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    • 62. 发明授权
    • Transport cart with tilting load carrier
    • 带倾斜载重架的运输车
    • US09004509B2
    • 2015-04-14
    • US13407024
    • 2012-02-28
    • Timothy SmithJames M. Hill
    • Timothy SmithJames M. Hill
    • B62B3/08B62B3/10
    • B62B3/108B62B2203/07
    • A transport cart includes a cart frame with wheels. A load carrier has bottom and side walls and an end wall structure at a first end, opposite a second end. A pivot axle is arranged between the cart frame and the load carrier so the load carrier pivots about a single axis. An interfering stop structure on the cart frame and the load carrier prevents pivotal movement of the load carrier beyond a predetermined angle. The pivot axle is arranged offset relative to a center of gravity of the load carrier. A force applying device provides a pulling force on the load carrier to pivot the load carrier relative to the cart frame. An arrest mechanism may be provided to arrest pivotal movement of the load carrier in a direction opposite of the pulling force, unless the arrest mechanism is released by a user of the transport cart.
    • 运输车包括具有车轮的车架。 负载托架具有底部和侧壁以及在第二端相对的第一端的端壁结构。 枢轴被布置在推车架和承载架之间,使承载架围绕单个轴线枢转。 推车框架和承载架上的干扰停止结构防止负载承载器枢转运动超过预定角度。 枢转轴相对于负载承载件的重心偏置地布置。 施力装置在负载架上提供牵引力,使负载托架相对于车架枢转。 可以提供一种止动机构,以阻止负载架在与拉力相反的方向上的枢转运动,除非停止机构由运输车的使用者释放。
    • 64. 发明申请
    • HYDROKINETIC TURBINE STRUCTURE AND SYSTEM
    • 水动力涡轮机结构与系统
    • US20110058929A1
    • 2011-03-10
    • US12879397
    • 2010-09-10
    • Timothy SmithEric Otte
    • Timothy SmithEric Otte
    • F03B13/12F03B13/18
    • F03B13/264F05B2240/133Y02E10/28Y02E10/38Y10S415/906Y10S415/908
    • A hydrokinetic turbine system, including a plurality of hydrokinetic turbines is installed on a bed of a body of water. Each turbine has a shroud with a forward entrance portion and rear exit portion. The shroud includes a propeller disposed in a middle portion thereof. An inner surface of the shroud includes a plurality of rifling vanes formed therein to induce water entering the forward entrance portion to rotate in a vortex-like fashion. A plurality of pre-spin guard blades disposed adjacent the forward entrance portion also induce rotation of water and serve to provide a barrier preventing objects from passing into the forward entrance portion. A plurality of stabilizers extending from an exterior surface of the shroud that position the forward entrance portion in the direction of current flow.
    • 包括多个水力涡轮机的水动力涡轮机系统安装在水体的床上。 每个涡轮机具有带有前进入部分和后出口部分的护罩。 护罩包括设置在其中间部分的螺旋桨。 护罩的内表面包括形成在其中的多个膛线叶片,以引导进入前进入部分的水以漩涡状方式旋转。 设置在前进入部分附近的多个预旋转保护叶片还引起水的旋转并且用于提供防止物体进入前进入口部分的障碍物。 从护罩的外表面延伸的多个稳定器,其沿着电流方向定位前进入口部分。
    • 68. 发明申请
    • Method and system for optimization of controls
    • 控制优化的方法和系统
    • US20050256945A1
    • 2005-11-17
    • US10746806
    • 2003-12-24
    • Michael MartinJaisimha MuthegereTimothy SmithRobert Tulloh
    • Michael MartinJaisimha MuthegereTimothy SmithRobert Tulloh
    • G06F15/173H04L12/24
    • H04L41/147
    • A system and method can use statistical modeling of the way that an entire application environment is running. The output from the statistical models can be used by an optimization engine to provide an optimal or near optimal configuration and operation of the application environment for nearly any workloads and conditions. After constructing the statistical models, the operation can be entirely automated and not require human intervention. In another embodiment, some human intervention may be used or desired, particularly for non-reoccurring events (e.g., significant portion of a network for the application environment shut down due to a natural disaster). The system and method can be used to respond faster (closer to real time) and potentially to implement better control than would otherwise be possible with manual control. The system and method is particularly well suited for application environments that are in a nearly constant state of flux.
    • 系统和方法可以使用整个应用程序环境运行方式的统计建模。 统计模型的输出可以由优化引擎使用,为几乎任何工作负载和条件提供最佳或接近最优的应用环境配置和操作。 构建统计模型后,操作可以完全自动化,不需要人为干预。 在另一个实施例中,可以使用或期望一些人为干预,特别是对于非重复事件(例如,由于自然灾害而使应用环境关闭的网络的重要部分)。 该系统和方法可以用于响应更快(更接近实时)),并且潜在地实现比手动控制可能的更好的控制。 该系统和方法特别适用于处于几乎恒定的通量状态的应用环境。