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    • 12. 发明申请
    • DISTRIBUTED INTELLIGENCE ARCHITECTURE WITH DYNAMIC REVERSE/FORWARD CLOUDING
    • 分布式智能建筑与动态反向/前向云
    • US20120310423A1
    • 2012-12-06
    • US13483873
    • 2012-05-30
    • Jeffrey D. Taft
    • Jeffrey D. Taft
    • G06F1/26
    • H02J13/0013G06Q50/06Y02B90/2607Y02P80/11Y04S40/12
    • In one embodiment, a grid application function is hosted at a primary grid device in a utility grid, which may determine whether or not to distribute at least a portion of the grid application function to one or more distributed secondary grid devices in the utility grid. In general, the one or more distributed secondary grid devices will be associated with a subset of the utility grid that is associated with the primary grid device (e.g., a sub-grid). Once a determination has been made, the primary grid device may dynamically distribute the grid application function, or a portion thereof, to the distributed secondary devices according to the determination. In addition, in another embodiment, the grid application function may also be withdrawn, such as from a particular secondary grid device or else from the primary grid device to an originating grid device.
    • 在一个实施例中,网格应用功能被托管在公用电网中的主网格设备处,其可以确定是否将网格应用功能的至少一部分分发到公用电网中的一个或多个分布式次网格设备。 通常,一个或多个分布式二次栅格器件将与与主栅格器件(例如,子栅格)相关联的公用电网的子集相关联。 一旦做出了确定,主网格设备可以根据确定动态地将网格应用功能或其一部分分发到分布式辅助设备。 另外,在另一个实施例中,网格应用功能也可以被撤回,例如从特定的次级网格设备,或从主网格设备到源网格设备。
    • 16. 发明授权
    • Vision system with adjustment for variations in imaged surface
reflectivity
    • 具有调整成像表面反射率变化的视觉系统
    • US4963036A
    • 1990-10-16
    • US327077
    • 1989-03-22
    • Robert A. DriskoJeffrey D. Taft
    • Robert A. DriskoJeffrey D. Taft
    • G01S17/42G06T5/40
    • G01S17/42
    • The image pipeline for a vision system includes a series of digital image processing boards controlled by a computer. A video camera generates from a laser beam reflected from the target surface an RS-170 analog video signal which is converted to a digital signal for processing. Bins of digitizing parameters suitable for several target surface reflectivities are stored in computer memory. The appropriate bin is selected from histogram data of pixel intensity levels generated by one of the image processing boards using digitizing parameters from a reference bin. Improved imaging, especially of black surfaces, is achieved by scanning a laser beam to generate a light stripe over a number of image frames using the digitizing parameters from the selected bin and integrating the data from the successive frames using the image processing boards.
    • 用于视觉系统的图像管线包括由计算机控制的一系列数字图像处理板。 摄像机从目标表面反射的激光束产生被转换成数字信号进行处理的RS-170模拟视频信号。 适用于多个目标表面反射率的数字化参数的存储盘存储在计算机存储器中。 从使用来自参考箱的数字化参数的图像处理板之一生成的像素强度水平的直方图数据中选择适当的箱。 通过使用来自所选择的箱的数字化参数扫描激光束以在多个图像帧上产生光条来实现改进的成像,特别是黑色表面的成像,并且使用图像处理板对来自连续帧的数据进行积分。
    • 17. 发明授权
    • Through flame optical viewing
    • 通过火焰光学观察
    • US4794452A
    • 1988-12-27
    • US9846
    • 1987-01-30
    • Jeffrey D. TaftJames F. Ellison
    • Jeffrey D. TaftJames F. Ellison
    • F27D21/02G01N21/55G02B23/24H04N7/18
    • F27D21/02G01N21/55G02B23/2492F27D2021/026
    • A method and apparatus for illuminating a target, for example the wall and internal structures of a coal, oil, or gas fired combustion chamber for remote viewing. A coherent light source is used to illuminate the target with illumination of a selected spectral content different from that produced by ambient light resulting from the combustion of the fuel. The coherent light illuminates the target and a narrow band optical filter is placed in front of a viewing camera to filter ambient light but to pass the illuminating source reflected from the target. The coherent light source has a wavelength range of about 422 nm to about 780 nm. Source wavelengths are chosen to be sufficiently long to penetrate particulate laden gases and still be distinguishable from thermal radiation inside the furnace. A human observer may manipulate the laser source and view the target using filter spectacles.
    • 用于照射目标的方法和装置,例如用于远程观察的煤,油或燃气燃烧室的壁和内部结构。 相干光源用于通过照射不同于由燃料燃烧产生的环境光产生的选定光谱含量来照亮目标物。 相干光照亮目标,并且将窄带光学滤光器放置在观察照相机的前面,以过滤环境光,但是通过从目标反射的照明光源。 相干光源具有约422nm至约780nm的波长范围。 源波长被选择为足够长以穿透含颗粒的气体,并且仍然可以与炉内的热辐射区分开。 人类观察者可以操纵激光源并使用滤光眼镜观察目标。
    • 19. 发明授权
    • Security measures for the smart grid
    • 智能电网的安全措施
    • US08893216B2
    • 2014-11-18
    • US13160909
    • 2011-06-15
    • Navindra YadavJeffrey D. Taft
    • Navindra YadavJeffrey D. Taft
    • H04L29/06
    • H04L63/0236H04L63/1441H04L63/1491Y04S40/24
    • Security is enabled in an electrical system by examining a configuration file for a substation present in the electrical system, where the substation includes one or more electrical devices and one or more network devices. Based on the examination of the configuration file, information is determined on a characteristic of an electrical device that is selected from a group including a type, allowed role of the electrical device and allowed communication modes for the electrical device. Based on the determined information, a basis for controlling the role and communication modes for the electrical device is identified. A security policy is configured in a network device in the substation to incorporate the identified basis. Based on the configured security policy in the network device, communication patterns for the electrical device are allowed that are associated with the allowed role and allowed communication modes for the electrical device.
    • 通过检查电气系统中存在的变电站的配置文件,在电气系统中启用安全性,其中变电站包括一个或多个电气设备和一个或多个网络设备。 基于配置文件的检查,根据从包括电气设备的类型,允许的角色以及电气设备的允许通信模式的组中选择的电气设备的特性来确定信息。 基于确定的信息,识别用于控制电气设备的角色和通信模式的基础。 在变电站中的网络设备中配置安全策略以合并所识别的基础。 基于网络设备中配置的安全策略,允许与电子设备的允许角色和允许的通信模式相关联的电气设备的通信模式。