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    • 1. 发明授权
    • Opposing swash plate piston pump/motor
    • 相反的斜盘活塞泵/马达
    • US08727743B2
    • 2014-05-20
    • US13537222
    • 2012-06-29
    • Takeo Shimizu
    • Takeo Shimizu
    • F04B1/32
    • F04B1/324F04B1/20F04B1/22F16H39/14
    • A first swash plate (30) and a second swash plate (40) are disposed on either side of a cylinder block (4), and a plurality of cylinders (6) are disposed in the cylinder block (4). A first piston (8) and a second piston (9) are inserted opposite to each other in each cylinder (6) such that the first piston (8) slides on the first swash plate (30) and the second piston (9) slides on the second swash plate (40). By providing a servo mechanism (33) that tilts the first swash plate (30) and a tilt linking mechanism (40, 70) that tilts the second swash plate (40) in conjunction with the tilting of the first swash plate (30), tilt angles of the two swash plates (30, 40) can be controlled by the single servo mechanism (33).
    • 第一斜盘(30)和第二斜盘(40)设置在气缸体(4)的两侧,并且多个气缸(6)设置在气缸体(4)中。 第一活塞(8)和第二活塞(9)在每个气缸(6)中彼此相对插入,使得第一活塞(8)在第一斜盘(30)上滑动,第二活塞(9)滑动 在第二斜盘(40)上。 通过提供使第一斜盘(30)倾斜的伺服机构(33)和倾斜第二斜盘(40)与倾斜第一斜盘(30)倾斜的倾斜连接机构(40,70) 可以通过单个伺服机构(33)来控制两个斜盘(30,40)的倾斜角度。
    • 2. 发明授权
    • Safety valve drive system
    • 安全阀驱动系统
    • US08528588B2
    • 2013-09-10
    • US12665277
    • 2008-06-17
    • Hiroshi YamazakiTakeo ShimizuYuka Suzuki
    • Hiroshi YamazakiTakeo ShimizuYuka Suzuki
    • F16K17/00F16K31/12G21C9/00
    • G21D3/04F16K17/10G21Y2002/206G21Y2002/50G21Y2004/30Y02E30/40Y10T137/7734Y10T137/7762
    • A safety valve drive system is operated such that a safety valve of a nuclear power plant is opened by supplying a driving gas by using a pilot valve at an occurrence of an accident or a transient state to thereby protect a reactor against pressure application. The safety valve drive system is provided with a safety valve drive unit, as a function of actuating the safety valve, and cables. The safety valve drive unit actuates in a manner that the safety valve is opened in response to respective auto-depressurization system actuating signals for two or more segments among respective auto-depressurization system actuating signals for four segments, and is closed if an auto-depressurization system actuating signal for one or less segment among the auto-depressurization system actuating signals for the four segments is received. The cables are connected to the safety valve drive unit and used to transfer the auto-depressurization system actuating signals for the four segments.
    • 操作安全阀驱动系统,使得在发生事故或瞬态时通过使用先导阀供应驱动气体来打开核电厂的安全阀,从而保护反应堆免受压力的应用。 安全阀驱动系统设有安全阀驱动单元,作为启动安全阀和电缆的功能。 安全阀驱动单元以使安全阀响应于相应的自动减压系统致动信号而被打开的方式启动两个或更多个段,用于四个段的相应的自动减压系统启动信号中,并且如果自动减压 接收到用于四个段的自动减压系统致动信号中的一个或更少段的系统致动信号。 电缆连接到安全阀驱动单元,用于传送四个段的自动减压系统启动信号。
    • 4. 发明授权
    • Optical module
    • 光模块
    • US06715937B2
    • 2004-04-06
    • US10214591
    • 2002-08-09
    • Masayuki MinaminoTomoya KatoTakeo Shimizu
    • Masayuki MinaminoTomoya KatoTakeo Shimizu
    • G02B642
    • H05K3/3426G02B6/4201G02B6/4269Y02P70/613
    • A semiconductor laser module 1 having a package 2 containing a semiconductor laser device and lead pins 28 provided on both the side surfaces of the package 2. Since a base end portion of the lead pin 28 is fixed to the side surface at a position higher than the bottom surface of the package 2, the lead pin 28 can be laterally bent at a position higher than the bottom surface. Therefore, the semiconductor laser module 1 can be mounted on the surface of the wiring board 32 while the bottom surface of the package 2 is in close contact with the wiring board 32. Thus, since a heat radiation path from the bottom surface of the package 2 to the wiring board 32 is secured, it is possible to reduce the instability in the operating characteristic of the semiconductor laser device due to the thermal effect.
    • 一种半导体激光器模块1,其具有包含半导体激光器件的封装2和设置在封装2的两个侧表面上的引线引脚28.由于引脚28的基端部固定在侧表面, 包装2的底面可以在高于底面的位​​置处横向弯曲引导销28。 因此,半导体激光器模块1可以安装在布线板32的表面上,同时封装2的底表面与布线板32紧密接触。因此,由于从封装的底表面的散热路径 2到布线板32的固定,可以降低由于热效应导致的半导体激光器件的工作特性的不稳定性。
    • 10. 发明授权
    • Method of connecting an optical fiber to an optical waveguide
    • 将光纤连接到光波导的方法
    • US5297228A
    • 1994-03-22
    • US63005
    • 1993-05-17
    • Hisaharu YanagawaTakeo ShimizuShiro NakamuraKen Ueki
    • Hisaharu YanagawaTakeo ShimizuShiro NakamuraKen Ueki
    • G02B6/30G02B6/42
    • G02B6/30G02B6/4231G02B6/4224Y10S359/90
    • A method of connecting an optical fiber to a planar optical waveguide is provided in which an end face of a waveguide chip in which planar optical waveguides are formed is abutted against an end face of a fiber aligning jig on which optical fibers are arranged, to thereby connect the optical fiber to the corresponding planar optical waveguide. At least one marker is formed in each of the waveguide chip and the fiber aligning jig, and also at least one pin guide groove is formed in each of the waveguide chip and the fiber aligning jig, using the marker as a reference mark. The markers of the waveguide chip and the fiber aligning jig are aligned with each other along optical axes of the planar optical waveguides when the waveguide chip and the fiber aligning jig are abutted against each other. Further, fiber guide grooves are formed in the fiber aligning jig, using the marker as a reference mark. The waveguide chip and the fiber aligning jig are abutted against each other, and the planar optical waveguide and the optical fiber are aligned with each other by means of a common guide pin laid along the corresponding pin guide grooves.
    • 提供一种将光纤连接到平面光波导的方法,其中形成有平面光波导的波导芯片的端面抵靠在其上布置有光纤的光纤对准夹具的端面,从而 将光纤连接到相应的平面光波导。 在每个波导芯片和光纤对准夹具中形成至少一个标记,并且使用该标记作为参考标记,还在波导芯片和光纤对准夹具的每一个中形成至少一个引脚引导槽。 当波导芯片和光纤对准夹具彼此抵接时​​,波导芯片和光纤对准夹具的标记物沿着平面光波导的光轴彼此对准。 此外,使用标记作为参考标记,在纤维取向夹具中形成纤维引导槽。 波导芯片和光纤对准夹具彼此抵接,并且平面光波导和光纤通过沿着相应的引脚引导槽布置的公共导销彼此对准。