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    • 11. 发明授权
    • Buffer circuit for regulating driving current
    • 用于调节驱动电流的缓冲电路
    • US5568068A
    • 1996-10-22
    • US534114
    • 1995-09-26
    • Yoshiyuki OtaIchiro TomiokaEiji Murakami
    • Yoshiyuki OtaIchiro TomiokaEiji Murakami
    • H03K19/0175G11C11/409H03F1/56H03K19/003
    • H03K19/00323
    • A buffer circuit with driving current adjusting function is provided which may automatically set a driving current characteristics of a buffer to the most suitable value according to a system where the driving current is to be applied. A buffer circuit with driving current adjusting function of the present invention comprises a buffer circuit which is controlled by a control signal for supplying a most appropriate driving current to a load; a load detecting circuit for detecting a phase difference between an input signal and an output signal of the buffer circuit and for outputting voltage corresponding to the phase difference, a control signal generating circuit for generating a signal which controls the driving current of the buffer circuit in response to an output signal of the load detecting circuit, the control signal controls so that the driving current of buffer circuit is increased when delay time of buffer circuit becomes long and the driving current of buffer circuit is decreased when delay time becomes short.
    • 提供具有驱动电流调节功能的缓冲电路,其可以根据要施加驱动电流的系统自动将缓冲器的驱动电流特性设置为最合适的值。 具有本发明的驱动电流调节功能的缓冲电路包括缓冲电路,该缓冲电路由用于向负载提供最合适的驱动电流的控制信号控制; 负载检测电路,用于检测输入信号和缓冲电路的输出信号之间的相位差并输出与相位差相对应的电压;控制信号发生电路,用于产生控制缓冲电路的驱动电流的信号 响应于负载检测电路的输出信号,当延迟时间变短时,缓冲电路的延迟时间变长,缓冲电路的驱动电流减小时,控制信号进行控制,使得缓冲电路的驱动电流增加。
    • 13. 发明授权
    • Semiconductor intergrated circuit device
    • 半导体集成电路器件
    • US4870345A
    • 1989-09-26
    • US81095
    • 1987-08-03
    • Ichiro TomiokaKazuhiro SakashitaSatoru KishidaToshiaki HanibuchiTakahiko Arakawa
    • Ichiro TomiokaKazuhiro SakashitaSatoru KishidaToshiaki HanibuchiTakahiko Arakawa
    • G01R31/3185
    • G01R31/318536
    • A semiconductor integrated circuit includes cascaded asynchronous sequential logic circuits. Scanning shift registers are provided between the asynchronous sequential circuits to permit test data to be applied to the inputs of the circuits and to latch and shift out output data provided by the circuits in response to the test data. Additional gating circuitry is provided between the scanning shift registers and the inputs of the asynchronous sequential circuits to prevent new data latched into the scanning shift register from causing the asynchronous sequential circuit connected to the scanning shift register output from changing state during testing. This same additional circuitry may be used to provide pulses of controlled width and/or timing to asynchronous sequential circuit inputs in response to externally generated gating control signals.
    • 半导体集成电路包括级联异步顺序逻辑电路。 在异步时序电路之间提供扫描移位寄存器,以允许将测试数据应用于电路的输入,并根据测试数据锁存和移出由电路提供的输出数据。 在扫描移位寄存器和异步顺序电路的输入之间提供附加的选通电路,以防止锁存在扫描移位寄存器中的新数据使测试期间连接到扫描移位寄存器输出的异步时序电路变化。 可以使用相同的附加电路来响应于外部产生的门控控制信号来提供受控宽度和/或定时到异步顺序电路输入的脉冲。
    • 15. 发明授权
    • Method of reconstructing and reclamation of river channels
    • 河道重建和开垦方法
    • US4072016A
    • 1978-02-07
    • US742540
    • 1976-11-17
    • Kiyoshi SekiIchiro TomiokaYoshihiko Sawa
    • Kiyoshi SekiIchiro TomiokaYoshihiko Sawa
    • E02B3/00E02F5/22E02B3/04
    • E02B3/00E02F5/223
    • A method of reconstructing or reclaiming river channels which are partially filled with soft, slimy sedimentary deposits including industrial wastes which are in a semi-fluid condition or fluidized state comprising the steps of: demarcating a portion of the channel by placing a water tight wall entirely across the channel from bank to bank at an upstream and downstream location; depositing stable fill material adjacent the banks of the channel so as to displace the soft sedimentary deposits and water toward the center of the channel; and treating the displaced soft sedimentary deposit in situ beneath the overlying water so as to stabilize the entire mass.The channel may be completely reclaimed by pumping out the overlying water after the soft sedimentary deposit has been stabilized and then filling with stable material or stable material may be simply placed on the stabilized mass and the water displaced over the top of the downstream wall or over the adjacent bank.
    • 一种重建或回收河道的方法,其部分地填充有软的,粘稠的沉积沉积物,包括处于半流体状态或流化状态的工业废物,包括以下步骤:通过放置一个完全不透水的壁来界定通道的一部分 跨越上游和下游地区的银行渠道; 在通道的堤岸附近沉积稳定的填充材料,以便将软沉积物和水移向通道的中心; 并在上层水下原位处理置换的软沉积沉积物,以稳定整个质量。