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["序号","专利号","专利名称","类别","授权公告日","国家","主要完成人"]
[1,"US11214728B2","Medified MOS2 Nano material and Preparation Method and Use Thereof","发明专利","2022-01-04","美国","肖立志"]
[2,"US11280932B2","Main control system and a device for a nuclear magnetic resonance logging while drilling tool","发明专利","2022-03-22","美国","廖广志"]
[3,"US16530387","Modeling method and method for diagnosing lost circulation","发明专利","2022-06-14","美国","卢运虎"]
[4,"ZL201710378137.4","一种二氧化碳驱油用复合型防气窜剂","发明专利","2022-06-21","中国","郭继香"]
[5,"ZL201810501796.7","地应力预测方法和装置","发明专利","2022-08-09","中国","曾联波"]
[6,"ZL201810643335.3","致密砂岩储层的含气性预测方法及装置","发明专利","2022-05-06","中国","袁三一"]
[7,"ZL201811265699.9","一种高温高压和边底水条件下井网模拟装置及其在驱油效果评价中的应用","发明专利","2022-03-08","中国","赵凤兰"]
[8,"ZL201811482680.X","动态渗吸装置和用于动态渗吸实验的实验方法","发明专利","2022-07-08","中国","于海洋"]
[9,"ZL201811542129.X","一种气窜风险评价方法及系统","发明专利","2022-07-29","中国","侯吉瑞"]
[10,"ZL201811581681.X","构造-热演化史恢复的热运动学的系统及方法","发明专利","2022-05-24","中国","邱楠生"]
[11,"ZL201910111216.8","致密气藏补给边界的识别方法及系统","发明专利","2022-11-22","中国","廖新维"]
[12,"ZL201910738688.6","一种水平井参数优化方法及装置","发明专利","2022-05-06","中国","薛亮"]
[13,"ZL201910767443.6","基于红外可见光图像融合的设备监测方法、装置及设备","发明专利","2022-02-01","中国","王金江"]
[14,"ZL201910772044.9","超热中子孔隙度测井方法及设备","发明专利","2022-02-18","中国","吴文圣"]
[15,"ZL201910836600.4","砾岩力学性质评价分析方法及系统","发明专利","2022-05-03","中国","张广清"]
[16,"ZL201910942667.6","一种海相碳酸盐岩油气有利勘探区的确定方法及系统","发明专利","2022-03-29","中国","庞雄奇"]
[17,"ZL201910953115.5","基于净压力拟合的单段裂缝产液贡献率评价方法及设备","发明专利","2022-05-24","中国","王飞"]
[18,"ZL201911326413.8","一种模型构建方法、装置及设备","发明专利","2022-09-06","中国","庞雄奇"]
[19,"ZL201911356892.8","一种低含油饱和度油层识别方法、装置及设备","发明专利","2022-11-04","中国","赖锦"]
[20,"ZL201911367075.2","复杂断块油藏开采区域加密井井位确定方法及装置","发明专利","2022-04-19","中国","刘慧卿"]
[21,"ZL202010020558.1","一种储层参数计算方法、装置及设备","发明专利","2022-02-11","中国","李俊键"]
[22,"ZL202010031383.4","韧性基底均匀伸展的模拟方法、装置和设备","发明专利","2022-05-17","中国","刘志娜"]
[23,"ZL202010098530.X","页岩纳米孔内气体流量的确定方法和装置","发明专利","2022-02-22","中国","吴克柳"]
[24,"ZL202010121386.7","一种用于制备两亲性微嵌段共聚物的组合物及其应用","发明专利","2022-05-20","中国","宋考平"]
[25,"ZL202010240382.0","基于广义可加模型的管道内腐蚀增长预测方法及装置","发明专利","2022-02-18","中国","董绍华"]
[26,"ZL202010258793.2","根据不稳定试井测算串珠体数据的方法及设备","发明专利","2022-02-08","中国","程时清"]
[27,"ZL202010285074.X","射流清管器结构阻力计算方法及装置","发明专利","2022-06-24","中国","董绍华"]
[28,"ZL202010304331.X","致密-页岩油藏超前注气及持续注气补充地层能量的方法","发明专利","2022-08-12","中国","曹仁义"]
[29,"ZL202010320605.4","页岩油藏压裂水平井不停井试井测试和解释方法、装置","发明专利","2022-08-23","中国","陈志明"]
[30,"ZL202010325339.4","一种致密砂岩储层含气性的预测方法、装置、设备及系统","发明专利","2022-11-08","中国","袁三一"]
[31,"ZL202010325675.9","基于小波域卡尔曼滤波的地震互相关信号拾取方法和系统","发明专利","2022-11-01","中国","赵杨"]
[32,"ZL202010572993.5","空心球过滤分离装置以及钻井管柱","发明专利","2022-02-25","中国","李军"]
[33,"ZL202010601935.0","粗糙水力裂缝内支撑剂参数的确定方法、装置和设备","发明专利","2022-03-22","中国","梁天博"]
[34,"ZL202010608867.0","盐穴储气库腔底不溶物清洗工具及其清洗方法","发明专利","2022-03-25","中国","祝兆鹏"]
[35,"ZL202010633201.0","一种强封堵疏水型高性能水基钻井液","发明专利","2022-10-28","中国","蒋官澄"]
[36,"ZL202010651687.0","多尺度波致流模型的建立方法、装置和设备","发明专利","2022-03-04","中国","贺艳晓"]
[37,"ZL202010655211.4","钻头钻速的控制系统以及控制方法","发明专利","2022-03-25","中国","宋先知"]
[38,"ZL202010690745.0","基于深度学习的页岩气饱和度确定方法、装置和设备","发明专利","2022-09-09","中国","薛亮"]
[39,"ZL202010816315.9","岩心含油饱和度监测装置","发明专利","2022-04-15","中国","宋考平"]
[40,"ZL202010841055.0","一种渗流边界的确定方法、装置和设备","发明专利","2022-02-25","中国","田冷"]
[41,"ZL202010862250.1","压裂高维参数的自动搜索方法、装置和设备","发明专利","2022-09-16","中国","周福建"]
[42,"ZL202010868282.2","一种致密砂岩储层孔隙结构的定量评价方法和装置","发明专利","2022-02-15","中国","宋泽章"]
[43,"ZL202010920004.7","一种断块圈闭含油气性的评价方法和装置","发明专利","2022-05-17","中国","庞雄奇"]
[44,"ZL202011023917.5","断褶系统的宽度确定方法和装置","发明专利","2022-02-18","中国","廖宗湖"]
[45,"ZL202011051918.0","分相位地震数据的处理方法、装置和服务器","发明专利","2022-03-04","中国","贺艳晓"]
[46,"ZL202011089536.7","自升式钻井平台插桩过程中的桩基地层破裂预测方法","发明专利","2022-05-31","中国","车小花"]
[47,"ZL202011096153.2","一种海底管道螺旋励磁数据采集装置及方法","发明专利","2022-01-25","中国","董绍华"]
[48,"ZL202011110134.0","动滤失量测定仪及方法","发明专利","2022-04-12","中国","葛洪魁"]
[49,"ZL202011128536.3","岩石刚度确定方法和装置","发明专利","2022-03-08","中国","张广清"]
[50,"ZL202011166611.5","一种可视化碳酸盐岩微观渗流模型及其制备方法和应用","发明专利","2022-03-29","中国","刘月田"]
[51,"ZL202011197556.6","PDC钻头","发明专利","2022-03-22","中国","史怀忠"]
[52,"ZL202011197830.X","一种页岩基质渗透率测定装置和方法","发明专利","2022-11-22","中国","宁正福"]
[53,"ZL202011214880.4","缝洞型油藏生产动态表征方法、装置、设备及存储介质","发明专利","2022-09-20","中国","宋考平"]
[54,"ZL202011218521.6","一种高围压条件下高温射流破岩的实验方法和装置","发明专利","2022-02-15","中国","宋先知"]
[55,"ZL202011229932.5","基于卷积神经网络的页岩气产量确定方法、装置和设备","发明专利","2022-11-08","中国","薛亮"]
[56,"ZL202011252265.2","一种缝隙模拟机构、裂缝模拟实验仪及堵漏评价实验装置","发明专利","2022-07-05","中国","冯永存"]
[57,"ZL202011260539.2","一种基于微流控及机器学习的剩余油赋存形态判别方法","发明专利","2022-04-15","中国","田守嶒"]
[58,"ZL202011264597.2","孔眼定位清洗组件、非常规储层孔眼定位喷射工具和方法","发明专利","2022-02-25","中国","侯冰"]
[59,"ZL202011276979.7","用于地热试验的具有非均质岩样的模拟地层的制作方法","发明专利","2022-01-07","中国","宋先知"]
[60,"ZL202011283978.5","样品承载装置以及核磁共振系统","发明专利","2022-11-22","中国","王琳琳"]
[61,"ZL202011311475.4","一种预测储层毛管压力曲线的方法、装置及设备","发明专利","2022-09-20","中国","谢然红"]
[62,"ZL202011398767.6","筛管、管柱和解堵塞方法","发明专利","2022-07-05","中国","邓金根"]
[63,"ZL202011478947.5","一种非均质模型参数计算方法及装置","发明专利","2022-12-02","中国","李杰"]
[64,"ZL202011550534.3","深水水下井口模拟试验装置","发明专利","2022-02-01","中国","王宴滨"]
[65,"ZL202110018852.3","利用散射波确定压裂区地层品质因子变化的方法和装置","发明专利","2022-08-30","中国","唐有彩"]
[66,"ZL202110058318.5","一种可用于模拟固井疲劳极限的实验装置及方法","发明专利","2022-07-19","中国","王宴滨"]
[67,"ZL202110066748.1","PDC齿切削破岩实验装置","发明专利","2022-02-01","中国","史怀忠"]
[68,"ZL202110067740.7","超临界/亚临界静态水岩反应的模拟实验方法和装置","发明专利","2022-04-08","中国","宋先知"]
[69,"ZL202110068295.6","液氮脉动压裂系统以及压裂方法","发明专利","2022-09-20","中国","武晓光"]
[70,"ZL202110078478.6","基于重构源谱一致性的Q层析反演方法、系统及处理设备","发明专利","2022-03-15","中国","李国发"]
[71,"ZL202110096155.X","深层页岩吸附气含量的确定方法、装置和服务器","发明专利","2022-03-15","中国","王敬"]
[72,"ZL202110096165.3","一种纳米沸石咪唑酯骨架材料及其制备方法与在驱油中的应用","发明专利","2022-06-14","中国","刘月田"]
[73,"ZL202110168612.1","变密度预充填筛管及使用方法","发明专利","2022-02-18","中国","邓金根"]
[74,"ZL202110199927.2","一种纳米减阻剂及其制备方法与滑溜水压裂液","发明专利","2022-05-20","中国","周福建"]
[75,"ZL202110208475.X","岩石相对渗透率确定方法和装置","发明专利","2022-09-16","中国","宋考平"]
[76,"ZL202110228280.1","一种硬脆性泥页岩裂缝开启模拟装置","发明专利","2022-05-17","中国","冯永存"]
[77,"ZL202110228401.2","一种硬脆性泥页岩裂缝开启模拟方法","发明专利","2022-06-14","中国","冯永存"]
[78,"ZL202110236054.8","井筒内断层断点的精确识别方法","发明专利","2022-05-24","中国","曾溅辉"]
[79,"ZL202110237040.8","一种砾岩地层岩石研磨性参数的评价方法和校正方法","发明专利","2022-02-25","中国","李军"]
[80,"ZL202110274517.X","一种水击压力波信号的滤波方法、装置和设备","发明专利","2022-04-05","中国","胡晓东"]
[81,"ZL202110276414.7","原位润湿角测定装置和基于深度学习的润湿角确定方法","发明专利","2022-06-14","中国","刘月田"]
[82,"ZL202110292393.8","裂缝型稠油油藏变温渗吸采收方法","发明专利","2022-03-29","中国","王庆"]
[83,"ZL202110296036.9","地震波速度频散及衰减的预测方法、装置、设备及系统","发明专利","2022-03-22","中国","贺艳晓"]
[84,"ZL202110313458.2","地震数据处理方法和装置","发明专利","2022-05-17","中国","黄炜霖"]
[85,"ZL202110324106.7","一种数据阻尼全波形反演方法、装置和计算机设备","发明专利","2022-01-18","中国","周辉"]
[86,"ZL202110376957.6","一种用于储气库排卤增容的系统、管柱装置及其使用方法","发明专利","2022-11-29","中国","闫伟"]
[87,"ZL202110381563.X","一种支撑剂沉降速率测量装置及方法","发明专利","2022-07-19","中国","梁天博"]
[88,"ZL202110386841.0","基于深度学习的页岩储层试井智能解释分析方法及装置","发明专利","2022-08-23","中国","陈志明"]
[89,"ZL202110406705.3","孔径测量方法、装置、设备及存储介质","发明专利","2022-06-17","中国","张岩"]
[90,"ZL202110411263.1","一种热交换器多参数关联监测预警方法和系统","发明专利","2022-07-22","中国","王金江"]
[91,"ZL202110425691.X","薄互层储层水平裂缝的预测方法","发明专利","2022-04-15","中国","丁拼搏"]
[92,"ZL202110439904.4","一种水力喷射压裂施工参数的优化方法及系统","发明专利","2022-10-25","中国","杨睿月"]
[93,"ZL202110466126.8","一种盐响应型智能聚合物的饱和盐水钻井液及其制备方法","发明专利","2022-01-11","中国","蒋官澄"]
[94,"ZL202110493706.6","一种井壁稳定性钻井优化方法、装置及设备","发明专利","2022-10-21","中国","宋先知"]
[95,"ZL202110499745.7","古代河流沉积的‘原始河道比降’分析方法、装置、介质及设备","发明专利","2022-04-08","中国","岳大力"]
[96,"ZL202110538884.6","一种毛细管渗吸距离的确定方法及系统","发明专利","2022-08-23","中国","吴克柳"]
[97,"ZL202110550003.2","一种低渗透岩石的相对渗透率测定系统及方法","发明专利","2022-06-07","中国","梁天博"]
[98,"ZL202110560922.8","一种基于分流模型与CT扫描的相对渗透率测定系统及方法","发明专利","2022-07-12","中国","梁天博"]
[99,"ZL202110570566.8","一种基于正构烷烃C22+/C21-比值定量鉴定烃源岩有机质来源的方法","发明专利","2022-04-12","中国","李美俊"]
[100,"ZL202110598395.X","一种边顶水水侵三维物理模型构建方法及系统","发明专利","2022-09-13","中国","庞占喜"]
[101,"ZL202110656585.2","用于岩石试样加压测试的检测装置及检测系统","发明专利","2022-09-27","中国","邹雨时"]
[102,"ZL202110677970.5","多尺度煤岩孔隙网络生成方法和装置","发明专利","2022-06-24","中国","汪志明"]
[103,"ZL202110704231.0","一种确定地层流体饱和度的方法、装置及设备","发明专利","2022-03-29","中国","谢然红"]
[104,"ZL202110792084.7","模型建立方法、裂缝起裂事件诊断方法和装置","发明专利","2022-09-27","中国","盛茂"]
[105,"ZL202110798873.1","元素测井解谱方法、装置、电子设备及存储介质","发明专利","2022-10-14","中国","吴文圣"]
[106,"ZL202110832020.5","深水钻井隔水管安装的减振控制方法、设备和系统","发明专利","2022-05-10","中国","王宴滨"]
[107,"ZL202110838120.9","用于模拟地层呼吸效应的装置及控制方法","发明专利","2022-09-16","中国","李军"]
[108,"ZL202110842847.4","纳米增渗储层保护加重压裂液及其制备、破胶方法与应用","发明专利","2022-06-17","中国","杨睿月"]
[109,"ZL202110843857.X","确定页岩有机质和无机质分布的方法、装置及电子设备","发明专利","2022-07-22","中国","吴克柳"]
[110,"ZL202110845540.X","页岩油藏压后闷井时间的确定方法及设备","发明专利","2022-07-22","中国","陈志明"]
[111,"ZL202110848710.X","一种自破胶纤维压裂液及其制备方法与应用","发明专利","2022-12-09","中国","杨睿月"]
[112,"ZL202110854986.9","一种管柱受力情况的确定方法、装置和设备","发明专利","2022-10-21","中国","宋先知"]
[113,"ZL202110924021.2","页岩气藏压裂裂缝网络参数的定量评价方法和装置","发明专利","2022-07-29","中国","程林松"]
[114,"ZL202110947011.0","一种耐温抗盐硅胶压裂液及其制备与应用","发明专利","2022-11-04","中国","周福建"]
[115,"ZL202110948002.3","海相页岩原位气量恢复的确定方法、装置及系统","发明专利","2022-10-04","中国","宋岩"]
[116,"ZL202110948769.6","一种模拟海相页岩地层抬升过程中含气量变化的方法","发明专利","2022-10-18","中国","宋岩"]
[117,"ZL202110960325.4","结合颗粒运移影响的储层开发参数确定方法及装置","发明专利","2022-09-23","中国","汪志明"]
[118,"ZL202110967167.5","地震信号的数据处理方法、装置、电子设备及存储介质","发明专利","2022-10-21","中国","黄炜霖"]
[119,"ZL202110989412.2","含二氧化硅组合处理剂的井眼强化型双疏无土相油基钻井液","发明专利","2022-10-11","中国","蒋官澄"]
[120,"ZL202110989422.6","水锁效应损害油气层的建模方法、损害程度时空演化4D定量与智能诊断方法及其系统","发明专利","2022-08-09","中国","蒋官澄"]
[121,"ZL202110989424.5","油气层损害类型和程度时空演化4D定量与智能诊断方法及其系统","发明专利","2022-10-04","中国","蒋官澄"]
[122,"ZL202110989476.2","无机沉淀损害油气层的建模方法、损害程度时空演化4D定量与智能诊断方法及其系统","发明专利","2022-08-12","中国","蒋官澄"]
[123,"ZL202110989477.7","适用于水基钻井液抗高温和强吸附键合润滑剂的嵌段聚合物","发明专利","2022-06-24","中国","蒋官澄"]
[124,"ZL202110989478.1","微粒运移损害油气层建模方法、损害程度时空演化4D定量与智能诊断方法及其系统","发明专利","2022-10-11","中国","蒋官澄"]
[125,"ZL202110989699.9","抗高温水基钻井液用超双疏剂","发明专利","2022-03-22","中国","蒋官澄"]
[126,"ZL202110990880.1","改性壳聚糖作为水基钻井液用环保型仿生页岩抑制剂","发明专利","2022-06-17","中国","蒋官澄"]
[127,"ZL202110990906.2","外来颗粒损害油气层建模方法、损害程度时空演化4D定量与智能诊断方法及其系统","发明专利","2022-08-12","中国","蒋官澄"]
[128,"ZL202110991049.8","贾敏损害油气层的建模方法、损害程度时空演化4D定量与智能诊断方法及其系统","发明专利","2022-12-02","中国","蒋官澄"]
[129,"ZL202110991069.5","形状记忆型防漏堵漏体系及其制备方法和应用","发明专利","2022-10-28","中国","蒋官澄"]
[130,"ZL202110991081.6","有机垢损害油气层的建模方法、损害程度时空演化4D定量与智能诊断方法及其系统","发明专利","2022-08-09","中国","蒋官澄"]
[131,"ZL202110991090.5","适用于水基钻井液用高效携屑剂Al2O3/SiO2复合材料","发明专利","2022-10-21","中国","蒋官澄"]
[132,"ZL202110991116.6","应力敏感损害油气层的建模方法、损害程度时空演化4D定量与智能诊断方法及其系统","发明专利","2022-08-02","中国","蒋官澄"]
[133,"ZL202110991127.4","细菌损害油气层建模方法、损害程度时空演化4D定量与智能诊断方法及其系统","发明专利","2022-05-17","中国","蒋官澄"]
[134,"ZL202110991130.6","出砂损害油气层建模方法、损害程度时空演化4D定量与智能诊断方法及其系统","发明专利","2022-08-09","中国","蒋官澄"]
[135,"ZL202110991132.5","乳化堵塞损害油气层的建模方法、损害程度时空演化4D定量与智能诊断方法及其系统","发明专利","2022-08-16","中国","蒋官澄"]
[136,"ZL202110991136.3","聚合物吸附损害油气层建模方法、损害程度时空演化4D定量与智能诊断技术","发明专利","2022-08-05","中国","蒋官澄"]
[137,"ZL202111012895.7","一种缝洞型油藏的井网构建方法、装置及介质","发明专利","2022-09-09","中国","王敬"]
[138,"ZL202111016194.0","油气甜点识别方法、装置、设备及存储介质","发明专利","2022-12-13","中国","陈冬"]
[139,"ZL202111025691.7","一种应用拉曼光谱参数划分显微组分的方法","发明专利","2022-10-21","中国","李美俊"]
[140,"ZL202111040985.7","基于洛伦兹曲线的水驱无效循环识别方法、装置及介质","发明专利","2022-05-03","中国","王敬"]
[141,"ZL202111050797.2","真三轴水力压裂实验的仿真方法及处理器","发明专利","2022-05-13","中国","林伯韬"]
[142,"ZL202111054371.4","油基钻井混合物回注浆组合物、油基钻井混合物回注浆及其制备方法和应用","发明专利","2022-10-25","中国","冯永存"]
[143,"ZL202111060309.6","一种页岩油水平井重复压裂选井方法、装置及设备","发明专利","2022-06-10","中国","葛洪魁"]
[144,"ZL202111063491.0","用于水力压裂模拟实验的射孔装置、试验系统及实验方法","发明专利","2022-06-21","中国","侯冰"]
[145,"ZL202111148567.X","一种三维散射声波远探测扫描成像测井方法及装置","发明专利","2022-10-11","中国","车小花"]
[146,"ZL202111148943.5","一种基于原油裂解确定储层中固体沥青含量与分布特征的方法","发明专利","2022-06-14","中国","李平平"]
[147,"ZL202111157271.4","一种基于时空组合的地震数据优化的方法及装置","发明专利","2022-08-23","中国","鲜成钢"]
[148,"ZL202111176159.5","一种径向井压裂方法及压裂工具","发明专利","2022-11-01","中国","田守嶒"]
[149,"ZL202111187190.9","一种去除碳酸盐岩中固体沥青中的黄铁矿的方法","发明专利","2022-08-02","中国","李平平"]
[150,"ZL202111219923.2","基于卷积编码动态序列网络的产量预测方法、装置及设备","发明专利","2022-09-13","中国","薛亮"]
[151,"ZL202111229978.1","一种无级变粘免配滑溜水现场水力压裂方法","发明专利","2022-08-26","中国","周福建"]
[152,"ZL202111234389.2","一种表征裂缝向基质深度增能的实验装置及方法","发明专利","2022-10-21","中国","周福建"]
[153,"ZL202111235934.X","一种研究水化对压裂蓄能效率影响的实验方法及实验装置","发明专利","2022-08-19","中国","周福建"]
[154,"ZL202111287463.7","一种复合盐膏层中斜井的阻卡评价方法及装置","发明专利","2022-08-19","中国","李世远"]
[155,"ZL202111308000.4","一种高温气体内颗粒物浓度检测装置","发明专利","2022-12-09","中国","刘震"]
[156,"ZL202111318092.4","基于多模态测井数据的裂缝表征方法、装置及设备","发明专利","2022-12-02","中国","廖广志"]
[157,"ZL202111345626.2","一种页岩润湿角预测模型建立的方法、装置、设备及介质","发明专利","2022-08-12","中国","鲜成钢"]
[158,"ZL202111361184.0","基于神经网络和动态时间规整的地震层位拾取方法及装置","发明专利","2022-08-19","中国","袁三一"]
[159,"ZL202111396315.9","一种基于G函数曲线分析的多裂缝参数反演方法和装置","发明专利","2022-10-28","中国","胡晓东"]
[160,"ZL202111420571.7","一种确定地层流体孔隙度的方法、装置及设备","发明专利","2022-09-20","中国","谢然红"]
[161,"ZL202111444127.9","一种致密砂岩气藏多层合采产能预测方法、装置及设备","发明专利","2022-11-22","中国","田冷"]
[162,"ZL202111659090.1","一种室内评价空间应力场主动利用效果的系统及方法","发明专利","2022-08-26","中国","鲜成钢"]
[163,"ZL202210035444.3","可调式恒射速破岩喷头","发明专利","2022-09-23","中国","侯吉瑞"]
[164,"ZL202210042770.7","致密砂岩有利储层分布预测方法及装置","发明专利","2022-09-23","中国","岳大力"]
[165,"ZL202210918686.7","一种耐磨损的可旋转切削齿钻头","发明专利","2022-11-11","中国","刘维"]