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    • 1. 发明授权
    • Reproducing machine
    • 复制机
    • US4583127A
    • 1986-04-15
    • US329465
    • 1981-12-10
    • Masami KurataFujio MoriguchiHisao NakajimaToshiharu Inui
    • Masami KurataFujio MoriguchiHisao NakajimaToshiharu Inui
    • H04N1/04H04N1/10H04N1/393H04N1/40H04N1/405H04N1/02
    • H04N1/40031H04N1/04H04N1/1008H04N1/3935
    • A copying machine includes an optical sensor of the line scanning type for converting an image into electrical signals, a thermal recording head controlled in accordance with the image signals, and a heat-sensitive paper web on which the image is formed by heat generated from the thermal recording head. The platen moves with respect to the read unit and the read unit will read in both forward and reverse directions of the platen, and the magnification value can be varied. The total width of energized heating elements and the movement length and speed of the platen may be controlled in accordance with the size of the original. The total number of heating elements energized at any one time is limited, and the machine includes input and output terminals for sending image information externally and for receiving and recording image information other than directly from the read unit.
    • 复印机包括用于将图像转换为电信号的线扫描型光学传感器,根据图像信号控制的热敏记录头,以及热敏纸幅,其上形成有由 热敏记录头。 压板相对于读取单元移动,并且读取单元将沿着压板的正向和反向读取,并且可以改变放大率值。 通电加热元件的总宽度和压板的移动长度和速度可以根据原件的尺寸进行控制。 在任何一个时间通电的加热元件的总数量受到限制,并且该机器包括用于在外部发送图像信息的输入和输出端子,以及用于直接从读取单元接收和记录图像信息。
    • 2. 发明授权
    • Transfer type heat sensitive recording device
    • 转印式热敏记录装置
    • US4451834A
    • 1984-05-29
    • US409221
    • 1982-08-18
    • Hisao NakajimaFujio Moriguchi
    • Hisao NakajimaFujio Moriguchi
    • B41J2/325B41J13/00B41J17/04B41J17/38B41J27/00G01D15/10
    • B41J17/38G01D15/10
    • In a transfer type heat sensitive recording device a recording section is provided in which the thermal transfer of data is effected by applying thermal pulses to an ink donor sheet having a recording sheet superimposed thereon. Upon leaving the recording section, the recording sheet is separated from the ink donor sheet and upon completion of the separation, the drive for the ink donor sheet is terminated. A recording sheet discharge device is operatively driven from the ink donor sheet conveying device through a drive force accumulating mechanism so that upon stopping of the ink donor sheet conveying device, the torque accumulated by the drive force accumulating mechanism will be sufficient to continue the operation of the recording sheet discharging device until the recording sheet is fully discharged.
    • 在转印型热敏记录装置中,提供了一种记录部件,其中通过向其上叠加有记录纸的供墨器片施加热脉冲来实现数据的热转印。 在离开记录部分时,记录纸与供墨板分离,并且在分离完成时,终止供墨片的驱动。 记录纸排出装置通过驱动力积累机构从供墨器输送装置可操作地驱动,使得在供墨板输送装置停止时,由驱动力累积机构累积的扭矩将足以继续运行 记录纸排出装置直到记录纸完全排出。
    • 7. 发明授权
    • Multi-section electro-optical monolithic component
    • 多段电光单片组件
    • US06208794B1
    • 2001-03-27
    • US09411981
    • 1999-10-04
    • Franck MallecotChristine ChaumontArnaud LeroyAntonina PlaisHisao Nakajima
    • Franck MallecotChristine ChaumontArnaud LeroyAntonina PlaisHisao Nakajima
    • G02B610
    • G02B6/4246G02B6/12004G02B2006/12121G02B2006/12123H01S5/0262
    • A semiconductor electro-optical monolithic component includes at least first and second sections (20, 30) each having respectively a first wave guide (21) and a second wave guide (31) transmitting light, the wave guides being etched in the form of strips and confined between an upper cladding layer (11) doped with carriers of a first type and a lower layer (10A, 10B) doped with carriers of a second type, a third section (40) being disposed between the first and second sections (20, 30) and having a third guide not transmitting light, the third guide being disposed so as to couple the first guide (21) to the said second guide (31). An absorbent layer (70), having a photoluminescence wavelength at least equal to the smallest wavelength of the waves propagating in the first and second wave guides (21, 31), is placed in the said lower layer (10A, 10B) doped with carriers of the second type; the said lower layer (10A, 10B) having an index lower than that of the absorbent layer (70) and that of the said second and third guides (31).
    • 半导体电光单片部件至少包括分别具有第一波导(21)和第二波导(31)的第一和第二部分(20,30),所述第一波导(21)和第二波导(31)透射光,所述波导以带状 并且限制在掺杂有第一类型的载流子的上覆层(11)和掺杂有第二类型载体的下层(10A,10B)之间,第三部分(40)设置在第一和第二部分(20)之间 ,30)并且具有不透光的第三引导件,所述第三引导件设置成将所述第一引导件(21)联接到所述第二引导件(31)。 具有至少等于在第一和第二波导(21,31)中传播的波的最小波长的光致发光波长的吸收层(70)放置在掺杂载体的所述下层(10A,10B)中 的第二种类型 所述下层(10A,10B)的折射率低于吸收层(70)和所述第二和第三导向件(31)的折射率。
    • 10. 发明授权
    • Reduced smearing optronic transceiver
    • 减少拖尾光电收发器
    • US06414298B1
    • 2002-07-02
    • US09556778
    • 2000-04-25
    • Hisao Nakajima
    • Hisao Nakajima
    • H01J4014
    • H01L31/12
    • In a semiconductor device (1) for the transmission-reception of modulated optical signals having a semiconductor substrate on which are monolithically integrated a transmitter (4) able to transmit a signal formed by a modulated light carried by a first wavelength, a receiver (6) able to detect a reception signal formed by a modulated light carried by a second wavelength is also provided a sensor (10) of a signal representative of extraneous noise and subtraction means (11, 13, 15) for subtracting from the reception signal a compensation signal formed from the signal representing the extraneous noise detected by the sensor (10). The invention also relates to a process in which the extraneous noise is detected in the vicinity of the receiver and from the signal received by the receiver is subtracted a signal formed from the detected extraneous noise signal.
    • 在用于发送接收具有半导体衬底的调制光信号的半导体器件(1)中,所述半导体衬底单片地集成有能够发射由第一波长携带的调制光形成的信号的发射器(4),接收器(6) 能够检测由第二波长携带的调制光形成的接收信号的传感器(10)还具有代表外部噪声和减法装置(11,13,15)的信号的传感器(10),用于从接收信号中减去补偿 信号由表示由传感器(10)检测到的外来噪声的信号形成。 本发明还涉及一种在接收机附近检测到外来噪声并且从接收机接收的信号中减去由检测到的外来噪声信号形成的信号的过程。