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    • 13. 发明授权
    • Automatic document feeder, image reading device, and image forming apparatus
    • 自动送纸器,图像读取装置和图像形成装置
    • US09219833B2
    • 2015-12-22
    • US14637933
    • 2015-03-04
    • Hiroshi KuboTakashi FujiiShinya KitaokaNorio Kimura
    • Hiroshi KuboTakashi FujiiShinya KitaokaNorio Kimura
    • G06F15/00G06K1/00G06K15/00H04N1/00
    • H04N1/00602H04N1/00572H04N1/00628
    • An automatic document feeder comprises: a feeding unit that causes an image of a first side of a document to be read by a first image reading unit; a second image reading unit that reads an image of a second side of the document; a release unit that supports a reading guide opposite to a reading surface of the second image reading unit and enables underneath of the reading surface to be released; and a paper ejection tray on which the document having been subjected to image reading and ejected from a paper ejection roller pair is accumulated, wherein an end fence that rises up at a document ejection direction upstream side of the paper ejection tray is configured of separate members that are an upper portion and a lower portion, and a rotational pivot of the release unit is provided downstream from the end fence in a feeding direction.
    • 自动送纸器包括:馈送单元,其使文档的第一面的图像由第一图像读取单元读取; 第二图像读取单元,读取文档的第二面的图像; 释放单元,其支撑与所述第二图像读取单元的读取表面相对的读取引导件,并且能够释放所述读取表面的下方; 纸张排出托盘,其上已经经过图像读取并从排纸辊对中排出的文件被累积,其中在排纸托盘的上游侧的文件排出方向上升的端挡板由分离的构件构成 上部部分和下部部分,并且释放单元的旋转枢轴在馈送方向上设置在端部挡板的下游。
    • 14. 发明授权
    • Automatic document feeder for an image forming apparatus
    • 用于成像设备的自动送纸器
    • US5344134A
    • 1994-09-06
    • US142930
    • 1993-10-29
    • Shirou SaekiAkira HiroseTakashi FujiiMotoya Sano
    • Shirou SaekiAkira HiroseTakashi FujiiMotoya Sano
    • B65H3/52B65H3/06B65H11/00G03G15/00
    • G03G15/60B65H3/06B65H2601/25
    • In an automatic document feeder (ADF) for an image forming apparatus, a table is loaded with multiple documents or a single document, as desired. A transport section transports the document or one of the documents fed from the table to a predetermined position on a glass platen included in a body of the apparatus, and then transports it away from the predetermined position. A feed section has a feeding member for feeding the document from the table to the transporting section, and a separating member movable in opposite direction to an intended direction of document feed into frictional engagement with the feeding member. A mode selecting section is accessible for selecting either of a multiple feed mode for sequentially feeding the multiple documents from the table while separating the individual documents, and a single feed mode for feeding the single document therefrom. A drive source drives the separating member while switching the drive direction thereof. A controller controls the drive source such that when the multiple feed mode is selected, the separating member contacts the feeding member with friction acting therebetween, while when the single feed mode is selected, the former contacts the latter without friction acting therebetween. In the single feed mode, the separating member is driven in the feed direction and feeds a document in cooperation with the separating member, thereby preventing the document from being damaged or displaced.
    • 在用于图像形成装置的自动送纸器(ADF)中,根据需要加载多个文件或单个文档。 输送部将文件或从桌子送出的文件中的一个传送到包含在设备的主体中的玻璃台板上的预定位置,然后将其从预定位置运送。 进料部分具有用于将文件从工作台输送到传送部分的进给部件,以及分离部件,该分离部件能够沿着与进给部件摩擦接合的原稿方向相反的方向移动。 模式选择部分可访问,用于选择多个进给模式中的一个,以分离单个文档时从表中顺序地馈送多个文档,以及用于从单个文档馈送单个进给模式。 驱动源驱动分离构件,同时切换其驱动方向。 控制器控制驱动源,使得当选择多进给模式时,分离构件在其间作用摩擦而接触进给构件,而当选择单进给模式时,前者与后者接触而不在其间作用摩擦。 在单一进给模式中,分离构件沿进给方向被驱动并且与分离构件协作地供给文件,从而防止文件被损坏或移位。
    • 18. 发明授权
    • Image pickup lens unit manufacturing method and image pickup lens unit
    • 图像拾取镜头单元制造方法和图像拾取镜头单元
    • US08982486B2
    • 2015-03-17
    • US13825719
    • 2011-09-09
    • Hajime MoriTakashi FujiiTakemi Miyazaki
    • Hajime MoriTakashi FujiiTakemi Miyazaki
    • G02B7/02B29C45/16B29L11/00
    • G02B7/02B29C45/1671B29C2045/1673B29L2011/0016Y10S359/90
    • An image pickup lens unit, in which a holder body and a cover can be easily connected together, without additional components and a resin flow path for the connection. A lens 10 is positioned in a first holder member 20 which remains in a mold. A second holder member 30 for preventing the lens 10 from falling off is molded such that it is welded to the first holder member having the lens 10 positioned therein. This facilitates molding of the second holder member 30 and joining of the second holder member 30 to the first holder member 20 at the same time. Since there is no need to provide a resin flow path for joining the first holder member 20 and the second holder member 30 together, the image pickup lens unit can be made small in size.
    • 一种图像拾取透镜单元,其中保持器主体和盖可以容易地连接在一起,而没有附加部件和用于连接的树脂流动路径。 透镜10定位在保持在模具中的第一保持器构件20中。 用于防止透镜10脱落的第二保持器构件30被模制成使得其被焊接到具有位于其中的透镜10的第一保持器构件。 这有利于第二保持器构件30的模制和第二保持构件30同时与第一保持构件20的接合。 由于不需要提供用于将第一保持器构件20和第二保持器构件30接合在一起的树脂流动路径,因此可以使图像拾取透镜单元的尺寸小。
    • 20. 发明授权
    • Wire grid and manufacturing method thereof
    • 电网及其制造方法
    • US08339706B2
    • 2012-12-25
    • US12708957
    • 2010-02-19
    • Takashi FujiiShoji Zaiki
    • Takashi FujiiShoji Zaiki
    • G02B5/30
    • G02B5/3058
    • A textile made by weaving while crossing stainless wires as warp yarn and silk yarns as weft yarn one by one alternately, and this textile is attached to a frame body to configure a wire grid. The pitch for the stainless wires is determined depending on a wavelength to be polarized and analyzed. Furthermore, the silk yarns are removed if necessary. This configuration avoids problems with cutting of metal wire or irregular intervals between metal wires because of long fine metal wires tightened parallel to each other in the frame body, and problems such as multiple reflection or interference on a substrate or a base material because of fine wire patterns made by etching or the like with the use of the substrate or base material, thereby obtaining an easily-manufactured, low-cost and high-precision wire grid for polarization and analysis of electromagnetic waves.
    • 通过编织而成的织物,以不同的丝线作为经纱和丝线作为纬纱交替地穿过,并且该织物附接到框架体以构成线栅。 不锈钢丝的间距取决于要偏振和分析的波长。 此外,如果需要,丝线被去除。 该构造避免了金属线切割或金属线之间的不规则间隔的问题,因为在框架体中彼此平行地紧固的细金属细丝线,以及由于细线而导致的基板或基材上的多重反射或干涉等问题 通过使用基板或基底材料通过蚀刻等形成的图案,从而获得容易制造的低成本和高精度线栅,用于电磁波的偏振和分析。