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    • 2. 发明申请
    • SAMPLE INTRODUCTION DEVICE FOR MASS SPECTROMETRY USING A FAST FLUIDIC SYSTEM TO SYNCHRONIZE MULTIPLE PARALLEL LIQUID SAMPLE STREAMS
    • 使用快速流体系统进行质谱分析的样品介绍装置同步多个平行液体样品流
    • WO0244684A3
    • 2003-02-27
    • PCT/CA0101673
    • 2001-11-28
    • MDS INCWEISS ADAM
    • WEISS ADAM
    • G01N27/62H01J49/04
    • H01J49/04
    • ABSTRACT A sample introduction device for introducing a plurality of independent fluid sample streams into a mass spectrometer includes a manifold (84) having a plurality of fluid sample stream direct paths. Each direct path extends between a fluid sample stream inlet (80, 82) and a fluid sample stream outlet. A plurality of bypass paths (92, 96) is also provided in the manifold. Each bypass path is coupled to a respective one of the direct paths between the inlet and outlet. A plurality of transfer lines (86,94) is also provided with each transfer line being coupled to a respective one of the outlets to deliver a fluid sample stream to an ionization region of the mass spectrometer. A valve (90, 96) is positioned in each of the bypass paths and is actuable to divert the fluid sample stream entering the direct path via the inlet from the direct path and into the bypass path.
    • 摘要用于将多个独立流体样品流引入质谱仪的样品引入装置包括具有多个流体样品流直接通路的歧管(84)。 每个直接路径在流体样品流入口(80,82)和流体样品流出口之间延伸。 多个旁路路径(92,96)也设置在歧管中。 每个旁路路径连接到入口和出口之间的直接路径中的相应一个。 还提供多条传输线(86,94),每条传输线连接到相应的一个出口,以将流体样品流输送到质谱仪的电离区域。 阀(90,96)位于每个旁路路径中,并且可致动以将经由入口进入直接路径的流体样品流从直接路径转移到旁路路径中。
    • 3. 发明申请
    • TRACKING AUTO FOCUS SYSTEM
    • 跟踪自动聚焦系统
    • WO2006078893A3
    • 2007-05-03
    • PCT/US2006002023
    • 2006-01-17
    • PHOTON DYNAMICS INCWEISS ADAM
    • WEISS ADAM
    • G02B27/40
    • G02B21/245G02B7/282G02B7/285
    • A tracking auto-focus system maintains a microscope pointed at a TFT array continuously in focus so as to eliminate the auto-focusing time that would otherwise be required. The tracking auto-focus system includes, in part, a microscope Z actuator, an auto-focus sensor, an analog-to-digital converter (ADC), a signal conditioner, a digital proportional integrating and differentiating (PID) controller, and a digital-to-analog converter. The actuator adjusts the distance between the microscope's objective lens and the target and includes, in part, an amplifier, a linear motor, and a linear encoder which provides positional feedback. The auto-focus sensor together with the ADC and signal conditioner continuously monitor and detect the distance between the microscope's objective lens and the target and supply the measured distance to the amplifier. The PID controller together with the DAC stabilizes the distance separating the microscope's objective lens and the target to maintain the best focus.
    • 跟踪自动对焦系统将保持指向TFT阵列的显微镜连续聚焦,以消除否则将需要的自动对焦时间。 跟踪自动对焦系统部分地包括显微镜Z致动器,自动对焦传感器,模数转换器(ADC),信号调节器,数字比例积分和微分(PID)控制器,以及 数模转换器。 致动器调节显微镜物镜与目标之间的距离,部分包括放大器,线性电机和提供位置反馈的线性编码器。 自动对焦传感器与ADC和信号调节器一起连续监测和检测显微镜物镜与目标之间的距离,并将测量距离提供给放大器。 PID控制器与DAC一起稳定了分离显微镜物镜和目标的距离,以保持最佳对焦。
    • 5. 发明申请
    • MAPPING INSTANCES OF A DATASET WITHIN A DATA MANAGEMENT SYSTEM
    • 数据管理系统中数据库的映射实例
    • WO2010065511A1
    • 2010-06-10
    • PCT/US2009/066210
    • 2009-12-01
    • AB INITIO SOFTWARE LLCWAKELING, TimWEISS, Adam
    • WAKELING, TimWEISS, Adam
    • G06F7/00
    • G06F17/30569G06F17/2288G06F17/3053G06F17/30592
    • Mapping data stored in a data storage system (170) for use by a computer system includes processing specifications of dataflow graphs (180) that include nodes representing computations interconnected by links representing flows of data. At least one of the dataflow graphs receives a flow of data from at least one input dataset and at least one of the dataflow graphs provides a flow of data to at least one output dataset. A mapper (100) identifies one or more sets of datasets. Each dataset in a given set matches one or more criteria for identifying different versions of a single dataset. A user interface (160) is provided to receive a mapping between at least two datasets in a given set. The mapping received over the user interface is stored in association with a dataflow graph that provides data to or receives data from the datasets of the mapping.
    • 存储在用于计算机系统的数据存储系统(170)中的数据的映射包括数据流图(180)的处理规范,其包括表示通过表示数据流的链接互连的计算的节点。 至少一个数据流图接收来自至少一个输入数据集的数据流,并且数据流图中的至少一个将数据流提供给至少一个输出数据集。 映射器(100)识别一组或多组数据集。 给定集合中的每个数据集匹配用于标识单个数据集的不同版本的一个或多个标准。 提供用户界面(160)以接收给定集合中的至少两个数据集之间的映射。 通过用户界面接收的映射与数据流图相关联地存储,该数据流向数据提供数据或从映射的数据集接收数据。
    • 6. 发明申请
    • TRACKING AUTO FOCUS SYSTEM
    • 跟踪自动聚焦系统
    • WO2006078893A2
    • 2006-07-27
    • PCT/US2006/002023
    • 2006-01-17
    • PHOTON DYNAMICS, INC.WEISS, Adam
    • WEISS, Adam
    • G02B7/04
    • G02B21/245G02B7/282G02B7/285
    • A tracking auto-focus system maintains a microscope pointed at a TFT array continuously in focus so as to eliminate the auto-focusing time that would otherwise be required. The tracking auto-focus system includes, in part, a microscope Z actuator, an auto-focus sensor, an analog-to-digital converter (ADC), a signal conditioner, a digital proportional integrating and differentiating (PID) controller, and a digital-to-analog converter. The actuator adjusts the distance between the microscope's objective lens and the target and includes, in part, an amplifier, a linear motor, and a linear encoder which provides positional feedback. The auto-focus sensor together with the ADC and signal conditioner continuously monitor and detect the distance between the microscope's objective lens and the target and supply the measured distance to the amplifier. The PID controller together with the DAC stabilizes the distance separating the microscope's objective lens and the target to maintain the best focus.
    • 跟踪自动对焦系统将保持指向TFT阵列的显微镜连续聚焦,以消除否则将需要的自动对焦时间。 跟踪自动对焦系统部分地包括显微镜Z致动器,自动对焦传感器,模数转换器(ADC),信号调节器,数字比例积分和微分(PID)控制器,以及 数模转换器。 致动器调节显微镜物镜与目标之间的距离,部分包括放大器,线性电机和提供位置反馈的线性编码器。 自动对焦传感器与ADC和信号调节器一起连续监测和检测显微镜物镜与目标之间的距离,并将测量距离提供给放大器。 PID控制器与DAC一起稳定了分离显微镜物镜和目标的距离,以保持最佳对焦。
    • 8. 发明申请
    • MANAGING CHANGES TO COLLECTIONS OF DATA
    • 管理数据收集的变化
    • WO2012097278A1
    • 2012-07-19
    • PCT/US2012/021286
    • 2012-01-13
    • AB INITIO TECHNOLOGY LLCGOULD, JoelPERKINS, TimothyWEISS, Adam
    • GOULD, JoelPERKINS, TimothyWEISS, Adam
    • G06F17/30
    • G06F17/30371
    • Managing changes to a collection of records includes storing a first set of records (116) in a data storage system (112), the first set of records representing a first version of the collection of records, and validating a proposed change (104) to the collection of records specified by an input received over a user interface (102). The data storage system is queried based on validation criteria (110) associated with the proposed change, and a first result is received in response to the querying. A second set of records is processed representing changes (114) not yet applied to the collection of records to generate a second result. The first result is updated based on the second result to generate a third result. The third result is processed to determine whether the proposed change is valid according to the validation criteria.
    • 管理对记录集合的更改包括将第一组记录(116)存储在数据存储系统(112)中,第一组记录表示记录集合的第一版本,并验证所提出的改变(104)至 由通过用户界面(102)接收的输入指定的记录的收集。 基于与所提出的更改相关联的验证标准(110)查询数据存储系统,并且响应于该查询接收到第一结果。 第二组记录被处理,表示尚未应用于记录的收集以产生第二结果的变化(114)。 基于第二结果来更新第一结果以产生第三结果。 处理第三个结果以确定所提出的更改是否根据验证标准有效。