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    • 161. 发明公开
    • Electromagnetically controlled spring clutch mechanism
    • 电磁炉电机。
    • EP0571050A1
    • 1993-11-24
    • EP93201996.1
    • 1990-10-10
    • MITA INDUSTRIAL CO. LTD.
    • Nishimura, Kozo
    • F16D27/105
    • F16D27/105F16D2027/008
    • An electromagnetically controlled spring clutch mechanism including a rotating output member (2), a rotating input member (26), an armature assembly (6), an electromagnetic coil assembly (76) and a coil spring (8). The coil spring (8) is fitted astride both the output boss (14) of the rotating output member (2) and the input boss (30) of the rotating input member (26). One end (70) of the coil spring (8) is anchored at the rotating input member (26), and the other (72) is anchored at the armature assembly (6). The rotor of the rotating output member (26), the armature assembly (6), and the electromagnetic coil assembly (76) are arranged in this sequence in the axial direction. The electromagnetic coil of the electromagnetic coil assembly (76) is positioned radially outwardly of the coil spring (8). The electromagnetic coil assembly (76) includes a casing (92), which covers the rotor of the rotating output member (2), the armature assembly (6), the electromagnetic coil of the electromagnetic coil assembly (76) and the coil spring (8).
    • 一种电磁控制弹簧离合器机构,包括旋转输出构件(2),旋转输入构件(26),电枢组件(6),电磁线圈组件(76)和螺旋弹簧(8)。 螺旋弹簧(8)跨越旋转输出构件(2)的输出凸台(14)和旋转输入构件(26)的输入凸台(30)。 螺旋弹簧(8)的一端(70)固定在旋转的输入构件(26)上,另一端(70)固定在电枢组件(6)上。 旋转输出构件(26),电枢组件(6)和电磁线圈组件(76)的转子沿轴向排列。 电磁线圈组件(76)的电磁线圈位于螺旋弹簧(8)的径向外侧。 电磁线圈组件(76)包括壳体(92),其覆盖旋转输出构件(2)的转子,电枢组件(6),电磁线圈组件(76)的电磁线圈和螺旋弹簧 8)。
    • 162. 发明公开
    • A light amount controller for use in an image forming apparatus
    • 用于图像形成装置的轻量控制器
    • EP0547612A3
    • 1993-10-27
    • EP92121516.6
    • 1992-12-17
    • MITA INDUSTRIAL CO. LTD.
    • Miyamoto, NaruyukiTakehara, Susumu
    • G03G15/04
    • G03G15/043G03G15/041
    • An image forming apparatus is provided with an exposure lamp (3) for emitting the light so as to illuminate a document; a magnification changer for increasing and reducing the magnification of a reflected light image from the document; an imaging assembly including a photosensitive member (10) and a charger (11) for charging the photosensitive member (10), and adapted for forming an image on the surface of the photosensitive member (10) based on the reflected light image passed through the magnification changer, a developing device (16) for causing charged toner to deposit on the formed image whereby to form a toner image, and a controller for controlling a light emission amount of the exposure lamp (3) so as to attain a desired toner image density. The control means includes a calculator for calculating the light emission amount according to the set magnification based on a relationship between the light emission amount and the magnification of the magnification changer so as to attain the desired toner image density, and a correcting device for correcting the calculated light emission amount based on a relationship between a factor other than the magnification which influences the toner image density. Accordingly, the light emission amount of the exposure lamp (3) can be set in accordance with various factors including the document density such that an image of the desired image density can be obtained even in an enlargement mode or a reduction mode.
    • 167. 发明公开
    • Paper-supplying device
    • Papierzufuhrvorrichtung。
    • EP0561232A1
    • 1993-09-22
    • EP93103495.3
    • 1993-03-04
    • MITA INDUSTRIAL CO., LTD.
    • Ishii, Yoshifumi, c/o MITA INDUSTRIAL CO., LTD.
    • H04N1/00
    • H04N1/00588H04N1/0057H04N1/00591H04N1/00602H04N1/00625
    • The paper-supplying device mainly comprises a pair of paper-supplying rollers (4,5) arranged in opposite up/down relation for putting a bundle of manuscripts (P) placed on a paper-supplying tray (3) therebetween and having an increased frictional circumferential surface portion (4a, 5a) by making the frictional force of one semicircular surface larger than that of the other semicircular surface, a pair of feed rollers (8,9) arranged on the downstream side of the paper-supplying rollers (4,5) with a distance shorter than a semicircular length of the paper-supplying rollers (4,5). Rotation-change over means (16,20) are provided so as to drive the axis of one of said pair of paper-supplying rollers (4,5) for changing over the rotational direction of the pair of paper-supplying rollers (4,5) from a regular to a reverse rotational direction. A pair of assistant rollers (6,7) is arranged above and below of a moving path of said bundle of manuscripts (P) placed on said paper-supplying tray (3) to be rotated in the same direction synchronously with the paper-supplying rollers (4,5) during transmission of an image or a copying process and capable of drawing out the manuscripts in the bundle of manuscripts to the side of said feed rollers (8,9) by means of said increased frictional circumferential surface portion (4a, 5a) of the other paper-supplying roller. Thus, the paper-supplying order of the manuscripts in the bundle can be changed over to a paper supply from the uppermost manuscript and paper supply from the lowermost manuscript in the bundle depending upon the case where the multifunctional machine is to be used, i.e. in a facsimile apparatus function or in a copying apparatus function. Accordingly, the images can be transmitted from the manuscripts beginning with the smallest page number during facsimile transmittance and the copied papers on the other hand can be piled in turn from the smallest page number on top image.
    • 供纸装置主要包括一对以向上/向下的关系布置的供纸辊(4,5),用于将放置在供纸托盘(3)上的一束原稿(P)放置在其间并具有增加的 摩擦圆周表面部分(4a,5a)通过使一个半圆形表面的摩擦力大于其他半圆形表面的摩擦力;一对进给辊(8,9),其布置在供纸辊(4)的下游侧 ,5),其距离短于供纸辊(4,5)的半圆长度。 提供装置(16,20)的转动以驱动所述一对给纸辊(4,5)中的一个的轴线,以便改变一对给纸辊(4, 5)从正常旋转方向到反向旋转方向。 一对辅助辊(6,7)布置在放置在所述供纸托盘(3)上的所述一束原稿(P)的移动路径的上下,以便与纸供给同步地沿相同方向旋转 在传送图像或复印过程期间能够通过所述增加的摩擦圆周表面部分(4a)将原稿束中的原稿拉出到所述进给辊(8,9)侧的辊(4,5) ,5a)。 因此,根据要使用多功能机器的情况,可以从最上面的手稿和纸束中的最下面的手稿将纸张中的手稿的供纸顺序改变为纸张供应,即在 传真机功能或复印机功能。 因此,可以在传真透射率期间从最小页码开始的原稿发送图像,另一方面,复印纸可以从顶部图像上的最小页数依次堆叠。