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    • 71. 发明授权
    • Simulation method of sputtering
    • 溅射的仿真方法
    • US06522997B1
    • 2003-02-18
    • US08953998
    • 1997-10-20
    • Hiroaki Yamada
    • Hiroaki Yamada
    • G06G748
    • G06F17/5018G06F2217/10
    • The method includes the steps of: calculating a direction-dependent distribution of ejected particles from a target, dividing a range of the vertical angle &thgr;, with respect to a direction perpendicular to the surface of the target, into sections of an equal interval, counting a number of the ejected particles for every section of the vertical angle &thgr;, and calculating a vertical distribution function by interpolating the counted numbers of the ejected particles as a function of the vertical angle &thgr;. The method also includes determining values of the vertical angle &thgr; likely to emerge in a random process of a particle ejection from the target using the vertical distribution function based on a rejection method, determining values of the horizontal angle &phgr;, measured from a direction in the surface plane of the target, likely to emerge in a random process of a particle ejection from the target, and calculating tracks of sputtered particles in a sputtering arrangement using the values of the vertical angles and the horizontal angles determined by the third step and the fourth step in accordance with the Monte Carlo method.
    • 该方法包括以下步骤:计算来自目标的喷射粒子的方向相关分布,将相对于目标表面垂直的方向的垂直角度θ的范围分成等间隔的部分,计数 用于垂直角度θ的每个部分的多个喷出的颗粒,并且通过内插所排出的颗粒的计数的数量作为垂直角度θ的函数来计算垂直分布函数。 该方法还包括使用基于拒绝方法的垂直分布函数来确定可能从粒子喷出的粒子的随机过程中可能出现的垂直角θ的值,确定从水平角度phi中的方向测量的水平角度phi的值 目标的表面平面可能以从粒子射出目标的随机过程出现,并且使用由第三步骤确定的垂直角度和水平角度的值来计算溅射装置中的溅射粒子的轨迹 按照蒙特卡罗方法进行。
    • 72. 发明授权
    • Reflectometry of an optical waveguide using a low coherence reflectometer
    • 使用低相干反射计的光波导的反射计
    • US5543912A
    • 1996-08-06
    • US237483
    • 1994-05-03
    • Kazumasa KadaMasaharu HorigichiHiroaki Yamada
    • Kazumasa KadaMasaharu HorigichiHiroaki Yamada
    • G01N21/85G01N21/84G01N21/88H01S3/02
    • G01M11/3145G01M11/3127G01N21/8507
    • A reflectomerry method and device are disclosed for measuring the loss distribution of an optical waveguide on the basis of Rayleigh back-scattered signals from an optical waveguide under test. Light output from a tunable low-coherent. light source, in which laser oscillation is suppressed, is divided into first and second lights. Local oscillator light is generated by propagating the first light over a variable optical path length determined by a movable mirror. The second light is used as a probe light which is launched into the optical waveguide under test. The local oscillator light is combined with light reflected from the waveguide under test. An average value of the Rayleigh back-scattered signals from the waveguide under test is obtained at respective center wavelengths of the light source by measuring the intensity of the combined light while maintaining the variable optical path length constant and varying the center wavelength of the light source. The average value of the Rayleigh back-scattered signals is thus obtained at a point of the waveguide under test. After changing the variable optical path length by incrementally shifting the movable mirror, the above procedure is repeated to obtain an average value of the Rayleigh back-scattered signals at successive points of the waveguide under test. By thus reducing the number of times the mirror needs to be shifted, the time required for measuring the entire waveguide is reduced.
    • 公开了一种基于来自被测光波导的瑞利反向散射信号测量光波导的损耗分布的反射体法和装置。 光输出从可调低相干。 激光振荡被抑制的光源被分成第一和第二光。 通过在由可移动镜确定的可变光程长度上传播第一光而产生本地振荡器光。 第二个光用作探测光,其被发射到被测光波导中。 本地振荡器光与被测波导反射的光结合。 通过在保持可变光路长度恒定并改变光源的中心波长的同时测量组合光的强度,在光源的各个中心波长处获得来自被测波导的瑞利反向散射信号的平均值 。 因此,在被测波导管的点处获得瑞利反向散射信号的平均值。 通过递增地移动可移动反射镜来改变可变光程长度后,重复上述步骤以获得被测波导的连续点处的瑞利反向散射信号的平均值。 通过减少反射镜需要移动的次数,减少了测量整个波导所需的时间。
    • 73. 发明授权
    • Piezoelectric motor with multilayer piezoelectric elements
    • 具有多层压电元件的压电电机
    • US4814660A
    • 1989-03-21
    • US154900
    • 1988-02-11
    • Hiroaki YamadaEiichi Sato
    • Hiroaki YamadaEiichi Sato
    • H02N2/00H01L41/09H02N2/16H01L41/08
    • H02N2/0025H02N2/103H02N2/147
    • The specification discloses a piezoelectric motor which comprises an actuator and a rotor. The actuator includes a frame which has at least three arms extending from the center of the frame in a radial direction so that tip portions of the arms are situated on the same circumference. The actuator further includes multilayer piezoelectric elements formed by stacking a plurality of piezoelectric sections along a stack axis. The elements are placed respectively between adjacent arms in the frame so as to make the adjacent arms symmetrical to each other in regard to a line passing through the center and perpendicular to the stack axis. The rotor is supported in a freely rotatable manner around an axis passing through the center of the frame. The rotor has an inner wall inscribed with the tip portions of the arms and is rotated with a driving force generated on the tip portions when driving voltages having a predetermined phase difference from each other are applied to the multilayer piezoelectric elements.
    • 该说明书公开了一种包括致动器和转子的压电电动机。 致动器包括框架,该框架具有至少三个臂,其从框架的中心沿径向方向延伸,使得臂的尖端部分位于同一圆周上。 致动器还包括通过沿堆叠轴线堆叠多个压电部件而形成的多层压电元件。 这些元件分别放置在框架中的相邻臂之间,以使相邻的臂相对于穿过中心并垂直于堆叠轴线的线彼此对称。 转子以可自由旋转的方式围绕穿过框架中心的轴线支撑。 转子具有内壁与臂的前端部分的内壁,并且当具有预定的相位差的驱动电压被施加到多层压电元件时,其转动具有在尖端部分上产生的驱动力。
    • 77. 发明授权
    • Information distribution system, information processing server, distribution server, communication apparatus, program and information distribution method
    • 信息分发系统,信息处理服务器,分发服务器,通信设备,程序和信息分发方法
    • US08843593B2
    • 2014-09-23
    • US12100074
    • 2008-04-09
    • Naoto TobitaShigeki WakasaHiroaki Yamada
    • Naoto TobitaShigeki WakasaHiroaki Yamada
    • G06F15/16G06F17/30
    • G06F17/30861
    • There is provided a communication apparatus including an identification data generation portion to generate identification data, an identification data storage portion to store the identification data generated by the identification data generation portion, a basic data reception portion to receive basic data from an information processing server through a given communication path, the basic data containing prescribed first data specifying service data generated in the distribution server and containing data to be used in an IC chip capable of con tactless communication with a reader/writer, and prescribed identification data, and a data acquisition portion to acquire the service data generated based on the basic data in the distribution server from the distribution server if the prescribed identification data matches with the identification data stored in the identification data storage portion.
    • 提供了一种通信装置,包括:识别数据生成部分,用于生成识别数据;识别数据存储部分,用于存储由识别数据生成部分生成的识别数据;基本数据接收部分,用于从信息处理服务器接收基本数据; 给定的通信路径,所述基本数据包含指定在所述分发服务器中生成的服务数据的规定的第一数据,并且包含要用于能够与读取器/写入器进行无间隙通信的IC芯片中的数据,以及规定的识别数据,以及数据采集 部分,如果规定的识别数据与存储在识别数据存储部分中的识别数据相匹配,则从分发服务器获取基于分发服务器中的基本数据生成的服务数据。
    • 78. 发明授权
    • Waterproof box
    • 防水箱
    • US08785775B2
    • 2014-07-22
    • US13376959
    • 2010-06-08
    • Kunihiko TakeuchiHiroaki Yamada
    • Kunihiko TakeuchiHiroaki Yamada
    • H02G3/14
    • B60R16/0239H02G3/088H05K5/063
    • The present invention provides a waterproof box which can improve water performance and work efficiency, and can reduce space. When washing water hits in the lower surface (33h) of first waterproof portion (33) of an upper cover (15), spay is generated. At this time, an outer surface (30b), which is formed in a tapered shape, of first waterproof portion (30) abuts on an inner surface (33g), which is formed in a tapered shape, of the first waterproof portion (33). Further, the outer surface (30b) engages with the inner surface (33g). As a result, the inlet of a minute path (27) is closed. Even if water leaks, force of the water is reduced because the water enters in a groove (33b or 35a). The water in which force of the water is reduced falls down.
    • 本发明提供一种能够提高水性能和工作效率的防水箱,能够减少空间。 当在上盖(15)的第一防水部分(33)的下表面(33h)中洗涤水时,产生喷溅。 此时,第一防水部(30)形成为锥形的外表面(30b)与第一防水部(33)的锥形形状的内表面(33g)抵接 )。 此外,外表面30b与内表面33g接合。 结果,微小路径(27)的入口被关闭。 即使水泄漏,由于水进入槽(33b或35a),水的力也减小了。 水的力量减少的水落下。