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    • 1. 发明申请
    • Systems and methods for storing and handling drill cuttings
    • 用于存储和处理钻屑的系统和方法
    • US20050183574A1
    • 2005-08-25
    • US10875083
    • 2004-06-22
    • George BurnettColin CrabbDavid WoodKenneth SeyffertWilliam HerbenJames McIntosh
    • George BurnettColin CrabbDavid WoodKenneth SeyffertWilliam HerbenJames McIntosh
    • E21B21/06E21B41/00B01D45/12
    • B65G53/10B65G53/12B65G53/60B65G53/66B65G65/44E21B21/066
    • Vessels for selectively holding drilling cuttings material and methods employing such vessels; the vessels, in at least certain aspects, having a body with a hollow container with an interior space for receiving drilling cuttings material and from which the material may exit from the body; a first opening through which the material enters into the container; a second opening through which the material passes out from the container; and movement apparatus with a movement member within the container movable adjacent the second opening to facilitate passage of the material into the second opening; and in certain aspects, the vessels having moisture-content sensor apparatus on the body for sensing moisture content of material within a vessel; conduit apparatus for conducting drilling cuttings from the exit opening; valve apparatus for selectively controlling flow of material in the conduit apparatus; and a controller in communication with the moisture-content sensor apparatus and the valve apparatus for selectively controlling flow in the conduit apparatus.
    • 用于选择性地保持钻屑的船舶材料和使用这种船舶的方法; 在至少某些方面,容器具有具有中空容器的主体,该容器具有用于容纳钻屑材料的内部空间,材料可从该中空容器从体内排出; 第一开口,材料通过该第一开口进入容器; 第二开口,材料通过该第二开口从容器中排出; 以及移动装置,其具有在所述容器内的运动构件,其可移动地邻近所述第二开口,以便于所述材料进入所述第二开口; 并且在某些方面,容器在身体上具有含水分传感器装置,用于感测容器内材料的水分含量; 用于从出口进行钻削切割的导管装置; 阀装置,用于选择性地控制导管装置中材料的流动; 以及与所述含水量传感器装置和所述阀装置连通的控制器,用于选择性地控制所述导管装置中的流动。
    • 3. 发明申请
    • Drilled cuttings movement systems and methods
    • 钻凿运动系统和方法
    • US20050029015A1
    • 2005-02-10
    • US10764825
    • 2004-01-26
    • George BurnettDavid WoodKenneth SeyffertWilliam HerbenJames McIntosh
    • George BurnettDavid WoodKenneth SeyffertWilliam HerbenJames McIntosh
    • E21B21/06E21B7/12
    • E21B21/065E21B21/066
    • Methods for moving drilled cuttings, the methods, in certain aspects, using a cuttings processor with a rotating annular screen to separate fluid from drilled cuttings and/or such methods including conveying with air under positive pressure, drilled cuttings to flow conduit apparatus; applying air under positive pressure to the flow conduit apparatus to continuously move the drilled cuttings material therethrough; continuously moving the drilled cuttings material with the air under pressure to separation apparatus; with the separation apparatus continuously separating drilled cuttings from air; wherein, in certain aspects, the drilled cuttings are included in a low density slurry with drilling fluid, drilling mud, and/or oil and wherein, in certain aspects, the separation apparatus is a cyclone separator and the drilled cuttings moved into the cyclone separator are wet; and systems for effecting such methods.
    • 用于移动钻孔切屑的方法,在某些方面,使用具有旋转环形筛的切屑处理器以分离流体和钻孔切屑的方法和/或包括在正压力下的空气输送,钻井切屑到流道装置的方法, 在流动管道装置的正压下施加空气,以使所钻出的切屑材料继续移动; 将钻孔的切屑材料用压力的空气连续移动到分离装置; 分离设备将钻探的切屑与空气连续分离; 其中,在某些方面,所钻的切屑被包括在具有钻井液,钻井泥浆和/或油的低密度浆料中,并且其中在某些方面,所述分离装置是旋风分离器,并且所钻出的切屑移入旋风分离器 是湿的 以及实现这种方法的系统。
    • 5. 发明授权
    • Electro-mechanical actuator device and apparatus incorporating such device
    • 机电致动器装置和装有这种装置的装置
    • US09165734B2
    • 2015-10-20
    • US12302220
    • 2007-05-23
    • David WoodBelen Pilar Solano HermosillaMary Herbert
    • David WoodBelen Pilar Solano HermosillaMary Herbert
    • H01H35/00H01H37/00H01H37/72H01H37/74F03G7/06H01H61/02H01H61/00
    • H01H35/00F03G7/06H01H37/00H01H37/72H01H37/74H01H61/02H01H2061/008Y10T29/49155Y10T307/773Y10T307/786
    • A microgripper (2) comprises a pair of opposed actuator devices (4, 6) connected to an electronic control unit (8). Each actuator (4, 6) includes an actuator body 10 of transparent flexible epoxy based photoresist material forming a “hot” arm (12) and a “cold” arm (14) joined together at their ends, and an electrical heating element wire (18) is embedded in the “hot” arm (12). A gripper arm (32) extends from the substrate and has a gripping portion (34) such that the gripper portions of the two gripper arms (32) face each other. When electrical current is supplied to the heating element (18), electrical heating of the “hot” arm (12) occurs, as a result of which thermal expansion of the “hot” arm (12) causes its length to become greater than that of the “cold” arm (14). Because the “hot” and “cold” arms (12, 14) are joined together at their ends, the increased length of the “hot” arm (12) as a result of its thermal expansion causes the actuator bodies (10) to flex, as a result of which the gripper portions (34) of the gripper arms (32) move closer together.
    • 微型夹具(2)包括连接到电子控制单元(8)的一对相对的致动器装置(4,6)。 每个致动器(4,6)包括形成透明柔性环氧基光致抗蚀剂材料的致动器本体10,其形成在其端部处接合在一起的“热”臂(12)和“冷”臂(14),以及电加热元件线 18)嵌入在“热”臂(12)中。 夹持臂(32)从基板延伸并具有抓握部分(34),使得两个夹持臂(32)的夹持部分彼此面对。 当向加热元件(18)提供电流时,发生“热”臂(12)的电加热,由此“热”臂(12)的热膨胀导致其长度变大 的“冷”手臂(14)。 由于“热”和“冷”臂(12,14)在其端部连接在一起,所以由于其热膨胀而导致的“热”臂(12)的增加的长度导致致动器主体(10)弯曲 其结果是,夹持臂(32)的夹持部分(34)更靠近在一起。
    • 6. 发明申请
    • USER INTERFACE FOR MULTIPLE USERS
    • 用户界面多用户
    • US20120166966A1
    • 2012-06-28
    • US13280548
    • 2011-10-25
    • David WoodNick MetianuAmy MikolasyJoshua Aron Bass
    • David WoodNick MetianuAmy MikolasyJoshua Aron Bass
    • G06F3/048
    • G06F3/0485G06F3/0488
    • A multi-media device and accompanying method of use are described herein. The device includes a housing, a display that is integrated within the housing and a processor. The processor can be operable to cause a user interface for multiple users to be displayed on the display. The user interface can include a user indicator that selectively displays a representation of each user associated with the multi-media device and provides a selection mechanism that provides a way for a user to select a particular representation. The user interface can also include a scrolling mechanism. When activated, the scrolling mechanism can cause the user indicator to selectively display the representations of the users based on a manner in which the scrolling mechanism is activated.
    • 本文描述了多媒体设备和伴随的使用方法。 该装置包括壳体,集成在壳体内的显示器和处理器。 处理器可操作以使多个用户的用户界面显示在显示器上。 用户界面可以包括用户指示符,其选择性地显示与多媒体设备相关联的每个用户的表示,并提供为用户提供选择特定表示的选择机制。 用户界面还可以包括滚动机制。 当激活时,滚动机构可以使用户指示符基于滚动机构被激活的方式选择性地显示用户的表示。
    • 7. 发明申请
    • APPARATUS AND METHOD FOR CUTTING A PATHWAY
    • 切割路径的装置和方法
    • US20090172977A1
    • 2009-07-09
    • US12348834
    • 2009-01-05
    • David Wood
    • David Wood
    • E02F5/00E02F1/00E02F3/04
    • E02F1/00E02F3/04E02F5/00
    • A system and method is disclosed to cut a path in the ground with a path cutter. The path cutter includes a cutting edge to cut a path and loosen earth and a mull board angled such that any earth loosed by the mull board and the cutting edge is pushed towards the center of mull board. The width of the cut path is adjusted by an adjustment member attached to the cutting edge and the mull board. A first auger moves the earth, weeds, rocks and other material loosed by the cutting edge and the mull board to a front conveyor belt powered by a first orbit motor. The material on the first conveyor belt is transferred to a second conveyor belt by a second auger. The second conveyor belt is powered by a second orbit motor. The material on the second conveyor belt is discharged from the path cutter away from the cut path.
    • 公开了一种用路径切割机切割地面中的路径的系统和方法。 路径切割机包括切割路径并松开地面的切割边缘和成角度的刨花板,使得由刨花板和切割边缘松动的任何地面被推向刨花板的中心。 切割路径的宽度由附接到切割边缘和母板的调节构件调节。 第一个螺旋钻将地面,杂草,岩石和其他由切割边缘和刨花板松散的材料移动到由第一轨道电机驱动的前传送带。 第一传送带上的材料通过第二螺旋推运器传送到第二传送带。 第二输送带由第二轨道马达驱动。 第二传送带上的材料从路径切割器离开切割路径排出。
    • 8. 发明申请
    • HIGH-RATE PROXIMITY DETECTION WITH THE ABILITY TO PROVIDE NOTIFICATION
    • 具有提供通知能力的高速近距离检测
    • US20080045240A1
    • 2008-02-21
    • US11877985
    • 2007-10-24
    • Alan ColeSastry DuriVineet GuptaJonathan MunsonDavid Wood
    • Alan ColeSastry DuriVineet GuptaJonathan MunsonDavid Wood
    • H04Q7/22
    • H04W4/024G06Q30/02H04L67/04H04L67/18H04L67/306H04W4/14
    • Techniques are presented for identifying mobile devices within a coverage legion of a wireless station Positions for mobile devices, if any, within the coverage region are determined. It is then determined whether the positions are within one or more defined areas, called “notification areas” herein. Additionally, selected mobile devices within notification areas are sent messages. The selected mobile devices ale selected via certain criteria, including, for instance, campaign specifications and subscriber information A message can be sent to a mobile device if the subscriber corresponding to the mobile device has indicated an acceptance of a category of notifications for the message and for the publisher who is publishing the notifications. The category could be traffic conditions and the publisher could be a Department of transportation having responsibility for a particular freeway. These are two examples of multiple criteria for selecting mobile devices to which messages could be sent.
    • 呈现用于识别无线站的覆盖范围内的移动设备的技术确定覆盖区域内的移动设备(如果有的话)的位置。 然后确定位置是否在一个或多个限定区域内,这里称为“通知区域”。 此外,通知区域内的所选移动设备是发送消息。 所选择的移动设备通过特定标准选择,包括例如活动规范和用户信息。如果与移动设备相对应的用户已经表示接受消息的类别的通知,则消息可以被发送到移动设备,以及 对于发布通知的发布者。 该类别可能是交通条件,出版商可能是运输部门,负责特定的高速公路。 这些是用于选择可以发送消息的移动设备的多个标准的两个示例。