，每个通道可以根据需求设定不同参数范围，单籽粒根据检测结果从设定对应通道滑出。检测装置采用具有专利权的管式检测系统，每秒可以实现64幅光谱的采集和分析。通过建模可实现对单个作物籽粒的脂肪、蛋白质、直链淀粉等进行高效检测和分选，为作物品质性状遗传育种提供现代化的分析手段。应用领域：可以应用水稻、玉米、大豆等农作物遗传育种已经农产品检测分析。农作物种子活力和真伪分析评判。颗粒物药品进行通量检测分析；市场前景：目前作物品质分析选择装置能够应用到农业生物遗传育种和制药行业，能够根据客户设计不同分选，能够检测作物品质质量，为育种服务。同时能够控制颗粒药品质量，预计这些领域需求量巨大，预计价值数亿元。拟转化的方式（或合作模式）：可采用技术转让或技术作价入股成立公司方式。 平台建设单位： 中国科学院科技创新发展局 中国科学院办公厅 国科控股 中国科学院科技战略咨询研究院 --> 中国科学院成都文献情报中心 蜀ICP备05003827号-12 京公网安备110402500047号 网站标识码bm480000","2026-10-09T19:27:25.108Z","技术转让或技术作价入股成立公司","新一代信息技术;生物与新医药",[916,917,918,919,920,921,922,923,924,925,926,927],{"code":429,"name":430},{"code":432,"name":433},{"code":435,"name":436},{"code":401,"name":402},{"code":404,"name":405},{"code":407,"name":408},{"code":476,"name":477},{"code":446,"name":447},{"code":569,"name":570},{"code":452,"name":453},{"code":842,"name":843},{"code":458,"name":459},[430,433,436,402,405,408,477,447,570,453,843,459],{"resultType":386,"id":930,"title":931,"abstract":932,"orgName":655,"province":656,"date":933,"trl":658,"transferMode":913,"keywords":393,"industry":914,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":934,"tagNames":950},"cmv1bh06h04iasn4mh0vnmi7f","LIBS矿物元素重金属分布微成像装置","成果简介：激光诱导击穿光谱（LIBS）技术具有：无需样品制备、同时检测多种元素、测量时间短、能够对各种形态的样品进行分析、设备价廉易于操作、能够进行微区分析等优点。针对食品和生物样品的矿物元素和重金属含量低、分布不均匀等问题，集成双激光器、光学图像获取（CCD）、三维移动平台以及图像清晰度评价函数的自动聚焦算法等技术，研发出DP-LIBS矿物元素重金属分布微成像装置。实现控制软件对共线DP-LIBS实验系统与CCD相机、三维移动平台进行有效控制。能够实现对生物、食品样品中矿质元素和重金属元素分布和定性定量分析。主要技术指标（或参数）：能够实现最小分辨率20微米，能够实现每分钟30个点的自动检测，能够对样品中矿质元素和重金属进行同时检测，对于样品建立不同模型对成分进行预测。提供矿物元素和重金属的空间分布信息。应用领域：可以对农业中生物样品、食品、土壤等进行检测分析也可以应用到冶金、煤炭等行业，以及科研、环保执法、司法鉴定等。市场前景：目前可以对农产品、食品，例如水稻中矿质元素和重金属进行微区检测，也可以对土壤中各种元素进行定量分析，同时也能拓展到冶金、煤炭行业，控制产品质量，预计这些领域需求量巨大，预计价值数亿元。同时可以满足相关科研、环保执法、司法鉴定等需求。拟转化的方式（或合作模式）：可采用技术转让或技术作价入股成立公司方式。 平台建设单位： 中国科学院科技创新发展局 中国科学院办公厅 国科控股 中国科学院科技战略咨询研究院 --> 中国科学院成都文献情报中心 蜀ICP备05003827号-12 京公网安备110402500047号 网站标识码bm48000006 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