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    • 1. 发明公开
    • Colour imaging apparatus
    • 彩色图像设备
    • EP0836330A2
    • 1998-04-15
    • EP97117746.4
    • 1997-10-14
    • SHARP KABUSHIKI KAISHA
    • Yamada, EijiHarada, ToshiakiIwaki, TetsuoOkuda, Tohru
    • H04N9/07
    • H04N9/045H04N5/349H04N2209/046
    • An imaging apparatus in which the influence of the movement of hands and of the motion of an object to a high resolution picture image is reduced is provided. Picture image light from the object passes through an optical system (33) and light-transmitting domains (L) of a color filter provided at the light incident side of an imaging device (34). The light-transmitting domains (PD) transmit only predetermined chromatic lights of the picture image light to input to corresponding photo-receiving domains (PD) of the imaging device (34). The imaging device (34) is a two-picture element mixed reading type device. In a high resolution mode, an image forming point of the picture image light is moved to two places in parallel and the picture image light is formed at each image forming point to image the picture image light. Then, the signal processing circuit (44) combines the two original picture image signals whose image forming points during the imaging operation are different to generate a single output picture image signal. Thereby, an equivalent imaging time in imaging a single output picture image may be shortened.
    • 4. 发明公开
    • Colour imaging apparatus
    • Farbbildaufnahmeanordnung
    • EP0836330A3
    • 1999-12-01
    • EP97117746.4
    • 1997-10-14
    • SHARP KABUSHIKI KAISHA
    • Yamada, EijiHarada, ToshiakiIwaki, TetsuoOkuda, Tohru
    • H04N9/07
    • H04N9/045H04N5/349H04N2209/046
    • An imaging apparatus in which the influence of the movement of hands and of the motion of an object to a high resolution picture image is reduced is provided. Picture image light from the object passes through an optical system (33) and light-transmitting domains (L) of a color filter provided at the light incident side of an imaging device (34). The light-transmitting domains (PD) transmit only predetermined chromatic lights of the picture image light to input to corresponding photo-receiving domains (PD) of the imaging device (34). The imaging device (34) is a two-picture element mixed reading type device. In a high resolution mode, an image forming point of the picture image light is moved to two places in parallel and the picture image light is formed at each image forming point to image the picture image light. Then, the signal processing circuit (44) combines the two original picture image signals whose image forming points during the imaging operation are different to generate a single output picture image signal. Thereby, an equivalent imaging time in imaging a single output picture image may be shortened.
    • 提供了一种成像装置,其中减轻了手的移动和物体的运动对高分辨率图像的影响。 来自物体的图像光穿过设置在成像装置(34)的光入射侧的滤色器的光学系统(33)和透光区域(L)。 透光区域(PD)仅传输图像光的预定彩色光,以输入到成像装置(34)的对应的光接收区域(PD)。 成像装置(34)是双元素混合读取型装置。 在高分辨率模式中,图像光的图像形成点平行移动到两个位置,并且在每个图像形成点处形成图像光以对图像光进行成像。 然后,信号处理电路(44)组合成像操作中的图像形成点不同的两个原始图像图像信号,以生成单个输出图像图像信号。 因此,可以缩短对单个输出图像进行成像的等效成像时间。
    • 5. 发明公开
    • Multi-track magnetic signal reproducing apparatus
    • Vorrichtung zur Wiedergabe von mehrspurigen magnetischen Signalen。
    • EP0594138A2
    • 1994-04-27
    • EP93116895.9
    • 1993-10-19
    • SHARP KABUSHIKI KAISHA
    • Takeuchi, HitoshiYamada, EijiYamawaki, ChiakiIwaki, Tetsuo
    • G11B5/09G11B5/02G01R33/06G11B15/12G11B5/49G11B5/39
    • G11B5/3961G11B5/00813G11B5/02G11B5/035G11B5/09G11B5/4992G11B15/02G11B15/12G11B2005/0016
    • In a multi-track magnetic signal reproducing apparatus, a plurality of MR heads including MR (Magneto Resistance Effect) elements (2-1 to 2-N) are provided correspondingly to tracks on a magnetic tape. At the time of reproduction, constant current from a constant current power supply (1) is sequentially supplied as pulse-shaped current for detecting a signal to each MR element by a switching operation by switch (3) in response to a prescribed clock signal (CL1), and output voltage from each MR element related to reproduction of a magnetic signal on a corresponding track is sequentially provided to one input side of a differential amplifier (4). In differential amplifier (4), the offset voltage of each MR element provided to the other input side and the above-described output voltage are differentially amplified and only voltage due to the reproducing magnetic signal of each track is accurately extracted. Accordingly, the supply of pulse-shaped current effectively suppresses increase in the amount of consumption current regardless of the number of tracks on the tape (or the number of heads), and since amplifier (4) is shared between the tracks, the number of necessary terminals for such a multi-track MR head is reduced.
    • 在多磁道磁信号再现装置中,与磁带上的磁道相对应地设置包括MR(磁电阻效应)元件(2-1至2-N)的多个MR磁头。 在再现时,来自恒流电源(1)的恒定电流作为脉冲形状电流顺序提供,用于通过开关(3)的响应于规定的时钟信号(3)的切换操作检测每个MR元件的信号 CL1),并且将来自与相应磁道上的磁信号的再现相关的每个MR元件的输出电压顺序地提供给差分放大器(4)的一个输入侧。 在差分放大器(4)中,提供给另一输入侧的每个MR元件的偏移电压和上述输出电压被差分放大,并且仅精确地提取由于每个磁道的再现磁信号引起的电压。 因此,脉冲电流的供给有效地抑制消耗电流量的增加,而与磁带上的磁道数(或磁头数)无关,并且由于放大器(4)在磁道之间共享,所以数量 减少了用于这种多轨MR磁头的必要端子。
    • 6. 发明公开
    • Multi-track magnetic signal reproducing apparatus
    • 多轨磁信号再现装置
    • EP0594138A3
    • 1996-08-14
    • EP93116895.9
    • 1993-10-19
    • SHARP KABUSHIKI KAISHA
    • Takeuchi, HitoshiYamada, EijiYamawaki, ChiakiIwaki, Tetsuo
    • G11B5/09G11B5/02G01R33/06G11B15/12G11B5/49G11B5/39
    • G11B5/3961G11B5/00813G11B5/02G11B5/035G11B5/09G11B5/4992G11B15/02G11B15/12G11B2005/0016
    • In a multi-track magnetic signal reproducing apparatus, a plurality of MR heads including MR (Magneto Resistance Effect) elements (2-1 to 2-N) are provided correspondingly to tracks on a magnetic tape. At the time of reproduction, constant current from a constant current power supply (1) is sequentially supplied as pulse-shaped current for detecting a signal to each MR element by a switching operation by switch (3) in response to a prescribed clock signal (CL1), and output voltage from each MR element related to reproduction of a magnetic signal on a corresponding track is sequentially provided to one input side of a differential amplifier (4). In differential amplifier (4), the offset voltage of each MR element provided to the other input side and the above-described output voltage are differentially amplified and only voltage due to the reproducing magnetic signal of each track is accurately extracted. Accordingly, the supply of pulse-shaped current effectively suppresses increase in the amount of consumption current regardless of the number of tracks on the tape (or the number of heads), and since amplifier (4) is shared between the tracks, the number of necessary terminals for such a multi-track MR head is reduced.
    • 在多磁道磁信号再现装置中,与磁带上的磁道相对应地设置包括MR(磁电阻效应)元件(2-1至2-N)的多个MR磁头。 在再现时,来自恒流电源(1)的恒定电流作为脉冲形状电流顺序提供,用于通过开关(3)的响应于规定的时钟信号(3)的切换操作检测每个MR元件的信号 CL1),并且将来自与相应磁道上的磁信号的再现相关的每个MR元件的输出电压顺序地提供给差分放大器(4)的一个输入侧。 在差分放大器(4)中,提供给另一输入侧的每个MR元件的偏移电压和上述输出电压被差分放大,并且仅精确地提取由于每个磁道的再现磁信号引起的电压。 因此,脉冲电流的供给有效地抑制消耗电流量的增加,而与磁带上的磁道数(或磁头数)无关,并且由于放大器(4)在磁道之间共享,所以数量 减少了用于这种多轨MR磁头的必要端子。
    • 8. 发明公开
    • Operating circuit for galois field
    • SteuerschaltungfürGalois-Feld。
    • EP0567148A2
    • 1993-10-27
    • EP93106652.6
    • 1993-04-23
    • SHARP KABUSHIKI KAISHA
    • Iwaki, TetsuoTanaka, ToshihisaYamada, Eiji
    • H03M13/00G06F7/72
    • G06F7/724G06F11/10H03M13/01H03M13/151
    • An operating circuit of a Galois Field for executing an operation of the Galois field efficiently and rapidly includes an operating circuit (11) for receiving two elements of a Galois field, for performing an addition or a multiplication of the two elements, and for outputting a first operational result, an operating circuit (12) for receiving another two elements of the Galois field, for performing an addition or a multiplication of another two elements, and for outputting a second operational result, an operating circuit (13) for performing an addition of the first operational result and the second operational result on the Galois field, and for outputting a third operational result, a multiplexer (14) for selecting any one of the first operational result and the third operational result, and for outputting a selected result, a multiplexer (15) for selecting any one of the second operational result and the third operational result, and for outputting the selected result, a flag-decision circuit (16) for determining the first operational result and the second operational result as well as the third operational result.
    • 用于高效地和快速地执行Galois场的操作的伽罗瓦域的操作电路包括用于接收Galois域的两个元件的操作电路(11),用于执行两个元件的相加或相乘,并且用于输出 第一操作结果,用于接收伽罗瓦域的另外两个元件的操作电路(12),用于执行另外两个元件的相加或乘法,并且用于输出第二操作结果;操作电路(13),用于执行加法 的第一操作结果和第二操作结果,并且用于输出第三操作结果;多路复用器(14),用于选择第一操作结果和第三操作结果中的任何一个,并且用于输出所选择的结果, 用于选择第二操作结果和第三操作结果中的任何一个的多路复用器(15),并且用于输出所选择的结果,标志判定 离子电路(16),用于确定第一操作结果和第二操作结果以及第三操作结果。