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    • 21. 发明授权
    • Magnetic resonance analysis in real time, industrial usage mode
    • 实时磁共振分析,工业使用模式
    • US5049819A
    • 1991-09-17
    • US573639
    • 1990-08-27
    • Ronald L. DecheneThomas B. SmithAjoy Roy
    • Ronald L. DecheneThomas B. SmithAjoy Roy
    • G01R33/31G01R33/44
    • G01R33/31G01N24/085
    • Pulsed NMR system for industrial purposes comprising sample throughput system (P, LI, V1, V2) magnetic field adjustment (120, 124) and thermal adjustment (134-138 and 142-146). The resonance is established by a coil (100), excited by a transceiver (104) and interacting with the sample and the magnetic field at resonance to establish received and digitized free induction decay curve forms (C) which are automatically analyzed into Gaussian and exponential components--providing simplified high speed computation means with repetitive test sequence and thermal controls that systematically minimize errors to assure reliable determination of target nuclei quantities in successive samples from an industrial process and utilizing Hahn spin echo based equipment to automatically adjust the analysis of one or more of the analyzed components.
    • 用于工业目的的脉冲NMR系统包括样品通量系统(P,LI,V1,V2)磁场调节(120,124)和热调节(134-138和142-146)。 谐振由线圈(100)建立,由收发器(104)激发,并与样本和谐振频率相互作用以建立接收和数字化的自由感应衰减曲线形式(C),其自动分析成高斯和指数 组件 - 提供简单的高速计算装置,具有重复的测试序列和热控制,系统地最小化误差,以确保来自工业过程的连续样品中的目标核数量的可靠确定,并利用基于Hahn自旋回波的设备自动调整一个或多个 的分析组件。
    • 22. 发明授权
    • Skewed slat control system for article conveyor
    • 物料输送机倾斜板条控制系统
    • US07641039B2
    • 2010-01-05
    • US12116265
    • 2008-05-07
    • Thomas B. SmithRobert W. GallatinBradley D. Baldwin
    • Thomas B. SmithRobert W. GallatinBradley D. Baldwin
    • B65G47/10
    • B65G45/08B65G39/16B65G43/02
    • A positive displacement article sorter and method of monitoring a positive displacement article sorter, wherein the article sorter includes a frame, an endless web traveling in a longitudinal direction about the frame and an electric motor driving the endless web. The endless web is defined by a pair of continuous chains and a plurality of cross members connected at opposite ends with the chain. The positive displacement sorter includes a plurality of pusher shoes, each laterally traveling along at least one of the cross members. A sensing assembly is provided that has first and second portions. The first portion of said sensing assembly is positioned at the web. The second portion of said sensing assembly is positioned at a stationary location. The first portion of said sensing assembly is sensed with the second portion of the sensing assembly as the first portion of said sensing assembly travels about the frame. A parameter of the web is determined from an output of the sensing assembly.
    • 一种正位移物品分选器和一种监视正位移物料分选机的方法,其中物品分类器包括框架,围绕框架沿纵向方向移动的环形幅材和驱动环形幅材的电动马达。 环形腹板由一对连续的链条和在链的相对端连接的多个横向构件限定。 正排量分选机包括多个推动鞋,每个推动鞋沿横向构件中的至少一个横向移动。 提供了具有第一和第二部分的感测组件。 所述传感组件的第一部分位于卷筒纸上。 所述感测组件的第二部分位于静止位置。 当感测组件的第一部分围绕框架行进时,感测组件的第一部分被感测组件的第二部分感测。 从传感组件的输出确定卷材的参数。
    • 28. 发明授权
    • D/A conversion apparatus including electrooptical multipliers
    • D / A转换装置,包括电光学乘法器
    • US4613204A
    • 1986-09-23
    • US555242
    • 1983-11-25
    • Carl M. VerberThomas B. SmithPhilip M. Dunson
    • Carl M. VerberThomas B. SmithPhilip M. Dunson
    • G02F1/11G02F7/00G02B6/10H03M1/00
    • G02F1/113G02F7/00
    • Apparatus (FIG. 1) receives electrical input potentials (11A-11D) representing components, e.g. coefficients (zero or one), of weighted digital input data, and provides analog optical output (12) proportional to the sum of the weighted digital values in the input data. An electrooptic waveguide (13) has four adjacent electrooptic diffractive means (14A-14D), each responsive to a separate component of the digital input data and comprising a first electrode (15A-15D) and a second electrode (16A-16D) on the waveguide (13) for temporarily changing the index of refraction when different electrical potentials are present thereon, and thus forming a Bragg grating therein with a direction of Bragg incidence in the same input direction (17) and a direction of Bragg diffraction in the same output direction (18). A coupling prism (21) directs light from a laser (20) to enter into each diffractive means (14A-14D) in the input direction (17). Binary digital circuitry (24) provides, via voltage dividers (25A- 25D), an electrical potential (at 27A-27D, 26) to each electrode (15A, etc., 16A, etc) in each diffractive means (14A, etc), such that the difference between the potentials at the electrodes (15A, 16A, etc) for each diffractive means (14A, etc) responsive to a component of the data (24) having the value of one forms a Bragg grating that diffracts in the output direction (18) a portion (Io8, Io/4, Io/2, Io) of the input light (22) having an intensity proportional to the weighted value (2.sup.-3, 2.sup.-2, 2.sup.-1, 2.sup.0) of that component of the digital input data (24).
    • 装置(图1)接收表示部件的电输入电位(11A-11D)。 加权数字输入数据的系数(零或一),并提供与输入数据中的加权数字值之和成比例的模拟光输出(12)。 电光波导(13)具有四个相邻的电光衍射装置(14A-14D),每个电波衍射装置响应于数字输入数据的单独分量,并且包括第一电极(15A-15D)和第二电极(16A-16D) 波导(13),用于在其上存在不同电位时临时改变折射率,因此在其中在相同输入方向(17)上形成具有布拉格入射方向的布拉格光栅和相同输出中的布拉格衍射方向 方向(18)。 耦合棱镜(21)引导来自激光器(20)的光在输入方向(17)上进入各衍射装置(14A-14D)。 二进制数字电路(24)通过分压器(25A-25D)向每个衍射装置(14A等)中的每个电极(15A等,16A等)提供电位(在27A-27D,26) ,使得响应于具有值为1的数据(24)的分量的每个衍射装置(14A等)的电极(15A,16A等)处的电位之间的差异形成在 输出方向(18)具有与加权值(2-3,2-2,2-1,20)成比例的强度的输入光(22)的部分(Io8,Io / 4,Io / 2,Io) 的数字输入数据(24)的组件。