会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • METHOD FOR PROVIDING DESIGN REVIEW AND CONFORMITY
    • 提供设计评估和一致性的方法
    • WO2003017179A1
    • 2003-02-27
    • PCT/US2002/025784
    • 2002-08-14
    • TEXTRON AUTOMOTIVE COMPANY INC.ROSE, Jeffrey, A.DALPIZZOL, James, D.
    • ROSE, Jeffrey, A.DALPIZZOL, James, D.
    • G06G7/48
    • G06F17/50
    • A method and apparatus for updating a design knowledge base, comprising supplying a design knowledge base (14) containing information regarding designing in a selected domain, the design knowledge base configured to obtain user input (24) of a selected design and to output a design directive. A response is received from the design knowledge base to the user input of a selected design wherein the response comprises a set of design review inquiries to direct the user to incorporate the design directive. A knowledge base maintainer is supplied (35) in communication with design knowledge base wherein the knowledge base maintainer generates an output response in response to a user's response to the design review inquiries, wherein the output response directs the user to modify the user selected design to conform with the design directive or the user requests the knowledge base maintainer to confirm that the user's design comprises an improvement over the design directive provided by the design knowledge base wherein the knowledge base maintainer adjusts the design knowledge base to incorporate the improvement.
    • 一种用于更新设计知识库的方法和装置,包括提供设计知识库(14),所述设计知识库(14)包含关于在所选域中设计的信息,所述设计知识库被配置为获得所选设计的用户输入(24)并输出设计 指示。 从设计知识库到所选择的设计的用户输入接收到响应,其中响应包括一组设计审查查询以指导用户并入设计指令。 提供知识库维护者(35)与设计知识库通信,其中知识库维护者响应于用户对设计审查查询的响应而产生输出响应,其中输出响应指示用户将用户选择的设计修改为 符合设计指令或用户请求知识库维护者确认用户的设计包括对设计知识库提供的设计指令的改进,其中知识库维护者调整设计知识库以结合改进。
    • 3. 发明申请
    • METHOD FOR PROVIDING DESIGN REVIEW AND CONFORMITY
    • 提供设计评估和一致性的方法
    • WO03017179A9
    • 2004-03-04
    • PCT/US0225784
    • 2002-08-14
    • TEXTRON AUTOMOTIVE CO INCROSE JEFFREY ADALPIZZOL JAMES D
    • ROSE JEFFREY ADALPIZZOL JAMES D
    • G06F17/50G06F19/00G06G7/48
    • G06F17/50
    • A method and apparatus for updating a design knowledge base, comprising supplying a design knowledge base (14) containing information regarding designing in a selected domain, the design knowledge base configured to obtain user input (24) of a selected design and to output a design directive. A response is received from the design knowledge base to the user input of a selected design wherein the response comprises a set of design review inquiries to direct the user to incorporate the design directive. A knowledge base maintainer is supplied (35) in communication with design knowledge base wherein the knowledge base maintainer generates an output response in response to a user's response to the design review inquiries, wherein the output response directs the user to modify the user selected design to conform with the design directive or the user requests the knowledge base maintainer to confirm that the user's design comprises an improvement over the design directive provided by the design knowledge base wherein the knowledge base maintainer adjusts the design knowledge base to incorporate the improvement.
    • 一种用于更新设计知识库的方法和装置,包括提供设计知识库(14),所述设计知识库(14)包含关于在所选域中设计的信息,所述设计知识库被配置为获得所选设计的用户输入(24)并输出设计 指示。 从设计知识库到所选择的设计的用户输入接收到响应,其中响应包括一组设计审查查询以指导用户并入设计指令。 提供知识库维护者(35)与设计知识库通信,其中知识库维护者响应于用户对设计审查查询的响应而产生输出响应,其中输出响应指示用户将用户选择的设计修改为 符合设计指令或用户请求知识库维护者确认用户的设计包括对设计知识库提供的设计指令的改进,其中知识库维护者调整设计知识库以结合改进。
    • 6. 发明申请
    • DETECTING AND HANDLING COINCIDENCE IN PARTICLE ANALYSIS
    • 检测和处理粒子分析中的相关性
    • WO2010042401A1
    • 2010-04-15
    • PCT/US2009/059363
    • 2009-10-02
    • BECKMAN COULTER, INC.BRITTON, Ted, W.LU, JiuliuROSE, Jeffrey, L.
    • BRITTON, Ted, W.LU, JiuliuROSE, Jeffrey, L.
    • G01N21/00
    • G01N15/1429G01N15/1459G01N2015/1037G01N2015/1461
    • Methods and systems substantially eliminate data representative of coincident events from particle analyzer data. A fluid sample containing particles for analysis is prepared. Using an electrical or optical measurement device, signals are sensed. Each signal corresponds to events detected in a sub-sample of the fluid sample flowing through a measurement region in the particle analyzer. The existence of coincidence in the events is determined based on measuring a peak and first and second points of each of the signals. The first and second points have a signal value corresponding to a predetermined portion of the peak. Results data based upon the coincident events and non-coincident events is generated. The results data is then analyzed. In various examples, the method is applicable to a variety of particle types, and may be implemented on different types of particle analyzers including hematology analyzer and flow cytometers.
    • 方法和系统基本上消除了代表颗粒分析仪数据的重合事件的数据。 制备含有用于分析的颗粒的流体样品。 使用电气或光学测量设备,感测到信号。 每个信号对应于在流过粒子分析仪中的测量区域的流体样品的子样本中检测到的事件。 基于测量每个信号的峰值和第一和第二点来确定事件中的一致性的存在。 第一和第二点具有对应于峰值的预定部分的信号值。 生成基于一致事件和非重合事件的结果数据。 然后分析结果数据。 在各种实施例中,该方法适用于各种粒子类型,并且可以在包括血液分析仪和流式细胞仪在内的不同类型的粒子分析仪上实施。
    • 7. 发明申请
    • MANUALLY-ASSISTED AUTOMATED INDEXING OF IMAGES USING FACIAL RECOGNITION
    • 手动自动识别使用人脸识别的图像索引
    • WO2007011709A3
    • 2007-06-21
    • PCT/US2006027323
    • 2006-07-12
    • YOUFINDER INTELLECTUAL PROPERTGOLDBERG DAVID AGRAY ROBERTANGELL JOEROSE JEFFREY
    • GOLDBERG DAVID AGRAY ROBERTANGELL JOEROSE JEFFREY
    • G06K9/00
    • G06K9/033G06K9/00295
    • The present method relates to the manual assistance for the automated indexing (100) of a collection of images using facial recognition. In a first automated indexing step, automated indexing of faces within a collection of images is performed, creating sets of faces each of which comprises faces that are determined by the automated process to be representative of the same person. In a second splitting step (200), sets are displayed to an operator, who determines whether there are false-positive associations within a set. If false-positive associations are found, the faces representing different people are manually split into different sets, hi this way, there will be no false-positive associations within the collection of images, hi a third merging step (300), sets that have some' degree of similarity are presented to the operator, who determines whether the two sets comprise representations of the same person. If so, the two sets are manually merged, thereby eliminating false-negative errors. In this way, all of the faces in the image collection can be completely and accurately indexed.
    • 本方法涉及使用面部识别的图像集合的自动索引(100)的手动辅助。 在第一自动索引步骤中,执行图像集合内的面部的自动索引,创建一组面部,每个面部包括由自动化过程确定为代表相同人物的面部。 在第二分割步骤(200)中,将集合显示给运算符,运算符确定集合内是否存在假阳性关联。 如果发现假阳性关联,则表示不同人物的面部手动分割成不同的集合。这样,图像集合内将不存在假阳性关联。在第三合并步骤(300)中,具有 一些相似度呈现给运营商,运营商决定这两个组合是否包含同一个人的表示。 如果是这样,这两套手动合并,从而消除假阴性错误。 以这种方式,图像集合中的所有面都可以被完全和准确的编入索引。
    • 8. 发明申请
    • MANUALLY-ASSISTED AUTOMATED INDEXING OF IMAGES USING FACIAL RECOGNITION
    • 手动自动识别使用人脸识别的图像索引
    • WO2007011709A2
    • 2007-01-25
    • PCT/US2006/027323
    • 2006-07-12
    • YOUFINDER INTELLECTUAL PROPERTY LICENSING LIMITED LIABILITY COMPANYGOLDBERG, David, A.GRAY, RobertANGELL, JoeROSE, Jeffrey
    • GOLDBERG, David, A.GRAY, RobertANGELL, JoeROSE, Jeffrey
    • G06T7/20
    • G06K9/033G06K9/00295
    • The present method relates to the manual assistance for the automated indexing of a collection of images using facial recognition. In a first automated indexing step, automated indexing of faces within a collection of images is performed, creating sets of faces each of which comprises faces that are determined by the automated process to be representative of the same person. In a second splitting step, sets are displayed to an operator, who determines whether there are false-positive associations within a set. If false-positive associations are found, the faces representing different people are manually split into different sets. In this way, there will be no false-positive associations within the collection of images. In a third merging step, sets that have some degree of similarity are presented to the operator, who determines whether the two sets comprise representations of the same person. If so, the two sets are manually merged, thereby eliminating false-negative errors. In this way, all of the faces in the image collection can be completely and accurately indexed.
    • 本方法涉及使用面部识别的图像集合的自动索引的手动辅助。 在第一自动索引步骤中,执行图像集合内的面部的自动索引,创建一组面部,每个面部包括由自动化过程确定为代表相同人物的面部。 在第二分割步骤中,集合被显示给运算符,运算符确定集合内是否存在假阳性关联。 如果发现假阳性关联,则表示不同人员的面部手动分割成不同的集合。 这样,图像集合中就不会有虚假的关联。 在第三合并步骤中,将具有一定程度的相似性的集合呈现给运营商,运营商确定两组是否包括同一人的表示。 如果是这样,这两套手动合并,从而消除假阴性错误。 以这种方式,图像集合中的所有面都可以被完全和准确的编入索引。