-
公开(公告)号：US07605712B2
公开(公告)日：2009-10-20
申请号：US12053794
申请日：2008-03-24
Applicant: Michael Twerdochlib , David Bateman
Inventor： Michael Twerdochlib , David Bateman
CPC classification number: F01D21/003 , F01D17/02 , F05D2270/11 , F05D2270/303
Abstract: A generator monitoring system and method includes a plurality of sensors (12) disposed within a generator enclosure (18) to sense health conditions of a generator (10) housed within the enclosure. The sensors are interconnected to provide a single communication path (14) for allowing communication with the plurality of sensors. A monitoring device (16) outside the generator enclosure receives health condition information from each of the plurality of sensors via the single communication path. A sensor may be disposed within the generator enclosure to detect particulates emitted from a monitored portion (e.g., 52) of the generator housed within the enclosure. A sensor may be disposed proximate a bus bar connection (130) of the generator to sense a health condition of the bus bar connection and generate corresponding health condition information provided to the monitoring device.
Abstract translation: 发电机监控系统和方法包括设置在发电机外壳（18）内的多个传感器（12），用于感测容纳在外壳内的发电机（10）的健康状况。 传感器互连以提供用于允许与多个传感器通信的单个通信路径（14）。 发电机壳体外部的监测装置（16）经由单个通信路径从多个传感器中的每一个接收健康状况信息。 传感器可以设置在发电机外壳内以检测从容纳在外壳内的发电机的被监测部分（例如52）发射的微粒。 传感器可以设置在发生器的母线连接（130）附近，以感测母线连接的健康状况，并产生提供给监控装置的相应健康状况信息。
-
公开(公告)号：US07604399B2
公开(公告)日：2009-10-20
申请号：US11809299
申请日：2007-05-31
Applicant: Michael Twerdochlib , Evangelos V. Diatzikis , Edward D. Thompson , David Bateman
Inventor： Michael Twerdochlib , Evangelos V. Diatzikis , Edward D. Thompson , David Bateman
CPC classification number: G01J5/08 , G01J5/047 , G01J5/06 , G01J5/0831 , G01J5/084 , G01J5/089 , G01J5/0893 , G01R31/086
Abstract: A temperature monitor for monitoring plural locations on an electrical bus structure. The temperature monitor includes an infrared sensor for receiving infrared energy from a plurality of discrete predetermined locations on the bus structure, a first member defining a stationary first mask, a second member defining a rotating second mask, and a drive member driving the second member in rotation relative to the first member. Rotation of the second member relative to the first member defines an aperture translated across the first mask member to provide a moving line-of-sight that extends from the sensor and that scans to each of the discrete predetermined locations on the bus structure.
Abstract translation: 一种用于监测电气总线结构上的多个位置的温度监视器。 温度监视器包括用于从总线结构上的多个离散预定位置接收红外能量的红外传感器，限定固定第一掩模的第一构件，限定旋转第二掩模的第二构件和驱动第二构件的驱动构件 相对于第一构件的旋转。 第二构件相对于第一构件的旋转限定了穿过第一掩模构件平移的孔，以提供从传感器延伸并且扫描到总线结构上的每个离散的预定位置的移动视线。
-
公开(公告)号：US07369057B2
公开(公告)日：2008-05-06
申请号：US11197242
申请日：2005-08-04
Applicant: Michael Twerdochlib , David Bateman
Inventor： Michael Twerdochlib , David Bateman
CPC classification number: F01D21/003 , F01D17/02 , F05D2270/11 , F05D2270/303
Abstract: A generator monitoring system and method includes a plurality of sensors (12) disposed within a generator enclosure (18) to sense health conditions of a generator (10) housed within the enclosure. The sensors are interconnected to provide a single communication path (14) for allowing communication with the plurality of sensors. A monitoring device (16) outside the generator enclosure receives health condition information from each of the plurality of sensors via the single communication path. A sensor may be disposed within the generator enclosure to detect particulates emitted from a monitored portion (e.g., 52) of the generator housed within the enclosure. A sensor may be disposed proximate a bus bar connection (130) of the generator to sense a health condition of the bus bar connection and generate corresponding health condition information provided to the monitoring device.
Abstract translation: 发电机监控系统和方法包括设置在发电机外壳（18）内的多个传感器（12），用于感测容纳在外壳内的发电机（10）的健康状况。 传感器互连以提供用于允许与多个传感器通信的单个通信路径（14）。 发电机壳体外部的监测装置（16）经由单个通信路径从多个传感器中的每一个接收健康状况信息。 传感器可以设置在发电机外壳内以检测从容纳在外壳内的发电机的被监测部分（例如52）发射的微粒。 传感器可以设置在发生器的母线连接（130）附近，以感测母线连接的健康状况，并产生提供给监控装置的相应健康状况信息。
-
公开(公告)号：US20070063859A1
公开(公告)日：2007-03-22
申请号：US11197242
申请日：2005-08-04
Applicant: Michael Twerdochlib , David Bateman
Inventor： Michael Twerdochlib , David Bateman
IPC: G08B21/00
CPC classification number: F01D21/003 , F01D17/02 , F05D2270/11 , F05D2270/303
Abstract: A generator monitoring system and method includes a plurality of sensors (12) disposed within a generator enclosure (18) to sense health conditions of a generator (10) housed within the enclosure. The sensors are interconnected to provide a single communication path (14) for allowing communication with the plurality of sensors. A monitoring device (16) outside the generator enclosure receives health condition information from each of the plurality of sensors via the single communication path. A sensor may be disposed within the generator enclosure to detect particulates emitted from a monitored portion (e.g., 52) of the generator housed within the enclosure. A sensor may be disposed proximate a bus bar connection (130) of the generator to sense a health condition of the bus bar connection and generate corresponding health condition information provided to the monitoring device.
Abstract translation: 发电机监控系统和方法包括设置在发电机外壳（18）内的多个传感器（12），用于感测容纳在外壳内的发电机（10）的健康状况。 传感器互连以提供用于允许与多个传感器通信的单个通信路径（14）。 发电机壳体外部的监测装置（16）经由单个通信路径从多个传感器中的每一个接收健康状况信息。 传感器可以设置在发电机外壳内以检测从容纳在外壳内的发电机的被监测部分（例如52）发射的微粒。 传感器可以设置在发生器的母线连接（130）附近，以感测母线连接的健康状况，并产生提供给监控装置的相应健康状况信息。
-
公开(公告)号：US20080298428A1
公开(公告)日：2008-12-04
申请号：US11809299
申请日：2007-05-31
Applicant: Michael Twerdochlib , Evangelos V. Diatzikis , Edward D. Thompson , David Bateman
Inventor： Michael Twerdochlib , Evangelos V. Diatzikis , Edward D. Thompson , David Bateman
IPC: G01J5/00
CPC classification number: G01J5/08 , G01J5/047 , G01J5/06 , G01J5/0831 , G01J5/084 , G01J5/089 , G01J5/0893 , G01R31/086
Abstract: A temperature monitor for monitoring plural locations on an electrical bus structure. The temperature monitor includes an infrared sensor for receiving infrared energy from a plurality of discrete predetermined locations on the bus structure, a first member defining a stationary first mask, a second member defining a rotating second mask, and a drive member driving the second member in rotation relative to the first member. Rotation of the second member relative to the first member defines an aperture translated across the first mask member to provide a moving line-of-sight that extends from the sensor and that scans to each of the discrete predetermined locations on the bus structure.
Abstract translation: 一种用于监测电气总线结构上的多个位置的温度监视器。 温度监视器包括用于从总线结构上的多个离散预定位置接收红外能量的红外传感器，限定固定第一掩模的第一构件，限定旋转第二掩模的第二构件和驱动第二构件的驱动构件 相对于第一构件的旋转。 第二构件相对于第一构件的旋转限定了穿过第一掩模构件平移的孔，以提供从传感器延伸并且扫描到总线结构上的每个离散的预定位置的移动视线。
-
Patent Agency Ranking
公开(公告)号：US20080191891A1
公开(公告)日：2008-08-14
申请号：US12053794
申请日：2008-03-24
Applicant: Michael Twerdochlib , David Bateman
Inventor： Michael Twerdochlib , David Bateman
IPC: G08B21/00
CPC classification number: F01D21/003 , F01D17/02 , F05D2270/11 , F05D2270/303
Abstract: A generator monitoring system and method includes a plurality of sensors (12) disposed within a generator enclosure (18) to sense health conditions of a generator (10) housed within the enclosure. The sensors are interconnected to provide a single communication path (14) for allowing communication with the plurality of sensors. A monitoring device (16) outside the generator enclosure receives health condition information from each of the plurality of sensors via the single communication path. A sensor may be disposed within the generator enclosure to detect particulates emitted from a monitored portion (e.g., 52) of the generator housed within the enclosure. A sensor may be disposed proximate a bus bar connection (130) of the generator to sense a health condition of the bus bar connection and generate corresponding health condition information provided to the monitoring device.
Abstract translation: 发电机监控系统和方法包括设置在发电机外壳（18）内的多个传感器（12），用于感测容纳在外壳内的发电机（10）的健康状况。 传感器互连以提供用于允许与多个传感器通信的单个通信路径（14）。 发电机壳体外部的监测装置（16）经由单个通信路径从多个传感器中的每一个接收健康状况信息。 传感器可以设置在发电机外壳内以检测从容纳在外壳内的发电机的被监测部分（例如52）发射的微粒。 传感器可以设置在发生器的母线连接（130）附近，以感测母线连接的健康状况，并产生提供给监控装置的相应健康状况信息。
-
公开(公告)号：US06949922B2
公开(公告)日：2005-09-27
申请号：US10320791
申请日：2002-12-16
Applicant: Michael Twerdochlib , David Bateman
Inventor： Michael Twerdochlib , David Bateman
CPC classification number: G01B7/14 , F01D21/003 , F05D2270/305
Abstract: A system (90) for measuring the gap (16) between a rotating blade (14) and a stationary component (12) of a turbo-machine, including an eddy current coil (30) and an eddy current tester (91). The eddy current tester may excite the coil in a pulsed eddy current testing mode. The coil is positioned in a stationary portion (12) of a turbo-machine traversed by a rotating blade and the eddy current tester is coupled to the eddy current coil to provide an indication responsive to a distance between the blade and the stationary portion as the blade traverses the position. The coil may be mounted in a frangible ceramic pill (70) movably disposed in a housing (74). The coil is positioned near the turbine blade, the coil is excited with a voltage step function (120), and the response (122) of the coil to the step function is detected and processed to determine the proximity of the blade.
Abstract translation: 一种用于测量包括涡流线圈（30）和涡流测试器（91）的涡轮机的旋转叶片（14）和固定部件（12）之间的间隙（16）的系统（90）。 涡流测试仪可以以脉冲涡流测试模式激励线圈。 线圈定位在由旋转叶片横穿的涡轮机的静止部分（12）中，并且涡流测试器耦合到涡流线圈以提供响应于叶片和固定部分之间的距离的指示，因为 刀片穿过位置。 线圈可以安装在可移动地设置在壳体（74）中的易碎陶瓷片（70）中。 线圈位于涡轮机叶片附近，用电压阶跃函数（120）激励线圈，并检测并处理线圈对步进功能的响应（122）以确定叶片的接近度。
-
8.发明授权Digital network quality control system utilizing feedback controlled flexible waveform shape for the carrier signal 有权数字网络质量控制系统利用反馈控制灵活的波形形状为载波信号公开(公告)号：US08630815B2
公开(公告)日：2014-01-14
申请号：US12489727
申请日：2009-06-23
Applicant: Edward D. Thompson , David Bateman , Matt Bush
Inventor： Edward D. Thompson , David Bateman , Matt Bush
IPC: G01R13/00
CPC classification number: H04L1/0002 , H04L1/20 , H04L2001/0094
Abstract: A digital network quality control system and method utilizing feedback controlled flexible waveform shape for the carrier signal is provided. The system and method provides self-analysis and feedback to a variable waveform to increase network reliability and speed by modifying the shape of the waveform itself based on a self analysis of the waveform.
Abstract translation: 提供了一种利用反馈控制灵活波形形状的载波信号的数字网络质量控制系统和方法。 该系统和方法通过基于波形的自我分析来改变波形本身的形状，从而为可变波形提供自我分析和反馈以增加网络的可靠性和速度。
-
公开(公告)号：US07340178B2
公开(公告)日：2008-03-04
申请号：US10504009
申请日：2003-01-13
Applicant: Patrick Labbe , Jean-Noel Patillon , David Bateman , Eric Toussaere
Inventor： Patrick Labbe , Jean-Noel Patillon , David Bateman , Eric Toussaere
IPC: H04B10/00
CPC classification number: G02F1/065 , G02F1/0356 , H04B10/25752
Abstract: A detector or a modulator for converting between optical and radio frequency signals comprising an optical guide (11 to 14) for propagating two optical signal components having frequencies that differ by an amount corresponding to a radio frequency and a microstrip radio signal guide (15, 16) for propagating a radio signal at the radio frequency, the microstrip radio signal guide being in travelling-wave coupling with an interaction one (14) of the optical guide comprising material in which interaction between the optical signal components and the radio signal occur. The microstrip radio signal guide element (15, 16) comprises an electrically conductive strip (15) juxtaposed with and extending along the interaction zone (14) on one side thereof and an electrically conductive ground plane (16) juxtaposed with and extending along the interaction zone (14) on an opposite side thereof. Transition radio signal guide elements (20,21) in the form of Vivaldi antennas extending transversely to the microstrip (15) connect the microstrip radio signal guide element (15,16) with a rectangular section wave-guide (18) and a matched load. Each of the transition radio signal guide elements (20, 21) comprises an opening of progressively varying width formed in the electrically conductive ground plane of the microstrip guide (16). Radio frequency signal resonators (24 to 27) extend the ends of the microstrip (15) and the small ends of the Vivaldi antennas.
Abstract translation: 一种用于在光学和射频信号之间转换的检测器或调制器，包括用于传播具有与射频相应的频率不同的频率的两个光信号分量的光导体（11〜14）和微带无线电信号引导件（15,16 ），用于以射频传播无线电信号，所述微带无线电信号引导件与所述光导体的相互作用一（14）进行行波耦合，所述相互作用单元包括在所述光信号分量和所述无线电信号之间发生相互作用的材料。 微带无线电信号引导元件（15,16）包括一个导电条（15），该导电条（15）在其一侧上与相互作用区（14）并置并延伸，并且导电接地平面（16）与相互作用并置并延伸 区域（14）。 以横向于微带线（15）延伸的Vivaldi天线形式的过渡无线电信号引导元件（20,21）将微带无线电信号引导元件（15,16）与矩形截面波导（18）和匹配负载 。 每个过渡无线电信号引导元件（20,21）包括在微带引导件（16）的导电接地平面中形成的逐渐变化的宽度的开口。 射频信号谐振器（24至27）延伸微带（15）的端部和Vivaldi天线的小端。
-
公开(公告)号：US20060045172A1
公开(公告)日：2006-03-02
申请号：US11217773
申请日：2005-09-01
Applicant: Veronique Buzenac-Settineri , David Bateman , Marc Bernard De Courville , Mohamed Kamoun , Pierre Duhamel
Inventor： Veronique Buzenac-Settineri , David Bateman , Marc Bernard De Courville , Mohamed Kamoun , Pierre Duhamel
Abstract: A receiver (103) for receiving an Ultra Wide Band (UWB) signal comprises a receiver front end (105) coupled to symbol point correlators (107). The symbol point correlators (107) comprise a first plurality of correlators which generates correlated signal values around a first symbol decision point of a first symbol by correlating the received UWB signal with a local replica. The first plurality of correlators are time offset with respect to each other to generate first time offset correlated signal values. The time offsets are typically significantly less than the timing jitter of transmit and receive oscillators. The symbol point correlators (107) are coupled to a joint estimator (109) which determines a symbol value of the first symbol in response to the first time offset correlated signal values by joint detection of the symbol value and a time offset of the UWB signal. The invention may effectively reduce time jitter noise to a value determined by the relative time offset between the correlators.
Abstract translation: 用于接收超宽带（UWB）信号的接收机（103）包括耦合到符号点相关器（107）的接收机前端（105）。 符号点相关器（107）包括第一多个相关器，其通过将接收的UWB信号与本地副本相关联来产生围绕第一符号的第一符号判定点的相关信号值。 第一多个相关器相对于彼此是时间偏移量，以产生第一时间偏移相关信号值。 时间偏移通常明显小于发射和接收振荡器的定时抖动。 符号点相关器（107）耦合到联合估计器（109），联合估计器（109）通过联合检测符号值和UWB信号的时间偏移来响应于第一时间偏移相关信号值确定第一符号的符号值 。 本发明可以有效地将时间抖动噪声降低到由相关器之间的相对时间偏移确定的值。
-
-
-
-
-
-
-
-
-
Search Results
25
records
(took 0.035 seconds)
