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Horst推理阶段，结合MapReduce实现TREAT算法中的alpha阶段，实现多条规则的分布式并行推理，然后对推理结果进行去重处理；通过alpha寄存器和规则标记模型能够过滤大量实例三元组，减少Map阶段键值对的输出，从而减少了无效的网络传输。",[],[],{"id":354,"patentNo":355,"title":356,"applicant":157,"inventors":357,"abstract":13,"ipc":358,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":118,"applicationNo":355,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":141,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":162,"intendedCompany":13,"intendedPrice":145,"techMaturity":123,"starRating":225,"gbIndustryClass":359,"strategicClass":13,"productAdv":360,"prospect":360,"comboName":13,"batch":129,"province":130,"sourceText":131,"tags":361,"tagNames":362},"rv_119171","CN201920227294.X","一种具有鞋垫鞋底一体化构造的鞋","彭飘林,丁绍兰,马飞,刘昭霞,康盾,陈雅龄","A43B7\u002F08,A43B13\u002F18,A43B7\u002F32,A43B13\u002F14","其他制鞋业","本实用新型公开一种具有鞋垫鞋底一体化构造的鞋，其中，包括鞋帮和鞋底，鞋帮和鞋底连接形成鞋腔，该鞋底包括从下至上依次设置的鞋外底、鞋中底、鞋垫和连接鞋帮与鞋中底的环形连接部，所述鞋中底与所述鞋垫相嵌合组装。本新型的鞋底设置一个环形连接部连接鞋帮与鞋中底，也就是不用通过鞋内底连接鞋帮和鞋底，如此节约鞋内底资源和节省了胶水，更加环保。并且可实现鞋垫与鞋中底相嵌合组装，因此鞋垫与鞋中底直接配合充分发挥减震、吸湿等功能组合，功能互补且互通，并保持平稳舒适的脚感，同时鞋垫可拆装安装方便清洁同时也能根据实际需要选用不同性能的鞋垫。",[],[],{"id":364,"patentNo":365,"title":366,"applicant":367,"inventors":368,"abstract":13,"ipc":369,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":118,"applicationNo":365,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":141,"isFunded":120,"implStatus1":121,"implStatus2":13,"willingness1":161,"willingness2":13,"feeWan":370,"intendedCity":13,"intendedCompany":13,"intendedPrice":145,"techMaturity":371,"starRating":124,"gbIndustryClass":372,"strategicClass":13,"productAdv":373,"prospect":373,"comboName":13,"batch":129,"province":130,"sourceText":131,"tags":374,"tagNames":375},"rv_119183","CN201920375865.4","一种测试待测试样高温下应力应变的装置","华侨大学土木工程学院","王玲玲,孙毅,霍静思","G01N3\u002F18,G01N3\u002F06","2.00","小批量生产、工程应用阶段","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","本实用新型提供了一种测试待测试样高温下应力应变的装置，用于钢结构抗火性能试验；包括：万能试验机、加热试验炉、高温引伸计和耐高温摄像头；所述加热试验炉通过第一支架安装在万能试验机的底座台面上，并使得加热试验炉与万能试验机同轴放置；所述待测试样夹持放置在万能试验机的顶面和底座台面之间并穿过所述加热试验炉；所述高温引伸计通过加热试验炉侧壁的预留孔伸入加热试验炉内并与待测试样接触；所述耐高温摄像头通过第二支架焊接在加热试验炉的侧壁外侧，并与加热试验炉侧壁的预留孔对齐，以观察并记录加热试验炉内部的试验情况。",[],[],{"id":377,"patentNo":378,"title":379,"applicant":380,"inventors":381,"abstract":13,"ipc":382,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":118,"applicationNo":378,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":208,"isFunded":160,"implStatus1":121,"implStatus2":13,"willingness1":161,"willingness2":161,"feeWan":13,"intendedCity":162,"intendedCompany":13,"intendedPrice":209,"techMaturity":123,"starRating":146,"gbIndustryClass":383,"strategicClass":384,"productAdv":385,"prospect":386,"comboName":13,"batch":129,"province":130,"sourceText":131,"tags":387,"tagNames":388},"rv_119184","CN201710268045.0","一种制造UHMWPE锂电池隔膜模具装置","福建师范大学环境与资源学院","钱庆荣,江纬,陈艺兰,林宇,黄宝铨,陈庆华,曾令兴,薛珲,刘欣萍,肖荔人","B29C43\u002F36,H01M2\u002F14,H01M10\u002F0525,H01M2\u002F16,B29L7\u002F00","塑料加工专用设备制造,气体、液体分离及纯净设备制造","高储能和关键电子材料制造,其他化工新材料制造,高性能膜材料制造,新能源汽车储能装置制造","一、本专利对应产品 本发明涉及机械加工技术领域，具体是一种制造UHMWPE锂电池隔膜模具装置。 二、主要技术优势 本发明中，双压柱的设计可以同时压两块锂电池隔膜，相比与现有生产中一副模具只能制造一块隔膜，生产效率明显提高。因此本发明为锂电池隔膜模压成型加工解决了关键性的问题，提高成品率，生产效率，降低生产成本。 三、主要性能指标 提供一种用于锂电池隔膜模压成型所需的模具，便于保证隔膜成品率及生产效率。该模具装置，将底座放平，配合护套并于护套圆柱形腔内放入下压头，将一定量样品放置于下压头上，两块垫片分别放进护套两边的卡槽内，将上压头压柱配合伸进护套空腔中，然后整套装置放入模压机中分别进行热压、冷压。取膜时，将底座及可拆卸垫片取下，于模压机内，将下压头顶出，用镊子夹住样品端缘，缓慢脱模。","一、产业现状、市场需求及应用场景 目前实验室研究UHMWPE锂电池隔膜，超高分子量聚乙烯（ultra high molecularweight polyethylene简称UHMWPE），常用成型方法为模压成型，所用模具一般为两块铁板，为保持隔膜洁净度常在上下铁板间加垫片。因此目前运用模压成型的方法制做锂电池隔膜，模具简陋，操作繁琐，垫片难以选择，加工周期长，效率低，严重阻碍锂电池隔膜的进一步研究。 二、潜在市场规模 本发明有利于解决锂电池隔膜成品率低的问题。 三、核心竞争力 本发明的UHMWPE锂电池隔膜模压成型模具装置，包括底座、下压头、护套、上压头。所述护套设计有两个柱型空腔，用于放下压头及样品；上压头与之配合，设计有两个同直径的压柱，用于压样品。当样品受到上压头的力及热的作用，向边缘流动成膜，下压头的直径略大于上压头，因此，在下压头边缘，样品不受力的作用，体积增大，形成端缘，便于脱膜，保证成品率。",[],[],{"id":390,"patentNo":391,"title":392,"applicant":393,"inventors":394,"abstract":13,"ipc":395,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":118,"applicationNo":391,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":119,"isFunded":160,"implStatus1":121,"implStatus2":13,"willingness1":13,"willingness2":13,"feeWan":13,"intendedCity":13,"intendedCompany":13,"intendedPrice":194,"techMaturity":123,"starRating":124,"gbIndustryClass":396,"strategicClass":397,"productAdv":398,"prospect":399,"comboName":13,"batch":129,"province":130,"sourceText":131,"tags":400,"tagNames":401},"rv_119185","CN201610430990.1","一种超临界流体技术制备共载基因与多肽类药物的微镶纳多孔微球的方法","华侨大学化工学院","陈爱政,王士斌,宋湖凡,刘源岗,吴文果","A61K47\u002F36,A61P35\u002F00,A61K38\u002F26,A61K47\u002F34,A61K48\u002F00,A61K9\u002F16","基因工程药物和疫苗制造,卫生材料及医药用品制造","生物药品制品制造,化学药品与原料药制造,生物医药相关服务,生物医药关键装备与原辅料制造","制备方法可控！","可用于吸入式肺部给药。",[],[],{"id":403,"patentNo":404,"title":405,"applicant":406,"inventors":407,"abstract":13,"ipc":408,"publishDate":13,"sourceUrl":13,"achievementId":13,"createdAt":117,"isOpenLicense":15,"licenseTerm":13,"licenseScope":13,"licenseFeeText":13,"licenseFeeNum":13,"patentType":13,"legalStatus":118,"applicationNo":404,"publicationNo":13,"mainIpc":13,"agency":13,"agent":13,"publishOrg":13,"provinceCode":13,"filingDate":13,"isRevitalized":19,"maintainYears":141,"isFunded":160,"implStatus1":121,"implStatus2":13,"willingness1":333,"willingness2":13,"feeWan":409,"intendedCity":13,"intendedCompany":13,"intendedPrice":209,"techMaturity":123,"starRating":225,"gbIndustryClass":410,"strategicClass":240,"productAdv":411,"prospect":412,"comboName":13,"batch":129,"province":130,"sourceText":131,"tags":413,"tagNames":414},"rv_119186","CN201920427756.2","一种电火花线切割-金刚石线锯复合加工装置","华侨大学机电及自动化学院","江开勇,骆灿彬,颜丙功,王霏,康磊","B23H5\u002F04","0.00","金属切削机床制造","本实用新型公开了一种电火花线切割‑金刚石线锯复合加工装置，它采用金刚石线取代传统的钼丝，以将“金刚石线活动实现的线锯”及“被加工件与金刚石线分别电接脉冲电源两极实现的电火花线切割”复合在一起实现复合切割加工，则能剔除热影响区、提高线切割加工效率、改善线切割加工表面质量。 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