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    • 81. 发明授权
    • Production of unvulcanized tread rubber for pneumatic tires
    • 生产用于充气轮胎的未硫化胎面橡胶
    • US06294119B1
    • 2001-09-25
    • US09220757
    • 1998-12-28
    • Yoshinori Nakamura
    • Yoshinori Nakamura
    • B29C4706
    • B29C47/145B29C47/0019B29C47/0021B29C47/062B29C47/065B29C47/56B29C47/702B29K2995/0013B29L2030/002B60C19/08Y10S152/02
    • A pneumatic tire includes a low conductive rubber portion forming at least a cap rubber portion of the tread rubber which provides a tread surface of the tire. A narrow high conductive rubber strip extends in a radial direction of the tire at a widthwise center region of the cap rubber portion, and is exposed to the tread surface to form a discharge path for allowing electrostatic charges of a vehicle body to be discharged to a road surface. An unvulcanized tread rubber for the tire is obtained by passing a high conductive unvulcanized rubber through a passage extending from an extruder unit to the back side of an extrusion orifice, to form at least part of the remaining potion of the tread rubber. The high conductive unvulcanized rubber while passing through the passage is partly introduced into a narrow branch passage and passed through a slit-like opening having a cross-sectional shape which is substantially straight in a height direction of the extrusion head and situated in the vicinity of the back side of the extrusion orifice, to form the narrow strip of the high conductive rubber in a composite body of different kinds of unvulcanized rubbers.
    • 充气轮胎包括低导电橡胶部分,其至少形成胎面橡胶的帽橡胶部分,其提供轮胎的胎面表面。 狭窄的高导电橡胶条在盖橡胶部分的宽度方向的中心区域处沿着轮胎的径向延伸,并且暴露于胎面表面以形成用于使车身的静电电荷排出到 路面。 通过将高导电性未硫化橡胶通过从挤出机单元延伸到挤出孔的后侧的通道,形成胎面胶的剩余部分的至少一部分,获得用于轮胎的未硫化胎面橡胶。 高导电性未硫化橡胶在通过通道时被部分地引入狭窄的分支通道中并穿过截面形状的狭缝状开口,该截面形状在挤压头的高度方向上基本上是直的,并且位于 在挤出孔的背面,在不同种类的未硫化橡胶的复合体中形成高导电橡胶的窄带。
    • 82. 发明授权
    • Interface apparatus for SDH/SONET interconnection
    • 用于SDH / SONET互连的接口设备
    • US5857092A
    • 1999-01-05
    • US634430
    • 1996-04-18
    • Yoshinori NakamuraTatsuya OkuMiki HaginoNobuo IguchiHiroaki MoriYuuki Tsuji
    • Yoshinori NakamuraTatsuya OkuMiki HaginoNobuo IguchiHiroaki MoriYuuki Tsuji
    • H04J3/00H04J3/16H04L29/06G06F15/16
    • H04J3/1611Y10S370/907
    • An interface apparatus for SDH/SONET interconnection includes a transmission interface section provided at a position where an apparatus of the SDH system and an apparatus of the SONET system face each other and adapted to transmit a signal toward an apparatus of a different system. The interface apparatus for SDH/SONET interconnection further includes a mode setting unit for setting a mode suitable for an apparatus of a counterpart system, a frame synchronization information inserting unit provided in the transmission interface section and adapted to insert frame synchronization information corresponding to the mode set by the mode setting unit, and an overhead information inserting unit provided in the transmission interface section and adapted to insert overhead information corresponding to the mode set by the mode setting unit. This structure makes is possible to easily interconnect apparatuses of different systems (apparatuses of the SDH system and the SONET system) so as to operate them.
    • 用于SDH / SONET互连的接口装置包括:传输接口部分,设置在SDH系统的装置和SO​​NET系统的装置相对的位置,并适于向不同系统的装置发送信号。 用于SDH / SONET互连的接口装置还包括用于设置适合于对方系统的装置的模式的模式设置单元,设置在传输接口部分中的帧同步信息插入单元,并适于插入对应于模式的帧同步信息 由所述模式设定单元设定的开销信息插入单元,以及设置在所述发送接口单元中的开销信息插入单元,用于插入与所述模式设定单元设定的模式对应的开销信息。 这种结构使得可以容易地互连不同系统的设备(SDH系统和SONET系统的设备)以便操作它们。
    • 89. 发明授权
    • Rotary type injection blow molding machine
    • 旋转式注塑吹瓶机
    • US4846661A
    • 1989-07-11
    • US231857
    • 1988-07-05
    • Yoshinori NakamuraKouhei KogaSatoru KosugeYoshihiro Fukunishi
    • Yoshinori NakamuraKouhei KogaSatoru KosugeYoshihiro Fukunishi
    • B29C49/08B29C49/06B29C49/36B29L22/00
    • B29C49/36B29C49/062B29C49/06
    • This invention relates, in a molding machine for continuously carrying out injection molding of a preform and blow molding of a molded article by intermittent rotation of a transfer plate, a rotary type injection molding machine in which a lip retainer plate undersurface of the transfer plate is moved upward and downward to open and close a mold. In this rotary type injection molding machine, the lip retainer plate is mounted on the lower end of a vertical shaft which is upwardly biased by means of a spring member and extends through the transfer plate, the lip retainer plate together with the vertical shaft being movable from the lower surface of the transfer plate to the upper surface of the mold, and a moving clearance at the upper end of the vertical shaft projected on the transfer plate is provided between the upper base plate and the transfer plate.
    • PCT No.PCT / JP87 / 00855 Sec。 371日期:1988年7月5日 102(e)日期1988年7月5日PCT提交1987年11月5日PCT公布。 出版物WO88 / 03472 日期:1988年5月19日。本发明涉及一种用于连续进行预成型件的注射成型的模塑机和通过转印板的间歇旋转来吹塑成型制品的成型机,其中唇形保持板 转印板的下表面向上和向下移动以打开和关闭模具。 在这种旋转式注射成型机中,唇形保持板安装在垂直轴的下端,垂直轴的下端通过弹簧构件向上偏置并延伸穿过传递板,唇形保持板与垂直轴一起可移动 从转印板的下表面到模具的上表面,并且在上基板和转印板之间设置突出在转印板上的垂直轴上端的移动间隙。
    • 90. 发明授权
    • Hierarchical data transmission system
    • 分层数据传输系统
    • US4811341A
    • 1989-03-07
    • US1032
    • 1987-01-07
    • Naonobu FujimotoTakashi YoritaYoshiaki YatoYoshinori NakamuraKenji Satoh
    • Naonobu FujimotoTakashi YoritaYoshiaki YatoYoshinori NakamuraKenji Satoh
    • H04L7/04H04J3/00H04J3/04H04J3/06H04J3/02
    • H04J3/047
    • A hierarchical data transmission system outputs a high speed second data train by step-by-step multiplexing a plurality of first data trains. A first signal processing part operates at the processing speed corresponding to the first data train, a third signal processing part operates at the processing speed corresponding to the second data train, and a second signal processing part operates at the processing speed corresponding to the intermediate speed of the first data train and second data train. A first clock signal of the speed corresponding to the processing speed of the third signal processing part, a second clock signal of the speed corresponding to the processing speed of the second signal processing part by dividing the first clock signal, and a third clock signal of the speed corresponding to the processing speed of the third signal processing part are generated the first signal processing part operates in association with the third signal processing part, by dividing the second clock signal after the phase adjustment with reference to the phase information of the first clock signal.
    • 分级数据传输系统通过逐步复用多个第一数据列输出高速第二数据序列。 第一信号处理部以与第一数据串对应的处理速度进行动作,第三信号处理部以与第二数据串对应的处理速度进行动作,第二信号处理部以对应于中间速度的处理速度 的第一数据列和第二数据列。 对应于第三信号处理部分的处理速度的速度的第一时钟信号,对应于第二信号处理部分的处理速度的速度的第二时钟信号通过划分第一时钟信号,以及第三时钟信号 产生与第三信号处理部分的处理速度相对应的速度,第一信号处理部分与第三信号处理部分相关联地操作,通过参考相位调整之后的第二时钟信号参考第一时钟的相位信息 信号。