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    • 1. 发明申请
    • Sun tracking solar power collection system
    • 太阳追踪太阳能集热系统
    • US20130000632A1
    • 2013-01-03
    • US13067862
    • 2011-06-29
    • Robert D. LundahlRobert Cutlip
    • Robert D. LundahlRobert Cutlip
    • F24J2/38
    • G09F23/00F24S25/10F24S30/452F24S2030/15G01S3/7861H02S20/32Y02E10/47
    • This invention presents a unique design for a sun tracking, solar panel mounting system that is intended to be mounted onto utility light poles, wind turbine poles, and other pole type structures. Rings are clamped around the pole and form a structural interface to support the tracking mount assembly and allow it to rotate around the centerline of the pole. An actuator powers the tracking structure rotate right or left around the centerline of the pole. A secondary structure in the mount assembly supports solar panels on either side of the vertical mounting poll and an optional second actuator tilts the elevation solar panels up and down. A control system reads the position of each actuator and periodically adjusts them to track the motion of the sun and optimize the solar energy collection efficiency.
    • 本发明提出了一种用于太阳跟踪的太阳能面板安装系统的独特设计,太阳能面板安装系统旨在安装在实用的光杆,风力涡轮机极和其他极型结构上。 环被夹在杆的周围并形成结构界面以支撑跟踪安装组件并允许其围绕杆的中心线旋转。 一个执行器为跟踪结构提供动力,这个跟踪结构围绕极点的中心线向右或向左旋转。 安装组件中的二级结构在垂直安装轮询的任一侧支撑太阳能电池板,并且可选的第二致动器上升和下降倾斜升降太阳能电池板。 控制系统读取每个执行器的位置并定期调整它们以跟踪太阳的运动并优化太阳能收集效率。
    • 10. 发明申请
    • Generating and analyzing business process-aware modules
    • 生成和分析业务流程感知模块
    • US20050223020A1
    • 2005-10-06
    • US10814775
    • 2004-03-31
    • Robert CutlipNeeraj Joshi
    • Robert CutlipNeeraj Joshi
    • G06F17/00
    • G06Q10/10Y10S707/99933Y10S707/99943
    • Techniques are disclosed for efficiently analyzing measurement data for business processes (for example, in a service provider environment). Business process-aware modules or “cubes” are created from the measurement data, using features of a spatially-enabled database system. A “drill-down” approach is provided for investigating underlying information for a cube (including lower-level linked cubes). Data types other than cubes, such as planes from which a cube is constructed, may also be analyzed. The disclosed techniques may be used to provide autonomic systems, which are self-aware, at a business process level. That is, based on results of analyzing data represented by a cube, autonomic adjustments may be made. In a service provider environment, the analysis and/or the autonomic adjustments may be directed toward enabling the service provider to avoid jeopardizing commitments in service level agreements (and the revenue loss that may result when the commitments are not met).
    • 公开了用于有效分析业务流程的测量数据(例如,在服务提供商环境中)的技术。 业务流程感知模块或“立方体”是使用空间启用的数据库系统的功能从测量数据创建的。 提供了一种“向下钻取”方法来调查立方体(包括较低级别的链接立方体)的底层信息。 也可以分析除立方体之外的数据类型,例如构建多维数据集的平面。 公开的技术可以用于在业务流程级别提供自我意识的自主系统。 也就是说,基于由立方体表示的数据的分析结果,可以进行自主调整。 在服务提供商环境中,分析和/或自主调整可以针对使服务提供商避免危及服务级别协议中的承诺(以及在不满足承诺时可能导致的收入损失)。