会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 11. 发明授权
    • Induction coupling apparatus
    • 感应耦合装置
    • US07777605B2
    • 2010-08-17
    • US11723104
    • 2007-03-16
    • Nobuyuki ZumotoHiroshi IsoyaTakao TsurimotoYuichiro MurataYouichi Hisamori
    • Nobuyuki ZumotoHiroshi IsoyaTakao TsurimotoYuichiro MurataYouichi Hisamori
    • H01F17/06
    • H01F38/30G01R1/22H01F3/14H01F29/10
    • To provide a structure capable of securing satisfactory induction coupling efficiency and high reliability in manufacturing an induction coupling apparatus used in power line carrier communication, the induction coupling apparatus having a magnetic core formed from a first core element part and a second core element part so that a gap would be formed between the core element parts, includes: a core parallel moving mechanism for carrying out relative and parallel movement of the first core element part and the second core element part in a direction that the length of the gap varies; and a predetermined gap length regulating member for limiting parallel movement in a direction that the first core element part and the second core element part approach each other to regulate the gap length to the predetermined gap length in the case that the core parallel moving mechanism is used for the parallel movement.
    • 为了提供一种在电力线载体通信中使用的感应耦合装置的制造中能够确保令人满意的感应耦合效率和高可靠性的结构,该感应耦合装置具有由第一芯部件和第二芯部部件形成的磁芯, 在所述芯部件之间将形成间隙,所述间隙包括:芯平行移动机构,用于在所述间隙的长度变化的方向上进行所述第一芯元件部分和所述第二芯元件部分的相对和平行移动; 以及预定的间隙长度限制构件,用于在使用所述芯平行移动机构的情况下,限制在所述第一芯元件部件和所述第二芯元件部件彼此接近的方向上的平行移动,以将所述间隙长度调节到所述预定间隙长度 用于平行移动。
    • 12. 发明申请
    • Induction coupling apparatus
    • 感应耦合装置
    • US20070285201A1
    • 2007-12-13
    • US11723104
    • 2007-03-16
    • Nobuyuki ZumotoHiroshi IsoyaTakao TsurimotoYuichiro MurataYouichi Hisamori
    • Nobuyuki ZumotoHiroshi IsoyaTakao TsurimotoYuichiro MurataYouichi Hisamori
    • H01F27/04
    • H01F38/30G01R1/22H01F3/14H01F29/10
    • To provide a structure capable of securing satisfactory induction coupling efficiency and high reliability in manufacturing an induction coupling apparatus used in power line carrier communication, the induction coupling apparatus having a magnetic core formed from a first core element part and a second core element part so that a gap would be formed between the core element parts, includes: a core parallel moving mechanism for carrying out relative and parallel movement of the first core element part and the second core element part in a direction that the length of the gap varies; and a predetermined gap length regulating member for limiting parallel movement in a direction that the first core element part and the second core element part approach each other to regulate the gap length to the predetermined gap length in the case that the core parallel moving mechanism is used for the parallel movement.
    • 为了提供一种在电力线载体通信中使用的感应耦合装置的制造中能够确保令人满意的感应耦合效率和高可靠性的结构,该感应耦合装置具有由第一芯部件和第二芯部部件形成的磁芯, 在所述芯部件之间将形成间隙,所述间隙包括:芯平行移动机构,用于在所述间隙的长度变化的方向上进行所述第一芯元件部分和所述第二芯元件部分的相对和平行移动; 以及预定的间隙长度限制构件,用于在使用所述芯平行移动机构的情况下,限制在所述第一芯元件部件和所述第二芯元件部件彼此接近的方向上的平行移动,以将所述间隙长度调节到所述预定间隙长度 用于平行移动。
    • 16. 发明授权
    • Light source device, exposure apparatus and cathode ray tube panel
    • 光源装置,曝光装置和阴极射线管面板
    • US06472810B1
    • 2002-10-29
    • US09599876
    • 2000-06-23
    • Hiroshi TeramotoNobuyuki ZumotoShigeru Nishimoto
    • Hiroshi TeramotoNobuyuki ZumotoShigeru Nishimoto
    • H01J2910
    • H01J9/2272H01J29/89
    • A light device includes a shielding plate (2) having an opening (2H) of a rectangular cross-sectional configuration and placed over an optical window retainer (15). The shielding plate (2) is placed so that an opening wall surface (2HS) thereof is positioned on an optical path (Zr(x)) of light emerging from an optical window (14) at a usable angle (&thgr;e) and that a half width (Xu) of the opening (2H) satisfies Xu=u/cot(&thgr;e)+t×sin(&thgr;e)/sgrt(ng2−sin2(&thgr;e))+s. The optical window retainer (15) is placed in a region outside a boundary line given as Zh(x)=±(1×tan(&thgr;e)(x±Xu)+u (plus (+) when x≦−Xu; minus (−) when x≧Xu) and also in aregion outside the optical path (Zr(x)). The light source device suppresses an uneven illuminance distribution of exposure light resulting from superimposition of light scattered from the opening wall surface of the optical window retainer upon the exposure light.
    • 光装置包括具有矩形横截面构造的开口(2H)的屏蔽板(2),并放置在光学窗保持器(15)上。 屏蔽板(2)被放置成使得其开口壁表面(2HS)位于从光学窗口(14)以可用角度(θe)出射的光的光路(Zr(x))上,并且 开口(2H)的半宽度(Xu)满足Xu = u / cot(θe)+ txsin(θe)/ sgrt(ng2-sin2(θe))+ s。 光学窗口保持器(15)放置在给定为Zh(x)=±(1xtan(θe)(x±Xu)+ u(+(x))处的边界线以外的区域,当x <= - Xu; - )当x> = Xu时),并且在光路外(Zr(x))的范围内,光源装置抑制由从光学窗口的开口壁表面散射的光的叠加产生的曝光光的不均匀照度分布 固定在曝光灯上。
    • 17. 发明授权
    • Laser machining apparatus
    • 激光加工设备
    • US5310986A
    • 1994-05-10
    • US52897
    • 1993-04-26
    • Nobuyuki ZumotoToshinori YagiMasao IzumoMasaaki Tanaka
    • Nobuyuki ZumotoToshinori YagiMasao IzumoMasaaki Tanaka
    • B23K26/06H01L21/00H05K3/00B23K26/00
    • H05K3/0026B23K26/066H01L21/67092H05K2203/056
    • A laser machining apparatus comprises a mask, a reflecting mirror and an imaging optical system. The laser light reflected by the mask and also by the reflecting mirror passes through the mask and images on the work for machining the work. The laser machining apparatus comprises means for causing said mask to move in parallel with said work for machining the work. This laser machining apparatus is able to machine a work having a large surface using small apertured mask. Another type of laser machining apparatus comprises a mask and a platform and an imaging optical system. The mask and the work are puts in the same plane of the platform and driven so that the image of the mask is mapped on the work via the imaging optical system. The laser machining apparatus is able to machine a large area at low price and high accuracy.
    • 激光加工装置包括掩模,反射镜和成像光学系统。 由掩模和反射镜反射的激光通过掩模和工件上的图像进行加工。 激光加工设备包括用于使所述面罩与所述工件并行移动以便加工工件的装置。 该激光加工装置能够使用小孔径掩模加工具有大表面的工件。 另一种类型的激光加工设备包括掩模和平台以及成像光学系统。 掩模和工作放在平台的同一平面上并被驱动,使得掩模的图像经由成像光学系统映射到工件上。 激光加工设备能够以低价格和高精度加工大面积。