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    • 62. 发明授权
    • Charge redistribution circuit and method
    • 电荷再分配电路及方法
    • US5638013A
    • 1997-06-10
    • US458654
    • 1995-06-02
    • Toru IwataHiroyuki Yamauchi
    • Toru IwataHiroyuki Yamauchi
    • G11C5/14H03K4/02
    • G11C5/145G11C5/146
    • In a signal transmission circuit having a plurality of signal lines for supplying potentials to load capacitances, in which each load capacitance is driven by each signal line, each signal line can be connected to another signal line via a switch. By connecting two signal lines at different potentials to each other by means of said switch, the potentials of the signal lines are changed through the process of charge redistribution, thereby eliminating charging and discharging through a power-source line and a ground line. Therefore, if n load capacitances are equal to each other, the switches are controlled so that the potential variation of each of the signal lines is phase shifted from those of its adjacent signal lines by 1/n. Thus, the load capacitances can be driven with 1/n of the total amount of charge consumed in the case of driving the n load capacitances independently, thereby reducing the consumed current.
    • 在具有用于提供负载电容的电位的多条信号线的信号传输电路中,每个负载电容由每个信号线驱动,每个信号线可以经由开关连接到另一条信号线。 通过利用所述开关将两个不同电位的信号线彼此连接,通过电荷重新分配的过程改变信号线的电位,从而消除通过电源线和接地线的充电和放电。 因此,如果n个负载电容彼此相等,则控制开关,使得每个信号线的电位变化与其相邻信号线的电位变化相位移1 / n。 因此,在驱动n个负载电容的情况下,可以以消耗的总电量的1 / n为1 / n来驱动负载电容,从而降低消耗电流。
    • 67. 发明授权
    • Method, device, and system for transmitting data fragments over multiple transmission lines and techniques for stopping data transmission
    • 用于通过多条传输线传输数据片段的方法,设备和系统以及用于停止数据传输的技术
    • US08099537B2
    • 2012-01-17
    • US12295407
    • 2007-02-20
    • Hiroshi SuenagaOsamu ShibataYoshiyuki SaitoToru IwataNoriaki TakedaTakaharu Yoshida
    • Hiroshi SuenagaOsamu ShibataYoshiyuki SaitoToru IwataNoriaki TakedaTakaharu Yoshida
    • G06F13/42G06F13/00G06F13/24G06F1/00G06F1/04G06F1/12G06F5/06
    • H04L25/14
    • It is an object of the invention to inhibit a drop in the data transmission efficiency due to the transmission of an interrupt signal. The invention provides a signal transmission method that is characterized in that a reception side and a transmission side partition data into a plurality of data fragments and send and receive the plurality of data fragments over at least two transmission lines, in that the transmission side transmits first data fragments of the plurality of data fragments over a first transmission line of the transmission lines, transmits data packets that include header information, a second data fragment that has the same bit length as the first data fragments, and footer information over a second transmission line other than the first transmission line, and transmits the first data fragments and the second data fragments in synchronization, and in that an interrupt signal for controlling the transmission side is transmitted from the reception side to the transmission side in a time slot that is an interval between first data fragments that are adjacent on the first transmission line.
    • 本发明的一个目的是抑制由于中断信号的传输引起的数据传输效率的下降。 本发明提供了一种信号传输方法,其特征在于,接收侧和发送侧将数据划分成多个数据片段,并通过至少两条传输线发送和接收多个数据片段,其中发送侧首先发送 在传输线的第一传输线上的多个数据片段的数据片段,通过第二传输线传输包括标题信息的数据包,具有与第一数据片段相同的位长的第二数据片段,以及页脚信息 除了第一传输线之外,并且同步地发送第一数据片段和第二数据片段,并且用于控制发送侧的中断信号在作为间隔的时隙中的从接收侧发送到发送侧 在第一传输线上相邻的第一数据片段之间。
    • 70. 发明授权
    • Irregular shaped ferrite carrier and electrophotographic developer using the ferrite carrier
    • 不规则形状的铁氧体载体和使用铁素体载体的电子照相显影剂
    • US07598011B2
    • 2009-10-06
    • US11363262
    • 2006-02-28
    • Hiromichi KobayashiToru IwataToshio Honjo
    • Hiromichi KobayashiToru IwataToshio Honjo
    • G03G9/107
    • G03G9/107G03G9/1132
    • It is contemplated to provide irregular shaped ferrite carrier which has a lower resistance, a high specific surface area, a low specific gravity and a longer operational life, and an electrophotographic developer comprising the ferrite carrier which prevents the toner scattering, has a high image density, and is responsive to high-speed and color imaging. The irregular shaped ferrite carrier is characterized in that the carrier particles are irregular shaped, and 40 percent by number or more of the particles have a rock candy sugar shape and/or an oyster shell shape, and that the shape factor (SF-1=R2/S×π/4×100, wherein R is a maximum length and S is a projected area.) is 140 to 250, and the distribution width (δ) is 60 or less.
    • 考虑到提供具有较低电阻,高比表面积,低比重和较长使用寿命的不规则形状的铁氧体载体,以及包含防止调色剂飞散的铁氧体载体的电子照相显影剂具有高图像密度 ,并且响应于高速和彩色成像。 不规则形状的铁氧体载体的特征在于,载体颗粒是不规则形状,并且40个数量以上的颗粒具有岩糖糖糖形状和/或牡蛎壳形状,并且形状因子(SF-1 = R2 / Sxpi / 4x100,其中R是最大长度,S是投影面积)为140〜250,分布宽度(delta)为60以下。