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    • 1. 发明申请
    • Method, apparatus, and program for measuring an electromagnetic field and medium recording the program
    • 用于测量电磁场和记录程序的介质的方法,装置和程序
    • US20060220635A1
    • 2006-10-05
    • US11336494
    • 2006-01-20
    • Satoshi KazamaMasahiko SakuradaHiroshi Tsutagaya
    • Satoshi KazamaMasahiko SakuradaHiroshi Tsutagaya
    • G01R19/00
    • G01R29/0871G01R31/002
    • Provided is a method, apparatus and program for calculating an electric-field vector that allows for grasping the intensity, direction and phase of electric field on a scanning plane for an appliance, and a medium recording the program. An electric-field vector at an origin is calculated, based on potential-difference vectors in respective coordinate directions calculated depending upon a detected signal of at least a magnitude and phase of an electric-field component current by arranging a scanning electric-field sensor at an origin of a desired coordinate system established near an object-to-be-measured, signals detected at respective coordinates by sequential movement to desired coordinates on respective coordinate axes, and a detected reference signal of at least a magnitude and phase of a current by fixedly arranging a fixed magnetic-field sensor close to the object-to-be-measured, and distances between coordinates calculated based on the coordinates the scanning electric-field sensor is arranged and the origin.
    • 提供了一种用于计算电场矢量的方法,装置和程序,该方法,装置和程序允许掌握用于器具的扫描平面上的电场的强度,方向和相位以及记录该程序的介质。 基于通过将扫描电场传感器设置在电场分量电流的至少一个幅度和相位的检测信号计算的各坐标方向上的电位差向量来计算原点的电场矢量 通过在相应坐标轴上顺序移动到期望的坐标,在相应的坐标附近检测到的信号建立在待测物体附近建立的所需坐标系的原点,以及检测到的至少一个电流的幅度和相位的参考信号, 固定地布置靠近待测物体的固定磁场传感器,以及基于扫描电场传感器布置的坐标计算的坐标与原点之间的距离。
    • 6. 发明授权
    • Method, apparatus, and program for measuring an electromagnetic field and medium storing the program
    • 用于测量电磁场的方法,装置和程序以及存储程序的介质
    • US07358749B2
    • 2008-04-15
    • US11336494
    • 2006-01-20
    • Satoshi KazamaMasahiko SakuradaHiroshi Tsutagaya
    • Satoshi KazamaMasahiko SakuradaHiroshi Tsutagaya
    • G01R31/302G01R31/02G01R33/00
    • G01R29/0871G01R31/002
    • Provided is a method, apparatus and program for calculating an electric-field vector that allows for grasping the intensity, direction and phase of electric field on a scanning plane for an appliance, and a medium storing the program. An electric-field vector at an origin is calculated, based on potential-difference vectors in respective coordinate directions calculated depending upon a detected signal of at least a magnitude and phase of an electric-field component current by arranging a scanning electric-field sensor at an origin of a desired coordinate system established near an object-to-be-measured, signals detected at respective coordinates by sequential movement to desired coordinates on respective coordinate axes, and a detected reference signal of at least a magnitude and phase of a current by fixedly arranging a fixed magnetic-field sensor close to the object-to-be-measured, and distances between coordinates calculated based on the coordinates the scanning electric-field sensor is arranged and the origin.
    • 提供了一种用于计算电场矢量的方法,装置和程序,其允许掌握用于器具的扫描平面上的电场的强度,方向和相位以及存储该程序的介质。 基于通过将扫描电场传感器设置在电场分量电流的至少一个幅度和相位的检测信号计算的各坐标方向上的电位差向量来计算原点的电场矢量 通过在相应坐标轴上顺序移动到期望的坐标,在相应的坐标附近检测到的信号建立在待测物体附近建立的所需坐标系的原点,以及检测到的至少一个电流的幅度和相位的参考信号, 固定地布置靠近待测物体的固定磁场传感器,以及基于扫描电场传感器布置的坐标计算的坐标与原点之间的距离。
    • 10. 发明授权
    • Automatic analytical apparatus
    • 自动分析仪
    • US4315891A
    • 1982-02-16
    • US140795
    • 1980-04-16
    • Masahiko Sakurada
    • Masahiko Sakurada
    • G01N33/48G01N35/02G01N35/10G01N35/04G01N35/06
    • G01N35/021
    • An automatic analytical apparatus which comprises a single reaction line and in which reaction vessels are carried step by step along the reaction line, a sample and reagent are delivered to the reaction vessel during each carrying step to obtain a test liquid, and the test liquid thus obtained is subjected to a photometric operation, characterized by comprising (a) sample and reagent delivering means for delivering the sample and reagent into a plurality of reaction vessels in succession, respectively, during each carrying step of the reaction vessel, and (b) means for subjecting the photometric operation to a plurality of test liquids at separate positions at the same time during each carrying step of the reaction vessel.
    • 一种自动分析装置,其包括单个反应管线,反应容器沿着反应管线一步一步地携带,在每个输送步骤期间将样品和试剂输送到反应容器中以获得测试液体,并且由此测试液体 (a)在反应容器的每个输送步骤期间分别将样品和试剂分别递送到多个反应容器中的样品和试剂递送装置,(b)装置 用于在反应容器的每个承载步骤期间同时在分开的位置对多个测试液进行测光操作。