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    • 2. 发明授权
    • Method of measuring particles and apparatus for the same
    • 测量颗粒的方法及其设备
    • US5583635A
    • 1996-12-10
    • US238000
    • 1994-05-04
    • Yasuhiro MiuraYutaka ShiomiMasao MorikawaAkira Morisaki
    • Yasuhiro MiuraYutaka ShiomiMasao MorikawaAkira Morisaki
    • G01N15/14G06M11/00G01N15/02
    • G01N15/14
    • The present invention provides a method of measuring particles and an apparatus for the same, which count only particles in liquid by distinguishing between the particles and bubbles in liquid. In order to fulfill the above requirements, in the present invention, liquid to be measured flows through a flow cell at a fixed flow rate, and a laser beam is irradiated thereto. Scattering light is generated when particles and bubbles pass through a laser beam irradiation region, and the scattering light is converted into a pulse signal by a photoelectric converter. In the pulse signals, a pulse signal having a pulse width of 100 .mu.S is regarded as corresponding to light scattered by a bubble, which is omitted from the number of pulse signals. Thus, only a pulse signal corresponding to light scattered by a particle in liquid can be measured.
    • 本发明提供一种测量颗粒的方法及其装置,其仅通过区分液体中的颗粒和气泡来计数液体中的颗粒。 为了满足上述要求,在本发明中,待测量的液体以固定的流量流过流动池,并且照射激光束。 当粒子和气泡通过激光束照射区域时产生散射光,并且通过光电转换器将散射光转换成脉冲信号。 在脉冲信号中,脉冲宽度为100μS的脉冲信号被认为与由气泡散射的光相对应,从脉冲信号的数量中省略。 因此,可以仅测量与液体中的粒子散射的光对应的脉冲信号。
    • 8. 发明授权
    • Tensile tester
    • 拉力试验机
    • US4605857A
    • 1986-08-12
    • US618607
    • 1984-06-08
    • Sunao NinomiyaYasuhiro MiuraHiromu IwataShuji Matsuyama
    • Sunao NinomiyaYasuhiro MiuraHiromu IwataShuji Matsuyama
    • G01B11/16G01N3/06G01N3/08G01T1/22G01T1/24
    • G01N3/068G01B11/16G01N2203/0647
    • A tensile tester especially useful for colored specimens having pairs of projector-optic arrangements for detecting the presence of bench marks on a specimen and each including an ultraviolet lamp projector and an optic arrangement incorporating a detector for receiving luminescent rays emitted by the bench marks on the specimen upon being irradiated ultraviolet light from the projector. Support structure and a drive arrangement are provided for causing the projector optic arrangements to pursue automatically the bench marks controlled by detection of luminescent rays by means of the detectors in the optic arrangements. Elongation detectors are provided for transmitting respective displacement signals of the arrangements in response to the operation of the support and drive arrangements. An arithmetic unit of elongation is provided differences for receiving the signals from the elongation detectors and indicating the difference in spacing between the bench marks.
    • 一种拉伸试验机,特别适用于具有成对的用于检测样品上的台架标记的投影仪 - 光学装置的彩色试样,并且每个包括紫外线灯投影仪和包括用于接收由基准标记发出的发光的检测器的光学装置 被投影仪的紫外线照射后的样品。 提供了支撑结构和驱动装置,用于使得投影仪光学装置通过光学装置中的检测器自动地追踪由检测发光线控制的基准标记。 提供伸长率检测器,用于响应于支撑件和驱动装置的操作来传送装置的各个位移信号。 提供了伸长运算单元,用于接收来自伸长检测器的信号并指示基准标记之间的间隔的差异。