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    • 31. 发明申请
    • QPCR ANALYSIS APPARATUS
    • QPCR分析仪
    • US20100075312A1
    • 2010-03-25
    • US12443139
    • 2007-09-27
    • Mark DaviesJohn DalyTara Dalton
    • Mark DaviesJohn DalyTara Dalton
    • C12Q1/68C12M1/34
    • B01L7/525B01L3/508B01L7/54B01L2300/0654B01L2300/0809B01L2300/1827B01L2400/0442B01L2400/0445G01N21/6428G01N2021/6439G01N2201/062
    • An apparatus (1) is for DNA amplification with quantitative measurements. A biological sample is held in a cell (2) for the amplification, the cell (2) defining a single space within which the sample rotates. On one side a copper heater (3) is located to supply heat to the cell (2), and on the other side there is a cooling copper block (4) withdrawing heat from the cell. The locations of the heater (3) and the cooling block (4) generate a natural convection loop internally within the cell (2) without need for active cooling—the block (4) passively cooling by withdrawing heat from the direction of the heater (3). A detector (9, 27) captures readings in real time and a processor (10) generates an S-curve for change of sample emission with time. The S-curve (FIGS. 4 and 5) also includes a thermal cycle number corresponding to the time parameter, so that the S-curve is given in the traditional qPCR intensity vs. cycle number.
    • 装置(1)用于通过定量测量进行DNA扩增。 将生物样品保持在用于扩增的细胞(2)中,细胞(2)限定样品旋转的单个空间。 在一侧,铜加热器(3)被定位成向电池(2)供应热量,另一侧有一个冷却铜块(4)从电池中取出热量。 加热器(3)和冷却块(4)的位置在电池(2)内部产生自然对流回路,而不需要主动冷却 - 通过从加热器的方向抽出热量来阻止块(4)的被动冷却( 3)。 检测器(9,27)实时捕获读数,并且处理器(10)产生用于随时间改变样品发射的S曲线。 S曲线(图4和图5)还包括对应于时间参数的热循环数,使得S曲线以传统的qPCR强度对周期数给出。
    • 32. 发明申请
    • PURGE SYSTEM
    • 灌装系统
    • US20100032163A1
    • 2010-02-11
    • US12375541
    • 2007-07-24
    • Andrew RichardsMark Davies
    • Andrew RichardsMark Davies
    • E21B33/076
    • E21B21/001E21B33/076
    • A purge system for use with a well intervention system and apparatus is disclosed. The purge system permits well fluids contained in a subsea intervention system to be purged prior to retrieval of the intervention system to the surface. The system comprises a vessel (44) for storing and deploying wireline tooling, the vessel being exposed to well fluids via the well control package (16) and first fluid communication means (58) connected between a purging fluid supply and the well control package, and second fluid communication means (60) connected between the vessel and the well control package wherein, in use, the purging fluid supply to the vessel via the first fluid communication means displaces fluid from the vessel into a second fluid communication means and into the well control package.
    • 公开了一种用于井干预系统和装置的清洗系统。 在将干预系统取回到表面之前,净化系统允许在海底干预系统中包含的良好流体被清除。 该系统包括用于存储和展开有线工具的容器(44),该容器通过井控装置(16)和连接在清洗流体供应源与井控制包装件之间的第一流体连通装置(58)暴露于井液, 以及连接在容器和井控制包装之间的第二流体连通装置(60),其中在使用中,经由第一流体连通装置向容器供应的清洗流体将流体从容器置换成第二流体连通装置并进入井 控制包。
    • 35. 发明申请
    • Terrain Correction Systems
    • 地形校正系统
    • US20090252372A1
    • 2009-10-08
    • US12087542
    • 2007-01-24
    • Mark Davies
    • Mark Davies
    • G06K9/00
    • G01V3/38G01V7/06
    • Methods, apparatus and computer program code for terrain correction for geophysical surveys, in particular potential field surveys. A method of terrain correction for a geophysical survey involves capturing a multi- or hyperspectral image of a region to be surveyed; determining a surface geological composition of the surveyed region using the captured image multi- or hyperspectral image; determining terrain correction data for the geophysical survey using the determined surface geological composition; and using the terrain correction data for performing the terrain correction for the geophysical survey.
    • 用于地球物理勘测的地形校正的方法,装置和计算机程序代码,特别是潜在的实地调查。 用于地球物理勘测的地形校正方法涉及捕获要测量的区域的多光谱或高光谱图像; 使用所捕获的图像多光谱图像确定被测区域的表面地质构成; 使用确定的表面地质构造确定地球物理勘测的地形校正数据; 并使用地形校正数据进行地球物理勘测的地形校正。
    • 37. 发明申请
    • Apparatus for Electrical Power Transmission
    • 电力传输装置
    • US20080205093A1
    • 2008-08-28
    • US12066320
    • 2005-09-09
    • Mark DaviesJorg DornHartmut HuangDietmar Retzmann
    • Mark DaviesJorg DornHartmut HuangDietmar Retzmann
    • H02J3/36H02M5/458
    • H02J3/36H02J3/1864H02J3/28H02M7/483H02M7/49H02M7/797H02M7/81H02M2001/0074H02M2007/4835Y02E40/12Y02E60/60
    • A device for the transmission of electrical energy includes at least one current converter. Each current converter has phase elements with respective arrangements of circuit elements that comprise at least two switchable power semiconductors each and at least two free-wheeling diodes, each connected in parallel thereto, and energy storing means. The transfer properties in or between power distribution networks are improved with the novel device. The device is provided with means for controlling the current converter in such a manner that the zero crossing, the amplitude and/or the instantaneous values of an alternating current of a transfer network that can be connected to the device and/or the direct current of a direct current line that connects at least one current converter to a direct current source, and/or the direct voltage and the direct current of at least three interconnected current converters can be controlled.
    • 用于传输电能的装置包括至少一个电流转换器。 每个电流转换器具有相位元件,其具有包括至少两个可切换功率半导体的电路元件的各自布置,每个至少两个续流二极管并联连接,并且能量存储装置。 配电网络中或配电网络之间的传输特性得到改进。 该装置具有用于以这样的方式控制电流转换器的装置,即可以连接到装置的传输网络的交流电的过零点,振幅和/或瞬时值和/或直流电流 可以控制将至少一个电流转换器连接到直流电源的直流线路和/或至少三个互连的电流转换器的直流电压和直流电流。