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    • 41. 发明授权
    • Wire harness-mounting construction
    • 线束安装结构
    • US6051790A
    • 2000-04-18
    • US90149
    • 1998-06-04
    • Syunsaku TakeuchiHiroaki Yamada
    • Syunsaku TakeuchiHiroaki Yamada
    • B60J5/04B60R16/02H02G3/22H02G3/38H02G3/00H02G3/24
    • B60R16/0207
    • In a wire harness-mounting construction of the present invention, a generally L-shaped recess 2, formed in a continuous manner in a door side plate portion A2 and a door inner plate portion A2 of a door frame A, includes a deep groove portion 3 having a deep central bottoms, and a shallow groove portion 4 which is formed shallow around the deep groove portion 3, and receives a grommet cover 11. Amounting member 10 of a generally L-shape, received in the recess 2, includes the grommet cover 11 having an inner member 41 of a rigid material provided therein, and a projection 14 is formed integrally on an abutment surface of the grommet cover held against the door side plate portion A2, and extends generally along a peripheral edge of a frame portion formed on the abutment surface. A Lip-like projection 18 is formed on and extends along a peripheral edge of a peripheral portion 17, and a notch groove 19, communicating with the exterior, is formed in a lowermost portion of the peripheral portion 17.
    • 在本发明的线束安装结构中,在门框A的门侧板部分A2和门内板部分A2中连续形成的大致L形的凹部2包括深槽部分 具有深中心底部的浅沟槽部分4和形成在深槽部分3周围的浅槽部分4,并且容纳索环盖11.容纳在凹槽2中的大致L形的定量构件10包括索环 盖11具有设置在其中的刚性材料的内部构件41,并且突起14一体地形成在保持抵靠门侧板部分A2的索环盖的邻接表面上,并且大致沿着形成的框架部分的周边延伸 在邻接面上。 在周缘部17的周缘部形成有沿着周缘部延伸的唇状突起18,在周边部17的最下部形成有与外部连通的切口槽19。
    • 42. 发明授权
    • Guided-wave circuit with optical characteristics adjusting plate, method
for producing it, and apparatus for producing optical characteristics
adjusting plate
    • 具有光学特性调整板的导波电路及其制造方法以及光学特性调整板的制造装置
    • US5940548A
    • 1999-08-17
    • US890653
    • 1997-07-08
    • Hiroaki YamadaYasuyuki InoueKazumasa TakadaSeiko MitachiMakoto Abe
    • Hiroaki YamadaYasuyuki InoueKazumasa TakadaSeiko MitachiMakoto Abe
    • G02B5/30G02B6/26G02B6/34G02F1/225G02B6/12
    • G02B6/12011G02B5/3083G02B6/12023G02B6/266G02B6/29352G02B6/2938G02B6/29395G02F1/225G02F2203/20
    • A guided-wave circuit with a phase adjusting plate which adjusts optical path length errors, occurring during the manufacture of PLC, by an additional processing performed after the production of the PLC; and a method for producing the guided-wave circuit. A guided-wave circuit with an amplitude adjusting plate which adjusts the amplitude characteristics of light by an additional processing performed after the production of the PLC; and a method for producing the guided-wave circuit. A guided-wave circuit with a birefringence adjusting plate which adjusts the birefringence of light by an additional processing subsequent to the manufacture of the PLC; as well as a method for producing the guided-wave circuit. The guided-wave circuit includes a groove crossing a plurality of waveguides constituting the optical waveguides, a plate having optical characteristics spatially changed so as to adjust the optical characteristics at the intersections of the plate with the optical waveguides when the plate is inserted into the groove, and an adhesive for fixing the plate in the groove. The guided-wave circuit also includes both a phase adjusting plate and an amplitude adjusting plate to achieve further improvement in the optical characteristics. An apparatus for producing these optical characteristics adjusting plates is also included.
    • 具有相位调整板的导波电路,通过PLC生产后进行的附加处理,调整在PLC制造过程中出现的光程长度误差; 以及制造导波电路的方法。 一种具有振幅调节板的导波电路,其通过在生产PLC之后执行的附加处理来调节光的幅度特性; 以及制造导波电路的方法。 具有双折射调节板的导波电路,其通过在PLC的制造之后的附加处理来调节光的双折射; 以及制造导波电路的方法。 导波电路包括与构成光波导的多个波导交叉的槽,具有空间变化的光学特性的板,以便当板插入槽中时调整板与光波导的相交处的光学特性 ,以及用于将板固定在凹槽中的粘合剂。 导波电路还包括相位调整板和振幅调节板,以进一步提高光学特性。 还包括用于制造这些光学特性调节板的装置。
    • 43. 发明授权
    • Simulation apparatus for optimizing sputtering apparatus and simulation
method therefor
    • 用于优化溅射装置的仿真设备及其模拟方法
    • US5850356A
    • 1998-12-15
    • US713495
    • 1996-09-13
    • Hiroaki YamadaToshiyuki OhtaToshiki Shinmura
    • Hiroaki YamadaToshiyuki OhtaToshiki Shinmura
    • C23C14/34G06F17/50H01L21/00H01L21/203G06F19/00
    • G06F17/5018
    • A simulation apparatus for simulating and optimizing a configuration of a sputtering apparatus including a target surface temperature calculating unit for calculating a temperature of a target surface in consideration of cooling of the target, an atom initial velocity calculating unit for calculating an initial velocity of atoms within the target based on the calculated target surface temperature, an ion incidence rate calculating unit for calculating an incidence rate of the incident ions into the target to determine a position at which the incident ions collide against the target, an atom trajectory calculating unit for obtaining trajectories of atoms within the target based on each of calculation results and a sputtered atom ejection angle distribution unit for extracting sputtered atoms based on the calculation results to obtain ejection angle distribution.
    • 一种用于模拟和优化溅射装置的构造的模拟装置,该溅射装置包括考虑到目标冷却来计算目标表面的温度的目标表面温度计算单元,用于计算目标表面的初始原子速度的原子初始速度计算单元 基于计算出的目标表面温度的目标;离子入射率计算单元,用于计算入射到目标物中的入射离子的入射速率,以确定入射离子与目标物碰撞的位置,用于获得轨迹的原子轨迹计算单元 基于每个计算结果的靶内的原子和用于根据计算结果提取溅射原子的溅射原子喷射角分布单元以获得喷射角分布。
    • 47. 发明申请
    • BOLT SUPPORT STRUCTURE
    • 螺栓支撑结构
    • US20130028683A1
    • 2013-01-31
    • US13559660
    • 2012-07-27
    • Sunsoku IHiroaki Yamada
    • Sunsoku IHiroaki Yamada
    • F16B39/22
    • B60R16/0238F16B37/045
    • There is provided a bolt support structure which can absorb displacement of a bus bar and prevent the bus bar from bending during fastening of bolt, having a bolt including a head portion and a shaft portion and a mount portion to which the head portion is mounted movable in an axial direction of the shaft portion. The mount portion includes a bottom and upper plates between which a large-diameter portion of the head portion is positioned. The shaft portion and a small-diameter portion of the head portion are passed through a notch of the upper plate. A gap between the bottom and upper plates is larger than the thickness of the large-diameter portion. After the head portion is mounted to the mount portion, the nut is attached to the shaft portion so that the bus bar and the terminal clamp are sandwiched between the head portion and the nut.
    • 提供一种螺栓支撑结构,其能够吸收汇流条的位移并防止汇流条在螺栓紧固期间弯曲,具有包括头部和轴部的螺栓以及安装部分,头部可安装在该安装部分上 在轴部的轴向上。 安装部分包括底板和上板,其中头部的大直径部分位于该底板和上板之间。 头部的轴部和小直径部分通过上板的凹口。 底板和上板之间的间隙大于大直径部分的厚度。 在头部安装到安装部分之后,螺母附接到轴部分,使得母线和端子夹具夹在头部和螺母之间。
    • 49. 发明申请
    • OPTICAL INTERFEROMETER
    • 光学干涉仪
    • US20120195544A1
    • 2012-08-02
    • US13361683
    • 2012-01-30
    • Jinxi ShenHiroaki YamadaDavid J. ChapmanShanrui Ren
    • Jinxi ShenHiroaki YamadaDavid J. ChapmanShanrui Ren
    • G02F1/035G02F2/00
    • H04B10/677G02F1/225G02F2/00G02F2201/20
    • An optical interferometer for demodulating a differential phase shift keying optical signal includes a planar lightwave circuit and at least one free space delay line optically coupled to the planar lightwave circuit. The planar lightwave circuit has a waveguide splitter, a waveguide coupler, and a phase adjuster. In operation, the splitter splits the optical signal into equal portions, the phase adjuster adjusts the relative phase of the optical signal portions, and the free space delay line provides one-bit delay between the portions of the optical signal. The delayed signals are mixed in the waveguide coupler. The free space delay line can be made variable for adjustment of the bit delay for operation at different bit rates, and/or for optimization of the interferometer performance.
    • 用于解调差分相移键控光信号的光干涉仪包括平面光波电路和光耦合到平面光波电路的至少一个自由空间延迟线。 平面光波电路具有波导分路器,波导耦合器和相位调节器。 在操作中,分离器将光信号分成相等的部分,相位调节器调节光信号部分的相对相位,并且自由空间延迟线在光信号的部分之间提供一位延迟。 延迟信号在波导耦合器中混合。 可以使自由空间延迟线可变,用于调整不同比特率下的操作的位延迟和/或干涉仪性能的优化。
    • 50. 发明申请
    • WATERPROOF BOX
    • 防水盒
    • US20120097693A1
    • 2012-04-26
    • US13376938
    • 2010-06-08
    • Kunihiko TakeuchiHiroaki Yamada
    • Kunihiko TakeuchiHiroaki Yamada
    • B65D43/16
    • B60R16/0239H02G3/088
    • [Object]An object of the present invention is to provide a waterproof box capable of improving waterproof performance, and workability and space-saving.[Solution]The washing water hits the lower face 33h of the first waterproof part 33 in the upper cover 15, and the upper cover 15 is uplifted, at this time the tapered outer face 30b and the inner face 33g in the first waterproof part 30 and 32 are abutted and engaged to each other, causing the inlet of the small passage 27 to close. Even if water infiltrates, the water infiltrates into the dead end 33b to let the momentum thereof reduce. Further, the water infiltrates into the dead end 35a let the momentum thereof reduce. The water its momentum have been reduced falls. Consequently, it is effective for enhancing waterproof performance to include the dead end 35a.
    • 本发明的目的是提供一种能够提高防水性能,可加工性和节省空间的防水盒。 [解决方案]洗涤水撞击上盖15中的第一防水部33的下表面33h,并且上盖15被提升,此时第一防水部30中的锥形外表面30b和内表面33g 并且32彼此抵接并接合,导致小通道27的入口闭合。 即使水渗入,水也渗透到死端33b中,以使其动量减少。 此外,水渗透到死角35a中,使其动量减少。 水势下降。 因此,提高防水性能包括死端35a是有效的。