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    • 43. 发明公开
    • Document size detecting device
    • Vorrichtung zum Abtasten derGrösseeines Dokuments。
    • EP0270884A2
    • 1988-06-15
    • EP87116963.7
    • 1987-11-17
    • MITA INDUSTRIAL CO. LTD.
    • Matsushita, Tetsuya Chuzen Manshon No. 207Tsuji, KikonosukeNakakuma, AkiraMorimoto, KiyoshiTsudaka, HideakiKobayashi, HiroshiKawamoto, Masuo
    • G03B27/62G03G15/00
    • G03G15/607G01B11/02G03G15/04G03G2215/00185
    • A document size detecting device with the arm (3) which folds by interlocking with the reciprocating motion of the optical system of the image forming apparatus and extends and contracts by interlocking with the reciprocating motion of the optical system. The optical sensor (37) for detection of the document size is installed at a prescribed position of the arm(3) and the feeder line (11a) for the light source (11) is held. Therefore, the special mechanism for holding the feeder line (11a) is not necessary and it is possible to achieve simplified construction of the image forming apparatus. Also, because the feeder line (11a) is caused to curve along the outside of the arm (3) at the rotating section thereof, it is possible to provide a large radius of the bent portion of the feeder line (11a) there will be no considerably concentrated stress which is locally applied to the feeder line (11a), therefore the life of the feeder line (11a) can be extended.
    • 具有臂(3)的文档尺寸检测装置,其通过与图像形成装置的光学系统的往复运动互锁而折叠,并且与光学系统的往复运动互锁地延伸和收缩。 用于检测文件尺寸的光学传感器(37)安装在臂(3)的规定位置,并且保持用于光源(11)的馈线(11a)。 因此,不需要用于保持馈线(11a)的特殊机构,并且可以实现图像形成装置的简化结构。 此外,由于在其旋转部分使得馈线(11a)沿着臂(3)的外侧弯曲,所以可以提供馈线(11a)的弯曲部分的大半径, 没有局部施加到馈线(11a)的相当集中的应力,因此可以延长馈线(11a)的寿命。
    • 47. 发明公开
    • Electrostatic copying apparatus
    • 静电复印设备
    • EP0093307A1
    • 1983-11-09
    • EP83103748.6
    • 1983-04-19
    • MITA INDUSTRIAL CO. LTD.
    • Kimura, HiroshiHisajima, MasahikoShibata, KiyoshiIrie, YoichiroMorimoto, KiyoshiNagashima, TakashiYoshikawa, YasuhikoYamamoto, KiyonoriWatashi, MasahiroYoshinaga, ShinsukeYamamoto, Toshihiko
    • G03G15/052
    • G03G15/041G03B27/527G03G15/28
    • A variable magnification electrostatic copying apparatus comprising a transparent plate (4) on which to place a document to be copied, an optical system (62, 66, 72, 70, 60, 78) for projecting the image of the document onto an electrostatographic photosensitive member (10) at any desired projecting ratio selected from a plurality of projecting ratios in an exposure zone (26) located along the moving path of the photosensitive member, and a driving means for moving at least a part of the optical system and the transparent plate relative to each other. The optical system includes at least one position-variable optical element assembly (74) adapted to be held at any of a plurality of positions corresponding to the aforesaid plurality of projecting ratios. The variable magnification electrostatic copying apparatus includes a unique improved means (182) for varying the projecting ratio of the optical system by moving the position-variable optical element assembly.
    • 一种可变放大率的静电复印设备,包括:一个放置待复印文件的透明板(4);一个光学系统(62,66,72,70,60,78),用于将文件图像投影到静电照相光敏材料 (26)中的多个突出比率中选择的任意期望的突出比率的光学元件(10),以及用于移动所述光学系统的至少一部分和所述透明元件 板相对于彼此。 该光学系统包括至少一个位置可变光学元件组件(74),其适于保持在对应于上述多个突出比的多个位置中的任何位置。 可变放大率静电复印设备包括一个独特的改进装置(182),用于通过移动位置可变光学元件组件来改变光学系​​统的投影比率。
    • 49. 发明公开
    • Improved paper feeding device and paper guiding device in a copying apparatus
    • Vorrichtung zurPapierzuführungundPapierführungsvorrichtungin einemKopiergerät。
    • EP0059631A2
    • 1982-09-08
    • EP82301022.8
    • 1982-03-01
    • MITA INDUSTRIAL CO. LTD.
    • Hisajima, MasahikoKimura, HiroshiShigemura, YutakaYada, IsaoIrie, YoichiroMorimoto, KiyoshiNagashima, Takashi
    • G03G15/00
    • G03G15/6529B65H3/44
    • A copying paper feeding device comprising first and second paper loading sections (2a, 2b) for carrying respective stacks of copying paper sheets. First and second paper delivery mechanisms (10a, 10b) disposed respectively in the first and second paper loading sections (2a, 2b). First and second paper introducing passages (16a, 16b) extend respectively from the first and second paper loading sections (2a, 2b) and terminate in a common junction point from which a single paper conveying passage (30) extends. A first conveyor roller pair (36) is disposed in the first paper introducing passage (16a), and a second conveyor roller pair (38) is disposed at said point of junction or at an upstream part of the paper conveying passage (30). In performing a copying process, either the first or second paper delivery mechanism is selectively actuated. The first and the second conveyor roller pairs (36, 38) are interlocked with each other, and adapted to be started after the first or second paper delivery mechanism has been actuated. When the first paper delivery mechanism (10a) is selectively actuated, the roller pairs (36, 38) are started earlier by the time required to convey a copying paper from the first conveyor roller pair (36) to the second conveyor roller pair (38) than when the second paper delivery mechanism (10b) is actuated. The first conveyor roller pair (36) exerts position-correcting and synchronism-adjusting actions on a copying paper sheet delivered from the first paper loading section (2a), and the second conveyor roller pair (38) exerts position-correcting and synchronism-adjusting actions on a copying paper sheet delivered from the second paper !oadina section (26).
    • 一种复印纸供给装置,包括用于承载复印纸张的各个堆叠的第一和第二纸张装载部分(2a,2b)。 分别设置在第一和第二纸张装载部分(2a,2b)中的第一和第二纸张传送机构(10a,10b)。 第一和第二纸张引入通道(16a,16b)分别从第一和第二纸张装载部分(2a,2b)延伸并终止于单个纸张传送通道(30)从该连接点延伸的公共连接点。 第一输送辊对(36)设置在第一纸张引入通道(16a)中,第二输送辊对(38)设置在纸张输送通道(30)的所述接合点处或上游部分处。 在执行复印过程中,选择性地致动第一或第二纸张输送机构。 第一和第二输送辊对(36,38)彼此互锁,并且适于在第一或第二纸张传送机构被致动之后启动。 当第一纸张输送机构(10a)被选择性地致动时,辊对(36,38)早于从第一输送辊对(36)输送到第二输送辊对(38)所需的时间开始 )比第二纸张输送机构(10b)被致动时。 第一传送辊对(36)对从第一纸张装载部分(2a)传送的复印纸进行位置校正和同步调节动作,第二传送辊对(38)执行位置校正和同步调整 从第二纸张装载部分(26)传送的复印纸张上的动作。