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效;2026.09.22#授权","CN202611095795.8","G10L21\u002F0232;G10K11\u002F178;G10L25\u002F18;G10L25\u002F30;G10L21\u002F0208","谭奥域;钱兵;肖景;王正学",[],[],{"resultType":387,"id":499,"title":500,"abstract":501,"orgName":502,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":503,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":504,"ipc":505,"inventors":506,"tags":507,"tagNames":508},"gpi2_0763","一种基于自适应干扰对消的RID信号接收系统及方法","本发明公开了一种基于自适应干扰对消的RID信号接收系统及方法，属于低空安全技术领域。该系统构建空间、射频、基带、协议四维联合抗干扰体系，包括空分自适应天线阵列、射频前端抗干扰模块、时频联合滤波模块、自适应干扰对消模块、RID协议特征匹配模块、基带解码与数据输出模块及中央控制单元。通过空间域波束置零、射频级双级滤波、时频域特征提纯、基带自适应干扰对消以及深度协议特征匹配的多层次处理，有效抑制城市环境中WiFi、蓝牙等同频干扰，大幅提高RID信号解码成功率并降低误识别率。本发明可在复杂电磁环境下实现无人机远程识别信号的高灵敏度接收与可靠解码，为低空安全管控提供技术支撑。","成都空御科技有限公司","2026.08.25#公开;2026.09.11#实质审查的生效;2026.09.25#授权","CN202611137208.7","H04B1\u002F04;H04B1\u002F10;H04B1\u002F18;H04B7\u002F06;H04B7\u002F08","罗江勇;吴浩;高鹏",[],[],{"resultType":387,"id":510,"title":511,"abstract":512,"orgName":513,"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":514,"ipc":515,"inventors":516,"tags":517,"tagNames":518},"gpi2_0238","一种基于菲尔德合金与自修复聚氨酯复合改性的锂金属电池集流体","本发明公开了一种基于菲尔德合金与自修复聚氨酯复合改性的锂金属电池集流体，属于锂金属电池材料技术领域。该集流体由复合浆料涂覆于铜箔表面干燥固化后进行热压处理得到。复合浆料由菲尔德合金微米球粉末、自修复聚氨酯、纳米碳管和LiTFSI锂盐分散于溶剂DMF中制成。热压过程中包埋在涂层内部的菲尔德合金微米球粉末发生微观熔化原位发生形变并与周边的自修复聚氨酯和纳米碳管发生紧密的分子级接触，在涂层内部构建硬核亲锂位点‑柔性动态骨架‑导电长程网络三位一体的网格结构。本发明解决了锂金属负极在充放电过程中的体积膨胀应力导致涂层脱落的问题，同时通过亲锂诱导效应抑制锂枝晶生长，提升电池的循环寿命与安全性。","成都工业学院","CN202611096963.5","H01M4\u002F66;H01M10\u002F052;C08G18\u002F75;C08G18\u002F66;C08G18\u002F48;C08G18\u002F10;C08G18\u002F32","周磊;张博;尚腾达;侯养文;郑云晋;向旭东",[],[],{"resultType":387,"id":520,"title":521,"abstract":522,"orgName":523,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":524,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":525,"ipc":526,"inventors":527,"tags":528,"tagNames":529},"gpi2_0900","一种基于频域表示与时空解耦的短临降水预测方法","本发明公开了一种基于频域表示与时空解耦的短临降水预测方法，属于图像数据处理技术领域，包括步骤：获取用于短临降水预测的数据集D，其中样本为由连续N帧雷达回波图构成的序列；构造一短临降水预测网络，包括频域编码模块、条件扩散训练模块、频域解码模块；用数据集D训练临降水预测网络至收敛，得到临降水预测模型用于临降水预测预测。本发明提出了一种将图像转换到频域空间，在频域空间用条件扩散训练模块和时空解耦状态空间单元学习预测未来序列的生成分布，再逆变换恢复到像素域进行临近降水预测的方法，具有预测结果细节清晰、噪声少、预测精度高的优势。","成都信息工程大学","2026.08.28#公开;2026.09.15#实质审查的生效;2026.09.29#授权","CN202611126915.6","G01S7\u002F41;G06T3\u002F4038;G06T5\u002F20;G06T5\u002F70;G01S13\u002F95;G01W1\u002F10;G01W1\u002F14","钟剑丹;何万江;陈怡蓓;杨智鹏;吕冠儒",[],[],{"resultType":387,"id":531,"title":532,"abstract":533,"orgName":534,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":461,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":535,"ipc":536,"inventors":537,"tags":538,"tagNames":539},"gpi2_0727","一种天然气脱氮用分子筛膜元件、其制备方法及天然气脱氮用膜分离器","本发明涉及含氮天然气中氮气与甲烷分离技术领域，公开一种天然气脱氮用分子筛膜元件、其制备方法及天然气脱氮用膜分离器。解决多孔碳化硅支撑层与磷酸铝类分子筛晶种及成膜体系不相适配，以及另行涂覆过渡层工序较多和层间界面结合稳定性难以保证的问题。天然气脱氮用分子筛膜元件包括多孔碳化硅支撑层、多孔过渡层和微孔分子筛选择层；多孔过渡层由多孔碳化硅支撑层的表面区域经氧化热处理原位转化形成，并含有分布于孔壁的含硅氧化物相，使其表层孔径小于多孔碳化硅支撑层本体的孔径并形成细孔成膜表面；微孔分子筛选择层由相互连接的、具有AEI拓扑结构的磷酸铝类分子筛晶体构成。","四川思源创达环保科技有限公司","CN202611134763.4","B01D53\u002F22;B01D71\u002F02;B01D67\u002F00;B01D69\u002F02;B01D69\u002F10;C10L3\u002F10","杨志刚;刘乙桦;王佩;马怡芸",[],[],{"resultType":387,"id":541,"title":542,"abstract":543,"orgName":544,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":545,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":546,"ipc":547,"inventors":548,"tags":549,"tagNames":550},"gpi2_0676","一种封闭深腔圆角的加工方法","本申请涉及机械加工技术领域，具体涉及一种封闭深腔圆角的加工方法；该方法包括将刀杆同轴固定在卧式镗床的镗杆上，刀杆的悬伸长度小于工件的封闭内腔的深度；封闭内腔包括两个相对设置的第一平面和两个相对设置的第一弧面；将工件固定在卧式镗床的工作台上，并使封闭内腔的轴线与水平面平行且第一平面与水平面垂直；控制工作台在水平面内旋转，使封闭内腔的轴线与镗杆的轴线之间形成预设偏转角度；驱动镗杆带动刀杆伸入封闭内腔，利用刀具对圆角的待加工位置进行切削加工。本申请利用短刀杆本身较小的长径比，提高了加工刚性，解决了因刀杆悬伸长度大于封闭深腔圆角深度所导致的刀杆颤振及打刀问题，提升了加工稳定性与加工可靠性。","二重(德阳)重型装备有限公司","2026.08.28#公开;2026.09.15#实质审查的生效;2026.09.22#授权","CN202611145980.3","B23B35\u002F00;B23Q3\u002F06","贾富云;黄涛",[],[],{"resultType":387,"id":552,"title":553,"abstract":554,"orgName":555,"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":556,"ipc":557,"inventors":558,"tags":559,"tagNames":560},"gpi2_0885","一种小样本下考虑模型不确定性的翼型多目标气动优化方法及系统","本发明提供了一种小样本下考虑模型不确定性的翼型多目标气动优化方法及系统,包括包括以下步骤：S1、翼型参数化与初始样本生成，S2、多任务高斯过程建模，S3、多任务动态先验计算，S4、超参数后验采样，S5、基于超体积改进的幻想帕累托pareto采样，S6、基于后验分歧计算多目标采集函数，S7批量样本选择与迭代，S8输出结果。本申请提出基于超体积改进的幻想帕累托条件化处理，量化超参数不确定性对帕累托前沿的影响，从而提升优化质量；融合Hellinger距离设计多目标采集函数，通过量化条件后验与边际后验的距离，从而寻找到改进帕累托pareto且降低模型不确定性的优质区域，通过在这些优质区域进行采样，进而实现探索与利用的自适应平衡。","中国空气动力研究与发展中心计算空气动力研究所","CN202611124700.0","G06F30\u002F15;G06F30\u002F27;G06F30\u002F28;G06F111\u002F04;G06F111\u002F10;G06F111\u002F06;G06F113\u002F08;G06F113\u002F28;G06F119\u002F14","王雨桐;李正;罗骁;王浩;吕广亮;蓝庆生;颜浩;余永刚;郭文娟;邵元培",[],[],{"resultType":387,"id":562,"title":563,"abstract":564,"orgName":565,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":566,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":567,"ipc":568,"inventors":569,"tags":570,"tagNames":571},"gpi2_0528","一种带自锁功能的管柱抱夹装置及其工作方法","本发明公开了一种带自锁功能的管柱抱夹装置及其工作方法，本发明涉及油气开采的技术领域，它包括底座B、固设于底座B上的阀体B，阀体B内由上往下顺次开设有沉孔、通孔和导向槽，沉孔的底表面上固设有两个限位柱，阀体B的左右侧壁内均开设有连通沉孔的横向槽，阀体B的左右侧壁内均开设有连通通孔的通槽B；底座B上且位于阀体B的左右侧均固设有立座B，两个立座B与阀体B之间均设置有对管柱进行多点位抱夹的抱夹机构。本发明的有益效果是：防止抱夹块回退、能够将管柱牢固抱夹住。","四川圣诺油气工程技术服务有限公司;四川长宁天然气开发有限责任公司","2026.09.01#公开;2026.09.18#实质审查的生效;2026.09.29#授权","CN202611178991.1","E21B19\u002F10","陈智;古志斌;甘琦;覃龙;陈祥;宋涛;吴珂;罗伟;李丁",[],[],{"resultType":387,"id":573,"title":574,"abstract":575,"orgName":576,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":524,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":577,"ipc":578,"inventors":579,"tags":580,"tagNames":581},"gpi2_0798","一种干式整流调压变压器","本发明涉及干式整流调压变压器技术领域，尤其涉及一种干式整流调压变压器，包括安装架，安装架上安装固定有变压器，安装架上固定连接有固定架，固定架上滑动配合设置有移动架，移动架上固定连接有处理座，处理座内设置有移动板，移动板一侧设置有用于对变压器上的高压连接片进行自动拆装的拆装组件，处理座底端内壁固定连接有用于对高压连接片接触面维护的处理组件，通过设置处理组件，利用拆装组件能够自动将变压器上的高压连接片拆下并收回到处理座内，对高压连接片接触面进行自动打磨维护，无需人工近距离高空作业，有效消除人工清洁除锈不彻底带来的接触发热、打火短路问题，大幅提升设备自动化运维水平与整体实用性。","成都双星变压器有限公司","CN202611131619.5","H01F27\u002F29;H01R43\u002F00;B24B27\u002F033;B24B47\u002F16","杨立新;汤奇;刘立新",[],[],{"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":408,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":587,"ipc":588,"inventors":589,"tags":590,"tagNames":591},"gpi2_0822","一种应用于地热交换的换热设备","本发明公开了一种应用于地热交换的换热设备，属于热交换技术领域，包括热泵机组、连接在热泵机组上的外接件和连接在外接件上的换热件，换热件包括导热管、导热翅片、内管和导流桨叶，内管同轴分布在导热管的内部，内管的外壁和导热管的内壁之间构成热交换介质流通的通道，实现热交换介质在导热管的内部定向输送，内管的外壁和导热管的内壁之间沿轴向等间距固定有多组导流桨叶，用于对导热管内部流动的热交换介质扰流。本申请通过内管贴合导流、导流桨叶扰流混合、反向螺旋结构应力平衡及三层隔热内管多重防护，综合实现了换热效率与均匀性提升、管体结构稳定性增强以及轴向热损失与输送过程热量散失的有效抑制。","西南石油大学","CN202611124267.0","F25B30\u002F06;F24T10\u002F13;F28F1\u002F00;F28F1\u002F10;F28F9\u002F22","张杰;袁浩;王博文;康弟鑫;余纯樵;胡金锐",[],[],{"resultType":387,"id":593,"title":594,"abstract":595,"orgName":596,"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":597,"ipc":598,"inventors":599,"tags":600,"tagNames":601},"gpi2_0692","一种微形变与振动融合的风机螺丝差分监测方法","本发明涉及风力发电设备状态监测技术领域，公开了一种微形变与振动融合的风机螺丝差分监测方法，该方法在风机底座部署分布式监测节点，基于同步触发机制采集应变信号与振动信号；提取形变量偏差值与频段特征分量，采用设定的权重系数线性组合生成融合特征向量；计算各节点融合特征向量与全局平均特征值的差分值，将形变量偏差值和差分值与多级阈值比对判定单颗螺丝的松动状态；提取同一周期内各节点差分值的极差，结合整体不均衡界限系数评估底座多颗螺丝受力不均衡程度并预警。本发明利用共模抑制原理剥离复杂工况下的共性环境干扰，提高了单点松动判定准确性，实现了底座整体结构受力畸变的早期诊断。","成都云微交通科技有限公司","CN202611142757.3","G06F18\u002F2431;F03D17\u002F00;G06F18\u002F22;G06F18\u002F2131;G06F18\u002F25;G06F123\u002F02;G06F18\u002F15","邹逸轩;王海宇;邹晶;陶江;刘洋;庄德贵",[],[],{"resultType":387,"id":603,"title":604,"abstract":605,"orgName":606,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":503,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":607,"ipc":608,"inventors":609,"tags":610,"tagNames":611},"gpi2_0679","一种无光源背光与FOG组装的液晶显示模组制备设备及方法","本发明公开了一种无光源背光与FOG组装的液晶显示模组制备设备及方法，涉及液晶显示模组制造技术领域；该设备包括FOG进料装置、FOG上料装置、背光上料装置、背光固定纠正及撕膜装置、顶端视觉对位与贴合装置、周转装置、第四平台组装装置、输出周转装置和输出传送带装置；FOG进料装置用于对FOG组件进行传送、撕膜及位置纠正后输送至FOG上料工位；背光上料装置用于将背光组件转移至背光上料平台；顶端视觉对位与贴合装置实现LED灯槽与LED的微米级对位；第四平台组装装置通过翻转平台翻转将LCD装入LCD槽中形成模组成品。本发明实现了无光源背光与FOG组装的全流程自动化，提升了产品质量与制程效率。","四川京龙光电科技有限公司","CN202611140101.8","G02F1\u002F13;B65G47\u002F24;B65G47\u002F248;B65G47\u002F91;B65G15\u002F30;G02F1\u002F1333;B29C65\u002F48;B29C65\u002F78;B29L31\u002F34","孟现利;洪仁辉;朱肖露;张仕强",[],[],{"resultType":387,"id":613,"title":614,"abstract":615,"orgName":616,"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":617,"ipc":618,"inventors":619,"tags":620,"tagNames":621},"gpi2_0737","一种治疗或\u002F和预防腹部手术后肠粘连的中药组合物及其制备方法和用途","本发明提供了一种治疗或\u002F和预防腹部手术后肠粘连的中药组合物及其制备方法和用途，属于中药领域。本发明中药组合物是由下述重量配比的原料药制备而成：三棱8‑12份、莪术8‑12份、桃仁8‑12份、红花8‑12份、白芍24‑36份、延胡索8‑12份、川楝子8‑12份、乳香8‑12份、没药8‑12份、茯苓12‑18份、白术12‑18份、甘草4.8‑7.2份。本发明还提供了该中药组合物的制备方法和用途。本发明中药组合物用于治疗或\u002F和预防腹部手术后肠粘连，尤其针对气滞血瘀型肠粘连，药效显著，可达到与化学药物如化药醋酸泼尼松、伊托必利等相当的药效，且毒理试验证明，本发明中药组合物使用更安全，为临床提供了一种新的用药选择。","成都拜特尔药业有限公司","CN202611137794.5","A61K36\u002F9066;A61K36\u002F902;A61K36\u002F736;A61K36\u002F286;A61P41\u002F00","黄宗文;赵良彬",[],[],{"resultType":387,"id":623,"title":624,"abstract":625,"orgName":626,"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":627,"ipc":628,"inventors":629,"tags":630,"tagNames":631},"gpi2_0775","一种燃气轮机导向器段检测的多腔室布线方法","本发明公开了一种燃气轮机导向器段检测的多腔室布线方法，属于燃气轮机技术领域。该燃气轮机导向器段主要由机匣组件、涡轮导向器组件及涡轮转子组件构成，各组件配合形成冷气增压腔、多组篦齿隔腔与导向器外隔腔等密闭腔室。本方法针对不同隔腔检测探头导线制定专属走线方案，分别经由对应组件预设过线孔统一汇入冷气增压腔；依托原有冷气通道、导向叶片内部通道及各类过线孔，经导向器外隔腔、导流叶片通道与带孔螺栓中心孔引出机匣外部。本发明无需在涡轮叶片上开孔，仅依托设备原有结构并辅以少量补加工即可完成布线；布线流程简便，适配多工况下高低压涡轮导向器，可满足不同类型燃气轮机的检测需求。","成都中科翼能科技有限公司","CN202611131041.3","G01M15\u002F02;F01D21\u002F00;G01M15\u002F14","陶思佚;王鸣;蔡鹏;徐世辉;王海林;刘殿崇;杜治能",[],[],{"resultType":387,"id":633,"title":634,"abstract":635,"orgName":636,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":472,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":637,"ipc":638,"inventors":639,"tags":640,"tagNames":641},"gpi2_0341","一种用于环境监测的水污染监测系统及方法","本发明公开了一种用于环境监测的水污染监测系统及方法，涉及水污染监测技术领域，系统包括：水样采集模块，用于定点、定时、定量水样获取，并完成水样预处理与采样记录；水质检测模块，用于接收经预处理的水样数据，对水样进行多参数同步检测并将水样特征转化为电信号，输出原始检测数据与水质指标检测结果；数据监测处理模块，用于接收水质指标检测结果，以各水质参数为节点、参数间的因果影响方向与传播时延为有向边构建因果传播图。本发明可有效区分水环境自然波动与污染导致的系统性偏离，大幅减少无效误预警，精准锁定污染传播范围，提升水污染预警研判精度与应急防控能力，适配水环境精细化智慧环保治理需求。","内江市检验检测中心","CN202611101113.X","G01N33\u002F18;G06F18\u002F27;G06F18\u002F15;G06N5\u002F025;G06F123\u002F02","蒲凡;陈航;杨志杰;李童伟;罗云建",[],[],{"resultType":387,"id":643,"title":644,"abstract":645,"orgName":646,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":503,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":647,"ipc":648,"inventors":649,"tags":650,"tagNames":651},"gpi2_0319","一种碰撞池结构及其装配方法","本发明公开了一种碰撞池结构及其装配方法，属于质谱仪技术领域。碰撞池包括壳体、前支架、极杆、固定座、连接套和出口透镜，壳体内双固定座沿轴向间隔布置，极杆两端分别与固定座螺栓连接，壳体上设有限位销钉插入定位孔实现固定座定位，连接套通过周向限位部与前支架配合，卡接件的双卡扣结构实现快速锁紧，解锁件可推动脱扣。工作时离子从前支架中心孔进入，在极杆射频电场作用下与碰撞气体碰撞实现聚焦或碎裂，经出口透镜引出。本申请采用双座支撑结构保证极杆平行度和装配精度，通过卡接件实现前支架快速拆装，提升离子传输效率和维护便捷性。","四川瑞莱斯精密机械有限公司","CN202611101621.8","H01J49\u002F06;H01J9\u002F00","舒行军;张建锋;杜志孝;尹晓东;胡道礼;雷明州",[],[],{"resultType":387,"id":653,"title":654,"abstract":655,"orgName":656,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":472,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":657,"ipc":658,"inventors":659,"tags":660,"tagNames":661},"gpi2_0351","一种自适应通道与多尺度感知的遥感多光谱图像分割方法","本发明涉及一种自适应通道与多尺度感知的遥感多光谱图像分割方法，属于图像处理领域，方法包括：在网络模型输入端引入物理先验知识并结合自适应通道注意力，构建自适应通道重校准残差块模块实现特征编码；在网络模型的编码器与解码器跳跃连接处通过构建的动态多尺度空间注意力聚合模块实现多尺度特征的动态自适应融合与空间定位；在网络模型优化阶段，重构损失函数并引入深层监督机制，实现网络模型训练闭环与持久化；实时处理遥感影像与多视角测试时增强推理融合，得到最终的精细化分割掩膜矢量结果。本发明能够更好地捕捉中高分辨率多光谱遥感影像中细碎、分散地物的复杂纹理与空间信息。","四川农业大学;环天智慧科技股份有限公司","CN202611099216.7","G06T7\u002F12;G06T7\u002F13;G06V10\u002F52;G06V10\u002F44;G06V10\u002F82;G06N3\u002F045;G06N3\u002F0464;G06V10\u002F774;G06V10\u002F28","李志勇;王斌;李雨竹;郑覃;山鑫;甘小皓",[],[],{"resultType":387,"id":663,"title":664,"abstract":665,"orgName":666,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":461,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":667,"ipc":668,"inventors":669,"tags":670,"tagNames":671},"gpi2_0248","一种融合多源异构数据的地下水有机污染溯源方法及系统","本发明涉及地下水污染监测技术领域，公开了一种融合多源异构数据的地下水有机污染溯源方法及系统，所述方法包括：获取地质差异数据经随机森林处理得到属性波动特征；依据所述属性波动特征判断监测数据碎片是否存在时空错位，若是则重构处理得到第一监测序列，若否则提取浓度数值作为第二监测序列；对监测序列进行网格划分与空间插值得到浓度分布矩阵，结合属性波动特征进行扩散演化处理得到蔓延轨迹；从蔓延轨迹提取扩散路径执行逆向追溯得到污染源。本方法能够解决多源异构地质数据与监测数据融合不足导致地下水有机污染溯源精度低的问题。","西华师范大学;四川省南充生态环境监测中心站","CN202611097982.X","G16C20\u002F20;G16C20\u002F70;G06Q50\u002F26","马兰;陈巧;杨秀培;卢成",[],[],{"resultType":387,"id":673,"title":674,"abstract":675,"orgName":676,"province":392,"date":393,"trl":11,"transferMode":11,"keywords":11,"industry":11,"patentType":394,"legalStatus":524,"isOpenLicense":396,"isRevitalized":397,"techMaturity":11,"starRating":11,"licenseFeeText":11,"patentNo":677,"ipc":678,"inventors":679,"tags":680,"tagNames":681},"gpi2_0568","一种转向架的移动装置","本发明涉及转向架搬运设备技术领域，提供一种转向架的移动装置，包括支撑骨架、轮系组件和夹具结构，轮系组件包括分别设置于支撑骨架两端的前撑部和后撑部，夹具结构连接支撑骨架，前撑部包括前桥架、设置于前桥架顶面中间的铰接组件和设置于前桥架底面两边的前支脚，前桥架通过铰接组件与支撑骨架铰接，所述后撑部包括两个与支撑骨架螺栓连接的后支脚，两个后支脚与铰接组件在支撑骨架上形成三点支撑结构。本发明通过在移动装置内部起吊的方式转运转向架，起吊作业高度低、安全性更高；通过铰接组件和两个后支撑脚配合形成三点稳定可调的支撑结构，确保转运结构在各种复杂路况下均实现驱动轮接地，实现移动装置在复杂路况下的全地形自适应。","四川国软科技集团有限公司","CN202611160944.4","B66C5\u002F02;B66C9\u002F14;B66C9\u002F08;B66C1\u002F10;B66C13\u002F06;B66C13\u002F46;B66C15\u002F04","周俊;石磊;莫泉湖;向宠宠",[],[],{"resultType":387,"id":683,"title":684,"abstract":685,"orgName":686,"provinc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