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    • 22. 发明授权
    • Navigation system
    • 导航系统
    • US07277846B2
    • 2007-10-02
    • US09832645
    • 2001-04-11
    • Kouichi Satoh
    • Kouichi Satoh
    • G06F17/28G01C21/00
    • G01C21/36
    • A navigation system includes a speech-recognition unit for performing speech-recognition processing on input speech. The system also includes a language-determining unit for determining the language of a speaker based on the contents of the input speech as recognized by the speech-recognition unit. The system further includes a navigation-processing unit for performing a vehicle-installed-type navigation operation corresponding to the language as determined by the language-determining unit.
    • 导航系统包括用于对输入语音执行语音识别处理的语音识别单元。 该系统还包括语言确定单元,用于基于由语音识别单元识别的输入语音的内容来确定讲话者的语言。 该系统还包括用于执行与由语言确定单元确定的语言相对应的车载导航操作的导航处理单元。
    • 24. 发明授权
    • Torque sensor
    • 扭矩传感器
    • US5585573A
    • 1996-12-17
    • US554706
    • 1995-11-07
    • Kouichi SatohKazuo Chikaraishi
    • Kouichi SatohKazuo Chikaraishi
    • B62D5/04B62D6/10G01D5/22G01L3/10G01L5/22G01L3/02
    • G01L5/221B62D6/10G01D5/2216G01L3/105
    • The torque sensor of the present invention converts the torsion of a shaft into an amount of movement of a slider member and detects the amount of movement of the slider member as a variation in the self-inductance of a detection coil unit. The detection coil unit is a bobbin having a coil wound thereon. The bobbin has a cylindrical portion, first and second annular flange portions provided on axially opposite ends of the cylindrical portion, and a third annular flange portion provided between the first and second flange portions. The coil is wound on a second groove defined between the second and third flange portions. An end portion of the coil is connected and fixed to a lead wire (connected to a detection circuit unit) in a first groove defined between the first and third flange portions. The diameter of one of the flange portions of the detection coil unit can he larger than the diameter of the other flange portions to prevent improper assembly of the detection coil unit.
    • 本发明的扭矩传感器将轴的扭转转换成滑动构件的移动量,并且检测作为检测线圈单元的自感的变化的滑动构件的移动量。 检测线圈单元是缠绕有线圈的线轴。 筒管具有圆筒形部分,设置在圆柱形部分的轴向相对端上的第一和第二环形凸缘部分以及设置在第一和第二凸缘部分之间的第三环形凸缘部分。 线圈缠绕在限定在第二和第三凸缘部分之间的第二凹槽上。 线圈的端部在被限定在第一和第三凸缘部之间的第一凹槽中连接并固定到引线(连接到检测电路单元)。 检测线圈单元的一个凸缘部分的直径可以大于其它凸缘部分的直径,以防止检测线圈单元的组装错误。
    • 25. 发明授权
    • Method and apparatus of injection stretch blow molding
    • 注射拉伸吹塑成型的方法和装置
    • US5468443A
    • 1995-11-21
    • US44707
    • 1993-04-12
    • Minoru TakadaKouichi SatohKazuyuki YokobayashiShuichi Ogihara
    • Minoru TakadaKouichi SatohKazuyuki YokobayashiShuichi Ogihara
    • B29C49/06B29C49/42B29C49/28
    • B29C49/4205B29C49/061B29C2049/066B29C49/06
    • An injection stretch blow molding method sequentially circulates a plurality of neck mold moving units for supporting and conveying neck molds adapted to hold the neck portions of hollow containers and preforms used to mold the hollow containers at least through preform injection molding, blow molding and ejecting stations, the preform injection molding step, the blow molding step for blow molding the hollow containers from the preforms having their potential heat provided by the injection molding step and the product ejecting step being repeatedly carried out. The injection molding stations of M in number are provided for blow molding stations of N in number (M>N.gtoreq.1). Preforms are injection molded in each of the injection molding stations at an injection molding start time staggered from those of the other injection molding stations by time equal to N.times.T/M where T is an injection molding cycle time in each of the injection molding stations. The neck mold moving units are sequentially moved from the injection molding stations to the empty blow molding station after the respective one of the injection molding stations has molded the preforms. The preforms are blow molded into the hollow containers in the blow molding stations through their blow molding cycle time which is set within N.times.T/M.
    • 喷射拉伸吹塑成型方法顺序地循环多个用于支撑和输送颈部模具的颈部模具移动单元,所述颈部模具适于保持中空容器的颈部和用于模制中空容器的预成型件,至少通过预成型件注射成型,吹塑成型和喷射台 ,预成型件注塑步骤,用于通过注射成型步骤提供的具有其潜在的热量的预成型件吹塑中空容器的吹塑模制步骤和重复进行的产品喷射步骤。 数量为M(M> N> / = 1)的吹塑成型站的数量为M的注塑站。 预成型件在每个注射成型站中以与其它注射成型站的注射成型开始时间交错的时间等于NxT / M,其中T是每个注射成型站中的注射成型周期时间,在每个注射成型站中注射成型。 在相应的一个注射成型站模制预成型件之后,颈模移动单元从注射模制站依次移动到空的吹塑站。 通过吹塑成型循环时间将吹塑成型工段中的吹塑成型工序中的中空容器吹塑成型,成型时间设定在N×T / M以内。
    • 28. 发明授权
    • Torque sensor
    • 扭矩传感器
    • US5578767A
    • 1996-11-26
    • US611878
    • 1996-03-06
    • Kazuo ChikaraishiKouichi Satoh
    • Kazuo ChikaraishiKouichi Satoh
    • G01L3/10G01L5/22G01L3/02
    • G01L5/221G01L3/105
    • A plural number of grooves, circumferentially spaced, are formed in a surrounded portion of a first rotary shaft made of magnetic material. A thin tubular member made of conductive and nonmagnetic material, is integrally coupled with a second rotary shaft in the rotation direction, while surrounding the surrounded portion of the first rotary shaft. A plural number of windows are formed in the tubular member. The windows are arrayed so as to partially overlap with the grooves, respectively. An overlapping area of the window and the groove associated therewith is varied in accordance with a relative turn of the tubular member to the surrounded portion. The portions of the tubular member having the windows formed therein are surrounded by coils. The self-induction electromotive force of each of the coils is measured. A torque is detected on the basis of the self-induction electromotive forces measured. An axial length of each of the windows is longer than an axial length of each of the coils but shorter than an axial length of each of yokes for holding the coils. A circumferential width of each of the grooves of the surrounded portion is wider than that of a raised part of the surrounded portion between adjacent ones of the grooves. A side wall of each of the grooves is raised in a radial direction of the first rotary shaft.
    • 在由磁性材料制成的第一旋转轴的围绕部分中形成有多个周向间隔开的凹槽。 由导电和非磁性材料制成的细管状构件在围绕第一旋转轴的包围部分的同时沿旋转方向与第二旋转轴一体地联接。 在管状部件中形成多个窗口。 窗口分别排列成与凹槽部分重叠。 窗口和与其相关联的凹槽的重叠区域根据管状构件与被包围部分的相对转动而变化。 其中形成有窗口的管状部件被线圈包围。 测量每个线圈的自感电动势。 基于测量的自感电动势来检测转矩。 每个窗口的轴向长度比每个线圈的轴向长度长,但是短于用于保持线圈的每个轭的轴向长度。 被包围部分的每个槽的周向宽度比相邻槽之间的包围部分的凸起部的宽度宽。 每个槽的侧壁在第一旋转轴的径向方向上升高。