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    • 3. 发明授权
    • Apparatus for measurement of reflection density
    • 用于测量反射密度的装置
    • US5039225A
    • 1991-08-13
    • US331121
    • 1989-03-31
    • Tadashi Uekusa
    • Tadashi Uekusa
    • G01J1/16G01N21/47G01N21/86
    • G01N21/8483G01N21/474G01J2001/1636G01N2021/556
    • An apparatus for measurement of optical reflection density of a surface of an article, such as a color developed analytical tape for clinical test. The apparatus comprises a support for supporting the article, a source of pulsed light and two light detectors. An optical guide directs the pulsed light to the surface of the article in a direction at an angle other than 90.degree. to the surface of the article. A light-transmissive flat plate is arranged between the optical guide and the surface of the article and may be oriented at an angle from 0.degree. to 90.degree. with the surface of the article to be measured. One of the light-detectors detects a portion of the pulsed light reflected from the surface of the light-transmissive flat plate as reference light, and the second light-detector detects a vertically reflected portion of the pulsed light diffusely reflected on the surface of the article. Light detected from the second detector may be provided for analysis after comparison with respect to the reference light of the first detector.
    • 用于测量物品表面的光学反射密度的设备,例如用于临床测试的彩色显影分析带。 该装置包括用于支撑物品的支撑件,脉冲光源和两个光检测器。 光学导向器以与制品表面90度以外的角度的方向将脉冲光引导到制品的表面。 透光平板布置在光导和制品的表面之间,并且可以与待测物品的表面成0度到90度的角度定向。 一个光检测器检测从透光平板的表面反射的部分脉冲光作为参考光,并且第二光检测器检测在该透光平板的表面上漫反射的脉冲光的垂直反射部分 文章。 从第二检测器检测到的光可以在比较第一检测器的参考光之后进行分析。
    • 5. 发明授权
    • Simple inspection device for analyzer for ionic activity measurment
    • 用于离子活性测量的分析仪的简单检查装置
    • US4882544A
    • 1989-11-21
    • US287379
    • 1988-12-21
    • Tadashi UekusaTakashi KoizumiNobuhiko Amano
    • Tadashi UekusaTakashi KoizumiNobuhiko Amano
    • G01N27/30
    • G01N27/307
    • A simple inspection device is constituted for inspection of an analyzer for measuring ionic activity by using an ionic activity measuring device provided with at least one ion selective electrode pair for generating potential corresponding to ionic activity fo a predetermined ion, and a porous bridge for associating the electrodes of the ion selective electrode pair with each other, and by contacting potential difference measuring probes respectively with the electrodes of the ion selective electrode pair, thereby to measure a difference in potential between the electrodes. The simple inspection device comprises a supporting member having outer dimensions approximately equal to ther outer dimensions of the ionic activity measuring device, and an electrically conductive member supported on the supporting member for short-circuiting across the potential difference measuring probes when the potential difference measuring probes are contacted with the electrically conductive member.
    • 构成简单的检查装置,用于通过使用设置有至少一个离子选择电极对的离子活性测量装置来检测用于测量离子活性的分析器,用于产生对应于预定离子的离子活性的电位,以及用于将 离子选择电极的电极彼此对,并且通过将电位差测量探针分别与离子选择电极对的电极接触,从而测量电极之间的电位差。 简单的检查装置包括具有大致等于离子活性测量装置的外部尺寸的外部尺寸的支撑构件,以及支撑在支撑构件上的导电构件,用于在电位差测量探针上跨越电位差测量探针短路 与导电构件接触。
    • 7. 发明授权
    • Analyzer for ionic activity measurement
    • 离子活性测定分析仪
    • US4797193A
    • 1989-01-10
    • US3989
    • 1987-01-16
    • Tadashi UekusaTakashi KoizumiNobuhiko Amano
    • Tadashi UekusaTakashi KoizumiNobuhiko Amano
    • G01N27/27G01N27/28G01N27/403
    • G01N27/28
    • An analyzer for ionic activity measurement comprises a device supporting base provided with a liquid feeding section for feeding a reference solution in drops to one electrode of an ion selective electrode pair of an ionic activity measuring device and feeding a sample solution in drops to the other thereof, a potential difference measuring section, and a device ejecting section for ejecting the measuring device. A device holder is disposed for holding the measuring device on the device supporting base. A holder movement mechanism moves the device holder for transferring the measuring device sequentially to the respective sections of the device supporting base. A probe movement mechanism is interlocked with the holder movement mechanism for making potential difference measuring probes contact with the electrodes when the measuring device has been transferred to the potential difference measuring section of the device supporting base, and moving the probes away from the electrodes before the measuring device is moved out of the potential difference measuring section.
    • 用于离子活性测量的分析器包括装备有支撑基底的装置,所述装置支撑基底具有用于将滴液中的参比溶液供给到离子活性测量装置的离子选择电极对的一个电极并将样品溶液滴加到另一个中的液体供给部分 ,电位差测量部,以及用于喷射测量装置的装置弹出部。 设置用于将测量装置保持在装置支撑基座上的装置保持器。 支架移动机构移动装置支架,用于将测量装置顺序地传送到装置支撑基座的各个部分。 探针移动机构与保持器移动机构联动,用于当测量装置已经被传送到装置支撑座的电位差测量部分时,使电位差测量探针与电极接触,并且在探针移动机构 测量装置移出电位差测量部分。
    • 9. 发明授权
    • Method and apparatus for magnetically recording information on photographic film
    • 在摄影胶片上磁记录信息的方法和装置
    • US06388828B1
    • 2002-05-14
    • US08711074
    • 1996-09-09
    • Tadashi Uekusa
    • Tadashi Uekusa
    • G11B500
    • G03B17/24G03B2217/244G11B5/00813
    • A method and apparatus for recording an information on magnetic recording tracks, called camera tracks, formed on a photographic negative film while relative movement is caused between the photographic negative film and a magnetic head. When the magnetic head is located in an information recording region of the camera tracks, a signal of the information representing photographing conditions of each image frame such as the aspect ratio of each frame, exposure amount at the time of photographing, information on a light source, etc., is output to the magnetic head via a modulator and a recording current amplifier. When the magnetic head is located in an non-recording region of the camera tracks, direct current having a magnitude substantially equal to the optimal recording current of the magnetic head or alternating current having the frequency which is not less than 5 times the frequency of the signal is output to the magnetic head via the modulator and the recording current amplifier.
    • 一种用于在照相底片和磁头之间产生相对移动的同时,在照相底片上形成的记录轨道(称为照相机轨道)上记录信息的方法和装置。 当磁头位于相机轨道的信息记录区域中时,表示每个图像帧的拍摄条件的信息,例如每帧的纵横比,拍摄时的曝光量,关于光源的信息 等通过调制器和记录电流放大器输出到磁头。 当磁头位于相机轨道的非记录区域中时,具有基本上等于磁头的最佳记录电流的大小的直流电或具有频率不小于5倍的频率的交流 信号通过调制器和记录电流放大器输出到磁头。