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    • 2. 发明申请
    • VOICE DESCRIPTION OF TIME-BASED MEDIA FOR INDEXING AND SEARCHING
    • 用于索引和搜索的基于时间的媒体的语音描述
    • US20130007043A1
    • 2013-01-03
    • US13173669
    • 2011-06-30
    • Michael E. PhillipsPaul J. Gray
    • Michael E. PhillipsPaul J. Gray
    • G10L21/00G06F17/30
    • G06F16/48G10L15/00G10L2015/025
    • Methods and systems for time-synchronous voice annotation of video and audio media enable effective searching of time-based media content. A user record one or more types voice annotation onto corresponding named voice annotation tracks, which are stored within a media object comprising the time-based media and the annotations. The one or more annotation tracks can then be selectively searched for content using speech or text search terms. Various workflows enable voice annotation to be performed using media editing systems, or one or more stand alone voice annotations systems that permit multiple annotators to operate in parallel, generating different kinds of annotations, and returning their annotation tracks to a central location for consolidation.
    • 用于视频和音频媒体的时间同步语音注释的方法和系统能够有效地搜索基于时间的媒体内容。 用户将一个或多个类型的语音注释记录在相应的命名语音注释轨道上,这些声音注释存储在包括基于时间的媒体和注释的媒体对象中。 然后可以使用语音或文本搜索术语来选择性地搜索一个或多个注释轨道。 各种工作流程使得能够使用媒体编辑系统或允许多个注释器并行操作的一个或多个独立语音注释系统来执行语音注释,生成不同种类的注释,并将其注释轨迹返回到用于合并的中心位置。
    • 7. 发明申请
    • METHOD FOR MEASURING A ROTARY AXIS OF A MACHINE TOOL SYSTEM
    • 用于测量机床工具系统的旋转轴的方法
    • US20130253871A1
    • 2013-09-26
    • US13425026
    • 2012-03-20
    • Paul J. Gray
    • Paul J. Gray
    • G01B5/008G06F19/00
    • G01B5/25B23Q17/22B23Q17/2233G01B5/008G01B21/24
    • The present disclosure includes a method for use on a machine tool system having a controller, three linear axes of motion and at least one rotary axis, for determining the orientation of the rotary axis relative to the linear axes, including mounting a sphere to a system component that rotates about the rotary axis, rotating the component to move the sphere to at least three positions about the rotary axis, measuring a center of the sphere at each of the positions by using the controller to move a probe mounted to a spindle of the system into contact with the sphere, computing, using the controller, a plane fitting the center measurements, and computing, using the controller, a vector normal to the plane passing through a center of rotation of an arc lying in the plane and fitting the center measurements, the vector corresponding to the orientation of the rotary axis.
    • 本公开包括一种在具有控制器,三个线性运动轴线和至少一个旋转轴线的机床系统上使用的方法,用于确定旋转轴线相对于线性轴线的取向,包括将球体安装到系统 组件围绕旋转轴线旋转,旋转部件以将球体移动到围绕旋转轴线的至少三个位置,通过使用控制器来测量安装在主轴上的探针的每个位置处的球体的中心 系统与球体接触,计算,使用控制器,安装中心测量的平面,以及使用控制器计算垂直于穿过平面中的弧的旋转中心的平面的矢量,并将中心 测量,矢量对应于旋转轴的方向。
    • 8. 发明申请
    • Universal Conversational Programming for Machine Tool Systems
    • 机床系统通用对话编程
    • US20100274381A1
    • 2010-10-28
    • US12765352
    • 2010-04-22
    • Paul J. GrayKarl Szabo
    • Paul J. GrayKarl Szabo
    • G05B19/409G05B19/19
    • G05B19/4097G05B2219/35097G05B2219/35098G05B2219/49017G05B2219/49029
    • A method is disclosed for controlling movement of machine tool systems by providing a conversational programming interface that permits a user to create a universal program for execution by various machine tool systems for machining a part, each system having at least four movable axes. The user defines program blocks including geometry definitions which are independent of any axis kinematics configuration. A first tool path relative to a first Cartesian coordinate system is generated for forming the geometry, then mapped to a second Cartesian coordinate system corresponding to the part. The mapped path is transformed to a third Cartesian coordinate system corresponding to an orientation and location of the part relative to an axis kinematics configuration of a current machine tool system. The transformed path is processed to generate positions for the movable axes of the current system.
    • 公开了一种用于控制机床系统的运动的方法,该方法通过提供会话式编程接口来允许用户创建通用程序,以供各种机床系统执行以用于加工零件,每个系统具有至少四个可动轴。 用户定义程序块,包括独立于任何轴运动学配置的几何定义。 生成相对于第一笛卡尔坐标系的第一工具路径用于形成几何形状,然后映射到对应于该零件的第二笛卡尔坐标系。 映射的路径被转换为对应于部件相对于当前机床系统的轴运动学配置的取向和位置的第三笛卡尔坐标系。 经变换的路径被处理以产生当前系统的可移动轴的位置。