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    • 1. 发明授权
    • Optimization method of deposition time and an optimization system of deposition time
    • 沉积时间的优化方法和沉积时间优化系统
    • US07831329B2
    • 2010-11-09
    • US11862705
    • 2007-09-27
    • Akira TadanoYusuke InoueIsao Yokoyama
    • Akira TadanoYusuke InoueIsao Yokoyama
    • G06F19/00H01L21/00
    • H01L22/20
    • A semiconductor manufacturing method and apparatus is provided that can improve uniformity of processing time of oxidation thickness. When starting a heat oxidation process, a time for optimum oxidation processing in the process management system is calculated based on atmospheric pressure data, a target thickness of that process, oxidization time, thickness data and atmospheric pressure data in the immediately preceding process under the same oxidization processing job. The optimum system comprises a process management system such as a host computer, a device having a barometer, a heat oxidation-processing device and a thickness-measuring device. The host computer, the barometer, the heat oxidation processing device and the thickness-measuring device are connected via a network so as to transmit data to and from each device.
    • 提供了可以提高氧化厚度的处理时间的均匀性的半导体制造方法和装置。 当开始热氧化过程时,基于大气压力数据,该过程的目标厚度,氧化时间,厚度数据和大气压力数据,在相同的前一过程中计算过程管理系统中最佳氧化处理的时间 氧化处理工作。 最佳系统包括诸如主计算机,具有气压计的装置,热氧化处理装置和厚度测量装置之类的过程管理系统。 主计算机,气压计,热氧化处理装置和厚度测量装置经由网络连接,以便从每个装置传送数据。
    • 2. 发明授权
    • Optimization method of deposition time and an optimization system of deposition time
    • 沉积时间的优化方法和沉积时间优化系统
    • US07280884B2
    • 2007-10-09
    • US10785711
    • 2004-02-23
    • Akira TadanoYusuke InoueIsao Yokoyama
    • Akira TadanoYusuke InoueIsao Yokoyama
    • G06F19/00
    • H01L22/20
    • An optimum method for deposition time is provided that can improve uniformity of processing time of oxidation thickness. When starting a heat oxidation process, a time for optimum oxidation processing in the process management system is calculated based on atmospheric pressure data, a target thickness of that process, oxidization time, thickness data and atmospheric pressure data in the immediately preceding process under the same oxidization processing job. The optimum system comprises a process management system such as a host computer, a device having a barometer, a heat oxidation-processing device and a thickness-measuring device. The host computer, the barometer, the heat oxidation processing device and the thickness-measuring device are connected via a network so as to transmit data to and from each device.
    • 提供了一种最佳的沉积时间方法,可以提高氧化厚度的处理时间的均匀性。 当开始热氧化过程时,基于大气压力数据,该过程的目标厚度,氧化时间,厚度数据和大气压力数据,在相同的前一过程中计算过程管理系统中最佳氧化处理的时间 氧化处理工作。 最佳系统包括诸如主计算机,具有气压计的装置,热氧化处理装置和厚度测量装置之类的过程管理系统。 主计算机,气压计,热氧化处理装置和厚度测量装置经由网络连接,以便从每个装置传送数据。
    • 7. 发明申请
    • MOTORCYCLE
    • 摩托车
    • US20120031698A1
    • 2012-02-09
    • US13196453
    • 2011-08-02
    • Yusuke InoueSatoshi MatsushimaTatsuya SasakiHiroshi NakashimaYuji Hayashi
    • Yusuke InoueSatoshi MatsushimaTatsuya SasakiHiroshi NakashimaYuji Hayashi
    • F01N1/10F01N1/24
    • F01N1/24F01N1/10F01N13/1811
    • A silencer for a motorcycle has a front cup which has a tapered tubular shape, a center sleeve which is connected to the front cup, and a tail cup which is connected to the center sleeve. Since the front cup has a tapered tubular shape, the front cup is arranged such that a front end of the front cup is positioned in the vicinity of a main frame. A distal end of the silencer can be shifted frontward in the longitudinal direction of a vehicle compared to a silencer of a prior art. As a result, a length of the silencer can be increased while avoiding interference between the silencer and legs of a rider and hence, silencing performance of the silencer can be enhanced. Since the distal end of the silencer can be shifted frontward in the longitudinal direction of the vehicle, the concentration of a mass can be acquired.
    • 用于摩托车的消声器具有锥形管状的前杯,连接到前杯的中心套和连接到中心套的尾杯。 由于前杯具有锥形管状,所以前杯配置成使前杯的前端位于主框架附近。 与现有技术的消声器相比,消声器的远端可以在车辆的纵向方向上向前移动。 结果,消音器的长度可以增加,同时避免消音器与骑手的消音器之间的干扰,从而可以提高消音器的消声性能。 由于消音器的远端可以沿着车辆的纵向方向向前移动,所以可以获得质量的集中。
    • 8. 发明申请
    • SEALING AND PUMP-UP DEVICE
    • 密封和泵送装置
    • US20100186849A1
    • 2010-07-29
    • US12665226
    • 2008-06-09
    • Masaki YoshidaYuji TakedaRyuji IzumotoYusuke InoueTakahiko Kojima
    • Masaki YoshidaYuji TakedaRyuji IzumotoYusuke InoueTakahiko Kojima
    • B65B31/00
    • B29C73/166B29L2030/00B60C23/003
    • A reliably operable sealing and pump-up device with simple jig installation and in which the jig does not come out even when subjected to pressure. The sealing and pump-up device 10 includes: a liquid agent container 18 containing a sealing agent 32; an injection unit 20 that is connected to an outlet 29 of the liquid agent container 18 and has a liquid pressurization and supply chamber 40 and a jig insertion hole 44; a jig 82 that by insertion into the jig insertion hole 44 pierces an aluminum seal 30 by means of a piercing member 62 and closes off the jig insertion hole 44; and a leading end portion 85, of an insertion portion 84, having a step 85A that catches on an edge 44B of a jig insertion hole 44 before the jig 82 that has been inserted into the jig insertion hole 44 reaches a piercing position, when the aluminum seal 30 is pierced. The jig 82 has simple installation and can be reliably operated because the jig 82 does not come out even when subjected to pressure.
    • 一种可靠操作的密封和泵送装置,具有简单的夹具安装,即使在受到压力时夹具也不会脱落。 密封和升压装置10包括:容纳密封剂32的液体容器18; 注射单元20,其连接到液剂容器18的出口29,并具有液体加压供应室40和夹具插入孔44; 通过插入到夹具插入孔44中的夹具82通过穿刺构件62刺穿铝密封件30并封闭夹具插入孔44; 并且具有在插入到夹具插入孔44中的夹具82之前的夹具插入孔44的边缘44B上的台阶85A的插入部84的前端部85到达穿刺位置时, 铝密封件30被刺穿。 夹具82具有简单的安装,并且由于夹具82即使经受压力也不会脱落,所以能够可靠地进行操作。
    • 9. 发明授权
    • Switch circuit and integrated circuit
    • 开关电路和集成电路
    • US07511592B2
    • 2009-03-31
    • US11362506
    • 2006-02-27
    • Yusuke Inoue
    • Yusuke Inoue
    • H01P1/15
    • H04B1/48H01P1/15H03K17/602H03K17/6271H03K17/693H03K17/76Y10T307/76
    • A switch circuit includes a balanced line connected between one end of an unbalanced line having another end connected to an input terminal and an output terminal and a balanced line connected between the one end of the unbalanced line and an output terminal. On each of the balanced lines, a plurality of quarter-wave transmission lines are connected in cascade, and each of a plurality of FETs, whose impedance is controllable, is connected between one pair of transmission lines constituting a balanced line for each interconnection point between the transmission lines, so that the power of a signal is distributed to both of the pair of transmission lines, and therefore the inputted power becomes half on each balanced line, thereby making it possible to prevent a DC-like current from flowing when the FET is in an off state even if a high frequency signal with high power is inputted.
    • 开关电路包括连接在具有连接到输入端子的另一端和输出端子的不平衡线路的一端之间的平衡线路和连接在不平衡线路的一端与输出端子之间的平衡线路。 在每个平衡线路上,多个四分之一波长的传输线级联连接,并且其阻抗可控制的多个FET中的每一个连接在构成用于每个互连点之间的平衡线的一对传输线之间 传输线,使得信号的功率分配给两对传输线,因此每个平衡线上的输入功率变为一半,从而可以防止当类似FET的电流流过FET时 即使输入高功率的高频信号,也处于关闭状态。