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    • 12. 发明授权
    • Apparatus and methods for monitoring contamination of an optical component in an optical system
    • 用于监测光学系统中的光学部件的污染的装置和方法
    • US06545272B1
    • 2003-04-08
    • US09587626
    • 2000-06-05
    • Hiroyuki Kondo
    • Hiroyuki Kondo
    • G01N2188
    • G03F7/70916G01N22/00G01N23/225
    • Apparatus and methods are disclosed for measuring the state of contamination of one or more optical components in an optical system, such as in an X-ray optical system. Also disclosed are microlithography systems including a device for monitoring accumulation of a contaminant substance on a surface of an optical component of the system. The optical component is irradiated with a beam of electromagnetic radiation or a beam of charged particles (e.g., electron beam). The state of contamination of the optical component is measured by detecting electrons emitted from the optical component as the optical component is being irradiated with the beam. Electrons are quantified that are within a specified energy range of emitted electrons.
    • 公开了用于测量诸如在X射线光学系统中的光学系统中的一个或多个光学部件的污染状态的装置和方法。 还公开了微光刻系统,其包括用于监测系统的光学部件的表面上的污染物质的累积的装置。 用电磁辐射束或带电粒子束(例如电子束)照射光学部件。 通过在用光束照射光学部件时检测从光学部件发射的电子来测量光学部件的污染状态。 在发射电子的指定能量范围内量化电子。
    • 14. 发明授权
    • X-ray irradiation apparatus and x-ray exposure apparatus
    • X射线照射装置和X射线曝光装置
    • US06324255B1
    • 2001-11-27
    • US09372596
    • 1999-08-12
    • Hiroyuki KondoNoriaki Kandaka
    • Hiroyuki KondoNoriaki Kandaka
    • H05G200
    • H05G2/003B82Y10/00G03F7/70033G03F7/7085H05G2/008
    • An x-ray irradiation apparatus and x-ray exposure apparatus provide improved x-ray generation. The x-ray irradiation apparatus includes a target material feed-out device to provide a target material in a feed-out direction to a specified target position and a laser to provide laser light to the specified target position to cause the target material to emit x-rays. In some configurations, an x-ray generation position control device may be used to determine and control a position of x-ray generation, a rotary mechanism may be operatively connected to the target material feed-out device to axially rotate the target material feed-out device about the feed-out direction, and/or a target feed-out control device may be used to detect and control the position of the target material feed-out device.
    • X射线照射装置和X射线曝光装置提供改善的x射线产生。 X射线照射装置包括:目标材料送出装置,用于在指定目标位置的送出方向上提供目标材料;以及激光器,用于向指定的目标位置提供激光以使靶材料发射x 数字 在一些配置中,可以使用x射线产生位置控制装置来确定和控制X射线产生的位置,旋转机构可以可操作地连接到目标材料送出装置以轴向旋转靶材料馈送装置, 可以使用关于送出方向的出料装置和/或目标送出控制装置来检测和控制目标材料送出装置的位置。
    • 15. 发明授权
    • Bulb socket and method of manufacturing the same
    • 灯泡插座及其制造方法
    • US5080615A
    • 1992-01-14
    • US641864
    • 1991-01-16
    • Hiroyuki Kondo
    • Hiroyuki Kondo
    • H01R33/09
    • H01R33/09
    • A bulb socket for holding a bulb having wedge-shaped contact portions comprises (a) a socket housing (E) composed of a bulb holding portion (E1) and a connector holding portion (E2) formed integral with each other; and (b) two socket terminals (F) each composed of a bulb contact portion (F1) with a roughly rectangular base plate portion (1) and a pair of opposing extensional side walls (5) bent at both sides of and perpendicular to the base plate portion (1) so as to form a pair of opposing inwardly bent convex contact portions (3) at each free end of each extensional side wall (5), respectively; and a connector contact portion (F2) formed integral with the bulb contact portion (F1). Since the bulb contact portions (3) of the terminal can be formed by simply bending the extensional side walls (5) inwardly, respectively and further these bulb contact portions (F1) can be protected by an outer end (4) of the terminal base plate portion (1), the socket terminal (F) can be simplified in structure and therefore reduced in insertion molding cost by using a simple molding die including a simple core.
    • 用于保持具有楔形接触部分的灯泡的灯泡插座包括(a)由灯泡保持部分(E1)和彼此一体形成的连接器保持部分(E2)组成的插座壳体(E) 和(b)两个插座端子(F),每个由具有大致矩形的基板部分(1)的灯泡接触部分(F1)和一对相对的延伸侧壁(5)构成, 基板部分(1),以分别在每个拉伸侧壁(5)的每个自由端处形成一对相对的向内弯曲的凸形接触部分(3); 以及与灯泡接触部(F1)一体形成的连接器接触部(F2)。 由于端子的灯泡接触部分(3)可以通过简单地将伸展侧壁(5)向内弯曲而形成,并且另外这些灯泡接触部分(F1)可以被端子基座的外端(4)保护 板部分(1),插座端子(F)的结构可以简化,并且因此通过使用包括简单的芯的简单成型模具来降低插入成型成本。
    • 16. 发明授权
    • Pressure control valve assembly for brake systems
    • 用于制动系统的压力控制阀组件
    • US4222613A
    • 1980-09-16
    • US24257
    • 1979-03-27
    • Hiroshi TakeshitaTakashi NagashimaHiroyuki Kondo
    • Hiroshi TakeshitaTakashi NagashimaHiroyuki Kondo
    • B60T8/26B60T13/00
    • B60T8/265
    • A pressure control valve assembly in a split brake system having two separate pressure lines comprises two valve pistons subjected to pressure from separate pressure sources so as to control the outlet pressure admitted to the respective rear wheel brakes. The valve assembly further comprises two movable members each in alignment with each of two valve pistons and subjected to the pressure of two pressure lines at each end thereof and two springs each interposed between a respective piston and movable member for normally urging the piston in the valve closing direction. The hydraulic failure of one of two pressure lines causes the movable member to move in the direction wherein no biasing force of the spring may be imparted to the valve piston.
    • 具有两个分开的压力管线的分离制动系统中的压力控制阀组件包括经受来自分开的压力源的压力的两个阀活塞,以便控制进入各个后轮制动器的出口压力。 阀门组件还包括两个可动构件,每个可移动构件与两个阀活塞中的每一个对准,并且在每个端部承受两条压力管线的压力,并且两个弹簧分别插入在相应的活塞和可动构件之间,用于正常地推动阀门中的活塞 关闭方向。 两个压力管线中的一个的液压故障使得可动构件沿其中不向阀活塞施加弹簧的偏压力的方向移动。
    • 20. 发明申请
    • SOUNDPROOFING COVER AND METHOD OF MANUFACTURING SAME
    • 防震罩及其制造方法
    • US20120168246A1
    • 2012-07-05
    • US13420659
    • 2012-03-15
    • Hiroyuki KondoYukio Hatanaka
    • Hiroyuki KondoYukio Hatanaka
    • E04B1/82B29C67/20B29C45/14
    • F02B77/13F02F7/006
    • A soundproofing cover that has a sufficiently high soundproofing performance and that allows another member to be reliably attached to the soundproofing cover with a screw-fastening structure is provided. The soundproofing cover includes a cover body, a sound absorbing layer made of a urethane foam and formed integrally with the back surface of the cover body, and a nut member having a threaded hole that opens at both sides of the nut member in an axial direction. The nut member is embedded in the cover body in a manner such that an opening of the threaded hole in the nut member at a first end in the axial direction opens at a front surface of the cover body and an opening of the threaded hole at a second end in the axial direction is blocked by a blocking portion that is formed integrally with the cover body.
    • 提供了具有足够高的隔音性能并且允许另一个构件以螺钉紧固结构可靠地附接到隔音罩的隔音罩。 隔音盖包括盖体,由聚氨酯泡沫制成的吸音层,与盖体的后表面一体形成,以及螺母构件,具有螺纹孔,该螺纹孔在螺母构件的轴向方向上开口 。 螺母构件以这样的方式嵌入盖体中,使得在轴向的第一端处的螺母构件中的螺纹孔的开口在盖体的前表面处开口,并且螺纹孔的开口在 沿轴向的第二端被与盖体整体形成的阻挡部分阻挡。