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    • 1. 发明专利
    • Wire cord, and wire cord manufacturing method
    • 电线和电线制造方法
    • JP2003019530A
    • 2003-01-21
    • JP2001200729
    • 2001-07-02
    • Eisuke Fukuda英輔 福田
    • FUKUDA EISUKE
    • B21F35/00B21F3/04B21F7/00B21F99/00B29C47/02B29K105/08B21F21/00
    • PROBLEM TO BE SOLVED: To provide a wire cord which comprises a metal wire as a core and a resin tube covered around the outside of the metal wire, cannot be easily cut by an edge tool, and has a coil-like winding part with restoring force and tensile strength considerably larger than those of a known wire cord, and a method for manufacturing the wire cord.
      SOLUTION: A coil-like primary preliminary winding part 15 is formed by tightly winding a wire 2b formed by collectively stranding metal small wires around a winding bar tool 12, and the coil-like primary preliminary winding part 15 is quenched at the temperature at which no re-winding occurs, and cooled. Then, the winding bar tool 12 is detached, the wire is wound in the opposite direction, the winding direction is inverted to form an inversely winding part 20, the resin tube 2e is covered around the outer circumference therearound, and then, heated at the temperature at which the resin tube 2e is fitted to the wire.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:为了提供一种电线,其包括作为芯的金属线和覆盖在金属线外部的树脂管,不能容易地被边缘工具切割,并且具有线圈状绕组部分,其具有恢复 力和拉伸强度显着大于已知的电线绳的强度和拉伸强度,以及制造线绳的方法。 解决方案:一个线圈状的初级预备绕组部分15是通过紧密地缠绕通过将金属小线共同地绞合在绕线棒工具12上而形成的线2b而形成的,并且线圈状初级预备绕组部分15在 不再发生绕组,并冷却。 然后,将绕线棒工具12分离,将线沿相反方向卷绕,卷绕方向反转,形成反卷绕部20,树脂管2e绕其周围被覆盖,然后在 树脂管2e装配到导线上的温度。
    • 10. 发明授权
    • Receiver unit in radio communication system
    • 无线电通信系统中的接收机单元
    • US4633484A
    • 1986-12-30
    • US674314
    • 1984-11-23
    • Yukio TakedaHiroshi NakamuraEisuke Fukuda
    • Yukio TakedaHiroshi NakamuraEisuke Fukuda
    • H04J11/00H04L27/06H04L27/38H04B1/68H04B15/00
    • H04L27/3818
    • A receiver unit in a radio communication system in which a transmitter unit outputs transmission data, modulated in accordance with a multilevel QAM method and containing a leakage carrier by addition of a DC offset signal to either one of the quadrature components forming the transmission data, to the receiver unit through a transmission line, including: means for receiving the transmission data; means for branching a signal received at the transmission data receiving means into first and second signal components forming the multilevel QAM data, each including the leakage carrier having a phase difference of .pi./2 radian; first channel means for demodulating the first branched signal component and including a first synchronous detection circuit and a first discriminator; second channel means for demodulating the second branched signal component and including a second synchronous detection circuit and a second discriminator; and means for recovering the carrier including a control circuit, for cancelling a noise component contained in the output signal from either one of the first and second synchronous detection circuits and for providing only a DC component representing a phase difference between a leakage carrier and a reference carrier, and a phase-locked loop (PLL) circuit, for controlling the phase difference to zero and for providing phase-locked leakage carriers to the reference carriers, having a phase difference of .pi./2 radian, to the first and second synchronous detection circuits.
    • 一种无线电通信系统中的接收机单元,其中发射机单元输出根据多电平QAM方法调制并且通过将DC偏移信号加到构成传输数据的正交分量中的任何一个而包含泄漏载波的传输数据, 所述接收机单元通过传输线路,包括:用于接收所述传输数据的装置; 用于将在所述发送数据接收装置接收到的信号分支成形成所述多级QAM数据的第一和第二信号分量的装置,每个包括所述泄漏载波具有π/ 2弧度的相位差; 用于解调第一分支信号分量并包括第一同步检测电路和第一鉴频器的第一信道装置; 用于解调第二分支信号分量并包括第二同步检测电路和第二鉴频器的第二信道装置; 以及用于恢复包括控制电路的载体的装置,用于抵消来自第一和第二同步检测电路中的任一个的输出信号中包含的噪声分量,并且仅提供表示泄漏载体和参考的相位差的DC分量 载波和锁相环(PLL)电路,用于将相位差控制为零,并且用于向具有π/ 2弧度的相位差的参考载波提供锁相泄漏载波与第一和第二同步检测 电路。