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    • 61. 发明申请
    • Optical-characteristic measurement apparatus and fundus-image observation apparatus
    • 光学特性测量装置和眼底图像观察装置
    • US20050286018A1
    • 2005-12-29
    • US11155903
    • 2005-06-20
    • Tatsuo YamaguchiToshifumi Mihashi
    • Tatsuo YamaguchiToshifumi Mihashi
    • A61B3/113A61B3/12A61B3/10A61B3/14
    • A61B3/14
    • An eye-anterior-part observation system receives light reflected from an eye anterior part of the eye under measurement illuminated by an eye-anterior-part illumination light source. A movement-distance calculation section measures the displacement of the eye from an eye anterior image by the eye-anterior-part observation system. A wavefront compensation device compensates the wavefront of light reflected or transmitted. A wavefront-measurement section projects light on the eyeground, and receives light reflected from the eyeground through the wavefront compensation device. A calculation apparatus measures wavefront aberrations, based on the measured displacement of the eye and a light-receiving signal by the wavefront-measurement section. A wavefront-compensation-device control apparatus generates a control signal based on the wavefront aberration, and outputs to the wavefront compensation device to compensate the wavefront. A stage with a motor moves the wavefront compensation device in a direction transversing the optical axis of the reflected light, based on the displacement of the eye.
    • 眼前部分观察系统接收由眼前部照明光源照射的测量下从眼睛的眼前部反射的光。 运动距离计算部分通过眼前部观察系统测量眼睛从眼前图像的位移。 波前补偿装置补偿反射或发射的光的波前。 波前测量部分投射眼睛上的光,并通过波前补偿装置接收从眼底反射的光。 计算装置基于测量的眼睛的位移和波前测量部分的光接收信号来测量波前像差。 波前补偿装置控制装置基于波前像差产生控制信号,并输出到波前补偿装置以补偿波前。 基于眼睛的位移,具有电动机的平台沿着横过反射光的光轴的方向移动波前补偿装置。
    • 67. 发明授权
    • Electrical insulating oil
    • 电绝缘油
    • US4755275A
    • 1988-07-05
    • US698327
    • 1985-02-05
    • Atsushi SatoYoshikazu MuraiTatsuo YamaguchiKanji MochizukiKunio Sugisawa
    • Atsushi SatoYoshikazu MuraiTatsuo YamaguchiKanji MochizukiKunio Sugisawa
    • C10G69/12C10M101/02H01B3/22C10L1/10
    • H01B3/22C10G69/12C10M101/02
    • A process for preparing an electrical insulating oil comprising a reaction product having a boiling range of higher than 260.degree. C. obtained by treating a hydrocarbn feed at a reaction temperature in the range of 0.degree. to 300.degree. C. in liquid phase in the presence of an acid catalyst, said hydrocarbon feed comprising a distillate from a thermal-cracked oil obtained in a thermal cracking process for thermally cracking a petrolic heavy residual oil at a temperature not lower than 400.degree. C. and not exceeding 700.degree. C., said distillate consisting mainly of hydrocarbons boiling in the range of 120.degree. to 290.degree. C. and said distillate containing at least 30 weight percent of paraffins and at least 10 weight percent of aliphatic olefins, and separating said reaction product from the resulting mixture containing at least said reaction product and unreacted hydrocarbons.
    • 一种制备电绝缘油的方法,该方法包括沸点范围高于260℃的反应产物,该反应产物通过在0-300℃范围内的反应温度下处理烃原料, 的酸催化剂,所述烃进料包含来自在热裂解方法中获得的热裂化油的馏出物,用于在不低于400℃且不超过700℃的温度下热裂化石油重质残油,所述 主要由120-290℃范围内沸腾的烃组成的馏出物,所述馏出物含有至少30重量%的链烷烃和至少10重量%的脂族烯烃,并将所得反应产物与至少含有至少 所述反应产物和未反应的烃。