公开(公告)号：US08304715B2

公开(公告)日：2012-11-06

申请号：US12756015

申请日：2010-04-07

Applicant: Alexander Misharin ,  Roman Zubarev

Inventor： Alexander Misharin ,  Roman Zubarev

IPC: H01J49/00 ,  B01D59/44

CPC classification number: H01J49/38

Abstract: A measuring cell of an ICR mass spectrometer and a method of operating a measuring cell of the ICR mass spectrometer. The method and system trap ions in a first compartment of the ICR measuring cell by generating an electric potential well in the direction of the magnetic field with a minimum of the electric potential well located inside the first compartment. The method and system excite cyclotron motion of the ions trapped in the first compartment. The method and system transfer at least a part of the excited ions from the first compartment to a second compartment of the ICR measuring cell by displacement of a position of the minimum of the electric potential well from the first compartment to the second compartment. The ions are transferred by displacing the position of the minimum of the electric potential well from the first compartment to the second compartment preferably over a period of time equal to or longer than a characteristic period of ion oscillations along the direction of the magnetic field in the electric potential well. The method and system detect ion cyclotron motion of at least a part of the ions in the second compartment.

Abstract translation: ICR质谱仪的测量单元和操作ICR质谱仪的测量单元的方法。 该方法和系统通过在第一隔室内位于最小的电位下在磁场的方向上产生电位而在ICR测量池的第一隔室中捕获离子。 该方法和系统激发捕获在第一隔室中的离子的回旋加速器运动。 该方法和系统通过将最小电势井的位置从第一隔室移位到第二隔室，将激发的离子的至少一部分从第一隔室转移到ICR测量池的第二隔室。 通过将电位阱的最小值的位置从第一隔室移动到第二隔室，优选地在等于或长于沿着沿着磁场方向的离子振荡的特征周期的时间段 电势很好 该方法和系统检测第二隔室中至少一部分离子的离子回旋加速器运动。

公开(公告)号：US08291500B1

公开(公告)日：2012-10-16

申请号：US13434311

申请日：2012-03-29

Applicant: Hermes Bojaxhi ,  Joseph Drissel ,  Daniel Raygoza

Inventor： Hermes Bojaxhi ,  Joseph Drissel ,  Daniel Raygoza

IPC: H04L29/06

CPC classification number: H04L63/145 ,  G06F21/552 ,  H04L2463/144

Abstract: An automated malware analysis method is disclosed which can perform receiving a first universal resource locator identifying a first intermediate network node, accessing the first intermediate network node to retrieve a first malware artifact file, storing the malware artifact file in a data storage device, analyzing the malware artifact file to identify a second universal resource locator within the malware artifact file, and accessing a second intermediate network node to retrieve a second malware artifact file.

Abstract translation: 公开了一种自动化恶意软件分析方法，其可以执行接收标识第一中间网络节点的第一通用资源定位器，访问第一中间网络节点以检索第一恶意软件工件文件，将恶意软件工件文件存储在数据存储设备中， 恶意软件工件文件以识别恶意软件工件文件中的第二个通用资源定位符，以及访问第二个中间网络节点以检索第二个恶意软件工件文件。

公开(公告)号：US08275443B2

公开(公告)日：2012-09-25

申请号：US12457707

申请日：2009-06-18

Applicant: Andrew A. Goldenberg ,  Yi Yang ,  Liang Ma ,  John Trachenberg ,  Walter Kucharczyk ,  Masoom Haider ,  Marshall Stephen Sussman ,  Uri Lindner ,  Robert Anthonie Weersink

Inventor： Andrew A. Goldenberg ,  Yi Yang ,  Liang Ma ,  John Trachenberg ,  Walter Kucharczyk ,  Masoom Haider ,  Marshall Stephen Sussman ,  Uri Lindner ,  Robert Anthonie Weersink

IPC: A61B5/055

CPC classification number: G01R33/58 ,  A61B34/30 ,  A61B34/37 ,  A61B2017/00084 ,  A61B2017/00725 ,  A61B2018/2261 ,  A61B2034/107 ,  A61B2034/301 ,  A61B2090/374

Abstract: A medical robot for use inside an MRI includes a horizontal motion assembly, a vertical motion assembly and a controller. The horizontal motion assembly and the vertical assembly each includes a motion joint, an ultrasonic motor operably connected to the motion joint and an encoder operably connected to the ultrasonic motor. The motor and encoder are positioned proximate to the joint of the respective horizontal motion assembly and vertical motion assembly. Each motor has a cross section positioned in one of the axial and sagittal plane of the MRI. A medical instrument assembly is operably connectable to one of the moving joint of the vertical motion assembly. The controller is operably connected to the horizontal motion joint and the vertical motion joint and it is adapted to be powered off when the magnetic resonance imager is being used to collect images.

Abstract translation: 在MRI内使用的医疗机器人包括水平运动组件，垂直运动组件和控制器。 水平运动组件和垂直组件各自包括运动接头，可操作地连接到运动接头的超声波马达和可操作地连接到超声波马达的编码器。 马达和编码器位于相应的水平运动组件和垂直运动组件的接头附近。 每个电动机具有位于MRI的轴向和矢状平面之一中的横截面。 医疗器械组件可操作地连接到垂直运动组件的运动接头之一。 控制器可操作地连接到水平运动接头和垂直运动接头，并且当磁共振成像仪用于收集图像时，控制器适于断电。

公开(公告)号：US20120138311A1

公开(公告)日：2012-06-07

申请号：US13358265

申请日：2012-01-25

Applicant: Gregg W. Stout

Inventor： Gregg W. Stout

IPC: E21B34/06 ,  E21B34/00

CPC classification number: E21B43/26 ,  E21B34/10 ,  E21B43/14

Abstract: A single trip multizone time progressive well treating method and apparatus that provides a means to progressively stimulate individual zones through a cased or open hole well bore. The operator can use pre-set timing devices to progressively treat each zone up the hole. At each zone the system automatically opens a sliding sleeve and closes a frangible flapper, at a preselected point in time. An adjustable preset timing device is installed in each zone to allow preplanned continual frac operations for all zones. An optional “Stand-Down-Mode” can be integrated into the timing system so that if pumping stops the timers go into a sleep mode until the pumping resumes. The apparatus can consist of three major components: a packer, a timing pressure device, and a sliding sleeve/isolation device. The packer may be removed.

Abstract translation: 单次多次时间渐进井处理方法和装置，其通过套管井或露孔井提供逐渐刺激各个区域的手段。 操作员可以使用预先设定的定时装置逐渐将每个区域对准孔。 在每个区域，系统在预选的时间点自动打开滑动套筒并关闭易碎的挡板。 每个区域都安装一个可调节的预设定时装置，以便对所有区域进行预先计划的连续压裂操作。 定时系统可以集成可选的“下降模式”，以便如果泵停止定时器进入休眠模式，直到泵送恢复为止。 该设备可以由三个主要部件组成：封隔器，定时压力装置和滑动套筒/隔离装置。 封隔器可能被移除。

公开(公告)号：US08128332B2

公开(公告)日：2012-03-06

申请号：US12259248

申请日：2008-10-27

Applicant: Keith J. Orgeron

Inventor： Keith J. Orgeron

IPC: E21B19/15 ,  E21B19/00

CPC classification number: E21B19/155

Abstract: A system has a pipe handling apparatus with an arm moving between a first position and a second position, a derrick having a window through which the pipe handling system delivers a pipe to a well head, and a header mounted in the window of the derrick. The header receives the arm of the pipe handling system when the arm is in the second position. An outside surface of the header suitably fits within the window of the derrick. An inside surface of the derrick suitably receives the arm. The inside surface resists an upward motion and a sideways motion of the arm. The header has a body that has a head and legs.

Abstract translation: 一种系统具有管道处理装置，其臂在第一位置和第二位置之间移动，井架具有窗口，管道处理系统通过该窗口将管道输送到井口，以及安装在井架的窗口中的管道。 当臂处于第二位置时，接头接收管道处理系统的臂。 集管的外表面适合装配在井架的窗口内。 井架的内表面适当地接收臂。 内表面抵抗臂的向上运动和侧向运动。 头部有一个头部和腿部的身体。

公开(公告)号：US20110248159A1

公开(公告)日：2011-10-13

申请号：US12756015

申请日：2010-04-07

Applicant: Alexander MISHARIN ,  Roman Zubarev

Inventor： Alexander MISHARIN ,  Roman Zubarev

IPC: H01J49/34 ,  H01J49/02

CPC classification number: H01J49/38

Abstract: A measuring cell of an ICR mass spectrometer and a method of operating a measuring cell of the ICR mass spectrometer. The method and system trap ions in a first compartment of the ICR measuring cell by generating an electric potential well in the direction of the magnetic field with a minimum of the electric potential well located inside the first compartment. The method and system excite cyclotron motion of the ions trapped in the first compartment. The method and system transfer at least a part of the excited ions from the first compartment to a second compartment of the ICR measuring cell by displacement of a position of the minimum of the electric potential well from the first compartment to the second compartment. The ions are transferred by displacing the position of the minimum of the electric potential well from the first compartment to the second compartment preferably over a period of time equal to or longer than a characteristic period of ion oscillations along the direction of the magnetic field in the electric potential well. The method and system detect ion cyclotron motion of at least a part of the ions in the second compartment.

Abstract translation: ICR质谱仪的测量单元和操作ICR质谱仪的测量单元的方法。 该方法和系统通过在第一隔室内位于最小的电位下在磁场的方向上产生电位而在ICR测量池的第一隔室中捕获离子。 该方法和系统激发捕获在第一隔室中的离子的回旋加速器运动。 该方法和系统通过将最小电势井的位置从第一隔室移位到第二隔室，将激发的离子的至少一部分从第一隔室转移到ICR测量池的第二隔室。 通过将电位阱的最小值的位置从第一隔室移动到第二隔室，优选地在等于或长于沿着沿着磁场方向的离子振荡的特征周期的时间段 电势很好 该方法和系统检测第二隔室中至少一部分离子的离子回旋加速器运动。

公开(公告)号：US08024135B2

公开(公告)日：2011-09-20

申请号：US11104505

申请日：2005-04-13

Applicant: Hyo Sang Lee ,  Coorg R. Prasad

Inventor： Hyo Sang Lee ,  Coorg R. Prasad

IPC: G01N21/64

CPC classification number: G01N21/6456 ,  G01N21/3504 ,  G01N21/47 ,  G01N21/6408 ,  G01N21/645 ,  G01N2021/1793 ,  G01N2021/3513 ,  G01N2021/4709 ,  G01N2021/6463 ,  G01N2021/6495

Abstract: A system and method for detecting airborne agents. The system includes a semiconductor ultraviolet optical source configured to emit an ultraviolet light, a controller configured to generate a pseudo-random code for emission of the ultraviolet light modulated at the pseudo-random code, a telescope configured to focus the ultraviolet light to a distance from the source and to receive elastically backscattered signals and fluorescence signals from the distance, and a sensor configured to detect the elastically backscattered and fluorescence signals. The method generates a pseudo-random code and emits at least one wavelength of ultraviolet light modulated at the pseudo-random code, transmits the modulated ultraviolet light pulses to a distance from the source, receives elastically backscattered signals and fluorescence signals from the distance, and detects the elastically backscattered and fluorescence signals.

Abstract translation: 一种用于检测空气传播剂的系统和方法。 该系统包括被配置为发射紫外光的半导体紫外光源，被配置为产生用于发射以伪随机码调制的紫外光的伪随机码的控制器，配置成将紫外光聚焦到一定距离的望远镜 并且从该距离接收弹性背散射信号和荧光信号，以及被配置为检测弹性背散射和荧光信号的传感器。 该方法产生伪随机码并且发射以伪随机码调制的紫外光的至少一个波长，将经调制的紫外光脉冲发射到距离源一段距离，从该距离接收弹性反向散射信号和荧光信号，以及 检测弹性背散射和荧光信号。

公开(公告)号：US20110030942A1

公开(公告)日：2011-02-10

申请号：US12850572

申请日：2010-08-04

Applicant: Keith J. Orgeron

Inventor： Keith J. Orgeron

IPC: E21B19/14 ,  F16L3/23 ,  E21B19/16

CPC classification number: E21B19/155 ,  E21B19/20 ,  F16L1/19 ,  F16L1/23

Abstract: An active, smartpipe stand (apparatus and method) for feeding and receiving pipe in a horizontal orientation to and from a pipe handling apparatus has a first pipe-lifting mechanism, a second pipe-lifting mechanism, and a pipe-rotating mechanism positioned between the first and second pipe-lifting mechanisms. The bottom of the first pipe-lifting mechanism is connected to the skid of the pipe handling apparatus. The bottom of the second pipe-lifting mechanism is connected to the skid of the pipe handling apparatus. The bottom of the pipe-rotating mechanism is connected to the skid of the pipe handling apparatus. Individual tubulars are unloaded, prepared, staged and sequenced, assembled and presented for delivery from horizontal to vertical. The pipe stand is positioned under the boom of the pipe handling apparatus when the apparatus is in the first position. The pipe stand extends within the skid structure.

Abstract translation: 用于沿水平方向向管道处理设备供给和接收管道的主动式智能管支架（设备和方法）具有第一提升机构，第二提升机构和位于第二管道提升机构之间的管旋转机构 第一和第二升管机构。 第一提升机构的底部连接到管道处理装置的滑道。 第二提升机构的底部连接到管道处理装置的滑道。 管旋转机构的底部连接到管道处理装置的滑道。 单独的管子被卸载，准备，分期和排序，组装并呈现以从水平到垂直传送。 当装置处于第一位置时，管架位于管道处理装置的悬臂下方。 管架在滑道结构内延伸。

公开(公告)号：US07600592B2

公开(公告)日：2009-10-13

申请号：US11498981

申请日：2006-08-04

Applicant: Andrew A. Goldenberg ,  Jun Lin

Inventor： Andrew A. Goldenberg ,  Jun Lin

IPC: B62D55/02

CPC classification number: B62D55/075 ,  B62D55/10 ,  B62D55/12 ,  B62D55/14

Abstract: A variable configuration articulated tracked vehicle comprises a chassis, a pair of right and left drive pulleys, a right and left planetary wheel, a right and left track, a right and left arm mechanism, and a right and left drive motor. The drive pulleys are rotatably attached to the chassis and each pair of drive pulleys is in the same plane. The planetary wheels are movable relative to the chassis such that each planetary wheel is in the same plane as its respective drive pulleys. The tracks extend around the pair of drive pulleys and the planetary wheel on the respective sides. The arm mechanisms connect the respective planetary wheel to the chassis. Each arm mechanism is rotatably attached to the chassis with a cam. The cam defines a motion path of one end of the arm whereby the motion of the planetary wheel provides a path for the planetary wheel such that the track path defined by the respective drive pulleys and the planetary wheel is a constant track length. The motors are each operably connected to the respective pair of drive pulleys for driving the track.

Abstract translation: 可变配置的铰接跟踪车辆包括底架，左右一对驱动滑轮，左右行星轮，左右轨道，右侧和左侧臂机构以及左右驱动马达。 驱动滑轮可旋转地附接到底盘，并且每对驱动滑轮在同一平面内。 行星轮相对于底盘可移动，使得每个行星轮与其相应的驱动滑轮处于同一平面。 轨道围绕该对驱动滑轮和相应侧面上的行星轮延伸。 臂机构将相应的行星轮连接到底盘。 每个臂机构用凸轮可旋转地附接到底盘。 凸轮限定臂的一端的运动路径，由此行星轮的运动为行星轮提供路径，使得由相应的驱动滑轮和行星轮限定的轨道路径是恒定的轨道长度。 电动机各自可操作地连接到相应的一对驱动滑轮，用于驱动轨道。

公开(公告)号：US20090152458A1

公开(公告)日：2009-06-18

申请号：US11959006

申请日：2007-12-18

Applicant: Andrey Vilkov ,  Vladimir M. Doroshenko

Inventor： Andrey Vilkov ,  Vladimir M. Doroshenko

IPC: B01D59/44

CPC classification number: H01J49/0045

Abstract: A method for fragmentation of analyte ions for mass spectroscopy and a system for mass spectroscopy. The method produces gas-phase analyte ions, produces gas-phase radical species separately from the analyte ions, and mixes the gas-phase analyte ions and the radical species at substantially atmospheric pressure conditions to produce fragment ions prior to introduction into a mass spectrometer. The system includes a gas-phase analyte ion source, a gas-phase radical species source separate from the gas-phase analyte ion source, a mixing region where the gas-phase analyte ions and the radical species are mixed at substantially atmospheric pressure to produce fragment ions of the analyte ions, a mass spectrometer having an entrance where at least a portion of the fragment ions are introduced into a vacuum of the mass spectrometer, and a detector in the mass spectrometer which determines a mass to charge ratio analysis of the fragment ions.

Abstract translation: 用于质谱分析的分析物离子的碎裂方法和用于质谱的系统。 该方法产生气相分析物离子，与分析物离子分开产生气相自由基物质，并在基本上大气压条件下将气相分析物离子和自由基物质混合，以便在引入质谱仪之前产生碎片离子。 该系统包括气相分析物离子源，与气相分析物离子源分离的气相自由基物质源，气相分析物离子和自由基物质在大气压下混合以产生 分析物离子的碎片离子，具有入口的质谱仪，其中至少一部分碎片离子被引入质谱仪的真空中;以及质谱仪中的检测器，其确定片段的质荷比分析 离子。