[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"tags-groups":3,"chains-groupcat":4,"tech-results-list":384},[],[5,16,23,28,35,43,52,59,66,72,78,86,91,97,105,111,116,123,127,132,137,143,148,154,159,165,171,177,182,188,194,199,204,209,214,219,225,231,236,242,246,252,256,261,267,273,279,284,290,297,303,307,312,318,324,330,336,341,346,351,357,361,367,372,376,380],{"id":6,"name":7,"category":8,"groupCategory":9,"intro":10,"scale":11,"maturity":12,"checkState":13,"nodeCount":14,"companyCount":15},"ch60_E11","LED与第三代半导体产业链","战略性新兴产业","EMERGING","碳化硅、氮化镓、LED照明、功率器件",null,"成长期","VERIFIED",8,92,{"id":17,"name":18,"category":8,"groupCategory":9,"intro":19,"scale":20,"maturity":12,"checkState":13,"nodeCount":21,"companyCount":22},"e0c81c4e-878c-4944-9633-2c202497ef16","云计算与大数据产业链","云服务、数据中心、数据处理、数据交易","中国云计算市场规模约8288亿元（信通院，2024年，同比+34.4%），其中公有云6216亿元；智能算力规模超1590 EFLOPS（工信部，2026-01）",12,163,{"id":24,"name":25,"category":8,"groupCategory":9,"intro":26,"scale":27,"maturity":12,"checkState":13,"nodeCount":14,"companyCount":15},"00ee3af3-fe37-4d60-81ef-2833c238866c","人工智能产业链","AI芯片、大模型、算法框架、AI应用","中国人工智能核心产业规模超1.2万亿元(工信部，2025)",{"id":29,"name":30,"category":8,"groupCategory":9,"intro":31,"scale":11,"maturity":32,"checkState":13,"nodeCount":33,"companyCount":34},"ch60_S02","人才与教育供给链","高等教育、职业教育、人才引进、技能培训","成熟期",7,28,{"id":36,"name":37,"category":38,"groupCategory":39,"intro":40,"scale":11,"maturity":41,"checkState":13,"nodeCount":33,"companyCount":42},"ch60_T08","传统汽车产业链","传统产业","TRADITIONAL","燃油车整车及零部件，向新能源汽车转型","转型期",119,{"id":44,"name":45,"category":46,"groupCategory":47,"intro":48,"scale":11,"maturity":49,"checkState":13,"nodeCount":50,"companyCount":51},"ch60_F12","元宇宙与XR产业链","未来产业","FUTURE","VR\u002FAR\u002FMR、数字孪生、数字人、空间计算","孕育期",6,79,{"id":53,"name":54,"category":55,"groupCategory":9,"intro":56,"scale":11,"maturity":12,"checkState":13,"nodeCount":57,"companyCount":58},"ch60_E26","光子（光电子）产业链","新兴产业","从光电子材料、光芯片、光器件\u002F模块，到激光装备、光显示、光传感、光计算与光子集成，是AI算力与信息时代的“光速动脉”。",10,34,{"id":60,"name":61,"category":46,"groupCategory":47,"intro":62,"scale":63,"maturity":49,"checkState":13,"nodeCount":64,"companyCount":65},"48f1ae82-a07c-4d67-93c0-abb71a5d1e0d","具身智能与人形机器人产业链","人形机器人本体、具身大模型、灵巧手、核心零部件","中国人形机器人整机企业超140家、发布产品超330款(工信部，2025)；产业整体处量产初期，市场规模待权威口径",9,138,{"id":67,"name":68,"category":8,"groupCategory":9,"intro":69,"scale":70,"maturity":49,"checkState":13,"nodeCount":14,"companyCount":71},"d5c035fb-13ce-442e-b94e-6ac79b0b5b85","区块链与Web3产业链","区块链底层、联盟链、数字资产、分布式应用","中国区块链市场规模IDC口径2025年超32亿美元；国内区块链信息服务备案编号累计发放20批次4223个（国家网信办《国家信息化发展报告2025》）",44,{"id":73,"name":74,"category":38,"groupCategory":39,"intro":75,"scale":76,"maturity":41,"checkState":13,"nodeCount":64,"companyCount":77},"fa3b59f4-0fc7-4f9d-bff0-94d4498b3e7c","医药制造产业链（传统）","化学药、中药、生物药传统制造","2025年规模以上医药工业企业营业收入约2.96万亿元(国家统计局);中国生物医药市场规模约2.24万亿元(行业研究机构口径,2025)",59,{"id":79,"name":80,"category":8,"groupCategory":47,"intro":81,"scale":82,"maturity":83,"checkState":13,"nodeCount":84,"companyCount":85},"90644f83-8a70-4b3a-ad53-8a2b0e397d5a","卫星互联网","卫星互联网指以低轨星座为基础，提供宽带通信、导航增强、物联网接入等天地一体化信息服务的产业。本链聚焦卫星组网运营、地面设备与终端及行业应用；火箭与卫星制造发射的运载环节归入'商业航天'链。核心工程包括GW星座(中国星网约1.3万颗)与千帆\u002FG60星座(垣信约1.5万颗)。到2030年产业链规模有望突破1.2万亿元(券商口径)。","中国低轨卫星互联网到2030年带动产业链规模有望突破1.2万亿元(券商\u002F机构口径，2026)；2024年起两大星座进入高密度组网","TRL6-8(组网\u002F试运行)；消费终端TRL5-7",15,40,{"id":87,"name":88,"category":46,"groupCategory":47,"intro":89,"scale":11,"maturity":49,"checkState":13,"nodeCount":14,"companyCount":90},"ch60_F07","可控核聚变产业链","托卡马克、高温超导、聚变堆材料",84,{"id":92,"name":93,"category":46,"groupCategory":47,"intro":94,"scale":95,"maturity":49,"checkState":13,"nodeCount":14,"companyCount":96},"f3e1775a-755b-4ffd-acaf-e4bff5f6d75b","合成生物产业链","合成生物学平台、生物制造、细胞工厂","中国生物制造产业总规模约1.1万亿元,生物发酵产品产量占全球70%以上(工信部,2025);其中食品及添加剂、生物制药两个细分领域年产值均超4000亿元",91,{"id":98,"name":99,"category":8,"groupCategory":47,"intro":100,"scale":101,"maturity":102,"checkState":13,"nodeCount":103,"companyCount":104},"9b4f4311-cda6-4461-b352-ab269ef8688b","商业航天","商业航天指以市场化方式配置资源、由商业主体提供运载火箭研制发射、卫星制造及相关服务的产业。本链聚焦民营\u002F商业运载火箭与商业卫星的研制、发射、测运控及应用；卫星组网运营与通信导航应用的终端\u002F运营部分与'卫星互联网'链交叉。2024年中国商业航天市场规模约2.3万亿元(含带动效应，口径较宽)。","中国商业航天市场规模约2.3万亿元(国家发改委专家口径\u002F中商产业研究院，2024)，预计2025年约2.8万亿元；该口径含产业链带动效应，直接航天制造发射产值远小于此","TRL6-8(火箭发射常态化)；可重复使用火箭TRL4-6；太空旅游TRL3-4",18,57,{"id":106,"name":107,"category":46,"groupCategory":47,"intro":108,"scale":109,"maturity":49,"checkState":13,"nodeCount":64,"companyCount":110},"deccf963-6b65-4294-9291-483b47327169","基因与生物技术产业链","基因编辑、合成生物学、生物制造","中国基因组测序市场规模约328.6亿元(灼识咨询\u002F中国医疗器械行业协会基因检测分会白皮书,2025);中国细胞与基因治疗(CGT)市场规模2025年首次突破500亿元(行业公开统计,2025)",37,{"id":112,"name":113,"category":8,"groupCategory":9,"intro":114,"scale":115,"maturity":12,"checkState":13,"nodeCount":33,"companyCount":110},"3372d10f-1628-4dfb-b341-db35656c5d6d","基础软件与工业软件产业链","操作系统、数据库、工业软件、CAD\u002FEDA","2025年我国工业互联网核心产业规模超1.6万亿元，带动工业增加值约2.5万亿元；具有一定行业影响力的工业互联网平台超360家（工信部，2026）",{"id":117,"name":118,"category":8,"groupCategory":9,"intro":119,"scale":120,"maturity":121,"checkState":13,"nodeCount":84,"companyCount":122},"b6de4fda-3782-483a-a0f8-d2fffa8d8224","大数据\u002F数据要素","大数据\u002F数据要素产业围绕数据资源的采集、治理、存储、流通交易与开发利用，覆盖上游数据采集与数据库\u002F存储、中游数据治理与数据中台\u002F数据交易与公共数据授权运营、下游BI分析与行业数据应用。本链聚焦数据作为生产要素的流通与价值释放，区别于偏算力基础设施的云计算\u002F算力链、偏模型算法的人工智能链。2025年我国数据产业规模达6.78万亿元、数据企业48.2万家（国家数据局，2026-08）。","2025年我国数据产业规模达6.78万亿元，同比增长15.7%，数据企业48.2万家（国家数据局，2026-08）","TRL7-9（大数据平台成熟商用，数据要素流通\u002F授权运营处制度建设早期）",63,{"id":124,"name":125,"category":38,"groupCategory":39,"intro":126,"scale":11,"maturity":32,"checkState":13,"nodeCount":50,"companyCount":34},"ch60_T11","家电制造产业链","家用电器制造，向智能家电升级",{"id":128,"name":129,"category":38,"groupCategory":39,"intro":130,"scale":131,"maturity":32,"checkState":13,"nodeCount":33,"companyCount":104},"9f188ad6-e927-4dda-afc4-dde4683089eb","工程机械产业链","工程机械、矿山机械、农业机械制造","2024年装备制造业增加值占规上工业34.6%；工业机器人产量55.6万套(+14.2%)、销量30.2万台占全球54%，机器人行业营收2378.9亿元(国家统计局\u002F工信部,2024)",{"id":133,"name":134,"category":38,"groupCategory":39,"intro":135,"scale":11,"maturity":41,"checkState":13,"nodeCount":14,"companyCount":136},"ch60_T04","建材产业链","水泥、玻璃、陶瓷、新型建材",49,{"id":138,"name":139,"category":38,"groupCategory":39,"intro":140,"scale":141,"maturity":41,"checkState":13,"nodeCount":57,"companyCount":142},"52294d28-07dc-4f86-844f-6b5bea542726","建筑与房地产产业链","房屋建筑、土木工程建筑、建筑安装装饰","2024年全国建筑业总产值32.7万亿元、增加值约9万亿元，装配式建筑占新建建筑比例达30%以上(住建部,2024\u002F十四五)",72,{"id":144,"name":145,"category":8,"groupCategory":9,"intro":146,"scale":11,"maturity":12,"checkState":13,"nodeCount":33,"companyCount":147},"ch60_E24","数字创意产业链","数字内容、创意设计、网络游戏、短视频、元宇宙",90,{"id":149,"name":150,"category":8,"groupCategory":9,"intro":151,"scale":152,"maturity":12,"checkState":13,"nodeCount":14,"companyCount":153},"e2575327-d150-4ced-be3f-d49c6d2ecedb","新一代通信网络产业链","5G\u002F6G、光通信、卫星通信、网络设备","我国已建成5G基站483.8万座、5G-A覆盖超330个城市，移动物联网终端28.88亿户（工信部，2026-01）；新一代信息技术产业整体规模无单一官方口径，待核实",53,{"id":155,"name":156,"category":8,"groupCategory":9,"intro":157,"scale":11,"maturity":12,"checkState":13,"nodeCount":64,"companyCount":158},"ch60_S01","新型基础设施要素链","5G基站、数据中心、工业互联网、算力枢纽",47,{"id":160,"name":161,"category":8,"groupCategory":9,"intro":162,"scale":163,"maturity":32,"checkState":13,"nodeCount":33,"companyCount":164},"8863836c-acbe-4a9e-9321-d68ac6a064d2","新型显示产业链","LCD\u002FOLED\u002FMicroLED面板、显示材料、显示装备","中国新型显示产业产值约7400亿元(中国电子信息产业发展研究院\u002F赛迪，2024)，全球市场占比超49%；2025年总产值突破8000亿元",41,{"id":166,"name":167,"category":8,"groupCategory":9,"intro":168,"scale":169,"maturity":12,"checkState":13,"nodeCount":14,"companyCount":170},"b0614f9a-1b75-4f3d-8c55-ad54651ed608","新材料产业链","先进金属材料、高分子材料、复合材料、纳米材料","中国新材料产业总产值2024年约8.7万亿元,预计2025年约10万亿元(工信部\u002F赛迪口径,2025)",142,{"id":172,"name":173,"category":8,"groupCategory":9,"intro":174,"scale":175,"maturity":12,"checkState":13,"nodeCount":21,"companyCount":176},"91feac65-a1bd-4369-a4e1-7206bb918d5a","新能源发电与储能产业链","光伏、风电、锂电储能、氢能储能、新型储能，首批试点","2025年全国风电光伏新增装机超4.38亿千瓦(风电1.2亿、光伏3.18亿),累计突破18.4亿千瓦(国家能源局,2026-02);新型储能累计突破1亿千瓦(国家发改委,2026-03)",206,{"id":178,"name":179,"category":8,"groupCategory":9,"intro":180,"scale":11,"maturity":12,"checkState":13,"nodeCount":64,"companyCount":181},"ch60_E19","新能源装备产业链","光伏设备、风电设备、锂电设备、氢能设备",80,{"id":183,"name":184,"category":8,"groupCategory":9,"intro":185,"scale":186,"maturity":32,"checkState":13,"nodeCount":21,"companyCount":187},"6cae6b65-a8de-451e-a5af-b47ed1712fcc","智能终端产业链","智能手机、PC、可穿戴设备、智能家电","2025年中国智能手机出货量约2.85亿部，同比-0.6%，华为16.4%份额第一（IDC，2026-01）；全球智能手机出货约12.6亿部，同比+1.9%",225,{"id":189,"name":190,"category":8,"groupCategory":9,"intro":191,"scale":192,"maturity":12,"checkState":13,"nodeCount":21,"companyCount":193},"2eb24ee1-32bc-4b5e-ad92-d6702a67412e","智能网联新能源汽车产业链","新能源整车、三电系统、自动驾驶、车联网","2025年新能源汽车产销分别完成1662.6万辆和1649万辆,新车销量渗透率47.9%(中汽协\u002F工信部,2026-01)",99,{"id":195,"name":196,"category":38,"groupCategory":39,"intro":197,"scale":198,"maturity":32,"checkState":13,"nodeCount":64,"companyCount":65},"1e4e94ff-2688-4052-9a78-0fefebcd78cf","有色金属产业链","有色金属冶炼和压延加工，包含铜铝铅锌和稀有金属","2024年全国煤炭产量47.8亿吨、约占一次能源生产总量66.6%，煤矿智能化产能占比超50%(中国煤炭工业协会\u002F国家能源局,2024)",{"id":200,"name":201,"category":46,"groupCategory":47,"intro":202,"scale":11,"maturity":49,"checkState":13,"nodeCount":64,"companyCount":203},"ch60_F11","未来信息产业链","光计算、存算一体、神经形态芯片",118,{"id":205,"name":206,"category":46,"groupCategory":47,"intro":207,"scale":11,"maturity":49,"checkState":13,"nodeCount":14,"companyCount":208},"ch60_F10","未来健康产业链","再生医学、抗衰老、精准医疗、数字疗法",39,{"id":210,"name":211,"category":46,"groupCategory":47,"intro":212,"scale":11,"maturity":49,"checkState":13,"nodeCount":64,"companyCount":213},"ch60_F15","未来制造产业链","4D打印、自组装制造、分子制造、纳米制造",144,{"id":215,"name":216,"category":46,"groupCategory":47,"intro":217,"scale":11,"maturity":49,"checkState":13,"nodeCount":50,"companyCount":218},"ch60_F08","未来材料产业链","石墨烯、超导材料、超材料、智能材料",70,{"id":220,"name":221,"category":46,"groupCategory":47,"intro":222,"scale":223,"maturity":49,"checkState":13,"nodeCount":50,"companyCount":224},"c14c039a-3453-4e0f-9403-5ae2cdc08612","未来网络产业链","6G、未来互联网架构、空天地一体化网络","6G处预研期，无独立商用市场规模(中国信通院\u002F工信部，2025)；预计2030年前后商用",30,{"id":226,"name":227,"category":46,"groupCategory":47,"intro":228,"scale":229,"maturity":49,"checkState":13,"nodeCount":64,"companyCount":230},"ee14d5c8-2b2c-455d-be3b-cb80a59c445c","未来能源产业链","新型核能、空间太阳能、零碳能源系统","待核实(未来能源无统一市场规模口径;参照:2025年我国新型储能累计装机突破1亿千瓦,占全球40%以上)",100,{"id":232,"name":233,"category":38,"groupCategory":39,"intro":234,"scale":11,"maturity":32,"checkState":13,"nodeCount":33,"companyCount":235},"ch60_T15","橡胶塑料制品产业链","橡胶和塑料制品业，支撑性材料",75,{"id":237,"name":238,"category":46,"groupCategory":47,"intro":239,"scale":240,"maturity":49,"checkState":13,"nodeCount":33,"companyCount":241},"29473ba5-a97f-4dc4-bf08-62a009d87501","氢能与燃料电池产业链","制氢储氢运氢加氢、燃料电池","待核实(氢能产业链整体规模无统一口径;截至2024年底可再生能源电解水制氢已建成产能约12.5万吨\u002F年,国家能源局《中国氢能发展报告2025》)",73,{"id":243,"name":244,"category":8,"groupCategory":9,"intro":245,"scale":11,"maturity":12,"checkState":13,"nodeCount":21,"companyCount":77},"ch60_E15","海洋装备产业链","深海装备、海上风电、海水淡化、海洋生物医药",{"id":247,"name":248,"category":46,"groupCategory":47,"intro":249,"scale":250,"maturity":49,"checkState":13,"nodeCount":21,"companyCount":251},"f33f81a5-0e29-46b3-85a8-883bb20381c3","深海空天开发产业链","深海探测、太空开发、近地轨道经济","待核实(深海科技无统一市场规模口径;2025年海洋工程装备制造业增加值约1858亿元,其中深海高端装备为核心增量)",173,{"id":253,"name":254,"category":38,"groupCategory":39,"intro":255,"scale":11,"maturity":32,"checkState":13,"nodeCount":50,"companyCount":51},"4279a2a3-b216-4dcc-885a-2895599733d5","烟草及其他传统制造产业链","烟草制品业、其他制造业兜底",{"id":257,"name":258,"category":38,"groupCategory":39,"intro":259,"scale":11,"maturity":32,"checkState":13,"nodeCount":21,"companyCount":260},"ch60_T18","煤炭产业链","煤炭勘探、建设、智能化采掘、洗选、储运，延伸燃煤发电、清洁供热与现代煤化工，是国家能源安全的“压舱石”。",35,{"id":262,"name":263,"category":8,"groupCategory":9,"intro":264,"scale":265,"maturity":12,"checkState":13,"nodeCount":33,"companyCount":266},"7f61bb29-c16e-416f-9315-59b78b7b5ea1","物联网产业链","传感器、RFID、物联网模组、物联网平台","我国移动物联网终端用户达28.88亿户，占移动终端连接数61.3%（工信部《2025年通信业统计公报》，2026-01）；物联网整体市场规模待核实",54,{"id":268,"name":269,"category":38,"groupCategory":39,"intro":270,"scale":271,"maturity":12,"checkState":13,"nodeCount":64,"companyCount":272},"38794d83-8b10-4ca3-bff4-398c57e4ceef","现代农业与生物育种产业链","生物育种、智慧农业、农产品深加工、农机装备","2024年全国粮食总产量14130亿斤、农作物耕种收综合机械化率76.7%、农业科技进步贡献率超63%、良种覆盖率超96%(农业农村部\u002F国家统计局,2024-2025)",129,{"id":274,"name":275,"category":38,"groupCategory":39,"intro":276,"scale":277,"maturity":32,"checkState":13,"nodeCount":33,"companyCount":278},"a20c5f10-4477-4739-abca-fb0550ebdcc2","现代商贸物流产业链","批发零售、物流配送、仓储邮政","2024年交通固定资产投资3.79万亿元、营业性货运量568.75亿吨、快递业务量1750.84亿件、高铁营业里程4.8万公里(交通运输部,2024)",32,{"id":280,"name":281,"category":8,"groupCategory":9,"intro":282,"scale":11,"maturity":12,"checkState":13,"nodeCount":64,"companyCount":283},"ch60_E20","生物医药产业链","创新药、生物制品、CXO、基因与细胞治疗",61,{"id":285,"name":286,"category":38,"groupCategory":39,"intro":287,"scale":288,"maturity":41,"checkState":13,"nodeCount":14,"companyCount":289},"14b1e674-0fa9-4436-bcaa-293d5530db1c","电力能源（传统）产业链","火电、水电、传统发电，向新型电力系统转型","2024年全国全社会用电量98521亿千瓦时、发电装机容量约33.5亿千瓦、发电量约10.09万亿千瓦时(国家能源局,2024)",69,{"id":291,"name":292,"category":38,"groupCategory":39,"intro":293,"scale":294,"maturity":32,"checkState":13,"nodeCount":295,"companyCount":296},"c8bc1bbd-78c7-4a80-bb70-736dbee84c96","石化化工产业链","石油加工、炼焦和化学原料和化学制品制造，向精细化工、新材料升级","2024年石化化工行业(不含油气开采)主营业务收入约15万亿元、乙烯产量超5000万吨(工信部,2024)",11,96,{"id":298,"name":299,"category":8,"groupCategory":9,"intro":300,"scale":301,"maturity":32,"checkState":13,"nodeCount":295,"companyCount":302},"6296069d-2d19-4c7b-9e33-5ecd638b9a7f","科技金融服务链","创投、产业基金、科技信贷、上市服务、知识产权金融","国家中小企业发展基金规模357亿元、累计带动股权融资超4800亿元；国家融资担保基金再担保累计4.73万亿元(财政部,2024)",51,{"id":304,"name":305,"category":38,"groupCategory":39,"intro":306,"scale":11,"maturity":32,"checkState":13,"nodeCount":14,"companyCount":147},"ch60_T05","纺织服装产业链","纺织业、纺织服装服饰业，向品牌化功能化升级",{"id":308,"name":309,"category":8,"groupCategory":9,"intro":310,"scale":311,"maturity":12,"checkState":13,"nodeCount":50,"companyCount":224},"b28f45aa-a435-46e4-af93-7a853d95ccda","网络安全产业链","网络安全、数据安全、工控安全、密码技术","2025年我国信息安全产品和服务收入2235亿元，同比+6.7%（工信部《2025年软件业运行情况》）；赛迪口径网络安全市场规模约964.8亿元（2025）",{"id":313,"name":314,"category":46,"groupCategory":47,"intro":315,"scale":316,"maturity":49,"checkState":13,"nodeCount":33,"companyCount":317},"2a253269-c571-41c3-8606-5870e748d81a","脑科学与类脑智能产业链","脑机接口、类脑计算、神经科学","中国脑机接口市场规模约32.0亿元(赛迪顾问，2024)；2025年有望突破38亿元，企业总量超200家",31,{"id":319,"name":320,"category":8,"groupCategory":9,"intro":321,"scale":322,"maturity":49,"checkState":13,"nodeCount":33,"companyCount":323},"55f40c95-c426-4213-9b23-1fefd4dd39ed","自动驾驶与低空经济产业链","L4+自动驾驶、eVTOL、低空飞行、无人系统","中国低空经济规模约6702.5亿元(赛迪顾问，2024)；2025年预计达1.5万亿元(中国民航局)，2035年有望突破3.5万亿元",60,{"id":325,"name":326,"category":8,"groupCategory":9,"intro":327,"scale":328,"maturity":12,"checkState":13,"nodeCount":21,"companyCount":329},"2e3ee32f-a683-4ed6-a055-642829b99f2c","航空航天装备产业链","大飞机、通用航空、商业航天、卫星互联网","航空航天为国家队主导，无统一公开产业规模口径；C919累计交付16架(2024底)、订单超1400架",98,{"id":331,"name":332,"category":38,"groupCategory":39,"intro":333,"scale":334,"maturity":41,"checkState":13,"nodeCount":33,"companyCount":335},"dc6de969-6636-4914-a6cb-7be786597c08","船舶海工装备产业链","船舶制造、海洋工程装备，向高端化转型","2025年海洋工程装备制造业增加值约1858亿元(+10.2%),新接海工订单金额占世界44.6%(连续8年第一);海洋船舶工业增加值1811亿元(+25.1%),造船三大指标国际份额连续16年第一(自然资源部\u002F工信部,2026-03)",33,{"id":337,"name":338,"category":8,"groupCategory":9,"intro":339,"scale":340,"maturity":12,"checkState":13,"nodeCount":295,"companyCount":289},"f4c900b2-e906-4332-a55a-910a870d66e7","节能环保产业链","节能装备、环保装备、资源循环利用、碳达峰碳中和","2024年全国生态环保产业年营收连续三年超2.2万亿元；垃圾焚烧发电市场规模约730亿元(全联环境服务业商会\u002F华经,2024)",{"id":342,"name":343,"category":8,"groupCategory":9,"intro":344,"scale":11,"maturity":32,"checkState":13,"nodeCount":33,"companyCount":345},"ch60_E13","轨道交通装备产业链","高铁、城轨、信号系统、关键零部件",36,{"id":347,"name":348,"category":38,"groupCategory":39,"intro":349,"scale":11,"maturity":32,"checkState":13,"nodeCount":14,"companyCount":350},"ch60_T06","轻工造纸产业链","造纸、家具、印刷、包装、日用消费品",107,{"id":352,"name":353,"category":46,"groupCategory":47,"intro":354,"scale":355,"maturity":49,"checkState":13,"nodeCount":14,"companyCount":356},"0605ff18-376d-4ef9-b9bd-c8d2d767fbf1","量子信息产业链","量子计算、量子通信、量子测量","2025年我国量子计算产业规模约115.6亿元、年增速超30%（赛迪，转引自人民网2026-08）；量子科技整体规模有望突破200亿元（东方财富研报\u002F赛迪，2025）",58,{"id":358,"name":359,"category":38,"groupCategory":39,"intro":360,"scale":11,"maturity":41,"checkState":13,"nodeCount":64,"companyCount":158},"ch60_T01","钢铁产业链","黑色金属冶炼及压延加工业，向特种钢、绿色低碳转型",{"id":362,"name":363,"category":8,"groupCategory":9,"intro":364,"scale":365,"maturity":12,"checkState":13,"nodeCount":21,"companyCount":366},"be5c17ae-9a06-4828-8111-6b0c0b4c7c2a","集成电路产业链","集成电路设计、制造、封装测试、装备材料，首批试点","中国集成电路全产业销售额约1.43万亿元(中国半导体行业协会，2024)；其中设计业约6460亿元(+11.9%)、制造业增长约14.5%、封测业增长约6.6%",196,{"id":368,"name":369,"category":38,"groupCategory":39,"intro":370,"scale":11,"maturity":32,"checkState":13,"nodeCount":33,"companyCount":371},"ch60_T07","食品加工产业链","农副食品加工、食品制造、饮料制造",109,{"id":373,"name":374,"category":8,"groupCategory":9,"intro":375,"scale":11,"maturity":12,"checkState":13,"nodeCount":33,"companyCount":158},"ch60_E21","高性能医疗器械产业链","高端影像设备、体外诊断、植介入器械、手术机器人",{"id":377,"name":378,"category":55,"groupCategory":9,"intro":379,"scale":11,"maturity":12,"checkState":13,"nodeCount":57,"companyCount":260},"ch60_E27","高端专用装备产业链","面向矿山、冶金、石化、建材、能源等领域的大型化、重型化、智能化成套专用装备与工程成套，是高端装备制造与进口替代的核心。",{"id":381,"name":382,"category":8,"groupCategory":9,"intro":383,"scale":11,"maturity":12,"checkState":13,"nodeCount":50,"companyCount":266},"ch60_E12","高端数控机床产业链","五轴机床、数控系统、伺服电机、精密刀具",{"list":385,"total":708,"page":709,"pageSize":224,"totalPages":84},[386,403,414,425,436,447,458,468,478,489,500,510,521,531,541,552,562,573,582,593,603,613,623,635,645,656,667,677,687,698],{"resultType":387,"id":388,"title":389,"abstract":390,"orgName":391,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":395,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":398,"ipc":399,"inventors":400,"tags":401,"tagNames":402},"patent","gpi2_0183","一种Ag-CuCo0.5Al1.5O4复合SERS基底在检测废水中4-巯基苯甲酸中的应用","本发明属于SERS检测技术领域，具体涉及一种Ag‑CuCo0.5Al1.5O4复合SERS基底在检测废水中4‑巯基苯甲酸中的应用。先采用高温煅烧工艺制备CuCo0.5Al1.5O4纳米颗粒，再通过原位生长方式负载银纳米颗粒，得到Ag‑CuCo0.5Al1.5O4复合SERS基底，并将该基底固定在玻璃片基底上完成检测体系搭建。该复合基底能够大幅提升光生载流子的分离与传输速率。同时钴、铝双金属协同效应，可有效引入丰富的结构缺陷位点，实现材料电子结构的精准调控，为界面电荷转移构建高效传输通道，提升了待测分子的拉曼散射信号增强效果，最终实现废水中痕量4‑巯基苯甲酸污染物的精准检测。","辽宁大学","210000;辽宁省","2026-10-12T01:10:42.529Z","发明专利","2026.08.18#公开;2026.09.04#实质审查的生效;2026.09.15#授权",false,true,"CN202611097696.3","G01N21\u002F65","李文杰;杨冰;杨艳秋",[],[],{"resultType":387,"id":404,"title":405,"abstract":406,"orgName":407,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":408,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":409,"ipc":410,"inventors":411,"tags":412,"tagNames":413},"gpi2_0950","一种厚度方向性能稳定的稀土改性高强钢板及其制备方法","本发明属于低合金高强钢制造技术领域，公开一种厚度方向性能稳定的稀土改性高强钢板及其制备方法。通过C、Mn、Cr、Ni、Mo、Nb、V、Ti、B、Ce等元素复合控制，并限定Ce\u002F(O+S)、Ti\u002FN及(Cr+Mo)\u002FMn之间的比例关系，实现夹杂物低危害化、厚板心部淬透性控制和厚度方向组织稳定。所得钢板厚度为60mm～100mm，1\u002F2厚度位置处回火马氏体体积分数≥80%，厚度方向性能稳定的稀土改性高强钢板中全部夹杂物最大尺寸≤5μm的数量占比≥80%。该钢板适用于工程机械、海洋工程及大型承载结构件等领域。","东北大学;湖南华菱湘潭钢铁有限公司;内蒙古工业大学;内蒙古包钢钢联股份有限公司","2026.08.21#公开;2026.09.08#实质审查的生效;2026.09.22#授权","CN202611114095.9","C22C38\u002F02;C22C38\u002F04;C22C38\u002F06;C22C38\u002F44;C22C38\u002F48;C22C38\u002F46;C22C38\u002F50;C22C38\u002F54;C22C33\u002F06;C21D1\u002F18;C21D6\u002F00;C21D8\u002F0221;C21D8\u002F0247;C21C7\u002F00;C21C7\u002F10","邓想涛;王尚坤;龙渊;王麒;王记铭;董瑞峰;董晓蓉;张青学;袁晓鸣;钱亚军;韩钧;王昭东",[],[],{"resultType":387,"id":415,"title":416,"abstract":417,"orgName":418,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":419,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":420,"ipc":421,"inventors":422,"tags":423,"tagNames":424},"gpi2_0647","一种多卡箍空间输流管路系统建模与敏感卡箍识别方法","本发明属于管路动力学与振动分析技术领域，尤其涉及一种多卡箍空间输流管路系统建模与敏感卡箍识别方法。基于三维ANCF梁单元建立空间输流管路动力学方程；通过虚功原理建立单卡箍等效刚度模型和双卡箍等效刚度模型；将单卡箍支撑和双卡箍约束作用引入到空间输流管路动力学方程，得到多卡箍空间输流管路系统动力学方程；通过求解所述多卡箍空间输流管路系统动力学方程对应的特征值问题获得多卡箍空间输流管路系统固有频率和模态振型；基于卡箍位置敏感性识别敏感卡箍，并可用于分析敏感卡箍参数变化引起的频率转向现象。","东北大学","2026.09.01#公开;2026.09.18#实质审查的生效;2026.09.29#授权","CN202611149613.0","G06F30\u002F18;G06F30\u002F23;G06F17\u002F16;G06F111\u002F04;G06F113\u002F14;G06F113\u002F08;G06F119\u002F14","马辉;汪伟伟;郭旭民;曲校池;赵天宇;赵超;唐洪",[],[],{"resultType":387,"id":426,"title":427,"abstract":428,"orgName":429,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":430,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":431,"ipc":432,"inventors":433,"tags":434,"tagNames":435},"gpi2_0244","一种多靶点检测平台的海关数据传输方法","本发明涉及通信传输及海关检测数据可靠传输技术领域，公开一种多靶点检测平台的海关数据传输方法。该方法获取同一海关查验对象的查验对象索引、靶点检测结果、原始证据摘要、检测算法版本、采集时间标识和字段校验信息，对各字段组进行规范化标引；基于结果依赖、证据共用、时间同源和版本同源关系构建靶点关联图谱；根据靶点关联图谱提取可独立解析的语义闭包单元，并为语义闭包单元生成闭包编号、依赖向量和语义指纹；将语义闭包单元划分为核心报文、证据报文和补充报文发送至海关接收端。该方法使检测结果、证据摘要、版本信息和时间标识在乱序、丢包或延迟传输场景下保持绑定关系，减少整包重传和错配解析。","大连海关技术中心","2026.08.21#公开;2026.09.08#实质审查的生效;2026.09.18#授权","CN202611096246.2","H04L67\u002F12;H04L43\u002F08;H04L43\u002F50;G06F40\u002F30;G06F16\u002F23;G06F16\u002F22;G06N5\u002F01","张寅寅;黑多尔;徐君怡;刘玥婷",[],[],{"resultType":387,"id":437,"title":438,"abstract":439,"orgName":440,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":441,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":442,"ipc":443,"inventors":444,"tags":445,"tagNames":446},"gpi2_0328","一种岩爆强度预测方法、设备、介质及产品","本申请公开了一种岩爆强度预测方法、设备、介质及产品，涉及岩爆强度预测领域，该方法包括：对岩体力学数据集进行预处理，生成预处理后的岩体力学数据集，采用符号回归方法提取应力集中系数与弹性能量指数之间的非线性交互结构，生成应力‑能量耦合指数；根据预处理后的岩体力学数据集和应力‑能量耦合指数，构建增强特征向量，嵌入并训练岩爆强度预测模型，形成灰箱预测框架，生成训练好的岩爆强度预测模型；将待测岩体样本输入训练好的岩爆强度预测模型，结合基于类别条件的保形预测方法对模型输出进行不确定性量化，生成岩爆强度候选集合，以预测岩爆强度，本申请提升了岩爆强度预测模型的物理可解释性，实现了对预测不确定性的定量表征。","辽宁大学;山东科岳科技有限公司;山东思科赛德矿业安全工程有限公司","2026.08.18#公开;2026.09.04#实质审查的生效;2026.09.29#授权","CN202611095720.X","G06F18\u002F27","战凯;罗浩;徐睿;韩学广;李哲;赵景华;宋平",[],[],{"resultType":387,"id":448,"title":449,"abstract":450,"orgName":451,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":452,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":453,"ipc":454,"inventors":455,"tags":456,"tagNames":457},"gpi2_0430","一种异位导引型脱模型压铸模具","本发明公开了一种异位导引型脱模型压铸模具，涉及压铸模具技术领域，包括上模框和下模框，所述上模框与下模框之间设置有若干个固定组和紧固组件，所述紧固组件包括若干个斜导柱和若干个滑动组，所述斜导柱设置在上模框上，所述滑动组位于下模具上，所述斜导柱伸入滑动组中，所述滑动组与下模具的内部设置有冷却流道；所述滑动组靠近下模具中心的一侧设置有模腔组合件，固定组和斜导柱对上模框和下模框的合拢进行定位和紧固作用；而斜导柱在移动的过程中通过滑动组带动模腔组合件移动，进而若干个模腔组合件共同向下模具的轴线靠拢组成成型腔，通过注料口将熔融金属注入压铸成型的过程中，冷却流道通入冷却液，从而提高压铸成型的效率。","沈阳锦达集团有限公司","2026.08.18#公开;2026.09.04#实质审查的生效;2026.09.22#授权","CN202611089821.6","B22D17\u002F22","迟军玉;李晖;侯云宽;崔龙;李璐;李熙成",[],[],{"resultType":387,"id":459,"title":460,"abstract":461,"orgName":462,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":408,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":463,"ipc":464,"inventors":465,"tags":466,"tagNames":467},"gpi2_0943","一种智能导电水凝胶绷带的制备方法和应用","本发明属于柔性可穿戴医疗电子与智能压迫治疗监测技术领域，公开一种智能导电水凝胶绷带的制备方法和应用。智能导电水凝胶绷带包括电极内嵌式导电水凝胶传感层和封装层。其中，电极内嵌式导电水凝胶传感层为两层导电水凝胶传感层夹设柔性导电织物电极的夹层结构，并经封装层封装。通过采集电极内嵌式导电水凝胶传感层在拉伸过程中的电阻，建立相对电阻变化率与预拉伸应变之间的机电响应关系，并结合张力‑预拉伸之间的响应关系和修正拉普拉斯模型，构建相对电阻变化率、张力与界面压力之间的界面压力机电耦合模型。本发明能实现压迫治疗过程中界面压力的连续、实时和定量监测，具有柔性贴合性好、结构稳定性高、信号响应可靠及适用范围广等优点。","大连理工大学","CN202611115983.2","A61F13\u002F00;A61F13\u002F01;A61B17\u002F12;A61B90\u002F00","姜晓滨;刁计波;贺高红;吴梓君;禹铭杨;赵光明",[],[],{"resultType":387,"id":469,"title":470,"abstract":471,"orgName":472,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":419,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":473,"ipc":474,"inventors":475,"tags":476,"tagNames":477},"gpi2_0720","一种柔性电路板检测方法及检测装置","本发明涉及电路板检测技术领域，公开了一种柔性电路板检测方法及检测装置，所述柔性电路板检测方法，包括以下步骤：步骤S1：对待测柔性电路板进行压平处理，同步以第一采集模式对刚完成压平的上游区域进行预扫采集，逐步得到各区域的预扫图像；步骤S2：根据已获得区域的平整度分布数据，对各检测区域进行离焦量分级判定，并基于分级判定结果动态确定各检测区域的成像与进给参数。本发明在不新增任何传感器的前提下实现了电路板压平后整板平整度的智能感知、成像参数的逐区域自适应调整以及缺陷的二次归因分类，降低了翘曲导致的伪缺陷误检率，减少了人工复检的工作量。","大连益盛达智能科技有限公司","CN202611144324.1","G01N21\u002F95;G01N21\u002F956;G01N21\u002F88;G01B11\u002F30","李忠奎;王怀宇;李明益;王帅",[],[],{"resultType":387,"id":479,"title":480,"abstract":481,"orgName":482,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":483,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":484,"ipc":485,"inventors":486,"tags":487,"tagNames":488},"gpi2_0290","一种橡胶制品三辊压延机成品收料机构","本发明涉及三辊压延机技术领域，公开了一种橡胶制品三辊压延机成品收料机构，包括三辊压延机，所述三辊压延机的前侧固定安装有收料架，所述收料架的上侧固定安装有两组三角板架，两组所述三角板架上均设置有控制组件，两组所述控制组件之间活动设置有收料辊，所述控制组件包括固定设置在三角板架上侧一端的液压缸，所述液压缸伸缩杆下侧固定设置有圆筒，所述圆筒一端固定设置有T型板。本发明所述的一种橡胶制品三辊压延机成品收料机构，通过整体的配合使用，带动控制组件整体连同收料辊同步向下随动补偿，可有效规避物料切点位置、输送包角发生偏移问题，同时实现半轴套单侧自动开启，便于收料辊的拆卸更换。","沈阳第四橡胶(厂)有限公司","2026.08.18#公开;2026.09.04#实质审查的生效;2026.09.25#授权","CN202611097107.1","B29C43\u002F24;B29C43\u002F32;B65H19\u002F30;B65H18\u002F10;B65H18\u002F02;B29L7\u002F00","王瑞东;翟红光;刘海鹏",[],[],{"resultType":387,"id":490,"title":491,"abstract":492,"orgName":493,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":494,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":495,"ipc":496,"inventors":497,"tags":498,"tagNames":499},"gpi2_0602","一种测定固体废物和浸提液中哌啶的方法","本发明属于哌啶测试技术领域，具体涉及一种测定固体废物和浸提液中哌啶的方法。将待检测样品预处理后装入吹扫瓶中密封，经吹扫捕集后通过气相色谱‑质谱联用法测定待检测样品中的哌啶。本发明的方法可实现对固体废物和浸提液中哌啶的准确定量。","沈阳沈化院测试技术有限公司","2026.08.28#公开;2026.09.15#实质审查的生效;2026.09.25#授权","CN202611149044.X","G01N30\u002F02;G01N30\u002F06;G01N30\u002F08;G01N30\u002F72","郭静;喻婷;张琳;罗冠奇;王紫琪;冯宇;高鑫;孙莹莹;梁丽丽",[],[],{"resultType":387,"id":501,"title":502,"abstract":503,"orgName":504,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":419,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":505,"ipc":506,"inventors":507,"tags":508,"tagNames":509},"gpi2_0800","一种用于MLCC电极的窄粒径分布纳米镍粉制备方法","本发明涉及金属粉末制备技术领域，且公开了一种用于MLCC电极的窄粒径分布纳米镍粉制备方法，该方法将镍源液分为第一镍源液和第二镍源液，先使第一镍源液与第一水合肼溶液反应形成第一阶段镍粉颗粒，再加入不含镍盐和水合肼的碱度回调液调节反应液状态，随后加入第二镍源液和第二水合肼溶液，使镍离子继续在已形成颗粒表面沉积，本发明能够减少第二阶段细小颗粒继续生成，并抑制粗粉端升高，获得适用于MLCC电极的窄粒径分布纳米镍粉。","大连海外华昇电子科技有限公司","CN202611130843.2","B22F9\u002F24;B22F1\u002F054;H01G4\u002F008;B82Y30\u002F00","高珺;李岩;陈将俊;吴博;刘春静;都业弘",[],[],{"resultType":387,"id":511,"title":512,"abstract":513,"orgName":514,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":515,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":516,"ipc":517,"inventors":518,"tags":519,"tagNames":520},"gpi2_0879","一种用于渗透试验的持续供水装置及其使用方法","一种用于渗透试验的持续供水装置及其使用方法，属于土工试验技术领域。包括空压机、储水压力装置和供水装置中控柜。空压机提供压力源，储水压力装置用于渗透水的储存和加压，供水装置中控柜内设置PLC控制模块、比例阀、补水路电磁阀、供水路电磁阀、压差传感器、压力变送器及电磁流量计等元件。PLC控制模块根据压差传感器、压力变送器和电磁流量计反馈的信号，控制两储水压力罐交替补水和供水，通过比例阀调节罐内气压，实现渗透水流压力或流速的自动控制。使用时两个储水压力罐交替工作。本发明能够提高供水压力和流量控制精度，延长连续供水时间，适用于室内大尺寸土样渗透系数测试，具有操作方便、试验效率高和结果可靠性好的优点。","大连理工大学;中国雅江集团有限公司","2026.08.25#公开;2026.09.11#实质审查的生效;2026.09.29#授权","CN202611122727.6","G05B19\u002F05;G05D16\u002F20;G01N15\u002F08;E03B7\u002F04;E03B7\u002F07;E03B1\u002F04;F04F1\u002F06;F17D1\u002F12;F17D3\u002F01","邹德高;付永奎;吴刚;刘京茂;周晨光;桑勇;刘云鹏",[],[],{"resultType":387,"id":522,"title":523,"abstract":524,"orgName":525,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":408,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":526,"ipc":527,"inventors":528,"tags":529,"tagNames":530},"gpi2_0093","一种盐水螺杆压缩机组的预测优化控制方法","本发明属于先进过程控制技术领域，公开一种盐水螺杆压缩机组的预测优化控制方法。本发明构造盐水螺杆压缩机组非线性预测控制的有限时域最优控制问题，通过对盐水螺杆压缩机组的非线性机组模型、以及与盐水热物性相关的非线性约束进行线性化处理，构建出结构化的二次规划子问题。基于增广拉格朗日法对结构化的二次规划子问题进行高效求解，获得最优控制输入增量序列并实施滚动控制。本方法在保持高精度预测优势的同时，降低在线计算的复杂度，实现包含能效比权重的多目标优化，有效提升机组在外部扰动下的鲁棒性，最终实现对盐水螺杆压缩机组的精确、安全及节能控制。","大连理工大学;大连冰山嘉德自动化有限公司","CN202611107327.8","G05B19\u002F042","温思歆;李文韬;王峰;王铁;孙希明;王嵩博;康相玖;李季;余玄政;高圣杰;韩松;马明;郑子涵;孟万植;马健;单华宇;刘柱",[],[],{"resultType":387,"id":532,"title":533,"abstract":534,"orgName":462,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":535,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":536,"ipc":537,"inventors":538,"tags":539,"tagNames":540},"gpi2_0983","一种薄壁结构跳跃屈曲疲劳寿命预测方法和系统","一种薄壁结构跳跃屈曲疲劳寿命预测方法和系统，其属于结构疲劳寿命评估方法。该方法能够快速、准确地预测结构在热声环境下经历频繁随机跳跃屈曲事件的疲劳寿命，成功揭示了热声载荷下结构波动累积和跳跃突变的双重损伤机制。该方法不仅能够精确捕捉跳跃屈曲发生的随机时刻与幅值特征，还能在保证计算效率的同时，将寿命预测误差控制在工程可接受范围内，为薄壁结构在热声环境下的抗疲劳设计与可靠性评估提供了一种高效、稳健的计算工具。","2026.08.21#公开;2026.09.08#实质审查的生效;2026.09.25#授权","CN202611115184.5","G06F30\u002F23;G01N3\u002F18;G06F111\u002F04;G06F119\u002F04;G06F119\u002F14","谭冉;赵一凡;冯伟哲;夏广庆",[],[],{"resultType":387,"id":542,"title":543,"abstract":544,"orgName":545,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":546,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":547,"ipc":548,"inventors":549,"tags":550,"tagNames":551},"gpi2_0619","一种螺杆冷水热泵机组油平衡自适应控制方法及相关设备","本发明公开了一种螺杆冷水热泵机组油平衡自适应控制方法及相关设备，各控制周期起始采集机组运行状态参数并判定工况分区；将参数输入油平衡专属动态预测模型，依托分段流量约束式预测二次油分存油量、回油流量及回油需求轨迹，再通过质量守恒迭代方程软测量蒸发器含油量与引射回油轨迹，结合换热关系式与润滑油换热系数修正得到合规引射回油需求轨迹。基于各类预测数据搭建油平衡优化目标函数，设置油分液位、蒸发器含油量安全区间作为约束；调取分区离线最优控制基准值，结合工况偏差插值修正，以两路回油制冷剂总损耗加权和最小为目标求解，输出二次油分、引射回油最优调节指令，完成机组全自动油平衡调控。","冰山冷热科技股份有限公司;大连交通大学","2026.08.28#公开;2026.09.15#实质审查的生效;2026.09.29#授权","CN202611149546.2","F25B49\u002F02;F25B1\u002F047;F25B31\u002F00;F25B43\u002F02","王恕清;李凤岐;王峰;胡科;杨富华;康相玖;董昱宏;张昕;周海峰;郑利军;周丹;韩松;郭汉玉;粟伟;王宏禹;李文博",[],[],{"resultType":387,"id":553,"title":554,"abstract":555,"orgName":556,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":515,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":557,"ipc":558,"inventors":559,"tags":560,"tagNames":561},"gpi2_0871","一种铸造模具动态控温方法及叶轮铸造系统","本发明涉及铸造技术领域，具体而言，涉及一种铸造模具动态控温方法及叶轮铸造系统。铸造模具动态控温方法包括基于模具的成形腔体浇注金属熔液时，沿金属熔液开始浇注先接触的成形腔体位置至结束浇注接触的位置依次划分有多个成形区间，每个成形区间具有至少一个冷却区间；获取位于成形区间的金属熔液的熔液信息；获取金属熔液温度与成形区间的模具温度的温差；基于熔液信息和温差，获取位于成形区间的模具温度达到预设冷却温度所需释放的热量；获取冷却区间的冷却介质的介质信息；基于热量和介质信息，获得冷却介质调控成形区间的金属熔液温度的介质流量。使得铸件在浇注成形过程中，可实时通过模具对熔液温度形成温度场调控，提高铸件质量。","中国机械总院集团沈阳铸造研究所有限公司","CN202611124868.1","B22D46\u002F00;B22C9\u002F06;B22C9\u002F22;B22D27\u002F04;B22D33\u002F04;B22C9\u002F08","赵岭;娄延春;高云保;王增睿;郭如意;王宇;曹衡;王璨;于清翔;胡光宇",[],[],{"resultType":387,"id":563,"title":564,"abstract":565,"orgName":566,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":567,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":568,"ipc":569,"inventors":570,"tags":571,"tagNames":572},"gpi2_0858","基于离子调控的SOT器件、SOT交叉阵列、器件选通方法及存储芯片","本申请公开了一种基于离子调控的SOT器件、SOT交叉阵列、器件选通方法及存储芯片，涉及磁性随机存储器领域。基于离子调控的SOT器件包括：源漏电极、电压接入端以及由下至上依次层叠设置的衬底、垂直磁各向异性磁性层、低对称性晶体材料层、栅极氧化物层和顶部电极；源漏电极用于施加面内写入电流；电压接入端接收调控电压，在顶部电极与低对称性晶体材料层之间形成电场并改变电势关系，以驱动氧离子迁移，从而调控低对称性晶体材料层的面外自旋极化能力，以调控SOT器件在无外加磁场条件下的确定性垂直磁各向异性磁矩翻转。本申请可对自旋轨道转矩进行调控以驱动磁矩翻转。","大连理工大学;中电海康集团有限公司","2026.08.25#公开;2026.09.11#实质审查的生效;2026.09.25#授权","CN202611122501.6","G11C11\u002F16;H10B61\u002F00","王译;谌潇雯;张宇航;赵纪军;王超;曹鑫",[],[],{"resultType":387,"id":574,"title":575,"abstract":576,"orgName":462,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":430,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":577,"ipc":578,"inventors":579,"tags":580,"tagNames":581},"gpi2_0408","基于轨迹预测与环境约束的航线航速节油方法","本发明属于船舶智能航行与航运节能优化领域，涉及一种基于轨迹预测与环境约束的航线航速节油方法。该方法先根据六维AIS状态生成预测基线航线，再以预测基线航线为参考，结合AIS通行走廊和可航约束空间生成候选航线，并筛除不满足安全约束的候选航线。对于保留的候选航线，采用统一的燃油消耗计算方法得到燃油消耗比较值，并按照燃油消耗比较值由小到大选取待精修航线；随后对待精修航线中的问题航段进行局部精修，得到精修后的候选航线。最后，对精修后的候选航线重新匹配风、浪、海流环境数据，按照海流修正后的对水速度计算燃油消耗，并在预计到达时间和速度边界约束下进行分段航速优化，输出航线航速联合方案。","CN202611087711.6","B63B79\u002F40;B63B79\u002F30;B63B79\u002F20;G08G3\u002F00;G05B13\u002F04;G06N3\u002F0455;G06N3\u002F0499;G06N3\u002F084;G06N5\u002F04;G06F18\u002F25;G06F18\u002F22;G06F18\u002F2415;G06F18\u002F2431;G06F18\u002F27","张宇;苏莹;赵瑄;杨轶婷",[],[],{"resultType":387,"id":583,"title":584,"abstract":585,"orgName":586,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":587,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":588,"ipc":589,"inventors":590,"tags":591,"tagNames":592},"gpi2_0661","多源证据与因果推理的电力系统图谱关系补全方法及系统","本发明属于电力系统人工智能与知识图谱构建技术领域，公开一种多源证据与因果推理的电力系统图谱关系补全方法及系统。包括：获取多源异构运行数据构建多源异构证据图；基于双流编码器提取实体的静态语义与动态运行特征，通过跨模态注意力机制融合得到实体联合表征；计算格兰杰因果指数生成因果先验掩码矩阵，并注入图注意力网络进行因果约束聚合，推理动态关系概率；利用D‑S证据理论合成规则融合多源预测概率，输出置信度区间以过滤噪声关系；利用高置信度三元组更新原知识图谱。本发明能够挖掘设备间隐式联动关系，阻断违背因果律的信息传播，量化补全结果不确定性，提升动态条件下图谱补全的能力与可靠性。","大连理工大学;国网江西省电力有限公司电力科学研究院","2026.08.25#公开;2026.09.11#实质审查的生效;2026.09.18#授权","CN202611140107.5","G06N5\u002F025;G06N5\u002F02;G06N5\u002F04;G06N3\u002F042;G06N3\u002F0455;G06N3\u002F0464;G06N3\u002F0442;G06N3\u002F08;G06F16\u002F901","欧阳文华;吴建军;贺冬冬;林云辉;李长东;徐瑞泽;张国伟;吴纪䶮;袁二彪;段明志",[],[],{"resultType":387,"id":594,"title":595,"abstract":596,"orgName":597,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":408,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":598,"ipc":599,"inventors":600,"tags":601,"tagNames":602},"gpi2_0091","富氧侧吹炉粗铜熔炼调控方法、电子设备及存储介质","本公开涉及自适应控制系统技术领域，尤其涉及一种富氧侧吹炉粗铜熔炼调控方法、电子设备及存储介质。所述方法基于调控系统执行，所述调控系统包括机理模型、多输出支持向量回归模型以及多变量PID控制器。所述方法包括：获取过程参数和产物质量参数并进行预处理，将过程参数输入所述机理模型，得到产物质量参数的机理预测值，将过程参数、所述机理预测值输入所述多输出支持向量回归模型，得到的偏差预测值，将机理预测值与偏差预测值相加，得到产物质量参数估计值，将产物质量参数估计值与预设目标值的差值输入所述多变量PID控制器，得到操纵变量的调整量，并按照所述操纵变量的目标调整量控制粗铜熔炼。","营口盛海化工有限公司","CN202611105056.2","F27D19\u002F00;C22B15\u002F00;G05B13\u002F04;G01D21\u002F02;G06N20\u002F10","江海涛;赵庚明;车佳鑫;王晓甜",[],[],{"resultType":387,"id":604,"title":605,"abstract":606,"orgName":607,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":567,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":608,"ipc":609,"inventors":610,"tags":611,"tagNames":612},"gpi2_0845","用于机械密封的自清洁超滤冲洗系统及方法","本发明涉及泵体机械密封自清洁超滤技术领域，公开了用于机械密封的自清洁超滤冲洗系统及方法，该系统包括支撑钢梁，所述支撑钢梁的一端设置有驱动电机，所述驱动电机的输出端依次传动连接有传动单元、泵体，所述泵体的内部设置有机械密封单元；该超滤冲洗系统，通过回流管将超滤机构与机械密封单元直接连通，实现了洁净介质的闭环定向冲洗；经超滤滤芯精细过滤后的介质由回流通孔引出，精准作用于机械密封外侧，持续冲刷剥离附着杂质，从根源上避免了颗粒物嵌入密封端面；相较于传统外接冲洗液的方式，该设计完全利用输送介质自身进行循环，无需额外增设水源与泵送设备，大幅简化了系统结构并降低了运行成本。","大连罗斯泵业有限公司","CN202611124796.0","F04D29\u002F70","袁吉;王力;高军;牟晓庆;邸杰;孟令博;孙策",[],[],{"resultType":387,"id":614,"title":615,"abstract":616,"orgName":617,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":587,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":618,"ipc":619,"inventors":620,"tags":621,"tagNames":622},"gpi2_0424","航空辅助动力装置滑油冷却器气路在翼清洗方法","本申请涉及航空滑油冷却器清洗技术领域，提供一种航空辅助动力装置滑油冷却器气路在翼清洗方法，包括：S1、从滑油冷却器气路的底部出口，以与工作气流相反的方向通入压缩空气；S2、将碱性水基浓缩清洗剂与去离子水按1:5的体积比混合，形成清洗液；S3、将清洗液从滑油冷却器的顶部进口注入，同时开启超声波发生装置；S4、排出清洗液，拆下超声波发生装置；S5、进行反向冲洗；S6、更换去离子水，进行正向冲洗；S7、若pH值小于8.5，则进行步骤S8；若pH值大于或等于8.5，则重复执行步骤S5和步骤S6；S8、从滑油冷却器的顶部进口，以工作气流的方向通入压缩空气。本申请实现不拆机状态下，滑油冷却器气路的清洗。","沈阳北方飞机维修有限公司","CN202611087745.5","B08B9\u002F032;B08B3\u002F08;B08B3\u002F12","张博才;张继鑫;周会森;刘家昊",[],[],{"resultType":387,"id":624,"title":625,"abstract":626,"orgName":627,"province":392,"date":628,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":629,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":630,"ipc":631,"inventors":632,"tags":633,"tagNames":634},"gpi_00727","一种2－(3－氰基－4－异丁氧基苯基)－4－甲基－5－噻唑甲酸的合成方法","本发明属于医药技术领域，涉及一种2－(3－氰基－4－异丁氧基苯基)－4－甲基－5－噻唑甲酸的合成方法，本发明是以4－羟基苯甲腈为原料，经碘代、烃化、氰化反应制得中间体4－异丁氧基－1，3－苯二腈，再与硫氢化钠、无水氯化镁反应制得关键中间体3－氰基－4－异丁氧基苯基硫代甲酰胺，然后再通过环合和水解反应制得2－(3－氰基－4－异丁氧基苯基)－4－甲基－5－噻唑甲酸。本发明原料易得，操作简单方便，收率较高，成本较低，适合工业化生产。","沈阳药科大学;宁夏康亚药业有限公司","2026-10-12T00:54:35.109Z","2009.08.05#公开;2011.07.20#实质审查的生效;2012.08.29#授权;2017.07.18#专利权人的姓名或者名称、地址的变更","CN200910010466.9","C07D277\u002F56;A61P19\u002F06","王绍杰;陈家润;薛明星",[],[],{"resultType":387,"id":636,"title":637,"abstract":638,"orgName":462,"province":392,"date":628,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":639,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":640,"ipc":641,"inventors":642,"tags":643,"tagNames":644},"gpi_00141","一种光纤光栅增减敏应变传感器的封装方法","本发明属于传感技术领域，提供一种光纤光栅增减敏应变传感器的封装方法。本发明包括光纤光栅应变传感器增减敏理论、增减敏系数的公式、传感器的结构以及封装方法。这种光纤光栅应变传感器的封装方法不仅有效的保护了裸光纤光栅，而且可以改变光纤光栅的应变灵敏度，其增减敏系数可以根据封装材料的尺寸制定，满足不同的测量需求。本发明的效果和益处是，基于这种封装方法的光纤光栅应变传感器为大型工程结构的表面及内部应变测量提供了大应变量程和高测量精度的监测手段。","2008.03.12#公开;2008.05.07#实质审查的生效;2009.08.26#授权","CN200710157591.3","G01B11\u002F16;G01D5\u002F353;G01D5\u002F38;G02B6\u002F34","任亮;李宏男",[],[],{"resultType":387,"id":646,"title":647,"abstract":648,"orgName":649,"province":392,"date":628,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":650,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":651,"ipc":652,"inventors":653,"tags":654,"tagNames":655},"gpi_01722","一种固定钛离子亲和色谱材料及其制备和应用","本发明提供了一种固定钛离子亲和色谱材料及其制备和应用，利用钛离子与磷酸改性的固相载体上的磷酸基团的强相互作用而将钛离子固定于载体上。本发明使用固定钛离子亲合色谱材料富集磷酸肽，磷酸肽由于与固定的钛离子之间的强螯合作用而保留在亲和色谱材料上使其获得分离。","中国科学院大连化学物理研究所","2009.04.01#公开;2009.05.27#实质审查的生效;2010.12.22#授权","CN200710012966.7","C07K1\u002F22;C12N15\u002F63;B01J20\u002F281;B01J20\u002F286","邹汉法;周厚江;叶明亮",[],[],{"resultType":387,"id":657,"title":658,"abstract":659,"orgName":660,"province":392,"date":628,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":661,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":662,"ipc":663,"inventors":664,"tags":665,"tagNames":666},"gpi_01298","一种工业自动化现场总线网关设备","本发明涉及一种工业自动化现场总线网关设备，包括主控器模块，通过运行现场总线网关管理软件对现场总线网关实施管理，通过运行PROFIBUS DP现场总线通信软件实现PROFIBUS DP报文的收、发控制，通过运行FF H1现场总线通信软件实现FF H1报文的收、发控制；PROFIBUS DP接口模块负责PROFIBUD DP报文的接收、发送及校验工作，通过数据总线、地址总线及控制信号线实现与主控器模块的物理连接；FFH1接口模块通过数据总线、地址总线及控制信号线实现与主控器模块的物理连接。本发明可实现PROFIBUS DP现场总线和FF H1现场总线之间的无缝连接，实现两种网络设备之间的数据交换。","中国科学院沈阳自动化研究所","2010.06.23#公开;2010.08.18#实质审查的生效;2012.05.30#授权","CN200810229992.X","H04L12\u002F66;H04L12\u002F40;H04L12\u002F56;G05B19\u002F418","于海斌;杨志家;周侗;吕岩;战岳祥",[],[],{"resultType":387,"id":668,"title":669,"abstract":670,"orgName":462,"province":392,"date":628,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":671,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":672,"ipc":673,"inventors":674,"tags":675,"tagNames":676},"gpi_00708","一种并联式六维力传感器轴用夹具装置","本发明一种并联式六维力传感器轴用夹具装置属于传感器及其测控领域，特别涉及检测巨型重载操作设备轴上受力状态的六维力传感器固定与分载。一种并联式六维力传感器轴用夹具装置包括上内、外夹具体、下内、外夹具体、上长、短螺栓和下长、短螺栓。上夹具体安装在压电石英力传感器的上表面上，并通过8个均布的上长螺栓和8个均布的上短螺栓与压电石英力传感器刚性连接。下夹具体安装在压电石英力传感器的下表面上，并通过8个均布的下长螺栓和8个均布的下短螺栓与压电石英力传感器刚性连接。该夹具结构简单，性能良好，成本低，可以使轴和传感器之间保持刚性连接，同时又有分载作用。可以用于轴孔类元件的固定。","2009.07.22#公开;2009.09.16#实质审查的生效;2010.07.07#授权","CN200810229226.3","G01L1\u002F26","张军;李寒光;李映君;钱敏;贾振元;彭志龙",[],[],{"resultType":387,"id":678,"title":679,"abstract":680,"orgName":660,"province":392,"date":628,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":681,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":682,"ipc":683,"inventors":684,"tags":685,"tagNames":686},"gpi_00206","一种无线网状网络介质访问控制机制","本发明公开一种无线网状网络介质访问控制机制。它通过在支持多通道的无线射频芯片上构建基于同步通道切换机制的介质访问控制架构，并在网络运行过程中采用基于所述介质访问控制架构的适应性传输机制来自适应地选择高质量通道进行通信和分布式的通道切换模式选择方法来实现更大程度的并发传输，总体构成一个面向工业现场应用的无线网状网络高可靠的介质访问控制机制。本发明能充分利用物理射频硬件提供的多通道能力，优化无线网络在存在多网络共存、多径现象、以及较强电磁噪声的工业通信环境下的性能，保证在恶劣的工业射频环境中的高通信质量。","2008.06.04#公开;2008.07.30#实质审查的生效;2010.09.29#授权","CN200610134452.4","H04L12\u002F56;H04Q7\u002F38;H04B7\u002F26","于海斌;曾鹏;邢志浩;王军;杨志家;徐皑冬",[],[],{"resultType":387,"id":688,"title":689,"abstract":690,"orgName":691,"province":392,"date":628,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":692,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":693,"ipc":694,"inventors":695,"tags":696,"tagNames":697},"gpi_01050","一种治疗暑热感冒的药物组合物及其制备方法","一种治疗暑热感冒的药物组合物及其制备方法。所述药物组合物由包括以下重量份数配比的原料和药剂学上可接受的辅料制成：连翘100－295，竹叶50－140，沙参100－245，竹茹100－245，荷叶250－450，生石膏250－450，知母150－250，佩兰150－250，丝瓜络100－250，香薷100－250，菊花100－250。所述药物组合物的制备方法为：称取所述重量份数的原料，向其中加水煎煮两次，合并煎煮液，过滤除去不溶物，过滤后的煎煮液浓缩成清膏备用，向所述清膏加入适量辅料，制成所需剂型。所述药物组合物对暑热感冒有确切的治疗作用，无任何毒副作用和不良反应。","辽宁本溪三药有限公司;王永炎;本溪国家中成药工程技术研究中心","2010.03.03#公开;2010.04.28#实质审查的生效;2011.11.09#著录事项变更;2011.11.23#授权;2012.10.10#专利权人的姓名或者名称、地址的变更;2019.07.19#专利权人的姓名或者名称、地址的变更","CN200910137511.7","A61K36\u002F899;A61P31\u002F00;A61P29\u002F00;A61P11\u002F00;A61K33\u002F06","冷方南;姜允贤;王承德;孙民和;林丽",[],[],{"resultType":387,"id":699,"title":700,"abstract":701,"orgName":691,"province":392,"date":628,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":702,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":703,"ipc":704,"inventors":705,"tags":706,"tagNames":707},"gpi_01118","一种治疗胃脘痛阴虚证的药物组合物及其制备方法","本发明涉及一种治疗胃脘痛阴虚证的药物组合物，其由以重量份数计的北沙参6～16份、麦冬6～14份、石斛10～20份、川楝子6～15份、玉竹6～14份、白芍8～16份和甘草2～10份原料及药学上可接受的辅料制成。本发明还提供所述药物组合物的制备方法，其包括称取所述重量份数配比的各原料并将其混合，将原料混合物加水煎煮两次，第一次加6～10倍量水，煎煮2小时；第二次加4～8倍量水，煎煮1小时，合并两次滤液，将所得滤液浓缩成流浸膏，加乙醇2～4倍量，静置10～24小时，取上清液，回收乙醇浓缩至相对密度为50℃下的1.15～1.30的浸膏，向所述浸膏中加入适量所述辅料经常规方法制成所需剂型。所制得的本发明药物组合物对治疗胃脘痛阴虚证具有显著的疗效。","2010.04.14#公开;2010.05.26#实质审查的生效;2012.04.18#著录事项变更;2012.06.06#授权;2012.10.10#专利权人的姓名或者名称、地址的变更","CN200910137508.5","A61K36\u002F8984;A61P1\u002F04","王永炎;李乾构;王承德;姜允贤;何晓霞;高飞",[],[],445,1]