[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"patents-list":3},{"list":4,"total":410,"page":411,"pageSize":412,"totalPages":413},[5,25,34,44,56,68,78,88,99,110,136,157,171,185,199,212,228,241,253,265,280,294,306,317,332,345,358,373,385,396],{"id":6,"patentNo":7,"title":8,"applicant":9,"inventors":10,"abstract":11,"ipc":12,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":14,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":16,"legalStatus":17,"applicationNo":7,"publicationNo":13,"mainIpc":18,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":13,"isFunded":13,"implStatus1":13,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":13,"techMaturity":13,"starRating":13,"gbIndustryClass":13,"strategicClass":13,"productAdv":13,"prospect":13,"comboName":13,"batch":20,"province":21,"sourceText":22,"tags":23,"tagNames":24},"gpi_01479","CN200910111251.6","一种紫外低吸收YAl3(BO3)4晶体的生长方法","中国科学院福建物质结构研究所","叶宁;陈啸","本发明涉及YAl3(BO3)4非线性光学晶体的生长方法。该方法使用了新的助熔剂Li2CO3-Al2O3-B2O3体系和Li2CO3-Al2O3-B2O3-LiF体系，可以较大幅度地降低晶体的生长温度，避免了助熔剂引入的过渡金属杂质引起的晶体紫外透过率下降，可以稳定地生长出尺寸为厘米级、质量较好的YAl3(BO3)4晶体；此外，该工艺生长晶体的速度较快，成本低廉，对设备要求低，操作简单。","C30B29\u002F22;C30B9\u002F12;G02F1\u002F355",null,"2026-10-12T00:54:35.109Z",false,"发明专利","2010.09.15#公开;2012.04.18#实质审查的生效;2014.03.05#授权","C30B29\u002F22",true,"gpi5份","350000;福建省","粤港澳知识产权大数据综合服务平台(www.gpic.gd.cn)·广东省知识产权保护中心",[],[],{"id":26,"patentNo":27,"title":28,"applicant":9,"inventors":29,"abstract":30,"ipc":12,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":14,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":16,"legalStatus":31,"applicationNo":27,"publicationNo":13,"mainIpc":18,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":13,"isFunded":13,"implStatus1":13,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":13,"techMaturity":13,"starRating":13,"gbIndustryClass":13,"strategicClass":13,"productAdv":13,"prospect":13,"comboName":13,"batch":20,"province":21,"sourceText":22,"tags":32,"tagNames":33},"gpi_01478","CN200910111248.4","钨酸盐助溶剂体系生长YAl3(BO3)4晶体的方法","叶宁;刘华","本发明涉及一种用于生长YAB晶体的助溶剂体系该助溶剂体系为Li2WO4-B2O3-Li2O。以含Y，Al，Li和W的相应氧化物或碳酸盐或硝酸盐或草酸盐或硼酸盐或氢氧化物或其铵盐和H3BO3或B2O3为原料，采用熔盐法生长YAB晶体。","2010.09.15#公开;2012.04.18#实质审查的生效;2014.07.09#授权",[],[],{"id":35,"patentNo":36,"title":37,"applicant":9,"inventors":38,"abstract":39,"ipc":40,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":14,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":16,"legalStatus":41,"applicationNo":36,"publicationNo":13,"mainIpc":40,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":13,"isFunded":13,"implStatus1":13,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":13,"techMaturity":13,"starRating":13,"gbIndustryClass":13,"strategicClass":13,"productAdv":13,"prospect":13,"comboName":13,"batch":20,"province":21,"sourceText":22,"tags":42,"tagNames":43},"gpi_00621","CN200710009981.6","一种制备高纯度环状硫酸酯的方法","吴茂祥","本发明公开了一种高纯度环状硫酸酯的制备方法。采用反应去除残留原料的方法，即将制备的环状硫酸酯粗品溶解在合适的溶剂中，然后向此溶液中加入一定量的水，在搅拌下分批加入适量的高锰酸钾固体，接着再用还原剂亚硫酸氢钠等将生成的二氧化锰以及过量的高锰酸钾还原，最后有机层经水洗、碱洗、水洗、干燥、减压去溶剂等步骤，得到高纯度的环状硫酸酯，这种纯化后的环状硫酸酯适合于作为锂二次电池电解液添加剂，用以改善锂二次电池的循环性能、高温性能等。","C07D327\u002F10","2009.06.17#公开;2011.06.22#实质审查的生效;2014.03.05#授权",[],[],{"id":45,"patentNo":46,"title":47,"applicant":48,"inventors":49,"abstract":50,"ipc":51,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":14,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":16,"legalStatus":52,"applicationNo":46,"publicationNo":13,"mainIpc":53,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":13,"isFunded":13,"implStatus1":13,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":13,"techMaturity":13,"starRating":13,"gbIndustryClass":13,"strategicClass":13,"productAdv":13,"prospect":13,"comboName":13,"batch":20,"province":21,"sourceText":22,"tags":54,"tagNames":55},"gpi_00511","CN200810072070.2","脱水河豚毒素高纯单体的制备方法","厦门朝阳生物工程有限公司;国家海洋局第三海洋研究所","易瑞灶;谢全灵;洪碧红;陈伟珠;张怡评;洪专;许晨;陈晖;乐清清;林静;杨志文","脱水河豚毒素高纯单体的制备方法，涉及一种天然杂环化合物，尤其是涉及一种用于高纯单体，特别是高纯药源单体的脱水河豚毒素的制备方法。提供一种操作简便、收率高、适于规模化生产、所制备的脱水河豚毒素高纯单体的纯度高于98％、特别是用于高纯药源单体的脱水河豚毒素高纯单体的制备方法。以河豚毒素粗品为原料，醋酸水溶液为溶媒，配制成待分离制备液；将待分离制备液转入制备型高效液相－质谱仪器系统的储料管中，选择流动相，启动制备型高效液相－质谱仪器系统，进行分离纯化制备脱水河豚毒素，得脱水河豚毒素纯化液，流动相选择醋酸体系、三氟乙酸体系或醋酸－醋酸铵体系等；将脱水河豚毒素纯化液真空浓缩，低温结晶，干燥，得产品。","C07D491\u002F22;C07D491\u002F18","2009.03.25#公开;2009.05.20#实质审查的生效;2012.03.28#授权","C07D491\u002F22",[],[],{"id":57,"patentNo":58,"title":59,"applicant":60,"inventors":61,"abstract":62,"ipc":63,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":14,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":16,"legalStatus":64,"applicationNo":58,"publicationNo":13,"mainIpc":65,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":13,"isFunded":13,"implStatus1":13,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":13,"techMaturity":13,"starRating":13,"gbIndustryClass":13,"strategicClass":13,"productAdv":13,"prospect":13,"comboName":13,"batch":20,"province":21,"sourceText":22,"tags":66,"tagNames":67},"gpi_00126","CN200710008662.3","防治心脑血管疾病的中药组合物","厦门金日制药有限公司;中国医药大学","余伯阳;李仲树;寇俊萍;周丽娟","本发明公开了一种防治心脑血管疾病的中药组合物，它由下列重量份的原料药制成：西洋参(或人参)1－80份、三七1－80份、五味子(或南五味子)1－50份、丹参5－80份、冰片0.1－10份。本发明集各味药药效于一体，各味药通过实验筛选，共同发挥协同增效作用。从配伍组成上看本发明具有活血化瘀，益气养阴双重功效，由于独特的组方配伍比例和采用先进的提取制备工艺，从而达到起效时间快，疗效高，且可长期服用，达到标本兼治的效果。","A61K36\u002F57;A61K9\u002F00;A61P9\u002F06;A61P9\u002F10;A61P9\u002F12;A61P7\u002F02;A61P3\u002F06;A61P39\u002F06;A61K31\u002F045","2008.02.27#公开;2008.04.23#实质审查的生效;2008.08.13#发明专利公报更正;2008.08.13#发明专利申请公开说明书更正;2010.09.29#授权;2014.01.29#专利权人的姓名或者名称、地址的变更","A61K36\u002F57",[],[],{"id":69,"patentNo":70,"title":71,"applicant":9,"inventors":72,"abstract":73,"ipc":74,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":14,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":16,"legalStatus":75,"applicationNo":70,"publicationNo":13,"mainIpc":18,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":13,"isFunded":13,"implStatus1":13,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":13,"techMaturity":13,"starRating":13,"gbIndustryClass":13,"strategicClass":13,"productAdv":13,"prospect":13,"comboName":13,"batch":20,"province":21,"sourceText":22,"tags":76,"tagNames":77},"gpi_00805","CN200810070806.2","非线性光学晶体硼铍酸钠及其生长方法和用途","叶宁;王时超;李炜","本发明涉及非线性光学晶体硼铍酸钠及其生长方法和用途。其化学式为NaBeB3O6，属于正交晶系，空间群为Pna21，晶胞参数为a＝9.1531，b＝11.9337，c＝4.3724，α＝β＝γ＝90°，z＝4，单胞体积为V＝477.603。它的倍频系数是LiB3O5(LBO)的1.22倍。它的紫外吸收边短于190nm。采用固相合成方法在高温下烧结获得NBB化合物。使用熔盐法，以Na2O－B2O3或者NaF－B2O3做助熔剂可以成功生长出单晶体。NaBeB3O6具有非线性光学效应，不溶于稀酸，化学稳定性好，可在各种非线性光学领域中得到广泛应用，并将开拓深紫外波段的非线性光学应用。","C30B29\u002F22;C30B9\u002F12;H01S3\u002F16","2009.09.30#公开;2011.06.22#实质审查的生效;2012.08.22#授权",[],[],{"id":79,"patentNo":80,"title":81,"applicant":48,"inventors":82,"abstract":83,"ipc":84,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":14,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":16,"legalStatus":85,"applicationNo":80,"publicationNo":13,"mainIpc":84,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":13,"isFunded":13,"implStatus1":13,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":13,"techMaturity":13,"starRating":13,"gbIndustryClass":13,"strategicClass":13,"productAdv":13,"prospect":13,"comboName":13,"batch":20,"province":21,"sourceText":22,"tags":86,"tagNames":87},"gpi_00473","CN200810071920.7","用于高纯药源单体的河豚毒素的制备方法","易瑞灶;谢全灵;洪碧红;张怡评;许晨;陈伟珠;洪专;林静;乐清清;陈晖;杨志文","用于高纯药源单体的河豚毒素的制备方法，涉及一种天然高活性杂环化合物。提供一种操作简便、收率高、适于自动化控制规模化生产的用于高纯药源单体的河豚毒素的制备方法。以河豚毒素粗品为原料，醋酸水溶液为溶媒，配制成待纯化液；将待纯化液转入制备型高效液相－质谱仪器系统的储料管中，选择流动相，启动制备型高效液相－质谱仪器系统，纯化河豚毒素，得河豚毒素纯化液。流动相选择醋酸体系、三氟乙酸体系或醋酸－醋酸铵体系；选择质谱触发自动收集河豚毒素纯化液，然后采用真空浓缩，低温结晶，干燥，得用于高纯药源单体的河豚毒素。可作为高纯药源单体用于人用药物开发用途，纯度大于99％，自动化制备的工艺技术可用于规模产业化生产。","C07D491\u002F18","2009.02.18#公开;2009.04.15#实质审查的生效;2012.01.04#授权",[],[],{"id":89,"patentNo":90,"title":91,"applicant":48,"inventors":92,"abstract":93,"ipc":94,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":14,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":16,"legalStatus":95,"applicationNo":90,"publicationNo":13,"mainIpc":96,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":13,"isFunded":13,"implStatus1":13,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":13,"techMaturity":13,"starRating":13,"gbIndustryClass":13,"strategicClass":13,"productAdv":13,"prospect":13,"comboName":13,"batch":20,"province":21,"sourceText":22,"tags":97,"tagNames":98},"gpi_00448","CN200810211203.X","河豚毒素冻干粉针制剂及其制备方法","易瑞灶;陈晖;洪碧红;谢荣伟;陈伟珠;洪专;徐淑贞","本发明涉及河豚毒素冻干粉针制剂及其制备方法。具体地讲，本发明涉及一种以准确定量的河豚毒素作为主要有效成分，并含有适宜的赋形剂和稳定剂的冻干粉针制剂。本发明的冻干粉针制剂可用于阻断冰毒类、海洛因等阿片类和大麻类毒品的依赖性戒断综合症并且起效迅速、效果显著。此外，本发明的冻干粉针制剂稳定、安全并且对肌体刺激性小。","A61K9\u002F19;A61K31\u002F529;A61P25\u002F36","2009.01.28#公开;2009.03.25#实质审查的生效;2011.04.20#授权","A61K9\u002F19",[],[],{"id":100,"patentNo":101,"title":102,"applicant":9,"inventors":103,"abstract":104,"ipc":105,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":14,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":16,"legalStatus":106,"applicationNo":101,"publicationNo":13,"mainIpc":107,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":13,"isFunded":13,"implStatus1":13,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":13,"techMaturity":13,"starRating":13,"gbIndustryClass":13,"strategicClass":13,"productAdv":13,"prospect":13,"comboName":13,"batch":20,"province":21,"sourceText":22,"tags":108,"tagNames":109},"gpi_00806","CN200810149020.X","硫化镓钡单晶体及其生长方法及其红外非线性光学器件","叶宁;林新松;张戈","本发明涉及硫化镓钡单晶体及其生长方法及其红外非线性光学器件。其分子式为BaGa4S7，属于正交晶系，空间群为Pmn21，晶胞参数为a＝14.755，b＝6.228，c＝5.929，α＝β＝γ＝90°。该非线性光学材料的制备可采用坩锅下降法，得到它们的化合物及其单晶。该材料可应用于制造二次谐波发生器，上、下频率转换器，光参量振荡器。","C30B29\u002F46;C30B11\u002F00;G02F1\u002F355","2009.09.30#公开;2011.10.12#实质审查的生效;2013.04.17#授权","C30B29\u002F46",[],[],{"id":111,"patentNo":112,"title":113,"applicant":114,"inventors":115,"abstract":13,"ipc":116,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":118,"applicationNo":112,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":119,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":122,"willingness2":13,"feeWan":123,"intendedCity":13,"intendedCompany":13,"intendedPrice":124,"techMaturity":125,"starRating":126,"gbIndustryClass":127,"strategicClass":128,"productAdv":129,"prospect":130,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":134,"tagNames":135},"rv_118698","CN201710752483.4","一种南方种植牡丹春节催花盆栽方法","宁德市农业科学研究所","尤云桂,林鸾芳,黄丽春,曾瑞柳,林坚,蔡金锋,陈平,李镇西","A01G7\u002F06,A01P21\u002F00,A01N33\u002F22,A01G17\u002F00,A01G2\u002F30,A01N43\u002F12","2026-10-12T00:34:20.316Z","失效","0","是","尚未实施","拟转让","15.00","10-20万","小批量生产、工程应用阶段","四星","种子种苗培育活动,生物化学农药及微生物农药制造,花卉种植,机械化农业及园艺机具制造,其他农业","生物农药制造","一、本专利对应产品 本发明属于林业领域，更具体涉及一种南方种植牡丹春节催花盆栽方法 二、主要技术优势 本发明提供一种南方种植牡丹春节催花盆栽方法，通过嫁接繁殖、高山种植、上盆催花、花芽处理、催花管理等步骤，解决南方种植牡丹无法进行春节催花盆栽的技术问题 三、主要性能指标 按照本技术实施，成花率可以达到90~95%，达到牡丹春节催花成花率标准。","本发明的主要目的是提供一种南方种植牡丹春节催花盆栽方法，解决将南方种植的牡丹植株，进行春节催花盆栽的技术问题。次要目的是提供南方产地春节催花盆栽牡丹。采用本省栽培的牡丹品种成苗进行催花栽培，生产更方便、品种更多样、栽培更适应，研究成果推广后将逐渐发展福建省自己的牡丹产业，对本省园林花木生产、发展现代特色农业产业、增加农民收入、促进乡村振兴和美丽中国建设等方面都具有重大意义，具有广阔的市场前景。","省级","福建省","粤港澳知识产权大数据综合服务平台·广东省知识产权保护中心",[],[],{"id":137,"patentNo":138,"title":139,"applicant":140,"inventors":141,"abstract":13,"ipc":142,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":138,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":144,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":145,"willingness2":146,"feeWan":147,"intendedCity":13,"intendedCompany":13,"intendedPrice":148,"techMaturity":149,"starRating":150,"gbIndustryClass":151,"strategicClass":152,"productAdv":153,"prospect":154,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":155,"tagNames":156},"rv_118701","CN201710045575.9","一种网页数据分析处理方法","漳州科技职业学院","杨爱华,陈林水","G06F16\u002F9535,G06F16\u002F36,G06F16\u002F951,G06F16\u002F906","有效","8","拟许可","拟普通许可","1.00","0-10万","样品、实验阶段","五星","信息处理和存储支持服务,支撑软件开发,互联网其他信息服务,其他互联网服务","新兴软件开发,人工智能软件开发,新型信息技术服务,云计算与大数据服务","主权项： 1.一种网页数据分析处理方法,其特征在于：该方法基于一网页数据服务平台实现,所述网页数据服务平台包括客户端、内容服务器和分词云服务器,所述内容服务器上安装有网页抓取系统、内容提取系统、内容分析系统和数据库,所述方法具体实现步骤如下：S1、网页抓取所述网页抓取系统获取爬取任务,将待爬取 URL 加入爬虫队列,抓取网页页面；S2、内容提取所述内容提取系统基于阅读习惯对步骤S1抓取的网页页面进行分割,生成多个区块,所述多个区块包括主题块和噪音块,剔除所述噪音块,提取主题块的核心文本数据；S3、中文分词向所述分词云服务器发送分词任务请求,并提交步骤S2提取的核心文本数据,分词云服务器对核心文本数据进行中文分词处理,并将分词结果发送给所述内容分析系统；S4、内容分析预先建立实体关系数据集,所述实体关系数据集包含一组命名实体以及与每个命名实体对应的特征信息知识库,内容分析系统针提取所述步骤S3得到的分词结果的关键词,得到关键词数据集,针对每个关键词在特征信息知识库搜索与该关键词对应的匹配结果,将该匹配结果对应的命名实体作为属性索引项添加到结构化数据表,将该关键词作为属性值添加到结构化数据","本发明公开了一种网页数据分析处理方法。该方法基于网页数据服务平台实现,所述网页数据服务平台包括客户端、内容服务器及分词云服务器,所述内容服务器上安装有网页抓取系统、内容提取系统、内容分析系统及数据库,该方法具体包括以下步骤：S1、网页抓取；S2、内容提取；S3、中文分词；S4、内容分析；S5、结果呈现,客户端从数据库中调取数据结果,并呈现给用户。本发明采用基于阅读习惯的网页内容提取技术,能够快速识别出网页的主题内容并进行提取,采用云分词技术实现高效中文分词,为大数据分析提供了基础保障,用户无需投入软硬件资源,能够满足中小企业和普通个人用户的大数据分析服务的低成本、定向化要求。",[],[],{"id":158,"patentNo":159,"title":160,"applicant":161,"inventors":162,"abstract":13,"ipc":163,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":118,"applicationNo":159,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":119,"isFunded":164,"implStatus1":121,"implStatus2":13,"willingness1":145,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":165,"techMaturity":149,"starRating":166,"gbIndustryClass":167,"strategicClass":168,"productAdv":160,"prospect":160,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":169,"tagNames":170},"rv_118702","CN201921289181.9","一种基于物联网的停车场管理装置","阳光学院人工智能学院","游玲","H04W4\u002F80,H04M1\u002F725,G08G1\u002F14","否","具体面议","三星","移动电信服务,物联网技术服务,交通安全、管制及类似专用设备制造,通信终端设备制造","新型计算机及信息终端设备制造,新一代移动通信网络服务,新型信息技术服务,云计算与大数据服务,人工智能系统服务,新型媒体服务,新能源汽车其他相关服务",[],[],{"id":172,"patentNo":173,"title":174,"applicant":175,"inventors":176,"abstract":13,"ipc":177,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":173,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":178,"isFunded":164,"implStatus1":121,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":179,"intendedCompany":13,"intendedPrice":148,"techMaturity":149,"starRating":166,"gbIndustryClass":180,"strategicClass":13,"productAdv":181,"prospect":182,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":183,"tagNames":184},"rv_103675","CN201810517486.4","一种具有可更换防滑减震装置的多功能鞋底及鞋","黎明职业大学","刘昭霞,彭飘林,朱红","A43B13\u002F18,A43B13\u002F36,A43B13\u002F22","7","不-限","其他制鞋业","本发明公开一种具有可更换防滑减震装置的多功能鞋底，包括鞋底本体和下鞋底，所述下鞋底设在所述鞋底本体的下部，所述鞋底本体包括鞋底外模、第一嵌入块和第二嵌入块，所述第一嵌入块的宽度大于所述第二嵌入块的宽度，所述鞋底外模上设有与第一嵌入块匹配设置的第一通孔和与第二嵌入块匹配设置的第二通孔，所述第一嵌入块嵌设在第一通孔内，所述第二嵌入块嵌设在第二通孔内，所述第一嵌入块和第二嵌入块的下表面均设有防滑减震块，所述防滑减震块的长度长于下鞋底的厚度，所述下鞋底上设有与防滑减震块对应设置的第三通孔，所述防滑减震块插设在第三通孔内。与现有技术相比，本发明有效的延长了鞋底的使用寿命，且具有高效的防滑减震作用。","与现有技术相比，本发明有效的延长了鞋底的使用寿命，且具有高效的防滑减震作用。",[],[],{"id":186,"patentNo":187,"title":188,"applicant":189,"inventors":190,"abstract":13,"ipc":191,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":187,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":192,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":145,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":148,"techMaturity":149,"starRating":126,"gbIndustryClass":193,"strategicClass":194,"productAdv":195,"prospect":196,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":197,"tagNames":198},"rv_120153","CN201821990211.4","柔性抛光装置","华侨大学制造工程研究院","肖平,陆静,徐西鹏","B24D18\u002F00,B24D99\u002F00,B24D13\u002F14","6","其他非金属矿物制品制造","轨道交通相关服务,其他海洋相关设备与产品制造,海洋环境监测与探测装备制造,智能关键基础零部件制造,卫星应用服务,城市轨道装备制造,海洋工程装备制造,智能制造相关服务,其他航天器及运载火箭制造,其他轨道交通装备制造,深海石油钻探设备制造,智能测控装备制造,其他航空装备制造及相关服务,卫星装备制造,其他智能设备制造,卫星应用技术设备制造,铁路高端装备制造,机器人与增材设备制造,重大成套设备制造,航空器装备制造,海洋工程建筑及相关服务","\"一、本专利对应产品 一种柔性抛光装置 二、主要技术优势 （1）提供了一种高强度的柔性抛光装置，既具有好的耐磨性，又具有一定的柔性。在保证加工质量的同时，可大大提高抛光装置的使用寿命； （2）在抛光过程中，磨粒有一定的退让性，能有效的减少抛光表面的划痕和损伤，具有更好的抛光效果； （3）能减少脱落的磨料和破碎的工件碎屑与工件摩擦时的接触长度，减少工件表面划痕 三、主要性能指标 （1）底板的直径为300-400mm； （2）硬质磨料的粒径为W3-W40； （3）抛光块的厚度为1-3mm，所述对称的L形的每一边的宽度为4-6mm，长度为16-18mm； （4）相邻二所述圆环的间距为24～26mm\"","\"一、产业现状、市场需求及应用场景 本世纪随着科学技术的飞速发展，越来越多的脆性材料得到应用。这类材料硬度高，脆性大。而在加工过程中，磨抛过程决定了加工工件最终的表面精度和表面质量。 目前根据磨料的固结方式，抛光可分为固结磨料抛光、游离磨料抛光和半固结磨料抛光。固结磨料抛光难以保持磨料出刃高度的一致，容易对工件造成划伤和表面损伤。游离磨料抛光的磨料运动轨迹不可控，磨料容易团聚，抛光效率低。半固结磨料抛光有效的减少了表面的划痕和损伤，但去除效率仍然较低。 为了克服现有技术缺陷，需要新型的抛光装置。 二、潜在市场规模 在半导体、陶瓷底板和石材等领域，脆性材料的应用很多，为了满足其对功能性的需求，抛光的要求随之提高，该装置对于抛光加工具有很高的经济价值，具有巨大的潜力。 三、核心竞争力 既具有好的耐磨性，又具有一定的柔性。在保证加工质量的同时，可大大提高抛光装置的使用寿命。 四、运用潜在效益 与现有的三种抛光方式相比，该项目有着很高的强度，既具有好的耐磨性，又具有一定的柔性。盈利方式主要有产品销售、技术支持与服务等方面。 五、推广社会价值 本项目实现了保证较高的强度的同时，加强耐磨性和柔性的",[],[],{"id":200,"patentNo":201,"title":202,"applicant":203,"inventors":204,"abstract":13,"ipc":205,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":201,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":144,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":165,"techMaturity":149,"starRating":150,"gbIndustryClass":206,"strategicClass":207,"productAdv":208,"prospect":209,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":210,"tagNames":211},"rv_118781","CN201710573857.6","一种基于多约束条件的正反双向NURBS曲线插补方法","福建理工大学","聂明星,彭晋民,胡弛,邵明,刘石坚","G05B19\u002F4103","工业自动控制系统装置制造","其他智能设备制造","技术创新好","市场巨大",[],[],{"id":213,"patentNo":214,"title":215,"applicant":216,"inventors":217,"abstract":13,"ipc":218,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":214,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":178,"isFunded":164,"implStatus1":121,"implStatus2":13,"willingness1":122,"willingness2":122,"feeWan":219,"intendedCity":13,"intendedCompany":13,"intendedPrice":220,"techMaturity":221,"starRating":150,"gbIndustryClass":222,"strategicClass":223,"productAdv":224,"prospect":225,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":226,"tagNames":227},"rv_118594","CN201811186774.2","一种蓄热式工业加热炉炉压控制的优化设计方法","厦门大学嘉庚学院","陈文仪","F27D19\u002F00","30.00","20-30万","试生产、应用开发阶段","炼铁,炼钢,烘炉、熔炉及电炉制造,钢压延加工,铁合金冶炼","高效节能通用设备制造,高效节能专用设备制造,环境保护专用设备制造,高效节能电气机械器材制造,环境保护监测仪器及电子设备制造,矿产资源与工业废弃资源利用设备制造,环保研发与技术服务,农林废弃物资源化利用,水及海水资源利用设备制造,水资源循环利用与节水活动,海水淡化活动,高效节能工业控制装置制造,环境污染处理药剂材料制造,矿产资源综合利用,绿色节能建筑材料制造,环境评估与监测服务,工业固体废物、废气、废液回收和资源化利用,节能工程施工,环境保护及污染治理服务,城乡生活垃圾与农林废弃资源利用设备制造,节能研发与技术服务,环保工程施工,城乡生活垃圾综合利用","针对现有加热炉炉膛压力波动大，导致燃烧效率低、污染物排放指标偏高等问题，本专利设计的主要目的是寻求一种优化的炉压控制方案，满足加热炉在频繁开关炉门、以及干扰信号的扰动下，能够保持炉压在一定范围内稳定。具体的办法就是在炉压控制中，充分分析引起炉压波动的干扰因素，找出其中主要的干扰因素，并对主要的干扰因素实施前馈控制，以把引起炉压波动的干扰信号消除在萌芽状态，同时减小炉压波动信号在控制中所占的比重，使得烟道闸板动作信号既兼顾炉压检测信号的波动，同时又兼顾引起炉压主要干扰因素的波动，并可以根据炉型结构等工艺参数，调整两者的控制权重，从而保持稳定的炉压水平，使得炉压控制方案更加合理和优化。","根据本专利技术特点，实施专利后预计具有以下优点： （1）减少了开关炉门时炉门冒火的情况，节约了大量燃料，减少了热能损失； （2）减少了因为炉门冒火造成的炉门及炉门周边设备的损坏，减少了事故时间，提高了生产效率，同时降低了加热炉维护费用，经济效益明显； （3）减少了炉压的波动，使得加热炉空气、煤气燃烧配比系数保持稳定，温度控制更加准确，从而提高了加热炉燃烧控制效果，具有表现在烟囱冒黑烟的现象基本上不再出现，从而减少了加热炉燃料损耗，降低了环境污染，提高了温度控制的准确性； （4）通过稀释风机的转速控制烟道闸板，除了稳定炉压以外，还能在换热器温度偏高时，及时将高温烟气排入烟囱，起到了保护换热器的作用，延长换热器使用寿命，降低了加热炉维修费用，延长了加热炉大修时间周期，提高了生产效率。 通过专利中部分技术实施情况证明，本专利对加热炉炉压控制能够起到很好的改进效果，优化了加热炉燃烧控制整体效果，提高了加热质量，节约了能源，降低了损耗，减少了环境污染，因此具有较好的经济效益和推广前景。",[],[],{"id":229,"patentNo":230,"title":231,"applicant":232,"inventors":233,"abstract":13,"ipc":234,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":230,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":178,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":145,"willingness2":146,"feeWan":123,"intendedCity":13,"intendedCompany":13,"intendedPrice":220,"techMaturity":221,"starRating":126,"gbIndustryClass":235,"strategicClass":236,"productAdv":237,"prospect":238,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":239,"tagNames":240},"rv_118595","CN201810402996.7","具有球冠结构的4H-SiC紫外光电探测器及制备方法","厦门大学物理科学与技术学院","洪荣墩,吴俊慷,吴正云","H01L31\u002F0312,H01L31\u002F105,H01L31\u002F18","集成电路制造,光电子器件制造","新一代移动通信网络服务,高储能和关键电子材料制造,集成电路制造","一种新型结构的碳化硅紫外光电探测器及其制备方法，使得探测器既能吸收垂直入射的紫外光信号，又能减小倾斜入射情况下的界面反射，此外，球冠状结构可相对增大光敏面的面积和入射光的吸收角度，从而整体上提高了紫外光电探测器的探测性能。","紫外光电探测器在大气紫外线强度监控、火灾警报、光刻设备、高压部件老化监测、飞行器制导等涉及紫外辐射测量的民用、工业和军事方面均具有极高应用价值。碳化硅紫外光电探测器具有低暗电流、高响应度、高增益、低雪崩噪声等优点。目前国际上，包括美国、德国、日本、俄罗斯、以色列等国每年投入了大量科研经费进行碳化硅紫外光电探测器的理论和应用研究。",[],[],{"id":242,"patentNo":243,"title":244,"applicant":245,"inventors":246,"abstract":13,"ipc":247,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":243,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":144,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":122,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":165,"techMaturity":149,"starRating":166,"gbIndustryClass":248,"strategicClass":249,"productAdv":250,"prospect":250,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":251,"tagNames":252},"rv_121094","CN201611110405.6","一种用于香草基苦杏仁酸检测的传感器的制备及其应用","福建医科大学","姚宏,王盼盼,史培颖,黄建勇,陈嘉璇,林新华","G01N27\u002F48,G01N27\u002F30","实验分析仪器制造","先进医疗设备及器械制造","本发明公开一种用于香草基苦杏仁酸检测的传感器的制备及其应用，属本发明的电化学传感器包括玻碳电极，玻碳电极表面滴涂及电沉积异荭草素形成的传感膜，其制备方法为：1）异荭草素滴涂于已活化的玻碳电极表面，自然晾干；2）将步骤1）所得的玻碳电极于磷酸盐缓冲溶液中进行电化学聚合，得到所述传感器。该传感器可避免尿液基质的干扰，实现对香草基苦杏仁酸的测定，成功用于人尿中香草基苦杏仁酸的传感检测。",[],[],{"id":254,"patentNo":255,"title":256,"applicant":175,"inventors":257,"abstract":13,"ipc":258,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":255,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":178,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":148,"techMaturity":149,"starRating":150,"gbIndustryClass":259,"strategicClass":260,"productAdv":261,"prospect":262,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":263,"tagNames":264},"rv_118761","CN201821814579.5","一种新型南音琵琶茶具","谢和朋,林腾亮,顾辉煌","A47G23\u002F06,C02F9\u002F02","其他水的处理、利用与分配,软木制品及其他木制品制造,搪瓷日用品及其他搪瓷制品制造,日用玻璃制品制造,日用陶瓷制品制造,金属制餐具和器皿制造","环境保护专用设备制造,环境污染处理药剂材料制造,工业固体废物、废气、废液回收和资源化利用","南音茶盘的技术性能指标如下： 1. 文化传承：茶具设计融入南音元素，体现地方特色和艺术价值，传承南音文化。 2. 材质安全：选用无毒、无害、无污染的环保材料，确保使用安全，适合各类人群。 3. 耐高温性：采用耐高温陶瓷或不锈钢等材料，适应各种水温，保证茶具的稳定性和耐用性。 4. 易清洗性：茶具表面光滑，易于清洗，防止茶垢和污渍的积累，保持茶具的卫生。 5. 功能性：茶具具备多种功能，如泡茶、品茶、茶水分离等，满足不同需求。 6. 耐用性：茶具具备良好的耐用性，能够承受长期使用和日常清洗。 7. 环保性：茶具采用环保材料，在使用过程中不会对环境和人体造成危害。","南音造茶盘在技术性能指标方面注重文化传承、材质安全、耐高温性、易清洗性、功能性、耐用性和环保性，为消费者提供一种具有文化特色、安全实用、环保的茶具选择，具有较好的市场前景。",[],[],{"id":266,"patentNo":267,"title":268,"applicant":269,"inventors":270,"abstract":13,"ipc":271,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":267,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":178,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":122,"willingness2":13,"feeWan":272,"intendedCity":273,"intendedCompany":13,"intendedPrice":148,"techMaturity":149,"starRating":126,"gbIndustryClass":274,"strategicClass":275,"productAdv":276,"prospect":277,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":278,"tagNames":279},"rv_118828","CN201810715569.4","一种基于氧化锆型NOx传感器的SCR电控系统前馈修正方法","集美大学轮机工程学院","尹自斌,欧顺华,曾步辉","F01N3\u002F20,F01N9\u002F00","8.00","福建省-厦门市","远洋货物运输,沿海货物运输,内河货物运输","其他海洋相关设备与产品制造","涉及一种基于氧化锆型NOx传感器的SCR电控系统前馈修正方法，首先SCR电控系统采集并处理柴油机转速、扭矩和SCR反应器前的NOx传感器信号信息；其中NOx传感器的信号信息包括O2的浓度与NOx的浓度；接着建立过量空气系数计算模型：然后执行存储于SCR电控系统内的MAP图查询程序，查询当前柴油机工况对应的尿素基本喷射量、过量空气系数和原机NOx浓度的MAP图；依次计算尿素O2‑Urea修正量与尿素NOx‑Urea修正量；最后修正尿素喷射量。","对尿素基本喷射量进行修正，避免因柴油机排气特性变化而导致的SCR反应器后NOx排放和NH3逃逸超标。",[],[],{"id":281,"patentNo":282,"title":283,"applicant":284,"inventors":285,"abstract":13,"ipc":286,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":282,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":287,"isFunded":164,"implStatus1":121,"implStatus2":13,"willingness1":145,"willingness2":146,"feeWan":288,"intendedCity":13,"intendedCompany":13,"intendedPrice":165,"techMaturity":149,"starRating":166,"gbIndustryClass":289,"strategicClass":13,"productAdv":290,"prospect":291,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":292,"tagNames":293},"rv_103676","CN202221246519.4","一种生猪放血平台装置","厦门华厦学院环境与公共健康学院","邹忠爱,张志刚,苏永裕","A22B5\u002F04","3","10.00","农副食品加工专用设备制造","本专利对应产品： 本专利主要应用于生猪屠宰行业生猪放血工序应用平台装置 技术优势： 相较于现有技术，本实用新型的技术方案具备以下有益效果： 一种生猪放血平台装置，包括：放血平台、输送机构和围栏；所述放血平台包括平面架和支撑所述平面架的支撑架，所述放血平台还包括位于所述平面架下方的采集容器，所述平面架包括平行间隔布置的多个横架，相邻两个横架之间形成一放血开槽，所述放血开槽对应在所述采集容器的上方；所述输送机构位于所述放血平台上方并界定出一输送路径，所述输送路径用以吊装生猪至所述平面架之上，所述围栏围绕所述平面架布置；所述输送路径沿着靠近平面架的方向逐渐降低并沿着远离所述平面架的方向逐渐升高。工作人员进行站立在平面架上对生猪进行放血操作，猪血自动采集至平面架下方的采集容器内。本应用使生猪放血操作方便、收集猪血方便安全。","随着人们对饮食文化要求的提高，肉制品的质量与安全问题也日益受到社会各界的重视，畜和禽的屠宰与加工，是生产肉制品的重要一环，其中的“开膛解体”工序包括剖腹取内脏和劈半，煺毛或剥皮。生猪屠宰过程中，需要对生猪进行放血操作，并收集猪血。常规的方式下，需要将生猪逐个推送至指定位置并对生猪进行放血，猪血采集麻烦。 本实用新型的目的在于克服上述现有技术中的不足，提供一种生猪放血平台装置。包括：放血平台、输送机构和围栏；所述放血平台包括平面架和支撑所述平面架的支撑架，所述放血平台还包括位于所述平面架下方的采集容器，所述平面架包括平行间隔布置的多个横架，相邻两个横架之间形成一放血开槽，所述放血开槽对应在所述采集容器的上方；所述输送机构位于所述放血平台上方并界定出一输送路径，所述输送路径用以吊装生猪至所述平面架之上，所述围栏围绕所述平面架布置；所述输送路径沿着靠近平面架的方向逐渐降低并沿着远离所述平面架的方向逐渐升高。工作人员进行站立在平面架上对生猪进行放血操作，猪血自动采集至平面架下方的采集容器内，采集猪血方便，操作方面。",[],[],{"id":295,"patentNo":296,"title":297,"applicant":298,"inventors":299,"abstract":13,"ipc":300,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":296,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":192,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":122,"willingness2":13,"feeWan":272,"intendedCity":13,"intendedCompany":13,"intendedPrice":148,"techMaturity":149,"starRating":150,"gbIndustryClass":301,"strategicClass":13,"productAdv":302,"prospect":303,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":304,"tagNames":305},"rv_118780","CN201920780189.9","一种富水破碎地层隧道的空间联合支护结构","福建理工大学土木工程学院","姚志雄,林渊,黄国双,吴波,陈军浩,臧万军,张丙强","E21D11\u002F38,E21D11\u002F18,E21F16\u002F02,E21D11\u002F00,E21D11\u002F10,E21D20\u002F00","其他房屋建筑业,建筑物拆除活动,场地准备活动,园林绿化工程施工,体育场地设施工程施工,体育场地设施安装,火力发电工程施工,游乐设施工程施工,水力发电工程施工,工矿工程建筑,环保工程施工,体育场馆建筑,生态保护工程施工,水源及供水设施工程建筑,管道和设备安装,河湖治理及防洪设施工程建筑,港口及航运设施工程建筑,提供施工设备服务,公共建筑装饰和装修,住宅装饰和装修,建筑幕墙装饰和装修,节能工程施工,其他未列明建筑业,其他海洋工程建筑,其他道路、隧道和桥梁工程建筑,架线及设备工程建筑,核电工程施工,管道工程建筑,风能发电工程施工,住宅房屋建筑,海洋油气资源开发利用工程建筑,地下综合管廊工程建筑,太阳能发电工程施工,海洋能源开发利用工程建筑,铁路工程建筑,海底隧道工程建筑,其他土木工程建筑施工,电气安装,公路工程建筑,海底设施铺设工程建筑,其他建筑安装,市政道路工程建筑,其他电力工程施工,城市轨道交通工程建筑","本实用新型公开了一种富水破碎地层隧道的空间联合支护结构，涉及隧道施工技术领域，解决了富水破碎围岩段采用常规喷锚支护围岩易发生较大变形，承受的围岩压力较大，且渗漏水难以有效防治，危及隧道结构稳定性及施工安全的问题。其技术方案要点是：包括初层混凝土层、钢筋网和间隔设置的钢拱架；钢拱架与钢拱架之间环向设置有沿隧道轴线交错分布的纵向连接钢梁；纵向连接钢梁连接有锚杆；钢筋网表面喷射有将钢拱架、钢筋网和纵向连接钢梁覆盖的钢纤维混凝土层；钢纤维混凝土的表面铺设有防排水结构层；防排水结构层表面浇筑有二衬混凝土层。具有既能有效控制隧道内围岩变形，又具有优良的防排水功能，保证隧道结构稳定和施工安全的效果。","近年来，随着经济的快速发展，全国各地区开始了城市地铁的大建设时期，盾构隧道因其施工过程对周围环境影响小，几乎成为了修建地铁的必选项。盾构隧道项目结构是典型的拼装结构，采用高强螺栓将一块块的混凝土预制块进行纵横向连接，形成具有承载能力的结构体。然而地质条件复杂，地下水位等变化对结构外载荷影响较大，盾构隧道结构在这些影响下会发生变形，如横向界面收敛、渗漏等。考虑到材料老化、结构整体性等问题，隧道结构的加固将具有非常大的市场。在加固中，需要考虑到加固材料的长期耐久性，而目前常用的基于钢材料的加固技术存在着不足，同时，对加固后的结构整体性能变化也是工程人员关心的问题。为此，我们提出了一种盾构隧道环向智能化加固结构及加固方法投入使用，以解决上述问题。",[],[],{"id":307,"patentNo":308,"title":309,"applicant":175,"inventors":310,"abstract":13,"ipc":311,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":308,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":192,"isFunded":164,"implStatus1":121,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":179,"intendedCompany":13,"intendedPrice":148,"techMaturity":149,"starRating":166,"gbIndustryClass":312,"strategicClass":13,"productAdv":313,"prospect":314,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":315,"tagNames":316},"rv_118760","CN201920784377.9","一种家用干衣机","李莹莹","D06F59\u002F02,D06F49\u002F00,D06F73\u002F00","其他家用电力器具制造,其他智能消费设备制造,服务消费机器人制造","本实用新型提供一种家用干衣机，包括底座、设于底座上的机架、罩设于机架外周的圆柱形防水布罩、若干个用于悬挂衣物的挂衣架、用于悬挂挂衣架的挂架、用于形成甩干空间的圆柱形网眼布罩以及设于底座内的制热室，所述制热室内设有风扇和加热器，底座的上侧面均布有若干个与制热室连通的出风管，所述挂架由上圈环、下圈环以及连接于上圈环和下圈环之间的连接杆组成，上圈环上径向均布有若干个用于悬挂挂衣架的挂杆，所述圆柱形网眼布罩的上端和下端分别与上圈环和下圈环连接，所述底座内设有甩干电机，所述连接杆的下端与甩干电机传动连接。本实用新型使用方便，烘干效率高，采用的挂衣架能最大程度的展开衣物，以提高衣物上水分的蒸发效率。","所述圆柱形网眼布罩的上端和下端分别与上圈环和下圈环连接，所述底座内设有甩干电机，所述连接杆的下端与甩干电机传动连接。本实用新型使用方便，烘干效率高，采用的挂衣架能最大程度的展开衣物，以提高衣物上水分的蒸发效率。",[],[],{"id":318,"patentNo":319,"title":320,"applicant":321,"inventors":322,"abstract":13,"ipc":323,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":319,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":144,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":122,"willingness2":13,"feeWan":324,"intendedCity":13,"intendedCompany":13,"intendedPrice":148,"techMaturity":325,"starRating":150,"gbIndustryClass":326,"strategicClass":327,"productAdv":328,"prospect":329,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":330,"tagNames":331},"rv_118782","CN201710388767.X","一种油水分离膜的制备方法","福建师范大学化学与材料学院","白卫斌,官美琴,商贤火,徐艳莲,林金火","B01D17\u002F022,B01D71\u002F06","5.00","批量生产、成熟应用阶段","环境污染处理专用药剂材料制造,气体、液体分离及纯净设备制造","矿物功能材料制造","1.本专利对应产品 本发明制备了一种油水分离膜，可用于废水的油水分离和水净化。 2.主要技术优势 利用滤纸作为基底，共轭聚合物作为原材料，通过自组装的方法，制备出共轭聚合油水分离膜，该滤纸膜接触角高达158°水滴甚至不能润湿膜表面但油滴能顺利通过。在强酸、强碱、复杂环境下接触角也没有明显改变，具有良好的化学稳定性。自组装方法工艺简单，疏水膜不含氟、硅等元素，制备成本低廉，节能环保，分离效果好。 3.主要性能指标 本油水分离膜接触角可达158°，且浓度为10 mg\u002Fml的聚合物溶液组装出的滤纸膜的接触角即可达到150°以上，在pH 2-14的酸碱环境下仍有良好的分离效果。","1.产业现状 油水分离膜技术不断创新，新型膜材料和膜结构不断涌现，提高了油水分离效率和稳定性。油水分离膜广泛应用于石油化工、环保治理、海洋工程等领域，随着环保意识的不断提升和市场需求的增长，有望继续保持稳健发展。 2.潜在市场 油水分离膜在工业废水处理、石油化工、海洋工程、环保治理项目以及新兴市场等领域具有潜在市场需求，市场空间广阔，未来发展潜力巨大。可以抓住这些机遇，不断创新技术、提高产品性能，以满足不同领域的需求，拓展市场份额。 3.潜在价值 油水分离膜在环保、节能、经济、社会和创新等方面具有重要的潜在价值，对于推动环保产业发展、促进经济可持续增长、改善社会生态环境等方面都具有积极的作用和影响。 4.社会价值 油水分离膜在社会中具有重要的价值，不仅可以保护环境、促进健康、推动资源利用和社会稳定，还可以促进技术创新和产业发展。 5.核心竞争力 本油水分离膜接触角可达158°，浓度为10 mg\u002Fml的聚合物溶液组装出的滤纸膜的接触角即可达到150°以上，在pH 2-14的酸碱环境下仍有良好的分离效果且制备简便、安全环保。",[],[],{"id":333,"patentNo":334,"title":335,"applicant":336,"inventors":337,"abstract":13,"ipc":338,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":334,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":144,"isFunded":164,"implStatus1":121,"implStatus2":13,"willingness1":145,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":165,"techMaturity":149,"starRating":166,"gbIndustryClass":339,"strategicClass":340,"productAdv":341,"prospect":342,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":343,"tagNames":344},"rv_118783","CN201611088037.X","可口革囊星虫在制备降血脂药物及保健产品中的应用","华侨大学","许瑞安,吴雅清,姜宏瑛,吴彰哲","A61K35\u002F655,A61P3\u002F06,A61P1\u002F16","中药饮片加工,生物药品制造","生物药品制品制造,生物医药相关服务,现代中药与民族药制造","本发明公开一种可口革囊星虫在制备降血脂药物及保健产品中的应用，所述可口革囊星虫选取天然可口革囊星虫，用清水洗去泥沙，再用盐水多次清洗干净，白天于室外太阳晾晒及自然风干，夜间置于干燥箱内28℃烘干，直至恒重，经干粉研磨机间歇研磨过筛，制成可口革囊星虫粉，应用在降血脂药物和保健产品中。可口革囊星虫粉能降低高脂血症血清总胆固醇(TC)、甘油三酯(TG)、低密度脂蛋白胆固醇(LDL‑C)水平，升高高密度脂蛋白胆固醇(HDL‑C)水平，并且对肝脏具有一定的保护作用。本发明的可口革囊星虫属于天然食品，对人体无毒副作用，且原材料丰富、制作工艺简单、制作过程无化学试剂添加，具有良好的工业应用前景。","本发明的有益效果：本发明采用的可口革囊星虫属于天然食物，且加工过程中无任何化学试剂添加，对服用者无毒副作用；本发明还具有原材料丰富、制作工艺简单的优点，有良好的工业应用前景。",[],[],{"id":346,"patentNo":347,"title":348,"applicant":349,"inventors":350,"abstract":13,"ipc":351,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":347,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":192,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":122,"willingness2":122,"feeWan":147,"intendedCity":13,"intendedCompany":13,"intendedPrice":148,"techMaturity":149,"starRating":150,"gbIndustryClass":352,"strategicClass":353,"productAdv":354,"prospect":355,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":356,"tagNames":357},"rv_118784","CN201920521952.6","一种便携式染发用镜子","福建中医药大学中西医结合研究院","毛敬洁,沈荣伸,曾建伟","A45D42\u002F16,A45D42\u002F08,A45D42\u002F18","低速汽车制造,自行车制造,酱油、食醋及类似制品制造,焰火、鞭炮产品制造,制糖业,味精制造,炸药及火工产品制造,其他罐头食品制造,其他专用化学产品制造,冶金专用设备制造,建筑材料生产专用机械制造,动物胶制造,建筑工程用机械制造,环境污染处理专用药剂材料制造,深海石油钻探设备制造,电子乐器制造,医学生产用信息化学品制造,石油钻采专用设备制造,西乐器制造,文化用信息化学品制造,矿山机械制造,非食用植物油加工,蔬菜、水果罐头制造,中乐器制造,生物质致密成型燃料加工,林产化学产品制造,食用植物油加工,水产品罐头制造,生物质液体燃料生产,专项化学用品制造,改装汽车制造,摩托车整车制造,照明灯具制造,摩托车零部件及配件制造,舞台及场地用灯制造,智能照明器具制造,其他乐器及零件制造,隧道施工专用机械制造,灯用电器附件及其他照明器具制造,助动车制造,电气信号设备装置制造,电车制造,禽类屠宰,装订及印刷相关服务,球类制造,口腔清洁用品制造,牲畜屠宰,化妆品制造,肥皂及洗涤剂制造,珠宝首饰及有关物品制造,其他调味品、发酵制品制造,地毯、挂毯制造,抽纱刺绣工艺品制造,模具制造,天然植物纤维编织工艺品制造,木竹材加工机械制造,花画工艺品制造,塑料加工专用设备制造,本册印制,漆器工艺品制造,橡胶加工专用设备制造,书、报刊印刷,金属工艺品制造,炼油、化工生产专用设备制造,雕塑工艺品制造,残疾人座车制造,包装装潢及其他印刷,其他非金属加工专用设备制造,其他工艺美术及礼仪用品制造,非公路休闲车及零配件制造,汽车车身、挂车制造,鱼油提取及制品制造,塑胶玩具制造,制浆和造纸专用设备制造,鱼糜制品及水产品干腌制加工,记录媒介复制,电玩具制造,水产品冷冻加工,其他体育用品制造,其他日用化学产品制造,风能原动设备制造,水轮机及辅机制造,汽轮机及辅机制造,饲料生产专用设备制造,运动防护用具制造,内燃机及配件制造,烟草生产专用设备制造,健身器材制造,锅炉及辅助设备制造,农副食品加工专用设备制造,肉制品及副产品加工,专项运动器材及配件制造,香料、香精制造,食品、酒、饮料及茶生产专用设备制造,其他未列明电气机械及器材制造,其他原动设备制造,汽车零部件及配件制造,潜水装备制造,水下救捞装备制造,食品及饲料添加剂制造,机制纸及纸板制造,轻小型起重设备制造,皮革、毛皮及其制品加工专用设备制造,水果和坚果加工,盐加工,游艺用品及室内游艺器材制造,纺织专用设备制造,食用菌加工,冷冻饮品及食用冰制造,露天游乐场所游乐设备制造,蔬菜加工,保健食品制造,营养食品制造,其他日用品生产专用设备制造,其他玩具制造,其他水产品加工,机床功能部件及附件制造,玻璃、陶瓷和搪瓷制品生产专用设备制造,儿童乘骑玩耍的童车类产品制造,金属切割及焊接设备制造,照明器具生产专用设备制造,娃娃玩具制造,铸造机械制造,制药专用设备制造,非木竹浆制造,弹射玩具制造,金属成形机床制造,日用化工专用设备制造,木竹浆制造,金属玩具制造,金属切削机床制造,印刷专用设备制造,其他金属加工机械制造,切削工具制造,气体压缩机械制造,电子元器件与机电组件设备制造,木质家具制造,纸和纸板容器制造,泵及真空设备制造,半导体器件专用设备制造,电工机械专用设备制造,其他物料搬运设备制造,其他娱乐用品制造,机械式停车设备制造,客运索道制造,其他未列明食品制造,电梯、自动扶梯及升降机制造,连续搬运设备制造,加工纸制造,金属门窗制造,生产专用车辆制造,洗涤机械制造,手工纸制造,金属结构制造,生产专用起重机制造,缝制机械制造,其他未列明运输设备制造,铜冶炼,金属压力容器制造,齿轮及齿轮减、变速箱制造,畜牧机械制造,集装箱制造,滑动轴承制造,营林及木竹采伐机械制造,竹、藤家具制造,滚动轴承制造,机械化农业及园艺机具制造,蛋品加工,拖拉机制造,豆制品制造,淀粉及淀粉制品制造,其他金属工具制造,其他纸制品制造,其他电子专用设备制造,气压动力机械及元件制造,刀剪及类似日用金属工具制造,液力动力机械元件制造,农用及园林用金属工具制造,液压动力机械及元件制造,手工具制造,阀门和旋塞制造,金属制品修理,木片加工,银冶炼,制冷、空调设备制造,机械治疗及病房护理设备制造,锯材加工,金冶炼,气体、液体分离及纯净设备制造,医疗、外科及兽医用器械制造,风机、风扇制造,医疗实验室及医用消毒设备和器具制造,金属家具制造,金属丝绳及其制品制造,烘炉、熔炉及电炉制造,口腔科用设备及器具制造,医疗诊断、监护及治疗设备制造,其他常用有色金属冶炼,硅冶炼,镁冶炼,其他传动部件制造,铝冶炼,其他农、林、牧、渔业机械制造,锑冶炼,其他未列明农副食品加工,锡冶炼,棉花加工机械制造,镍钴冶炼,农林牧渔机械配件制造,铅锌冶炼,金属包装容器及材料制造,渔业机械制造,通用设备修理,刨花板制造,计算器及货币专用设备制造,交通安全、管制及类似专用设备制造,纤维板制造,稀土金属冶炼,安全、消防用金属制品制造,复印和胶印设备制造,社会公共安全设备及器材制造,胶合板制造,炼铁,钨钼冶炼,建筑装饰及水暖管道零件制造,照相机及器材制造,商业、饮食、服务专用设备制造,建筑、家具用金属配件制造,幻灯及投影设备制造,邮政专用机械及器材制造,塑料家具制造,电影机械制造,地质勘查专用设备制造,环境保护专用设备制造,其他木材加工,其他贵金属冶炼,其他医疗设备及器械制造,包装专用设备制造,喷枪及类似器具制造,眼镜制造,单板加工,风动和电动工具制造,康复辅具制造,专用设备修理,木地板制造,木楼梯制造,木门窗制造,机械零部件加工,建筑用木料及木材组件加工,炼钢,弹簧制造,有色金属合金制造,紧固件制造,金属表面处理及热处理加工,金属密封件制造,其他人造板制造,其他稀有金属冶炼,其他建筑、安全用金属制品制造,其他文化、办公用机械制造,其他专用设备制造,水资源专用机械制造,铁路运输设备修理,船舶修理,航空航天器修理,石灰和石膏制造,稀有稀土金属压延加工,棕制品制造,水泥制造,贵金属压延加工,藤制品制造,铝压延加工,搪瓷卫生洁具制造,竹制品制造,钢压延加工,铜压延加工,建筑装饰搪瓷制品制造,增材制造装备制造,生产专用搪瓷制品制造,特殊作业机器人制造,工业机器人制造,软木制品及其他木制品制造,其他通用零部件制造,木制容器制造,电气设备修理,鬃毛加工、制刷及清扫工具制造,轻质建筑材料制造,石棉水泥制品制造,砼结构构件制造,水泥制品制造,金属制卫生器具制造,铁合金冶炼,金属制餐具和器皿制造,金属制厨房用器具制造,草及其他制品制造,其他有色金属压延加工,搪瓷日用品及其他搪瓷制品制造,其他未列明通用设备制造业,其他运输设备修理,仪器仪表修理,核辐射加工,隔热和隔音材料制造,防水建筑材料制造,建筑用石加工,粘土砖瓦及建筑砌块制造,交通及公共管理用金属标牌制造,锻件及粉末冶金制品制造,有色金属铸造,黑色金属铸造,其他水泥类似制品制造,其他金属制日用品制造,其他日用杂品制造,其他家具制造,特种玻璃制造,平板玻璃制造,其他建筑材料制造,其他未列明金属制品制造,制镜及类似品加工,玻璃保温容器制造,玻璃包装容器制造,日用玻璃制品制造,玻璃仪器制造,光学玻璃制造,技术玻璃制品制造,其他玻璃制造,玻璃纤维增强塑料制品制造,其他机械和设备修理业,玻璃纤维及制品制造,其他玻璃制品制造,建筑陶瓷制品制造,其他陶瓷制品制造,园艺陶瓷制造,陈设艺术陶瓷制造,日用陶瓷制品制造,特种陶瓷制品制造,卫生陶瓷制品制造,云母制品制造,石棉制品制造,耐火陶瓷制品及其他耐火材料制造,石墨及碳素制品制造,其他非金属矿物制品制造,其他未列明制造业,皮革鞣制加工,皮革服装制造,其他皮革制品制造,皮手套及皮装饰制品制造,皮箱、包（袋）制造,运动机织服装制造,毛皮服装加工,毛皮鞣制加工,其他机织服装制造,其他毛皮制品加工,轮胎制造,运动休闲针织服装制造,羽毛（绒）制品加工,羽毛（绒）加工,其他橡胶制品制造,其他针织或钩针编织服装制造,运动场地用塑胶制造,日用及医用橡胶制品制造,再生橡胶制造,橡胶零件制造,橡胶板、管、带制造,棉织造加工,橡胶鞋制造,塑料板、管、型材制造,棉纺纱加工,塑料鞋制造,塑料薄膜制造,皮鞋制造,服饰制造,纺织面料鞋制造,塑料零件及其他塑料制品制造,人造草坪制造,其他制鞋业,日用塑料制品制造,塑料包装箱及容器制造,塑料人造革、合成革制造,泡沫塑料制造,棉印染精加工,塑料丝、绳及编织品制造,毛染整精加工,人造纤维（纤维素纤维）制造,毛织造加工,化纤浆粕制造,毛条和毛纱线加工,腈纶纤维制造,麻染整精加工,涤纶纤维制造,麻织造加工,锦纶纤维制造,烟叶复烤,麻纤维纺前加工和纺纱,其他合成纤维制造,氨纶纤维制造,丙纶纤维制造,维纶纤维制造,丝印染精加工,生物基、淀粉基新材料制造,绢纺和丝织加工,化学药品原料药制造,生物基化学纤维制造,卷烟制造,缫丝加工,黄酒制造,啤酒制造,白酒制造,酒精制造,化纤织物染整精加工,化学药品制剂制造,化纤织造加工,其他电机制造,其他酒制造,发电机及发电机组制造,电动机制造,葡萄酒制造,微特电机及组件制造,理发及美容服务,固体饮料制造,有机化学原料制造,光伏设备及元器件制造,含乳饮料和植物蛋白饮料制造,无机盐制造,果菜汁及果菜汁饮料制造,无机碱制造,瓶（罐）装饮用水制造,无机酸制造,碳酸饮料制造,针织或钩针编织品制造,其他输配电及控制设备制造,针织或钩针编织物印染精加工,中药饮片加工,针织或钩针编织物织造,其他基础化学原料制造,茶饮料及其他饮料制造,变压器、整流器和电感器制造,电容器及其配套设备制造,配电开关控制设备制造,电力电子元器件制造,非织造布制造,有机肥料及微生物肥料制造,铁路机车车辆配件制造,复混肥料制造,铁路专用设备及器材、配件制造,钾肥制造,磷肥制造,其他电工器材制造,糕点、面包制造,氮肥制造,其他铁路运输设备制造,窗帘、布艺类产品制造,精制茶加工,毛巾类制品制造,中成药生产,床上用品制造,电线、电缆制造,饼干及其他焙烤食品制造,其他肥料制造,高铁车组制造,光纤制造,铁路机车车辆制造,光缆制造,窄轨机车车辆制造,绝缘制品制造,其他家用纺织制成品制造,高铁设备、配件制造,其他产业用纺织制成品制造,其他电池制造,蜜饯制作,原油加工及石油制品制造,生物化学农药及微生物农药制造,糖果、巧克力制造,篷、帆布制造,化学农药制造,纺织带和帘子布制造,绳、索、缆制造,兽用药品制造,城市轨道交通设备制造,锂离子电池制造,镍氢电池制造,其他原油制造,铅蓄电池制造,锌锰电池制造,卫生材料及医药用品制造,海洋工程装备制造,密封用填料及类似品制造,其他家用电力器具制造,杂粮加工,煤制品制造,染料制造,航标器材及其他相关装置制造,玉米加工,煤制液体燃料生产,工艺美术颜料制造,新能源车整车制造,小麦加工,方便面制造,煤制合成气生产,工业颜料制造,汽柴油车整车制造,稻谷加工,速冻食品制造,炼焦,油墨及类似产品制造,米、面制品制造,涂料制造,基因工程药物和疫苗制造,生物药品制造,家用制冷电器具制造,金属船舶制造,家用空气调节器制造,非金属船舶制造,家用通风电器具制造,娱乐船和运动船制造,家用厨房电器具制造,其他谷物磨制,其他煤炭加工,船用配套设备制造,家用清洁卫生电器具制造,其他方便食品制造,船舶改装,家用美容、保健护理电器具制造,船舶拆除,家用电力器具专用配件制造,电光源制造,肉、禽类罐头制造,化学试剂和助剂制造,药用辅料及包装材料,其他烟草制品制造,其他非电力家用器具制造,其他航空航天器制造,墨水、墨汁制造,教学用模型及教具制造,笔的制造,文具制造,合成纤维单（聚合）体制造,宠物饲料加工,乳粉制造,合成橡胶制造,汽车用发动机制造,液体乳制造,核燃料加工,初级形态塑料及合成树脂制造,燃气及类似能源家用器具制造,飞机制造,太阳能器具制造,航天器及运载火箭制造,航天相关设备制造,航空相关设备制造,其他文教办公用品制造,其他饲料加工,其他乳制品制造,其他合成材料制造","航空运营及支持服务,现代金融服务,其他技术推广服务","一、本专利对应产品 本实用新型涉及日常生活用品领域，具体是一种可全面观察到使用者头部四周的新型多方位便携式染发用镜子。 二、主要技术优势 可以解决市场上常见的镜子很难看到头顶及头后部的问题，使快节奏的现代人在染头发时，可以独自完成。 三、主要性能指标 1.顶镜（22cm X 17cm X0.5cm）、2.主镜（33cm X 17cm X0.5cm）、3.底镜（11cm X 17cm X0.5cm）、4.支架（22cm X 2cm X0.5cm）、5.手镜（镜面 15cm X 15cm X0.5cm；手柄 3cm X 10cm X0.5cm）、6.底座盒（33cm X 17cm X 2cm）、","本实用新型提供一种可供家庭个人染发时使用，能从四个不同角度的镜面，清楚看到头顶及头后部四周状况的镜子，使用这种镜子，可独自轻松完成染发的观察。为要求完美、快节奏没有时间去美发院的现代人士，带来方便。",[],[],{"id":359,"patentNo":360,"title":361,"applicant":362,"inventors":363,"abstract":13,"ipc":364,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":360,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":144,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":145,"willingness2":365,"feeWan":366,"intendedCity":13,"intendedCompany":13,"intendedPrice":165,"techMaturity":221,"starRating":150,"gbIndustryClass":367,"strategicClass":368,"productAdv":369,"prospect":370,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":371,"tagNames":372},"rv_118787","CN201711099943.4","窄视场高分辨率相机镜头","福建师范大学光电与信息工程学院","林峰,黄耀林,王敏","G02B13\u002F00,G02B1\u002F00","拟开放许可","3.00","光学仪器制造","电子专用设备仪器制造","一、本专利对应产品 本专利涉及一种窄视场高分辨率相机镜头。 二、主要技术优势 本发明具有以下优点：光学系统抗冲击震动、耐太空高温差强辐射，体积小重量轻，可在450nm-800nm的谱段内清晰成像，分辨率高达2500万像，成像稳定可靠，体积小、重量轻等突出优点；采用了抗太空辐射镜头设计技术、宽谱段共焦成像技术、宽容差和宽温场压力适应性设计技术、低载荷小型化设计技术、液体固化密装定位工艺，设计结果，满足了太空环境的高品质成像需求，具有良好的温度压力适应性和较好的设计容差。 三、主要性能指标 （1）焦距：f′=179mm ；（2）光圈：F=4；（3）视场角：2w ≥10.4°（4）入瞳口径≥44mm（5）最大畸变≤3％（6）光学后截距：＞66mm （7）光学总长＜82mm（8）镜头外形尺寸：不超过Φ70mm×150mm（9）抗辐照性能≥5Krad。","一、产业现状、市场需求及应用场景： 产业现状：相机镜头在各个领域都有广泛的应用，尤其是在工业检测、科学研究、医疗成像等领域需求较大。 市场需求：市场对于窄视场高分辨率相机镜头的需求不断增加，特别是对于高分辨率、小体积、抗冲击、耐高温的镜头。 应用场景：该镜头可应用于工业检测中的精细检测、科学研究中的高分辨率成像、医疗成像中的微观结构分析等场景。 二、潜在市场规模： 工业检测市场：工业检测对于高分辨率、抗冲击的相机镜头需求量大，市场规模可观。 科学研究市场：科研领域对高分辨率、小体积的相机镜头有着持续的需求，应用范围广泛。 医疗成像市场：医疗领域对于高分辨率、耐高温的镜头也有一定需求，特别是在微观结构分析方面。 三、核心竞争力： 结构简单、体积小：镜头结构简单，体积小，便于集成和安装，具有较高的便携性和灵活性。 抗冲击震动：镜头具有抗冲击震动的特性，适用于工业环境中的振动情况。 耐太空高温差强辐射：镜头材料和结构设计能够应对太空环境下的高温差和强辐射，具有较高的稳定性和耐用性。 高分辨率：镜头设计能够实现窄视场高分辨率成像，适用于对细小目标的精细观测和检测。",[],[],{"id":374,"patentNo":375,"title":376,"applicant":377,"inventors":378,"abstract":13,"ipc":379,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":375,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":144,"isFunded":164,"implStatus1":121,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":165,"techMaturity":149,"starRating":166,"gbIndustryClass":380,"strategicClass":381,"productAdv":382,"prospect":382,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":383,"tagNames":384},"rv_122122","CN201721060233.6","一种用于海洋环境的不锈钢混凝土复合立柱","华侨大学土木工程学院","陈林聪,钱佳敏","F03D13\u002F20","风能原动设备制造","风能发电运营维护,风能发电工程施工","该专利旨在提升海洋环境下建筑结构的耐久性和性能。这些专利解决了海洋气候对建筑材料的腐蚀问题，特别强调了玄武岩纤维和钢混凝土的复合使用，从而增强结构的抗侵蚀能力和延长其使用寿命。系列中的技术不仅提高了建筑结构在面对盐雾侵蚀、湿润气候及潮汐作用时的抗压和抗震性，还考虑了经济性和施工的便捷性。这些创新的技术和方法为海洋建筑提供了更强的稳定性，同时降低了长期维护成本，推动了建筑行业在恶劣环境下的可持续发展。",[],[],{"id":386,"patentNo":387,"title":388,"applicant":389,"inventors":390,"abstract":13,"ipc":13,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":143,"applicationNo":387,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":192,"isFunded":164,"implStatus1":121,"implStatus2":13,"willingness1":145,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":220,"techMaturity":149,"starRating":166,"gbIndustryClass":391,"strategicClass":13,"productAdv":392,"prospect":393,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":394,"tagNames":395},"rv_118811","CN201930456512.2","智能靶车（轻武器作战训练通用）","福建（泉州）先进制造技术研究院","陈晖,李瑞峰,梁凤顺,梁培栋,郭斌质,陈灵杰,吴洪,王志斌,陈俊宏,周嚞,阮慕炜","其他体育用品制造","本专利对应产品不仅可以实现靶体的旋转、显隐、升降等基本动作，而且可以自主灵活规划行走路径、任意地点\u002F时间出靶，同时通过设置高机动性能、四轮独立悬架结构、后轮轮边电机直驱以及前轮集成式电机转向结构的车体，可以更灵活地适用于野外各种不同场景的打靶训练越野机动行驶使用，提高打靶训练的拟人化程度，更贴近于实战情景，进而提高室外射击训练的水平","实弹射击是武装部队射击训练中最基本的训练科目，实弹训练旨在提升战士们的实战能力。本产品是一种高实战情景、机动灵活、可随时随地出靶、可适应室内外场景等特性的新型轻武器作战训练通用智能靶车装备，可为各个部队提供良好的射击训练体验，市场前景广阔。",[],[],{"id":397,"patentNo":398,"title":399,"applicant":400,"inventors":401,"abstract":13,"ipc":402,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":118,"applicationNo":398,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":119,"isFunded":164,"implStatus1":121,"implStatus2":13,"willingness1":122,"willingness2":122,"feeWan":403,"intendedCity":13,"intendedCompany":13,"intendedPrice":404,"techMaturity":149,"starRating":150,"gbIndustryClass":405,"strategicClass":194,"productAdv":406,"prospect":407,"comboName":13,"batch":131,"province":132,"sourceText":133,"tags":408,"tagNames":409},"rv_118813","CN201920889630.7","一种自清洁插板阀","集美大学海洋装备与机械工程学院","荣星,荣承辉,陈亚洲,张凯,吴泽军,林毅,钟晓燕","B08B3\u002F02,B08B5\u002F02,F16K27\u002F04,F16K3\u002F30,F16K3\u002F02","100.00","90-100万","气压动力机械及元件制造,液力动力机械元件制造,液压动力机械及元件制造,阀门和旋塞制造,气体压缩机械制造,泵及真空设备制造","一、本专利对应产品 本专利可解决插板阀密封件与介质之间的摩擦造成的磨损问题，延长插板阀的使用寿命。 二、主要技术优势 (1) 可解决插板阀密封件与介质之间的摩擦磨损问题，延长插板阀的使用寿命； (2) 选择空气或被截断的介质作为自清洁介质，可以避免对工作环境污染。 三、主要性能指标 (1)根据不同的应用工况可以选择不同的材质制造插板阀，以满足使用要求； (2)根据插板阀截断的介质不同，选择对应的介质作为自清洁介质，避免对工作环境污染。","一、产业现状、市场需求及应用场景 需要应用到插板阀的场合都可以使用本专利技术。 二、潜在市场规模 受益于石油、化工、电力等行业的快速发展，全球插板阀市场规模不断扩大，据统计,2019年全球插板阀市场规模达到了数百亿美元,预计未来几年仍将保持较快增长。作为全球插板阀行业的重要一员，中国既是插板阀生产大国也是插板阀消费大国,市场规模也在不断扩大。 三、核心竞争力 根据不同的应用工况可以选择不同的材质制造插板阀，以满足不同的使用要求；根据插板阀截断的介质不同，选择对应的介质作为自清洁介质，避免对工作环境污染；本专利解决了插板阀密封件与介质之间的摩擦造成的磨损问题，延长插板阀的使用寿命。 四、运用潜在效益 中国作为插板阀生产和消费大国，但缺乏核心技术，使用了本专利技术，将大大增加产品的市场竞争力。 五、推广社会价值 解决中国生产的插板阀没有核心技术问题，增加产品的市场竞争力，具有较大推广及应用价值。",[],[],26487,1,30,883]