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描系统实现双功能在线检测，通过多参量协同闭环控制，兼顾剪刃寿命与断面质量，有效提升了剪切智能化水平。","太原科技大学","2026.08.28#公开;2026.09.15#实质审查的生效;2026.09.18#授权","CN202611106288.X","B23D15\u002F14;B23Q15\u002F12;B23Q17\u002F09;G05B11\u002F42","马立峰;李宇峰;邓高旭;马立东;江连运;张志杰",[],[],{"resultType":8,"id":146,"title":147,"abstract":148,"orgName":149,"province":13,"date":14,"trl":15,"transferMode":15,"keywords":15,"industry":15,"patentType":16,"legalStatus":128,"isOpenLicense":18,"isRevitalized":19,"techMaturity":15,"starRating":15,"licenseFeeText":15,"patentNo":150,"ipc":151,"inventors":152,"tags":153,"tagNames":154},"gpi2_0372","双自驱永磁外转子提升机的容器端钢丝绳负载平衡装置","本发明提出一种双自驱永磁外转子提升机的容器端钢丝绳负载平衡装置，涉及矿井提升装备技术领域，包括承载框架，承载框架包括框架本体和两个摇臂支座，框架本体的底部用于连接提升容器；左换向机构，包括左导轨座、左滑座、左换向摇臂和左连杆；右换向机构，包括右导轨座、右滑座、右换向摇臂和右连杆；液压均衡机构，配置为在两侧钢丝绳张力不均时提供阻尼调节、吸收冲击能量并在张力差超限时实现锁止。本发明兼顾容器端的保护与钢丝绳寿命的延长，通过容器端有效工作长度的微量差动修正，减小一侧钢丝绳的长期过载和另一侧钢丝绳的松弛冲击，降低钢丝绳疲劳损伤。","太原理工大学","CN202611092739.9","B66B7\u002F10;B66B7\u002F12;B66B5\u002F02;F16F15\u002F023","吴娟;魏士淳;寇子明;尚小龙;李东杰;王宇奥;辛宇宇;赵桥",[],[],{"resultType":8,"id":156,"title":157,"abstract":158,"orgName":159,"province":13,"date":14,"trl":15,"transferMode":15,"keywords":15,"industry":15,"patentType":16,"legalStatus":160,"isOpenLicense":18,"isRevitalized":19,"techMaturity":15,"starRating":15,"licenseFeeText":15,"patentNo":161,"ipc":162,"inventors":163,"tags":164,"tagNames":165},"gpi2_0538","基于多模态感知的水雾化铁基粉末粒径闭环智能调控方法","本发明公开了基于多模态感知的水雾化铁基粉末粒径闭环智能调控方法，涉及粉末冶金技术领域，包括以下步骤：S1、通过视觉传感器实时采集雾化锥图像并提取半锥角，同步获取熔体温度与雾化水压工艺参数；S2、依据图像质量确定视觉置信度，依据工艺参数确定工艺参数模态置信度，据此计算两模态融合权重，将基于半锥角与基于工艺参数的粒径估算加权融合获得当前粒径估计值；S3、半锥角变化速率超阈值时计算水压预调增量，粒径偏离目标时计算水压修正量，叠加生成水压调节指令输出；S4、调节后将实测半锥角变化量与预期锥角响应对比，修正控制响应系数。本发明实现多模态融合的粒径闭环调控，提高复杂工况下控制可靠性。","山西鑫晟新材料股份有限公司","2026.09.01#公开;2026.09.18#实质审查的生效;2026.09.25#授权","CN202611170705.7","B22F9\u002F08;G05B13\u002F04","路嘉敏;庄龙奇;冯伟立;李亚茹;李宝华",[],[],{"resultType":8,"id":167,"title":168,"abstract":169,"orgName":170,"province":13,"date":14,"trl":15,"transferMode":15,"keywords":15,"industry":15,"patentType":16,"legalStatus":74,"isOpenLicense":18,"isRevitalized":19,"techMaturity":15,"starRating":15,"licenseFeeText":15,"patentNo":171,"ipc":172,"inventors":173,"tags":174,"tagNames":175},"gpi2_0047","能无创检测其自身骨结合强度的智能种植体及检测装置","本发明属于口腔医学领域，具体涉及一种能无创检测其自身骨结合强度的智能种植体及检测装置。所述智能种植体包括钛种植体和在钛种植体的外表面形成的一层二氧化钛纳米管，以及在二氧化钛纳米管内底部和管间底部ALD形成的功能层；所述功能层包括由三种金属氧化物形成的三元氧化物层。所述检测装置包括智能种植体以及用于与所述钛种植体匹配的电极头。本发明提供一种兼具“无创安全、精准量化、长期稳定、动态监测”特性的智能种植体，能无创地检测钛种植体的骨结合强度，适配口腔复杂生理环境与临床随访场景。本发明便于医生适时对钛种植体做出相应的处理；其表面微观结构还可促进骨结合的发生，缩短骨结合时间，加速愈合。","山西医科大学口腔医院","CN202611107138.0","A61C8\u002F00","任晓彦;王兴;李娜;李晖菲;张梦圆;李悦;徐婕;顾佳雯",[],[],{"resultType":8,"id":177,"title":178,"abstract":179,"orgName":180,"province":13,"date":181,"trl":15,"transferMode":15,"keywords":15,"industry":15,"patentType":16,"legalStatus":182,"isOpenLicense":18,"isRevitalized":19,"techMaturity":15,"starRating":15,"licenseFeeText":15,"patentNo":183,"ipc":184,"inventors":185,"tags":186,"tagNames":187},"gpi_00086","一种2－吡咯甲酸甲酯的合成方法","一种2－吡咯甲酸甲酯的合成方法是将碳酸二甲酯与吡咯按摩尔比碳酸二甲酯∶吡咯＝1～10加入反应釜，然后加入催化剂，催化剂加入量为两种原料总质量的1～4wt％，在200～300℃温度下，反应1～6小时。本发明具有工艺简单、环境友好，反应条件温和，催化剂制备简单，价格便宜等优点，具有很好的工业应用前景。","中国科学院山西煤炭化学研究所","2026-10-12T00:54:35.109Z","2007.10.17#公开;2007.12.12#实质审查的生效;2009.06.17#授权","CN200710061824.X","C07D207\u002F34","孙予罕;魏伟;范素兵;王秀芝;赵宁;李军平;肖福魁",[],[],{"resultType":8,"id":189,"title":190,"abstract":191,"orgName":192,"province":13,"date":181,"trl":15,"transferMode":15,"keywords":15,"industry":15,"patentType":16,"legalStatus":193,"isOpenLicense":18,"isRevitalized":19,"techMaturity":15,"starRating":15,"licenseFeeText":15,"patentNo":194,"ipc":195,"inventors":196,"tags":197,"tagNames":198},"gpi_01238","利用喷射环流反应器制备有机异氰酸酯的方法","本发明公开了一种利用喷射环流反应器制备有机异氰酸酯的方法，包括以下步骤：准备喷射环流反应器、气液分离器和停留设备；将有机伯胺溶解在惰性有机溶剂中配成溶液，通入上液相喷嘴；气态光气通入上气相喷嘴；将惰性有机溶剂通入下液相喷嘴，通过下气相喷嘴补充气态光气反应，反应后的物料从出料口离开通入气液分离器，经分离得到的液相流股引入停留设备中，反应至溶液变澄清，即获得有机异氰酸酯。本发明使用喷射环流反应器能改善原料间的混合效率，降低有机异氰酸酯生产中溶剂回收和光气回收的能耗，降低异氰酸酯生产成本和提高异氰酸酯生产能力。本发明采用的喷射环流反应器结构简单，降低固体物堵塞的危险；易于密封，减少光气泄漏的危险。","赛鼎工程有限公司;天津大学","2010.06.16#公开;2010.09.01#实质审查的生效;2012.07.11#授权","CN200910228980.X","C07C263\u002F10;C07C265\u002F14","潘国平;徐双庆;闫少伟;张金利;杨在建;韩优;郭可宇;杨锦",[],[],{"resultType":8,"id":200,"title":201,"abstract":202,"orgName":192,"province":13,"date":181,"trl":15,"transferMode":15,"keywords":15,"industry":15,"patentType":16,"legalStatus":203,"isOpenLicense":18,"isRevitalized":19,"techMaturity":15,"starRating":15,"licenseFeeText":15,"patentNo":204,"ipc":205,"inventors":206,"tags":207,"tagNames":208},"gpi_00988","套筒分布式气相光气化反应器及用于合成异氰酸酯的方法","本发明涉及一种套筒分布式气相光气化反应器及用于合成异氰酸酯的方法。反应器由多层套筒式分布器和管式反应器主体构成。其中分布器至少有四层平行套筒同轴排列，平齐的下端与管式反应器主体相连，而上端为高度不同的非等径圆管构成的多股流体进料通道。最外层套筒的进气管距分布器下端至少保留两倍于管式反应器主体直径的高度。有机胺、惰性组分和光气可进入各自套筒；或惰性组分与有机胺的混合物和光气分别进入两层套筒通道，如此交替循环。最外层套筒供光气使用。前者利于控制混合；后者则易于满足相近的初始流速，以减少停留时间的差异。本发明设计的反应器及操作方法能有效地控制反应速度，并抑制副反应的发生，减少反应器内壁上的结焦现象。","2010.01.13#公开;2010.03.10#实质审查的生效;2011.11.23#授权","CN200910070112.3","B01J19\u002F08;C07C263\u002F10;C07C265\u002F14","辛峰;闫少伟;张金利;陆宏玮;蔡旺锋;张旭斌",[],[],{"resultType":8,"id":210,"title":211,"abstract":212,"orgName":192,"province":13,"date":181,"trl":15,"transferMode":15,"keywords":15,"industry":15,"patentType":16,"legalStatus":213,"isOpenLicense":18,"isRevitalized":19,"techMaturity":15,"starRating":15,"licenseFeeText":15,"patentNo":214,"ipc":195,"inventors":215,"tags":216,"tagNames":217},"gpi_01237","有机异氰酸酯的连续生产方法","本发明公开了一种有机异氰酸酯的连续制备方法，包括如下步骤：准备撞击流反应器和静态混合器，撞击流反应器包括外筒，进料喷嘴设置在外筒的上部，出料口设置在外筒的底部；将有机伯胺和光气分别溶解在相同的惰性有机溶剂中，通过进料喷嘴加入外筒内，进行光气化反应，使物料平均停留时间不超过30s；将从撞击流反应器出料口排出的物料从设置有换热装置的静态混合器进料口引入反应，物料平均停留时间小于30min，生成有机异氰酸酯粗品。本发明的方法利用撞击流反应器良好的微观混合性质，改善原料的混合效率，降低异氰酸酯生产成本并提高异氰酸酯生产能力。本发明反应器结构简单，降低了固体物堵塞的危险；易于密封，减少光气泄漏的危险。","2010.06.16#公开;2010.09.01#实质审查的生效;2013.02.27#授权","CN200910228979.7","闫少伟;李韡;杨在建;徐双庆;陆宏玮;张金利;崔晓曦;韩优;杨锦",[],[],{"resultType":8,"id":219,"title":220,"abstract":221,"orgName":222,"province":13,"date":181,"trl":15,"transferMode":15,"keywords":15,"industry":15,"patentType":16,"legalStatus":223,"isOpenLicense":18,"isRevitalized":19,"techMaturity":15,"starRating":15,"licenseFeeText":15,"patentNo":224,"ipc":225,"inventors":226,"tags":227,"tagNames":228},"gpi_00011","注射用胎盘多肽制备方法","一种注射用胎盘多肽制备方法，包括原料收集、磨研、破碎、病菌灭活、酸化水解、离心分离、澄清过滤、超率、除菌过滤和冻干等步骤，利用本方法生产的产品，在保证产品活性基础上，可较好的杀灭病毒。","中国辐射防护研究院","2007.04.11#公开;2007.06.06#实质审查的生效;2009.04.08#授权","CN200610150755.5","C07K14\u002F435;A61K38\u002F17","刘云霞;安全;崔梅兰;张继荣;贾雪;赵怀璞;李炜宾",[],[],{"resultType":8,"id":230,"title":231,"abstract":232,"orgName":192,"province":13,"date":181,"trl":15,"transferMode":15,"keywords":15,"industry":15,"patentType":16,"legalStatus":233,"isOpenLicense":18,"isRevitalized":19,"techMaturity":15,"starRating":15,"licenseFeeText":15,"patentNo":234,"ipc":235,"inventors":236,"tags":237,"tagNames":238},"gpi_00959","生产甲苯二异氰酸酯的列管式撞击流反应器及操作系统","本发明涉及一种生产甲苯二异氰酸酯的列管式撞击流反应器及操作系统。列管式撞击流反应器上封头与筒体相连，筒体上设置有筒体进料口(4)，列管穿过筒体并均布于筒体内的上下板管上，下管板射流口(10)均布于下管板上；列管下端与列管扩大段相连，列管下端和列管扩大段上设置有列管射流口(9)。一股物料通过下管板射流口(10)射流喷入，下管板射流口周围垂直于下管板平行排列有列管和列管扩大段，另一股流体则通过分布于列管和列管扩大段上的列管射流口(9)以一定角度射流喷入撞击混合区内，并与第一股物料撞击快速混合，反应物料进入第二反应区(12)进一步反应。撞击混合区的大小可通过混合区结构参数的调整灵活的改变，因此适应性强。","2009.12.30#公开;2010.02.24#实质审查的生效;2012.05.30#授权","CN200910069917.6","B01J19\u002F24;B01J19\u002F26;B01J10\u002F00;B01J14\u002F00;C07C263\u002F10","蔡旺锋;闫少伟;张金利;陆宏玮;张旭斌;辛峰",[],[],{"resultType":8,"id":240,"title":241,"abstract":242,"orgName":192,"province":13,"date":181,"trl":15,"transferMode":15,"keywords":15,"industry":15,"patentType":16,"legalStatus":243,"isOpenLicense":18,"isRevitalized":19,"techMaturity":15,"starRating":15,"licenseFeeText":15,"patentNo":244,"ipc":245,"inventors":246,"tags":247,"tagNames":248},"gpi_01082","甲苯二异氰酸酯连续生产过程中回收光气的方法","本发明公开了一种甲苯二异氰酸酯连续生产过程中回收光气的方法，包括如下步骤：将甲苯二异氰酸酯制备过程中产生的绝对压力为0.08～0.2MPa的气体流股输入第一光气吸收塔的塔底，将惰性有机溶剂通入第一光气吸收塔进行吸收；第一光气吸收塔的部分塔釜吸收液经塔釜液泵升压后进入第二光气吸收塔；甲苯二异氰酸酯制备过程中产生的另一股绝对压力为0.5～0.8MPa的气体流股输入第二光气吸收塔，从第二光气吸收塔的上部补充惰性有机溶剂继续进行吸收；从第二光气吸收塔底部得到的光气惰性有机溶剂溶液重新用于甲苯二异氰酸酯连续生产过程。本发明的方法避免使用大型压缩机，降低了操作和维护费用，达到以较低成本回收光气的目的。","2010.03.17#公开;2010.04.28#实质审查的生效;2011.10.26#授权","CN200910070490.1","C07C265\u002F14;C07C263\u002F10;C01B7\u002F01","闫少伟;李韡;潘国平;张金利;杨在建;徐双庆;郭可宇;辛峰;韩优;杨锦",[],[],22,1,30]