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    • 1. 发明公开
    • Image forming apparatus and control method thereof
    • 成像装置及其控制方法
    • EP1954021A1
    • 2008-08-06
    • EP07124135.0
    • 2007-12-28
    • Samsung Electronics Co., Ltd.
    • Ahn, Byeong HwaChoi, Bong HwanJo, Yong Kon
    • H04N1/00
    • G03G15/231B41J11/0095B41J13/0036B41J13/0045B41J13/025B41J13/03B65H15/00B65H2301/3332B65H2801/06G03G15/6529H04N1/00567H04N1/00591H04N1/00612H04N1/00631H04N1/00657
    • An image forming apparatus capable of increasing the speed of successively discharging printed printing media in order to increase the overall print speed and a control method thereof. The image forming apparatus includes a first discharge roller to feed printed printing medium rearward from a print unit disposed at an inner front portion of a main body, a reverse roller to reverse a moving direction of the printed printing medium fed from the first discharge roller from a rear to a front of the main body, a second discharge roller to discharge the printed printing medium whose moving direction is reversed outside, and an intermediate discharge roller unit which is provided between the first discharge roller and the reverse roller, the intermediate discharge roller unit including a main roller, a sub discharge roller and a sub supply roller which are in contact with the main roller. While a preceding printed printing medium fed from the reverse roller is discharged between the main roller and the sub discharge roller, a following printed printing medium fed from the first discharge roller is supplied between the main roller and the sub supply roller. Accordingly, since the interval between the preceding printed printing medium and the following printed printing medium becomes shorter than that of a conventional image forming apparatus, the speed of successively discharging printed printing media increases, and as a result the overall print speed increases.
    • 一种图像形成设备及其控制方法,所述图像形成设备能够提高连续排出打印的打印介质的速度以提高整体打印速度。 图像形成设备包括:第一排出辊,用于将印刷的打印介质从设置在主体的内部前部处的打印单元向后供给;反转辊,用于将从第一排出辊馈送的打印的打印介质的移动方向从 主体前方的后部;第二排出辊,用于排出其运动方向向外翻转的打印后的打印介质;以及中间排出辊单元,其设置在第一排出辊和逆转辊之间,中间排出辊 包括与主辊接触的主辊,副排出辊和副供给辊。 在从主辊和副排出辊之间排出从反转辊供给的在先印刷的打印介质的同时,从主辊和副供给辊之间供给从第一排出辊供给的下一个打印的打印介质。 因此,由于先行印刷的印刷介质和下一个印刷介质之间的间隔比传统的图像形成设备的间隔短,所以印刷的印刷介质的连续排出速度增加,结果整体印刷速度增加。
    • 5. 发明公开
    • IMAGE READING DEVICE
    • 图像读取设备
    • EP2469830A1
    • 2012-06-27
    • EP10809780.9
    • 2010-06-21
    • Murata Machinery, Ltd.
    • OSHIMA Osamu
    • H04N1/04H04N1/00
    • H04N1/00681H04N1/00572H04N1/00578H04N1/00602H04N1/00612H04N1/0062H04N1/00631H04N1/00649H04N1/00657H04N1/00705H04N1/00779
    • [Object] To avoid documents from colliding head-on with each other to be largely damaged in an image reader in which a conveyance route at the time of double-sided reading intersects with itself.
      [Means for Settlement] At a branch point C1, a path switching part 17 that switches between a double-sided path and a single-sided path is provided. The double-sided path is adapted to be a conveyance route that passes through a reading position C2 from the branch point C1 to enter a conveyance path B3 that makes a document A U-turn, and then again passes through the reading position C2 to be discharged to a paper discharge tray 12. On the other hand, the single-sided path is adapted to be a conveyance route that, without passing through the reading position C2, merges into the conveyance path B3 from the branch point C1. Over the double-sided path, document detecting sensors DS4 and DS5 are provided, and on the basis of detection results by them, a collision determination part 32 determines a possibility of a collision between documents, and if it determines that the documents will collide with each other, the path switching part 17 switches the double-sided path to the single-sided path to thereby avoid the documents from colliding head-on with each other in the vicinity of the reading position C2.
    • [对象]在双面读取时的传送路径与自身相交的图像读取器中,为了避免文档彼此正面碰撞而大大损坏。 [解决手段]在分支点C1设置有切换双面路径和单面路径的路径切换部17。 双面路径适合作为从分支点C1通过读取位置C2进入输送路径B3的输送路径,输送路径B3使文件A U形转弯,然后再次通过读取位置C2以成为 排出到排纸托盘12.另一方面,单面路径适合作为输送路径,其不经过读取位置C2,从分支点C1合并到输送路径B3中。 在双面路径上,提供了文档检测传感器DS4和DS5,并且基于它们的检测结果,碰撞确定部32确定文档之间碰撞的可能性,并且如果它确定文档将与 路径切换部分17将双面路径切换到单面路径,从而避免文件在读取位置C2附近彼此正面碰撞。
    • 6. 发明公开
    • Document feeding device
    • 文件进纸装置
    • EP2096063A2
    • 2009-09-02
    • EP09002764.0
    • 2009-02-26
    • Brother Kogyo Kabushiki Kaisha
    • Kusama, Takuro
    • B65H31/02
    • B65H31/02B65H31/26B65H2301/33312B65H2301/42124B65H2403/51B65H2404/142B65H2405/1117B65H2801/06H04N1/0057H04N1/00599H04N1/00602H04N1/00604H04N1/00612H04N1/00618H04N1/00631H04N1/00657
    • A document feeding device comprises a document input tray (10), a document output tray (20), a feeding mechanism for a feeding path (31,33,34,35,36), a turnover mechanism for a turnover path (32), ejection rollers (50,51,52), an ejection mechanism which switches its document ejection mode between a first ejection mode (for successively ejecting each document while stacking it on documents already ejected to the document output tray) and a second ejection mode (for successively ejecting each document while sliding it under the already ejected documents) by relatively moving a nipping position of the ejection rollers (50,51,52) and an upstream end position of the document output tray (20) in the vertical direction, a pressing member (70) which is pivotable up and down on the downstream side of the ejection rollers (50,51,52) and which presses down the already ejected documents in the first ejection mode, and a retracting mechanism (80) which retracts the pressing member by pivoting it upward in the second ejection mode.
    • 一种文件馈送装置,包括文件输入盘(10),文件输出盘(20),用于馈送路径(31,33,34,35,36)的馈送机构,用于翻转路径(32)的翻转机构, ,排出辊(50,51,52);排出机构,其在第一排出模式(用于在将每个文档堆叠在已经排出到文件输出盘上的文件上的同时排出每个文件)和第二排出模式 用于通过相对移动排出辊(50,51,52)的夹持位置和文件输出盘(20)的上游端位置沿垂直方向相对移动而在将文件在已经排出的文件下滑动的同时连续排出每个文件) (50,51,52)的下游侧上下枢转并且在第一排出模式下压下已经排出的文件的压紧构件(70);以及缩回机构(80),该缩回机构 通过将其旋转向上按压构件 病房处于第二弹出模式。
    • 7. 发明公开
    • Print apparatus, system, and print job processing method
    • Druckvorrichtung,系统与Druckauftragsverarbeitungsverfahren
    • EP1821510A2
    • 2007-08-22
    • EP07100848.6
    • 2007-01-19
    • Canon Kabushiki Kaisha
    • Takahashi, HiroyukiUshiyama, Kazuhiko
    • H04N1/00
    • B42B4/00B42C9/0031H04N1/00204H04N1/00244H04N1/00567H04N1/00639H04N1/00641H04N1/00649H04N1/00657H04N2201/0039
    • In a print system constituted so as to enable a supplying of sheets from a printing apparatus to a sheet processing apparatus, wherein said printing apparatus having a print unit that executes a print process of data of a job stored in a storage unit can store data of a plurality of jobs, wherein said sheet processing apparatus having a sheet processing unit that executes a sheet processing operation to sheets of job printed by said printing apparatus, a controller unit allows the print unit to execute a print process of a second job required before a sheet process of the second job in case that a plurality of jobs including the second job after a first job are accepted and in case that a sheet process of the first job required after a print process of the first job is in execution by the sheet processing unit.
    • 在构成为能够从打印装置向片材处理装置供应片材的打印系统中,其中具有执行存储在存储单元中的作业的数据的打印处理的打印单元的所述打印装置可以存储 多个作业,其中所述片材处理装置具有对由所述打印装置打印的作业的片材执行片材处理操作的片材处理单元,控制器单元允许打印单元执行第一工作之前的第二个作业的打印处理 在接受第一作业之后包括第二作业的多个作业的情况下以及在第一作业的打印处理之后所需的第一作业的纸张处理通过纸张处理执行的情况下的第二作业的纸张处理 单元。
    • 9. 发明公开
    • Sheet transport device for a duplex printing system
    • Drucken zum beidseitigen Drucken
    • EP0713156A2
    • 1996-05-22
    • EP95308203.9
    • 1995-11-16
    • XEROX CORPORATION
    • Hower, John D., Jr.Gramlich, John D.Martin, Kathleen M.Baldwin, LeRoy A.
    • G03G15/00
    • H04N1/00578G03G15/234G03G2215/00586H04N1/00572H04N1/0058H04N1/00602H04N1/0061H04N1/00623H04N1/00652H04N1/00657
    • A sheet transport device (100) for a duplex printing system having an endless transport belt (110) which cooperates with an acceleration nip (102) and retime nip (120) to allow duplexing of sheets (48) without loss of productivity. As each sheet to be duplex printed is removed from the printing process path after first side imaging, it is accelerated by the acceleration nip to create a space between it and a subsequent sheet. The sheet is then stalled or slowed by the retime nip, and the transport belt slips past the stalled sheet. Concurrently, a subsequent sheet to be duplexed is driven by the same transport belt (110) to the retime nip. The first mentioned sheet is reinserted into the printing process path at the proper time for receiving the second side image before the arrival of the second sheet at the retime nip. Subsequent duplex sheets are handled in the same manner so that duplex copies are interleaved or otherwise reinserted into the printing process path with first side copies.
    • 双面路径回路(100)具有与皮带输送和再次间隙配合的加速咬合,以允许片材的双面打印,同时最小化感光体上的跳过间距。 当在第一侧成像之后,将从双面打印的每张纸从处理路径中移除时,路径被加速以在其与随后的片材之间产生间隙。 然后在再次间隙中将片材停滞或减速,同时双面打印的随后的片材通过相同的传输同时驱动,第一个提到的片材在适当的时间被重新插入到处理路径中,以在接收第二个侧面图像之前 第二张纸的到来时间间隔。 随后的双面打印纸以相同的方式处理,使得双面打印副本被交错或以其他方式重新插入到具有第一副本副本的处理路径中,使得感光体上的跳过间距最小化。