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    • 1. 发明授权
    • Efficient algorithm for PCR testing of blood samples
    • 血液样品PCR检测的有效算法
    • US06566052B1
    • 2003-05-20
    • US09549477
    • 2000-04-14
    • Lorraine B. PeddadaCharles M. HeldebrantAndrew J. ConradPeter Schmid
    • Lorraine B. PeddadaCharles M. HeldebrantAndrew J. ConradPeter Schmid
    • C12Q170
    • B01L3/505B01L3/0296C12Q1/686C12Q1/701C12Q2537/165
    • Systems, processes, and devices are provided which are useful for testing blood or plasma donations to detect those specific donations which are contaminated by a virus above a predetermined level. An apparatus and process is described which forms individual, separately sealed and connected sample containers from a flexible hollow tubing segment connected to a fluid donation container. The tubing segment is sealed at spaced-apart intervals along its length, with tubing segment portions in the intervals between the seals defining containers, each of which holds a portion of a plasma sample. The contents of the containers are formed into pools which are subsequently tested for virus contamination by a high-sensitivity test such as PCR. The pools are tested in accordance with an algorithm by which a sample from each donation is mapped to each element of an N-dimensional matrix or grid. Each element of the matrix is identified by a matrix identifier, Xrcs, where rcs defines the dimensional index. An aliquot is taken from each sample, and subpools are formed, each subpool comprising aliquots of samples in which one dimensional index is fixed. All of the subpools are tested in one PCR test cycle. The dimensional indicia of each positive subpool is evaluated mathematically in accordance with a reduction by the method of minors, thereby unambiguously identifying a unique element in the grid, thereby unambiguously identifying a uniquely positive blood or plasma donation.
    • 提供了用于测试血液或血浆捐赠以检测被预定水平以上的病毒污染的特定捐赠的系统,过程和装置。 描述了一种从与流体供给容器连接的柔性中空管段形成单独的,分开的密封和连接的样品容器的装置和方法。 管段沿着其长度以间隔间隔密封,密封件之间的间隔中的管段部分限定容器,每个容器保持一部分等离子体样品。 将容器的内容物形成池,随后通过诸如PCR的高灵敏度试验来测试病毒污染。 根据每个捐赠的样本被映射到N维矩阵或网格的每个元素的算法来测试池。 矩阵的每个元素由矩阵标识符Xrcs来标识,其中rcs定义维度索引。 从每个样品获取等分试样,并形成子池,每个子池包含其中一维索引固定的样品的等分试样。 所有的子项目在一个PCR测试周期中进行测试。 根据通过未成年人的方法的减少,数学地评估每个阳性子宫的维度标记,从而明确地识别网格中的唯一元素,从而明确地识别唯一的阳性血液或血浆捐赠。
    • 2. 发明申请
    • EFFICIENT ALGORITHM FOR PCR TESTING OF BLOOD SAMPLES
    • 用于血液样品PCR检测的有效算法
    • US20090263788A1
    • 2009-10-22
    • US12493622
    • 2009-06-29
    • Lorraine B. PeddadaCharles M. HeldebrantAndrew J. ConradPeter Schmid
    • Lorraine B. PeddadaCharles M. HeldebrantAndrew J. ConradPeter Schmid
    • C12Q1/70
    • B01L3/505B01L3/0296C12Q1/686C12Q1/701C12Q2537/165
    • Systems, processes, and devices are provided which are useful for testing blood or plasma donations to detect those specific donations which are contaminated by a virus above a predetermined level. Samples are formed into pools which are subsequently tested for virus contamination by a high-sensitivity test such as PCR. The pools are tested in accordance with an algorithm by which a sample from each donation is mapped to each element of an N-dimensional matrix or grid. Each element of the matrix is identified by a matrix identifier, Xrcs, where rcs defines the dimensional index. An aliquot is taken from each sample, and subpools are formed, each subpool comprising aliquots of samples in which one dimensional index is fixed. All of the subpools are tested in one PCR test cycle. The dimensional indicia of each positive subpool is evaluated mathematically in accordance with a reduction by the method of minors, thereby unambiguously identifying a unique element in the grid, thereby unambiguously identifying a uniquely positive blood or plasma donation.
    • 提供了用于测试血液或血浆捐赠以检测被预定水平以上的病毒污染的特定捐赠的系统,过程和装置。 将样品形成池,随后通过高灵敏度测试(例如PCR)测试病毒污染。 根据每个捐赠的样本被映射到N维矩阵或网格的每个元素的算法来测试池。 矩阵的每个元素由矩阵标识符Xrcs来标识,其中rcs定义维度索引。 从每个样品获取等分试样,并形成子池,每个子池包含其中一维索引固定的样品的等分试样。 所有的子项目在一个PCR测试周期中进行测试。 根据通过未成年人的方法的减少,数学地评估每个阳性子宫的维度标记,从而明确地识别网格中的唯一元素,从而明确地识别唯一的阳性血液或血浆捐赠。
    • 3. 发明授权
    • Efficient algorithm for PCR testing of blood samples
    • 血液样品PCR检测的有效算法
    • US08158341B2
    • 2012-04-17
    • US11374484
    • 2006-03-09
    • Lorraine B. PeddadaCharles M. HeldebrantAndrew J. ConradPeter Schmid
    • Lorraine B. PeddadaCharles M. HeldebrantAndrew J. ConradPeter Schmid
    • C12Q1/70C12Q1/68
    • B01L3/505B01L3/0296C12Q1/686C12Q1/701C12Q2537/165
    • A method is provided for identifying viral positive biological fluid donations in the fewest number of test cycles. The method comprises providing biological fluid donations and defining an n-dimensional matrix comprising a multiplicity of elements, each element being identified by a matrix notation comprising an index for each dimension of the array. Samples are taken from each fluid donation and mapped to a matrix element with each sample identified by its corresponding element's notation; n aliquots being taken from each sample and subpools formed from the aliquots with each subpool containing an aliquot from all samples mapped to elements in which one of the dimensional indices is fixed. Subpools are tested for viral indication and the dimensional index of each subpool that returns a positive viral indication is determined. The dimensional indices are combined to identify a subset of matrix elements that contain a viral positive sample.
    • 提供了用于在最少数量的测试周期中鉴定病毒阳性生物流体捐赠的方法。 该方法包括提供生物流体捐赠并且定义包括多个元素的n维矩阵,每个元素由包括阵列的每个维度的索引的矩阵符号标识。 从每个流体捐赠取样,并将其映射到矩阵元素,每个样本由其对应元素的符号识别; 从每个样品取出等分试样,并从等分试样形成的子泳池,每个子泳池含有来自所有样品的等分试样,其映射到其中一个维度指数是固定的元素。 测试子池的病毒指示,并确定返回阳性病毒指示的每个子池的维度指数。 组合尺寸指数以识别含有病毒阳性样品的矩阵元素的子集。
    • 5. 发明授权
    • Characterizing an elongate textile product
    • 表征细长的纺织品
    • US08959002B2
    • 2015-02-17
    • US13141411
    • 2009-12-08
    • Beat KellerStefan GehrigPeter SchmidLoris De Vries
    • Beat KellerStefan GehrigPeter SchmidLoris De Vries
    • B65H63/06
    • B65H63/062B65H2701/31G01N33/365
    • Readings of a characteristic of the yarn along the longitudinal direction of the yarn are detected. Values of a yarn parameter are determined from the readings. An event field contains a quadrant of a two-dimensional Cartesian coordinate system, whose abscissa defines an extension of yarn parameter values in the longitudinal direction and whose ordinate defines a deviation of the yarn parameter from a desired value. Densities of events in the event field are determined from the values of the yarn parameter and their extensions in the longitudinal direction. A yarn body is represented as an area in the event field. The area on the one hand is delimited by the abscissa, on the other hand by the ordinate and further by a line in the event field that substantially follows a constant event density. The representation of the yarn body permits a clearing limit to be defined in a rapid and rational manner.
    • 检测纱线沿纱线长度方向的特性的读数。 纱线参数的值由读数确定。 事件字段包含二维笛卡尔坐标系的象限,其横坐标定义了纵向上纱线参数值的延伸,纵坐标定义了纱线参数与期望值的偏差。 事件场中事件的密度根据纱线参数的值和其在纵向方向上的延伸度来确定。 纱线体表示为事件场中的区域。 一方面的区域由横坐标限定,另一方面由纵坐标限定,并且进一步通过事件场中的一条直线大致遵循恒定的事件密度。 纱线体的表示允许以快速和合理的方式定义清除限度。
    • 8. 发明授权
    • Apparatus for attaching a labeled probe and/or antibody to macromolecules
    • 用于将标记的探针和/或抗体连接到大分子的装置
    • US5425917A
    • 1995-06-20
    • US242148
    • 1994-05-13
    • Peter Schmid
    • Peter Schmid
    • C12Q1/68G01N27/447G01N33/00G01N27/28
    • C12Q1/6813G01N27/44717
    • An apparatus and method for attaching a labeled probe to macromolecules such as DNA/RNA fragments or proteins attached to a membrane utilizes a flexible bag having an inlet and an outlet port. Reagents including the probe to which the membrane is to be exposed during the labeling process are stored in reservoirs. Pumps are provided to selectively transfer reagents from reservoirs to the inlet port and for selectively evacuating the bag via the outlet port so that reagents from the individual reservoirs can be sequentially supplied to or removed from the bag while the membrane is positioned therein. One or more rollers are arranged to roll back and forth over the top of the bag to uniformly expose the membrane to the reagent within the bag.
    • 将标记的探针附着到大分子如连接到膜上的DNA / RNA片段或蛋白质的装置和方法利用具有入口和出口的柔性袋。 在标签过程中包括膜暴露的探针的试剂储存在储存器中。 提供泵以选择性地将试剂从储存器转移到入口端口并且用于通过出口端口选择性地排空袋,使得来自各个储存器的试剂可以在膜定位在其中的过程中顺序地供应到袋或从袋中移除。 一个或多个辊布置成在袋的顶部上来回滚动以将膜均匀地暴露于袋内的试剂。
    • 9. 发明授权
    • Process for manufacturing finely structured bodies such as heat
exchangers
    • 用于制造诸如热交换器的精细结构体的方法
    • US5249359A
    • 1993-10-05
    • US854065
    • 1992-03-19
    • Klaus SchubertWilhelm BierGerd LinderPeter SchmidPeter BichlerWinfried BrunnerWolfgang Simon
    • Klaus SchubertWilhelm BierGerd LinderPeter SchmidPeter BichlerWinfried BrunnerWolfgang Simon
    • B01D25/00B01J19/00B01J35/04B23B1/00B23C3/00B23P15/26C02F3/10F28D9/00G02B5/18B23D15/00
    • G02B5/1852B01D25/001B01J19/0093B01J35/04B23B1/00B23C3/00B23P15/26F28D9/00F28D9/0037F28F13/185B01D2201/46C02F3/101F28F2260/00Y02W10/15Y10T29/301Y10T29/307Y10T29/4935Y10T29/49366Y10T29/49826
    • A method of producing a finely structured body which includes a plurality of stacked, cut sections of foil at least one of which is provided with grooves in a selected groove direction on at least one surface thereof, and which has a plurality of closely juxtaposed, channel-like perforations with high shape accuracy, true dimensions and high surface quality. The method includes: a. providing a vacuum clamping means comprised of a ground, sintered metal plate which is connected to a vacuum source and which is positioned on a work table which is movable in two mutually perpendicular directions X and Y; b. positioning a machinable foil on the ground, sintered metal plate and clamping the machinable foil thereto by applying an effective amount of vacuum; c. cutting a plurality of parallel grooves into the surface of the machinable foil by means of at least one shaping diamond positioned on a cutting spindle and adjustable in a direction Z, each groove of the plurality of grooves having a groove length, a groove width, and a cross-sectional shape that is constant over the groove length and freely selectable; d. cutting the grooved machinable foil into cut sections having selected lengths and widths; and e. stacking the cut sections, wherein the plurality of grooves have a form precision such that, for groove lengths of more than 1000 .mu.m, the groove width has an accuracy of about +1 .mu.m for land widths which equal or exceed about 15 .mu.m.
    • 一种制造精细结构体的方法,其包括多个层叠的切割部分的箔,其至少一个在其至少一个表面上沿选定的凹槽方向设置有凹槽,并且具有多个紧密并置的通道 类似的穿孔具有高的形状精度,真实的尺寸和高的表面质量。 该方法包括:a。 提供真空夹紧装置,其包括接地的烧结金属板,该金属板连接到真空源并且位于可在两个相互垂直的方向X和Y上移动的工作台上; b。 将可机加工的箔定位在地面上,烧结金属板,并通过施加有效量的真空将可机加工的箔夹紧在其上; C。 通过位于切割轴上的至少一个成形金刚石将多个平行凹槽切割成可加工箔的表面,并且可沿方向Z调节,多个凹槽中的每个凹槽具有凹槽长度,凹槽宽度和 在槽长度上恒定的横截面形状并且可自由选择; d。 将切槽的可加工箔切割成具有选定长度和宽度的切割部分; 和e。 堆叠切割部分,其中多个凹槽具有形状精度,使得对于大于1000μm的凹槽长度,对于等于或超过约15μm的凹槽宽度,凹槽宽度具有约+1μm的精度 。