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专利信息 | 复旦大学专利信息简报(2023年7-9月)
发布时间:2023-11-01        浏览次数:46

2023


复旦大学

专利信息简报


2023年7月~9月



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概   况

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2023年07月01日至09月30日期间,以复旦大学和以复旦大学相关的法人单位为权利人的专利共公布公告1184件(表1)。其中发明专利公布649件,发明专利授权公告253件,实用新型专利授权公告282件,详见附录一。

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由图1专利类型可知,发明专利占76%,共902件,实用新型专利282件。

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图1 专利类型分析(2023.07.01-2023.09.30)

专利公开国家/地区情况如图2所示,其中中国专利1136件,PCT(WO)国际专利申请20件, 国外专利28件,涉及9个国家/地区受理局。其中,美国专利16件,欧洲(EPO)专利2件,韩国专利2件,日本专利2件,荷兰专利2件,加拿大专利1件,德国专利1件,英国专利1件,印度专利1件。

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图2 专利公开国家/地区分布

(2023.07.01-2023.09.30)


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院系分布

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本期新公布公告专利主要集中在各理工科院系及附属医院(图3)。其中专利数量排名前十的院系为:中山医院(257件)、信息科学与工程学院(116件),微电子学院(73件)、计算机科学与技术学院(64件)、华山医院(64件)、化学系(61件)、复旦大学附属浦东医院(61件)、工程与应用技术研究院(48件)、药学院(42件)、材料科学系(42件)。

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图3 二级机构专利数量(2023.07.01-2023.09.30)



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专利权人合作关系

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复旦大学与合作单位共同申请或授权的专利171件,合作专利占比14.4%,如图4所示。其中主要的合作单位包括:复旦大学义乌研究院(15件)、华为技术有限公司(11件)、上海集成电路制造创新中心有限公司(9件)、中国科学院上海药物研究所(9件)、珠海复旦创新研究院(5件)、上海船舶运输科学研究所有限公司(4件)、石家庄迪虹生物科技有限公司(4件)、之江实验室(4件)、北京红山信息科技研究院有限公司(3件)、北京无线电测量研究所(3件)、复环卿云科技(浙江)有限公司(3件)、上海柏全生物科技有限公司(3件)、上海复展智能科技股份有限公司(3件)、上海科技大学(3件)、上海钛米机器人股份有限公司(3件)、上海星伙医疗科技有限公司(3件)、中山复旦联合创新中心(3件)等。节点大小代表专利件数,连线代表合作频次,连线越粗说明机构见合作越多。

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图4 复旦大学专利合作情况

(2023.07.01-2023.09.30)

注:数字代表两个专利权人之间合作的专利数量



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发明人团队情况

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902件发明专利中,发明人团队情况如图5所示,主要发明人团队为微电子学院张卫团队(16件)、中山医院葛均波团队(16件)、信息科学与工程学院他得安团队(14件)、微电子学院孙清清团队(14件)、微电子学院徐敏团队(11件)、复旦大学附属眼耳鼻喉科医院周行涛团队(10件)、工程与应用技术研究院张宏达团队(9件),芯片与系统前沿技术研究院(筹)刘琦团队(8件),节点大小代表专利件数,节点之间的连线代表发明人之间的合作关系(选择显示合作专利排名前10名,合作次数排名前10名)。

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图5 主要发明人团队(2023.07.01-2023.09.30)



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研究领域分布

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2023年07月至09月,复旦大学公布公告专利的研究领域主要集中在IPC分类中的A部、G部、C部、H部和B部(图6)。

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图6 研究领域分布 (2023.07.01-2023.09.30)

其中,专利数量较多的组别在A61大类(522件,医学或兽医学;卫生学)、G06(217件,计算;推算或计数)、G01(110件,测量;测试)。

进一步根据主IPC号的大组划分,如图7所示,排名在前5位的大组包括:(1)G06N3(96件),基于生物学模型的计算机装置。(2)A61K31(77件),含有机有效成分的医药配制品。(3)A61B5(65件),用于诊断目的的测量。(4)A61P35(63件),抗肿瘤药。(5)C12N15(63件),突变或遗传工程涉及的DNA或RNA,载体(如质粒)或其分离、制备或纯化。

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图7 主要的IPC组(2023.07.01-2023.09.30)

按照世界知识产权组织(WIPO)给出的35个技术领域划分。如图8所示,复旦大学2023年07月到09月期间公布公告的专利技术领域主要分布在医疗技术(379件)、计算机技术(209件)、制药(142件)等领域。

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图8 技术领域分布(2023.07.01-2023.09.30)



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高价值专利

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利用Innography专利数据库对2023年07月到09月期间复旦大学公布公告的专利,筛选出前25件高强度专利1,参见表2。

表2 复旦大学2023年第三季度高强度专利

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1 Innography专利强度采纳了诸多价值参数包括专利引用次数和被引次数、专利权利要求数量、专利从申请到公开的时间长度、权利同族专利数量、专利的诉讼数据等。



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发生转移许可的专利

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1184件专利中有3件专利实施许可、1件专利发生专利申请权的转移(表3)2

表3 复旦大学2023年第三季度专利转移与许可

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2 本报告涉及的专利转化数据来自国家知识产权局网站的中国专利公布公告。



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公告公布专利精选推介

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图片公告专利授权推介: 

(1)专利名称:2-alkoxy benzene formyl arylamine compound and pharmaceutical use there of

公告号:CA2958927C

发明人:叶德泳; 李亚莉; 周璐; 王鹏辉; 楚勇; 龚昊隽; 黄祺; 陈彦; 张志宽

摘要:Disclosed are a 2-alkyloxy benzene formyl arylamine compound as represented by formula I, and use of a pharmaceutically acceptable salt thereof or a pharmaceutical composition utilizing the compound as an effective active ingredient in a drug for preventing and treating diseases caused by an abnormal increase in sphingomyelin levels; wherein, R, X, Y, Z and G are as defined in the specification, and the diseases comprise metabolic syndromes such as atherosclerosis (AS), fatty liver, obesity and type II diabetes mellitus.


(2)专利名称:Method and system for accelerating score-based generative models with preconditioned diffusion sampling

公告号:US11755888B1

发明人:Li Zhang; Hengyuan Ma; Xiatian Zhu; Jianfeng Feng

摘要:A method for accelerating score-based generative models (SGM) is provided, including setting a frequency mask (R) and a space mask (A) and a target sampling iteration number (T); sampling an initial sample (x0); conducting iteration comprising steps as follows : sampling a noise term; applying a preconditioned diffusion sampling (PDS) operator (M) to the noise term and thus generate a preconditioned noise term; calculating a drift term; applying the transpose of the PDS operator (MT) and then applying the PDS operator (M) to the drift term, and thus generate a preconditioned drift term; diffusing the sample of each iteration (xt); and outputting the result.


(3)专利名称:Large current-readout ferroelectric single-crystal thin film memory as well as method of preparing the same and method of operating the same

公告号:USRE049620E

发明人:江安全; 耿文平

摘要:Disclosed is a non-destructive large current-readout ferroelectric single-crystal thin film memory as well as a method of preparing the ferroelectric memory and a method of operating the ferroelectric memory. The large current-readout ferroelectric single-crystal thin film memory comprises a ferroelectric storage layer, which is a ferroelectric single-crystal storage layer. The non-destructive readout ferroelectric memory has a greatly increased read current in an on-state, and moreover, the data retention performance and data endurance performance are improved.


图片公布专利申请推介:

(1)专利名称:Use of ITPRIPL1 Modulators in Modulating the Immune Response or Manufacturing Antitumor Drugs

申请号:KR1020237018029A

发明人:许杰; 邓守言; 宋腾; 王一婷; 王运刚; 王焕彬; 池浩

摘要:The present invention provides the use of ITPRIPL1 regulator in the preparation of medicine for regulating immune reaction or resisting tumor. The said regulator is used in increasing or decreasing the expression or function of ITPRIPL1 gene or protein in body. Pharmaceutical compositions, including modulators for such uses, are also provided. Also provided are antibodies that recognize and bind isolated ITPRIPL1 recombinant proteins and ITPRIPL1.


(2)专利名称:In vivo multidimensional stress-strain testing device for plantar soft tissues

申请号:NL2034960A

发明人:黄然; 吴龙燕; 朱钧; 马昕

摘要:The present invention relates to the technical field of human detection and provides an in vivo multidimensional stress-strain testing device for plantar soft tissues, comprising a test bench provided with a testing area corresponding to a sole, a radial stress-strain testing unit configured to load and measure periodic vertical tensile pressure on plantar soft tissues, a shear stress-strain testing unit for loading and measuring cyclic transverse shear forces on plantar soft tissues, a torsion stress-strain testing unit for loading and measuring cyclic torsion on plantar soft tissues, an X-Y axis translation mechanism used to translate three stress-strain testing units horizontally, and lifting mechanisms used to realize vertical rise and fall of the three stress-strain testing units. The testing device of the present invention can realize force-displacement dynamic characteristic testing of positive pull pressure, shear force and torsional force of plantar soft tissues


(3)专利名称:Method for preparing a key intermediate for the synthesis of statins

申请号:US202117488276A

发明人:陈芬儿; 刘敏杰; 程荡; 黄则度; 陶媛; 王佳琦

摘要:Disclosed herein relates to organic synthesis, and more particularly to a method for preparing a key intermediate for the synthesis of statins. The key intermediate is 2-[(4R, 6S)-6-[(benzo[d]thiazol-2-ylthio)methyl]-2, 2-di substituted-1, 3-dioxan-4-yl] acetate of formula (I) : where R1 is a C1-C8 alkyl group, a C3-C8 cycloalkyl group, a monosubstituted or polysubstituted aryl group, or monosubstituted or polysubstituted aralkyl group; R2 is hydrogen, or monosubstituted or polysubstituted C1-C3 alkyl group, or halogen; and R3 and R4 are each independently a C1-C5 alkyl group, a C3-C7 cycloalkyl group, a C3-C7 cycloalkenyl group, a C1-C3 alkoxy group, a C6-C10 aryl group, or C7-C12 aralkyl group. In the method, a halomethyl compound and a thiol reagent are subjected to nucleophilic substitution in an organic solvent to synthesize a thioether, which then undergoes ketal exchange reaction with a carbonyl compound (V) in the presence of an organic acid to obtain a target product.


(4)专利名称:Metrology method and system for critical dimensions based on dispersion relation in momentum space

申请号:US202017927974A

发明人:李同宇; 石磊; 陈昂; 卢国鹏; 殷海玮; 资剑

摘要:Embodiments of the present disclosure relate to a metrology method and system for critical dimensions based on a dispersion relation in momentum space. The method comprises : establishing, in accordance with parameters of incident light and a modeled geometric topography of the target to be measured, a simulation dataset associated with a dispersion curve of the target to be measured in momentum space; training a neural-network-based prediction model based on the simulation dataset; obtaining, based on an actual measurement of the target to be measured by incident light, a dispersion relation pattern of the target to be measured in momentum space, wherein the dispersion relation pattern at least indicates a dispersion curve associated with the critical dimensions of the target to be measured; extracting, based on the dispersion relation pattern, features related to the dispersion curve from the dispersion relation pattern via the trained prediction model, to determine an estimated value associated with at least one critical dimension of the target to be measured. According to the method disclosed herein, at least one critical dimension is measured in a more efficient, economical and accurate way.


(5)专利名称:Magnetically induced torque measurement device and method based on torsional spring method

申请号:US202318109540A

发明人:尹勇; 邬小玫; 马迪蓉

摘要:The invention relates to the field of detection of implantable medical devices, particularly to magnetically induced torque measurement devices and method of implants in magnetic resonance imaging systems. The measurement device includes transmission shafts, gear sets, a knob, an indicator, a detachable torsion spring set, a loading tray, a protractor, and an MRI-compatible camera. The measurement device changes its measurement range by replacing the detachable torsion spring set, adjusts a height of the loading tray by a lifting platform, amplifies a rotation angle of the knob by the gear sets, and records deflection angles of the loading tray by the MRI-compatible camera. The measurement device provides the detachable torsion spring set, which is suitable for measuring most samples; and provides a height-adjustable loading tray, which can be applied to MR systems with different center heights.




复旦大学知识产权信息服务中心联系方式:

联系人(图书馆):徐老师  周老师

地  点:复旦大学文科图书馆 208室

咨询电话:021-55664282   

Email:zhouyi88@fudan.edu.cn


联系人(科研院):肖老师  仲老师

地  点:复旦大学江湾校区廖凯原楼109室

咨询电话:021-31243727/31243708    

Email:fdzy@fudan.edu.cn  



供稿:李梅

编辑:吴玉莲

审核:徐轩


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