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    • 41. 发明授权
    • Laminated capacitor with fuse function
    • 具有保险丝功能的层压电容器
    • US4894746A
    • 1990-01-16
    • US201609
    • 1988-06-02
    • Susumu MoriKatuhiko Maruta
    • Susumu MoriKatuhiko Maruta
    • H01G2/14H01G4/10H01G4/30
    • H01G2/14
    • A plurality of internal electrodes (17, 18) are formed in a laminated state with a respective dielectric layer (12b, 12c) held between each pair of adjacent internal electrodes to give capacitance. A pair of external electrodes (15, 16) are electrically connected to associated internal electrodes in order to connect the capacitance to external circuits. Each internal electrode comprises a capacitance forming portion (19, 22) a take-out (external connection) portion (20, 23) connected to the associated external electrode, and a fuse portion (21, 24) which electrically interconnects the capacitance forming portion and take-out portion. The fuse portion is melted earlier than the capacitance forming portion and take-out portion by the Joule heat produced when a current higher than a predetermined value flows through the fuse portion.
    • 多个内部电极(17,18)以层叠状态形成,其中各个电介质层(12b,12c)保持在每对相邻的内部电极之间以产生电容。 一对外部电极(15,16)电连接到相关联的内部电极,以将电容连接到外部电路。 每个内部电极包括电容形成部分(19,22)连接到相关联的外部电极的取出(外部连接)部分(20,23)和熔断器部分(21,24),其将电容形成部分 和取出部分。 当高于预定值的电流流过保险丝部分时,熔断部分比由电容形成部分和取出部分熔化得早。
    • 42. 发明授权
    • Optical path length compensating optical system in an alignment apparatus
    • 对准装置中的光路长度补偿光学系统
    • US4723846A
    • 1988-02-09
    • US895953
    • 1986-08-13
    • Makoto UeharaKazumasa EndoSusumu MoriShuhei TakagiYukio Kakizaki
    • Makoto UeharaKazumasa EndoSusumu MoriShuhei TakagiYukio Kakizaki
    • G02B27/00G02B26/10G03F7/20G03F9/00G01B11/00G02B13/22
    • G03F9/70
    • An optical path length compensating device comprises a first objective having one focus coincident with a two-dimensional plane and provided for movement along the two-dimensional plane, a second objective having one focus coincident with a predetermined focal plane, first and second reflecting means provided in the optical path between the first objective and the second objective for movement along the optical path, the first reflecting means including at least one reflecting surface for turning the optical path from the first objective by a predetermined angle in a plane parallel to the two-dimensional plane, the second reflecting means including at least one pair of reflecting surfaces for directing the light from the first reflecting means to the second objective, means for moving the first objective and the first reflecting means in operative association with each other, and means for moving the second reflecting means so that the other focus of the first objective and the other focus of the second objective are coincident with each other.
    • 光路长度补偿装置包括具有与二维平面重合并具有沿着二维平面运动的一个焦点的第一物镜,具有与预定焦平面重合的一个焦点的第二物镜,设置有第一和第二反射装置 在第一物镜与第二物镜之间沿着光路移动的光路中,第一反射装置包括至少一个反射表面,用于使光路从第一物镜转动预定角度, 所述第二反射装置包括用于将来自所述第一反射装置的光引导到所述第二物镜的至少一对反射表面,用于使所述第一物镜和所述第一反射装置彼此可操作地移动的装置,以及用于 移动第二反射装置,使第一个目标的另一个焦点和另一个f 第二个目标的角度彼此重合。
    • 43. 发明授权
    • High magnification change rate zoom lens system
    • 高倍率变焦倍率变焦镜头系统
    • US4657351A
    • 1987-04-14
    • US720083
    • 1985-04-04
    • Susumu Mori
    • Susumu Mori
    • G02B15/20G02B15/173G02B9/64G02B15/16
    • G02B15/173
    • In a zoom lens system having, in succession from the object side, a first lens group of positive refractive power, a second lens group of negative refractive power, a third lens group of positive refractive power and a fourth lens group of positive refractive power and including a wide angle of view of 70.degree. or more and having a wide magnification change range of a zoom ratio of four times or more, when zooming is effected from the wide angle end to the telephoto end, the first lens group and the fourth lens group are moved linearly on the optic axis toward the object side, and the second lens group is moved nonlinearly on the optic axis in response to the movement of the first and fourth lens groups to maintain the image point constant, and relative to a linear movement locus passing through the position at the wide angle end of the magnification change range and the position at the telephoto end, the second lens group has a movement locus near to the image side from the wide angle end to the vicinity of the intermediate focal length state and has a nonlinear movement locus near to the object side from the vicinity of the intermediate focal length state to the telephoto end.
    • 在从物体侧连续地具有正屈光力的第一透镜组,负折光力的第二透镜组,正屈光力的第三透镜组和正折射光焦度的第四透镜组的变焦透镜系统中,以及 包括70度以上的宽视角,并且当从广角端到望远端进行变焦时,具有4倍以上的变焦倍率的宽倍率变化范围,第1透镜组和第4透镜 组在光轴上线性移动到物体侧,并且第二透镜组响应于第一和第四透镜组的运动而在光轴上非线性地移动,以保持图像点恒定,并且相对于线性运动 轨迹通过放大率变化范围的广角端的位置和望远端的位置,第二透镜组具有从广角e靠近像侧的移动轨迹 nd到中间焦距状态附近,并且具有从中间焦距状态附近到望远端的物体侧附近的非线性移动轨迹。