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1.发明申请公开(公告)号：US20110213255A1
公开(公告)日：2011-09-01
申请号：US13036878
申请日：2011-02-28
申请人： Simon E. Finburgh , Ronald J. Vidischak , Anthony T. Butler , Christopher M. Jones , David L. Eshbaugh , Stuart Karten , Steve Piorek
发明人： Simon E. Finburgh , Ronald J. Vidischak , Anthony T. Butler , Christopher M. Jones , David L. Eshbaugh , Stuart Karten , Steve Piorek
IPC分类号： A61B5/022
CPC分类号： A61B5/021 , A61B5/02028 , A61B5/681 , A61B5/6833 , A61B8/4272
摘要： Improved apparatus and methods for non-invasively assessing one or more hemodynamic parameters associated with the circulatory system of a living organism. In one aspect, the invention comprises apparatus adapted to accurately place and maintain a sensor (e.g., tonometric pressure sensor) with respect to the anatomy of the subject, including an alignment apparatus which is separable from an adjustable fixture. The apparatus moveably captures the sensor to, inter alia, facilitate-coupling thereof to an actuator used to position the sensor during measurements. In a second aspect, improved sensor apparatus is disclosed adapted to minimize the effects of shear during sensor movement and monitoring as well as maximize the lateral and proximal search area available to the sensor within the apparatus. Methods for positioning the alignment apparatus and sensor are also disclosed.
摘要翻译： 用于非侵入性评估与生物体的循环系统相关的一个或多个血液动力学参数的改进的装置和方法。 在一个方面，本发明包括适于相对于对象的解剖结构精确地放置和维持传感器（例如，压力测量压力传感器）的装置，包括可调节固定装置的对准装置。 该装置可移动地捕获传感器，尤其是便于将其耦合到用于在测量期间定位传感器的致动器。 在第二方面，公开了一种改进的传感器装置，其适于在传感器移动和监测期间最小化剪切的影响，并且使设备内的传感器可用的横向和近侧搜索区域最大化。 还公开了用于定位对准装置和传感器的方法。
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2.发明申请公开(公告)号：US20080021334A1
公开(公告)日：2008-01-24
申请号：US11489908
申请日：2006-07-19
申请人： Simon E. Finburgh , Ronald J. Vidischak , Anthony T. Butler , Christopher M. Jones , David L. Eshbaugh , Stuart Karten , Steve Piorek
发明人： Simon E. Finburgh , Ronald J. Vidischak , Anthony T. Butler , Christopher M. Jones , David L. Eshbaugh , Stuart Karten , Steve Piorek
IPC分类号： A61B5/02
CPC分类号： A61B5/021 , A61B5/02028 , A61B5/681 , A61B5/6833 , A61B8/4272
摘要： Improved apparatus and methods for non-invasively assessing one or more hemodynamic parameters associated with the circulatory system of a living organism. In one aspect, the invention comprises apparatus adapted to accurately place and maintain a sensor (e.g., tonometric pressure sensor) with respect to the anatomy of the subject, including an alignment apparatus which is separable from an adjustable fixture. The apparatus moveably captures the sensor to, inter alia, facilitate coupling thereof to an actuator used to position the sensor during measurements. In a second aspect, improved sensor apparatus is disclosed adapted to minimize the effects of shear during sensor movement and monitoring as well as maximize the lateral and proximal search area available to the sensor within the apparatus. Methods for positioning the alignment apparatus and sensor are also disclosed.
摘要翻译： 用于非侵入性评估与生物体的循环系统相关的一个或多个血液动力学参数的改进的装置和方法。 在一个方面，本发明包括适于相对于对象的解剖结构精确地放置和维持传感器（例如，压力测量压力传感器）的装置，包括可调节固定装置的对准装置。 该装置可移动地捕获传感器，尤其是便于将其耦合到用于在测量期间定位传感器的致动器。 在第二方面，公开了一种改进的传感器装置，其适于在传感器移动和监测期间最小化剪切的影响，并且使设备内的传感器可用的横向和近侧搜索区域最大化。 还公开了用于定位对准装置和传感器的方法。
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3.发明申请METHODS FOR MONITORING THE FORMATION AND TRANSPORT OF A FRACTURING FLUID USING OPTICOANALYTICAL DEVICES 有权使用OPTICOANALYTICAL DEVICES监测破裂液的形成和运输的方法公开(公告)号：US20130031970A1
公开(公告)日：2013-02-07
申请号：US13198972
申请日：2011-08-05
申请人： Robert P. Freese , Christopher M. Jones , Michael T. Pelletier , Rory D. Daussin , David M. Loveless , Johanna Haggstrom
发明人： Robert P. Freese , Christopher M. Jones , Michael T. Pelletier , Rory D. Daussin , David M. Loveless , Johanna Haggstrom
IPC分类号： E21B47/10
摘要： In or near real-time monitoring of fluids can take place using an opticoanalytical device that is configured for monitoring the fluid. Fluids can be monitored prior to or during their introduction into a subterranean formation using the opticoanalytical devices. Produced fluids from a subterranean formation can be monitored in a like manner. The methods can comprise providing at least one fracturing fluid component; combining the at least one fracturing fluid component with a base fluid to form a fracturing fluid; and monitoring a characteristic of the fracturing fluid using a first opticoanalytical device that is in optical communication with a flow pathway for transporting the fracturing fluid.
摘要翻译： 可以使用配置用于监测流体的光学分析装置来进行或接近实时监测流体。 可以使用光学分析装置在将其引入地下地层之前或期间监测流体。 可以以类似的方式监测来自地下地层的液体。 该方法可以包括提供至少一个压裂流体组分; 将所述至少一个压裂流体组分与基础流体组合以形成压裂流体; 以及使用与用于输送压裂液的流动路径光学连通的第一光学分析装置来监测压裂液的特性。
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公开(公告)号：US20120250017A1
公开(公告)日：2012-10-04
申请号：US13147478
申请日：2009-12-23
CPC分类号： G01N21/31 , E21B49/088 , G01J3/021 , G01J3/4532 , G01J3/4535 , G01J2003/4534 , G01N21/33 , G01N21/35 , G01N21/3577 , G01N2021/3595
摘要： Various systems and methods for performing optical analysis downhole with an interferogram (a light beam having frequency components with a time variation that identifies those frequency components. The interferogram is produced by introducing an interferometer into the light path, with the two arms of the interferometer having a propagation time difference that varies as a function of time. Before or after the interferometer, the light encounters a material to be analyzed, such as a fluid sample from the formation, a borehole fluid sample, a core sample, or a portion of the borehole wall. The spectral characteristics of the material are imprinted on the light beam and can be readily analyzed by processing electronics that perform a Fourier Transform to obtain the spectrum or that enable a comparison with one or more templates. An interferometer designed to perform well in the hostile environments downhole is expected to enable laboratory-quality measurements.
摘要翻译： 用干涉图进行井下光学分析的各种系统和方法（具有识别那些频率分量的具有时间变化的频率分量的光束）通过将干涉仪引入光路而产生干涉图，干涉仪的两个臂具有 传播时间差随时间而变化在干涉仪之前或之后，光线遇到要分析的材料，例如来自地层的流体样品，井眼流体样品，核心样品或一部分 材料的光谱特性被印在光束上，并且可以通过进行傅里叶变换的处理电子装置容易地进行分析，以获得光谱或使得能够与一个或多个模板进行比较。 预计井下敌对环境将能够实现实验室质量测量。
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公开(公告)号：US20120232707A1
公开(公告)日：2012-09-13
申请号：US13386369
申请日：2009-08-14
IPC分类号： G05D7/06
CPC分类号： G01N21/31 , G01N21/274 , G01N21/85 , G01N2201/1293
摘要： Apparatus, systems, and methods may operate to discharge a plurality of spike fluids into a fluid flowing in a flow channel, transmit energy to the fluid using an energy source coupled to the flow channel, receive the energy modified by the fluid as photometric energy, convert the photometric energy to at least one photometric signal, compare the at least one photometric signal with a reference signal to determine at least one photometric property of the fluid, and determine at least one component of the fluid using the at least one photometric property supplied to a generalized standard addition method (GSAM). Additional apparatus, systems, and methods, including the use of multivariate curve resolution (MCR) to refine GSAM results, are disclosed.
摘要翻译： 装置，系统和方法可以操作以将多个尖峰流体排放到在流动通道中流动的流体中，使用耦合到流动通道的能量源将能量传递到流体，接收由流体改变的能量作为光度能量， 将所述光度能量转换为至少一个光度信号，将所述至少一个光度信号与参考信号进行比较以确定所述流体的至少一个光度特性，并且使用所提供的所述至少一个光度特性确定所述流体的至少一个分量 到广义标准加法（GSAM）。 公开了包括使用多变量曲线分辨率（MCR）来改进GSAM结果的附加装置，系统和方法。
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公开(公告)号：US20120160018A1
公开(公告)日：2012-06-28
申请号：US13408655
申请日：2012-02-29
CPC分类号： G01N33/24 , G01N15/0806 , G01N15/088 , G01N33/241
摘要： Embodiments of the present invention relate to a method to determine formation measurements, the method comprising placing a sample in a reservoir, removing aliquots from the reservoir containing the sample or continuously monitoring the reservoir or headspace as the sample and reservoir equilibrate and analyzing the aliquots or readings sufficient to provide diffusion measurements.
摘要翻译： 本发明的实施例涉及一种确定地层测量的方法，该方法包括将样品放置在储存器中，从含有样品的储存器中取出等分试样，或者当样品和储存器平衡并分析等分试样或连续监测储存器或顶空 读数足以提供扩散测量。
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7.发明授权System for predicting changes in a drilling event during wellbore drilling prior to the occurrence of the event 有权在事件发生之前，在井眼钻井期间预测钻井事件变化的系统公开(公告)号：US07762131B2
公开(公告)日：2010-07-27
申请号：US11960621
申请日：2007-12-19
申请人： Emad B. Ibrahim , Louis W. Elrod , Christopher M. Jones , Sara Shayegi , Timothy O. Wiemers , Roger L. Schultz , Craig Godfrey
发明人： Emad B. Ibrahim , Louis W. Elrod , Christopher M. Jones , Sara Shayegi , Timothy O. Wiemers , Roger L. Schultz , Craig Godfrey
IPC分类号： E21B47/08
CPC分类号： E21B49/005 , G01N33/2823
摘要： A system for drilling a wellbore includes a prediction unit operable to predict a change in a drilling event while the wellbore is being drilled and prior to the drilling event change occurring. The prediction unit monitors surface and downhole data and well inflows to predict drilling events. The prediction unit may activate alarms for predefined drilling conditions, such as a kick alarm to provide an early warning of a dangerous influx of formation fluids into the wellbore.
摘要翻译： 用于钻井井的系统包括预测单元，其可操作以在钻井期间以及在钻井事件改变发生之前预测钻井事件的变化。 预测单元监测地表和井下数据和井涌入以预测钻井事件。 预测单元可以激活用于预定钻井条件的报警，例如踢击报警，以提供对地层流体进入井眼的危险的涌入的预警。
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8.发明授权Method and system for reservoir characterization in connection with drilling operations 有权与钻井作业相关的储层特征的方法和系统公开(公告)号：US07337660B2
公开(公告)日：2008-03-04
申请号：US10844725
申请日：2004-05-12
CPC分类号： E21B49/005 , G01N33/2823
摘要： A method for analyzing reservoir fluids in connection with a drilling operation includes determining composition and isotopes of injection fluids injected into a wellbore during a drilling operation and production fluids recovered from the wellbore during the drilling operation. Reservoir fluids from a reservoir intersected by the wellbore are characterized based on the composition and isotopes of the injection fluid and of the production fluid.
摘要翻译： 用于分析与钻井操作有关的储层流体的方法包括确定在钻井操作期间注入到井眼中的注入流体的组成和同位素以及在钻井操作期间从井眼回收的生产流体。 基于井筒相交的储层的储层流体的特征在于注入流体和生产流体的组成和同位素。
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公开(公告)号：US20200051382A1
公开(公告)日：2020-02-13
申请号：US16597815
申请日：2019-10-09
申请人： Christopher M. Jones
发明人： Christopher M. Jones
摘要： A geographically based lottery game is described where prizes are allocated based on the geographic location or residence of the lottery player. The lottery terminal determines the player's residence and sets parameters for the lottery ticket, such as the count of symbols to be picked and the range of the symbols. Prizes are then awarded within the geographic area.
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公开(公告)号：US10221686B2
公开(公告)日：2019-03-05
申请号：US14344842
申请日：2011-09-13
摘要： Interaction of adsorbing chemicals with a downhole tool presents inaccuracies in the adsorbing chemical measurement and analysis. The principles of the present disclosure provide a method and system of sampling fluids including an adsorbing chemical in a subterranean reservoir. One method may include modeling an interaction between the adsorbing chemical and a downhole tool, applying the model to a measurement of the adsorbing chemical, and adjusting the measurement in response to applying the model.
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