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    • 7. 发明公开
    • Image forming apparatus having optical scanning unit and method of adjusting lens position in optical scanning unit
    • 具有透镜位置调整的光学扫描单元和方法在光学扫描单元的图像形成装置
    • EP1809012A1
    • 2007-07-18
    • EP07000495.7
    • 2007-01-11
    • Ricoh Company, Ltd.
    • Tomita, Yasumasa Ricoh Company, Ltd.
    • H04N1/113H04N1/032
    • H04N1/1135H04N1/032H04N2201/02414H04N2201/02416H04N2201/02431
    • An optical scanning unit includes a light source, a lens, a deflector, a lens holder, a support member, a force-generating member, and a force-transmitting member. The light source emits a light beam. The lens passes through the light beam. The deflector rotatably deflects the light beam coming from the lens. The lens holder, provided between the light source and the deflector, holds the lens. The support member has a first face faced to a vertically-downward direction, and extends in a direction from the light source to the deflector. The lens holder is movably supported by the first face of the support member. The force-generating member, provided to a second face of the support member, generates a force. The second face is opposite to the first face. The force-transmitting member transmits the force generated by the force-generating member to the lens holder to move the lens holder along the first face.
    • 一种光学扫描单元包括光源,透镜,偏转器,透镜夹持器,支撑件,力产生部件和一个力传递构件。 该光源发射的光束。 透镜穿过光束。 偏转器可旋转地偏转的光束从透镜来。 透镜保持器,所述光源和所述偏转器之间,保持透镜。 支撑构件具有面对的垂直向下的方向上的第一面,并且在从光源到偏转的方向延伸。 透镜保持器被可移动地由所述支撑构件的第一面支撑。 设置于支承构件的第二面的力产生部件,基因费率的力。 所述第二面是相对于该第一面。 力传递部件发送由所述力产生部件所产生的透镜夹持器沿着第一面移动透镜保持器上的力。
    • 8. 发明公开
    • Original reading unit, image forming apparatus and image scanner
    • Vorlagenlesegerät,Bilderzeugungsgerätund Bildabtaster
    • EP1650949A1
    • 2006-04-26
    • EP05255745.1
    • 2005-09-15
    • SEIKO INSTRUMENTS INC.
    • Hirayama, Shinobu, c/o Seiko Instruments Inc.
    • H04N1/031
    • H04N1/02409H04N1/0313H04N1/1933H04N1/1934H04N2201/0241H04N2201/02412H04N2201/02414H04N2201/02418H04N2201/02429H04N2201/02447H04N2201/02449
    • An original reading unit is provided that is superior in the performance of the adjustment of line sensors.
      According to the present invention, between a unit base and a transparent original support plate, multiple sensor assemblies are arranged, to form a zigzag pattern, as a first array for reading an original and a second array for reading the original following the first array. Each of the sensor assemblies includes a sensor holder, a line sensor and a focus setup unit. Each of the sensor holders, which serve as fulcrums, are rotatable at a single pivot (a rotation center), along the wall of a unit base that is parallel to the original support plate. When the sensor holders are rotated and positioned at predetermined locations, they are fixed to the wall. The line sensors 51 are held, relative to the sensor holders, in the main scanning direction and in the sub-scanning direction, and are moved in an approaching or separating direction in which the line sensors approach or are separated from the wall and the original support plate. The focus setup units, each of which includes coil springs and spacers, move the line sensors 51 in the approaching or separating direction, and position the line sensors 51 at locations whereat focuses are adjusted.
    • 提供了一种在行传感器的调整性能方面优于原始读取单元。 根据本发明,在单元基座和透明原始支撑板之间,布置有多个传感器组件,以形成Z字形图案,作为用于读取原件的第一阵列和用于读取第一阵列之后的原稿的第二阵列。 每个传感器组件包括传感器保持器,线传感器和聚焦设置单元。 用作支点的每个传感器保持器沿着平行于原始支撑板的单元基座的壁在单个枢轴(旋转中心)处可旋转。 当传感器保持器旋转并定位在预定位置时,它们被固定在壁上。 线传感器51相对于传感器保持器在主扫描方向和副扫描方向上被保持,并且在线传感器接近或与壁分离的接近或分离方向上移动,原始 支撑板 聚焦设置单元,每个包括螺旋弹簧和间隔件,使线传感器51沿接近或分离的方向移动,并将线传感器51定位在调焦焦点的位置处。
    • 10. 发明公开
    • Setting focus in an imaging system
    • Einstellung der Fokussierung in einem Abbildungssystem
    • EP1045268A3
    • 2002-04-17
    • EP00303090.5
    • 2000-04-12
    • Hewlett-Packard Company, A Delaware Corporation
    • Gardner, Richard Lynn, Jr.
    • G02B7/04H04N1/03
    • H04N1/02409G02B7/04H04N1/024H04N1/03H04N2201/02414H04N2201/02429H04N2201/02431H04N2201/02447H04N2201/02449H04N2201/02458H04N2201/02474H04N2201/02483H04N2201/02485
    • In a lens focusing and holding arrangement for an imaging system (60) including a photosensor array (510), the lens (570) is in contact with a reference surface or surfaces (274, 276) formed within the imaging system housing (200) and is translatable along the surface (274, 276) in directions toward and away from the photosensor array (510) in order to adjust the focus of the imaging system (60). A lens retention clip (600) is provided to secure the lens (570) within the imaging system housing (200) and to cause translational movement of the lens (570) along the imaging system reference surface (274, 276). When focusing the imaging system (60), the lens retention clip (600) is in a first operating condition in which the lens retention clip (600) applies a relatively small force tending to hold the lens (570) in contact with the housing reference surface (274, 276). After the desired focus has been set, the lens retention clip (600) is placed in a second operating condition in which the lens retention clip (600) applies a relatively high force tending to hold the lens (570) in contact with the housing reference surface (274, 276), thus locking the lens (570) in place.
    • 成像系统(60)包括具有参考表面(274,276)的壳体(200),与参考表面(274,276)接触的透镜(570),保持在与透镜接触的壳体的构件(600),以及 位于壳体和透镜的部分(282,332,342)之间并与之接触的弹簧(720)。 在第一操作条件下,构件(600)在第一位置(350,360,370,380)处被保持到壳体,并且透镜可相对于壳体(200)平移,并且在第二操作状态下,构件(600)被保持 在第二位置(420,424)到壳体,并且透镜不能相对于壳体平移。