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    • 1. 发明授权
    • Memory control device
    • 内存控制装置
    • US5477490A
    • 1995-12-19
    • US289259
    • 1994-08-11
    • Hirotomo MiyawakiNoriyuki SuzukiShigeatsu SamukawaMasahiro ShiraiNaomi Ikeda
    • Hirotomo MiyawakiNoriyuki SuzukiShigeatsu SamukawaMasahiro ShiraiNaomi Ikeda
    • G06F12/02G11C7/00H04Q11/04G11C8/00
    • G11C7/00
    • An elastic memory determines an amount of delay of input data relative to other input data according to a phase difference between synchronous pulses each indicating a header of a frame of the associated input data. The elastic memory thus synchronizes both input data in the channel level. Both input data are time-division multiplied by a first multiplier. On the other hand, each counter receives synchronous pulses and thereby counting up to make a ROM produce address value of which order is determined previously according to the counted value. These address values are multiplied by a second multiplier. A decoder controls a RAM, a high-impedance control unit and a flip-flop to write in and read out of the RAM the input data. The read data are divided by a signal restoring device.
    • 弹性存储器根据同步脉冲之间的相位差确定输入数据相对于其他输入数据的延迟量,每个同步脉冲指示相关联的输入数据的帧的标题。 因此,弹性存储器使得信道级别中的两个输入数据同步。 两个输入数据都是时分乘以第一乘法器。 另一方面,每个计数器接收同步脉冲,从而向上计数,使得ROM根据计数值产生先前确定了顺序的地址值。 这些地址值乘以第二乘法器。 解码器控制RAM,高阻抗控制单元和触发器来写入和读出RAM中的输入数据。 读取的数据由信号恢复装置分割。
    • 2. 发明授权
    • Coating film transfer tool
    • 涂膜转移工具
    • US5379477A
    • 1995-01-10
    • US39172
    • 1993-04-15
    • Shigeru TamaiNaomi IkedaKakuhei Koyama
    • Shigeru TamaiNaomi IkedaKakuhei Koyama
    • B41J29/367B43L19/00B65H37/00B05C1/14
    • B65H37/007
    • A coating film transfer tool is disclosed, wherein a case 31 provides therein a pay-out reel 34 for feeding a coating a film transfer tape and a winding reel 35 for recovering a used coating film transfer tape free to rotate, a peak-shaped paint film transfer head 36 is protrusively provided at one end of the case 31, the pay-out reel 34 is made by setting a pay-out cylinder 42 on the outer periphery of the boss 40 of the drive gear wheel 39 via a friction member 41 made of an elastomer free to rotate, the winding reel 35 is made by providing a driven gear wheel 50 engaging with the drive gear wheel 39 on the outer periphery of the winding cylinder 48 and one end of the coating film transfer tape 38 wound on the pay-out cylinder 42 is fed from the pay-out cylinder 42 and then turned back by the peak-shaped portion 51 of the head 36 and is then wound by the winding cylinder 48. When, as erasing is continued, the synchronism between the feeding speed and the winding speed of the coating film transfer tape 38 has been broken, the pay-out cylinder 42 slips against the boss 40 of the drive gear wheel 39 via the friction member 41 to thereby restore synchronism between the above-mentioned two speeds. Smooth running of the coating film transfer tape is thus ensured.
    • PCT No.PCT / JP92 / 01098 Sec。 371日期:1993年4月15日 102(e)日期1993年4月15日PCT提交1992年8月28日PCT公布。 出版物WO93 / 04875 日本公报1993年3月18日公开了一种涂膜转移工具,其中壳体31在其中提供一个送出卷轴34,用于给涂膜输送带和用于回收使用过的涂膜转移带的卷绕卷轴35, 旋转时,突出地设置在壳体31的一端的峰状涂膜转移头36,通过在驱动齿轮的凸台40的外周设置放出筒42来形成发放卷轴34 通过由弹性体自由旋转的摩擦构件41驱动轮39,卷绕卷轴35通过提供与驱动齿轮39啮合的从动齿轮50,该从动齿轮50在卷绕筒48的外周上与涂层的一端 卷绕在放出筒42上的胶片转印带38从发放筒42进给,然后被头部36的峰形部分51转回,然后被卷绕筒48卷绕。当作为擦除 继续进行,进给速度和绕组间的同步 涂膜转移带38已被破坏,发放筒42经由摩擦件41滑动到驱动齿轮39的凸台40上,从而恢复上述两个速度之间的同步。 从而确保涂膜转移带的平滑运行。