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    • 1. 发明申请
    • Cell tray
    • 细胞托盘
    • US20060119843A1
    • 2006-06-08
    • US10693953
    • 2003-10-28
    • Daniel O'Connell
    • Daniel O'Connell
    • G01N1/10
    • C12M23/12B01L3/5027B01L3/5085B01L2200/0668B01L2300/0654B01L2300/0819B01L2300/0822C12M41/46G01N21/03G01N21/253G01N21/64G01N35/00029G01N35/028G01N2015/1486G01N2015/1493G01N2021/0346G01N2035/00158
    • A cell tray has a multi-dimensional array of cells in precise, equally spaced wells (cubicles or silos) containing medium of interest. The ordered cell array enables automated processing as well as simultaneous monitoring and analyzing of a large matrix of cells, biological fluids, chemicals and/or solid samples. The invention is an integrated device and is fabricated into substrates similar to microscope slides. The ordered array of cells in precise locations helps in parallel analysis and processing of cells simultaneously. Each cell cubicle or silo in the array is located equidistant from its nearest neighbors in an orthogonal direction. The location of each well can be precisely measured and recorded in an automated processing system. Included in the bottom of each cell well is an optional micro-lens. An array of probes provides parallel cell processing and monitoring capabilities, including microinjection and microscope analysis. The cell tray when integrated with the Precision Optical Intracellular Near Field Imaging/Spectroscopy Technology (POINT or NANOPOINT) device results in sub-wavelength high-resolution imaging with a nanosensor array capable of imaging inner regions of living cells without destroying its natural environment.
    • 细胞托盘在包含感兴趣的培养基的精确等间隔的孔(隔间或筒仓)中具有多维阵列的细胞。 有序的电池阵列可以进行自动化处理,同时监测和分析大型电池,生物液体,化学品和/或固体样品。 本发明是一种集成器件,并被制造成类似于显微镜载片的衬底。 精确位置的有序排列的单元有助于同时并行分析和处理单元格。 阵列中的每个单元格或筒仓与正交方向上的最近的邻居等距。 每个井的位置可以精确测量并记录在自动化处理系统中。 每个细胞井的底部包括一个可选的微透镜。 探针阵列提供平行的细胞处理和监测功能,包括显微注射和显微镜分析。 当与精密光学细胞内近场成像/光谱技术(POINT或NANOPOINT)装置集成时,细胞托盘可以使用能够成像活细胞内部区域的纳米传感器阵列进行亚波长高分辨率成像,而不会破坏其自然环境。
    • 2. 发明申请
    • Modular electrochemical power system
    • 模块化电化学电力系统
    • US20060029856A1
    • 2006-02-09
    • US10913153
    • 2004-08-05
    • Timothy VailDaniel O'ConnellGeorge HernandezDavid Eichinger
    • Timothy VailDaniel O'ConnellGeorge HernandezDavid Eichinger
    • H01M8/24
    • H01M8/249H01M8/04014H01M8/04246H01M8/2475
    • Electrochemical power systems of modular design are provided. In accordance with one embodiment of the present invention, an electrochemical power system is provided comprising a container, at least one container reactant port, at least one container electrical power output port, module mounting hardware within the container, and a set of fuel cell modules within the container. Each of the fuel cell modules is mounted within the container via the module mounting hardware. Each of the fuel cell modules comprises at least one modular reactant port and at least one modular electrical power output port. The fuel cell modules and the module mounting hardware are configured to (i) place the modular reactant ports in communication with the container reactant port, (ii) place the modular electrical power output port in communication with the container electrical power output port, and (iii) permit replacement of a single fuel cell module substantially free of interference with remaining modules of the set of fuel cell modules.
    • 提供模块化设计的电化学电力系统。 根据本发明的一个实施例,提供一种电化学电力系统,其包括容器,至少一个容器反应物端口,至少一个容器电力输出端口,容器内的模块安装硬件和一组燃料电池模块 在容器内 每个燃料电池模块通过模块安装硬件安装在容器内。 每个燃料电池模块包括至少一个模块化反应物端口和至少一个模块化电力输出端口。 燃料电池模块和模块安装硬件被配置为(i)将模块化反应物端口与容器反应物端口连通,(ii)将模块化电力输出端口与容器电力输出端口连通,并且( iii)允许更换单个燃料电池模块,其基本上不受该组燃料电池模块的剩余模块的干扰。
    • 6. 发明授权
    • Method and a circuit for deriving a synchronisation signal from a video signal
    • 用于从视频信号导出同步信号的方法和电路
    • US07327399B2
    • 2008-02-05
    • US10879248
    • 2004-06-29
    • Niall Daniel O'Connell
    • Niall Daniel O'Connell
    • H04N7/00H04N5/16
    • H04N5/10H04N5/08H04N5/16
    • A method for deriving a synchronisation signal (35) from a video signal comprises tracking the blanking level (107) of the video signal with first and second slice level signals (26, 27) and tracking the sync tip level (110) of the horizontal sync signal (109) of the video signal with third and fourth slice level signals (28,29) for determining the blanking level (107) and the sync tip level (110). A value for an intermediate slice level signal (30) is computed from the first, second, third and fourth slice level signals (26, 27, 28, 29) so that the value of the intermediate slice level signal (30) lies approximately halfway between the blanking level (107) and the sync tip level (110). The video signal is compared with the intermediate slice level signal (30), and the synchronisation signal (35) is prepared from a logic signal by transitioning the logic signal from one of the logic high and logic low levels to the other of the logic high and logic low levels, each time the video signal transitions across the intermediate slice level signal (30).
    • 从视频信号导出同步信号(35)的方法包括利用第一和第二限幅电平信号(26,27)跟踪视频信号的消​​隐电平(107),并跟踪水平的同步信号电平(110) 用于确定消隐电平(107)和同步电平电平(110)的第三和第四限幅电平信号(28,29)的视频信号的同步信号(109)。 从第一,第二,第三和第四限幅电平信号(26,27,28,29)计算中间限幅电平信号(30)的值,使得中间限幅电平信号(30)的值大约在一半 在消隐电平(107)和同步电平电平(110)之间。 将视频信号与中间限幅电平信号(30)进行比较,并且通过将逻辑信号从逻辑高电平和逻辑低电平之一转换到逻辑高电平的另一个从逻辑信号准备同步信号(35) 每当视频信号跨过中间限幅电平信号(30)转变时,逻辑低电平。
    • 9. 发明授权
    • Coating chamber planetary gear mirror rotating system
    • 涂层室行星齿轮镜旋转系统
    • US5776256A
    • 1998-07-07
    • US725226
    • 1996-10-01
    • Terry D. BornDaniel O'Connell
    • Terry D. BornDaniel O'Connell
    • C23C14/50C23C16/00
    • C23C14/505
    • A optical surface is mounted on a mirror rotating system having a carousel therein having gears which rotates said optical surface in a circular path while the optical surface itself rotates about an axis. The radius between the mirror support and the planetary gear is adjustable. The system is mounted on support legs within the vacuum chamber so that the optical surface can face downward when the apparatus is placed in a bell jar (or any such environment which provides a vacuum). A source of vaporized substance is placed under the apparatus, so that the optical surface, facing downward, is facing said source. This arrangement allows for an improvement in the uniformity of the substance deposited on the optical surface.
    • 光学表面安装在具有其中具有圆盘传送带的镜旋转系统中,其中齿轮使光学表面以圆形路径旋转,同时光学表面本身围绕轴线旋转。 反射镜支架和行星齿轮之间的半径是可调的。 该系统安装在真空室内的支撑腿上,使得当该装置放置在钟罩(或提供真空的任何这种环境)中时,光学表面可面向下方。 蒸发物质的源被放置在设备下面,使得面向下的光学表面面向所述源。 这种布置允许改善沉积在光学表面上的物质的均匀性。