序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
1 片材供给装置以及图像形成装置 CN201310079986.1 2013-03-13 CN103303703B 2016-04-06 永岛照夫; 一柳雅生; 中村康夫; 川井雅史; 新井笃; 盐川康夫
发明提供片材供给装置以及图像形成装置。一种具备片材供给机构(41)的图像形成装置,其中,供给机构(41)具备未图示的驱动源,并且形成为利用整理辊(190)按压由驱动源旋转驱动的供给辊(170),且利用副定位辊(180)(以下称为“S辊180”)按压主定位辊(150)(以下称为“M辊150”)的结构,从供给辊(170)的旋转方向观察时,供给辊(170)与M辊(150)以至少在一部分形成重合部分的方式配置,并且,在上述旋转方向上供给辊(170)与M辊(150)的位置不同,并且从上述旋转轴的方向观察时,整理辊(190)与S辊(180)以不重叠的方式配置。
2 片材供给装置以及图像形成装置 CN201310079986.1 2013-03-13 CN103303703A 2013-09-18 永岛照夫; 一柳雅生; 中村康夫; 川井雅史; 新井笃; 盐川康夫
发明提供片材供给装置以及图像形成装置。一种具备片材供给机构(41)的图像形成装置,其中,供给机构(41)具备未图示的驱动源,并且形成为利用整理辊(190)按压由驱动源旋转驱动的供给辊(170),且利用副定位辊(180)(以下称为“S辊180”)按压主定位辊(150)(以下称为“M辊150”)的结构,从供给辊(170)的旋转方向观察时,供给辊(170)与M辊(150)以至少在一部分形成重合部分的方式配置,并且,在上述旋转方向上供给辊(170)与M辊(150)的位置不同,并且从上述旋转轴的方向观察时,整理辊(190)与S辊(180)以不重叠的方式配置。
3 打印机的纸张前端设定装置 CN97113152.X 1997-05-16 CN1082454C 2002-04-10 铃木完次
一种打印机的纸张前端设定装置,包括:一打印装置,用以在纸上进行打印;一纸张储存器,用以储存所述纸张;一送纸装置,用以使纸张向前朝着打印装置进给,或者是反向地朝纸张储存器进给;一控制装置,用以控制打印装置和送纸装置;一纸张前端检测装置,用以检测由送纸装置送给的纸张的前端;一反向送纸装置,用以反向送给已被设定在一打印位置上的纸张,直到它抵达纸张前端检测装置的检测位置,并且再进一步地把纸张反向进给一定的量;以及一向前送纸装置,用以向前送给已由反向送纸装置反向地送给的纸张,直到它抵达纸张前端检测装置的检测位置,并且再进一步地把纸张向前进给一定的量,从而将纸张前端设定到一预定的位置上。
4 证件打印机中采用纸幅检测传感器实现首行定位的方法 CN201610252269.8 2016-04-21 CN105922743A 2016-09-07 苗圃; 肖天宇; 谈伯庆; 祁明科
发明提供证件打印机中采用纸幅检测传感器实现首行定位的方法,应用于针式平推打印机,采用纸幅检测传感器代替首行定位传感器,在进纸过程中利用纸幅检测传感器对纸张首行进行定位检测,并可根据两个纸幅传感器所检测到的纸张是否同时脱离传感器来判断纸张是否放置歪斜,实现斜行检测功能。
5 打印设备和定位调整方法 CN201310156677.X 2013-04-28 CN103373068B 2016-03-02 田宫庆太; 内田直树
发明涉及一种打印设备及其定位调整方法。本发明的实施例解决了由于依赖于与滑架扫描方向相关联的位置的定位状态的变化而导致距离检测方法的定位调整的精度降低这一问题。在本实施例中,在喷嘴阵列方向上并列形成基准图案和调整图案以检测主扫描方向上的图案之间的位置移位。在这种情况下,通过距离检测方法执行粗定位调整,并且将其调整结果应用于打印设备。此后,通过浓度方法执行微定位调整,并且最终反映这两个调整方法的结果。
6 图像形成设备及其控制方法 CN201110039008.5 2011-02-15 CN102190169B 2014-05-21 森谷正明
发明涉及一种图像形成设备及其控制方法。该图像形成设备可以高精度地检测歪斜校正后的带标签薄片的前端,并且不会增大该设备的大小。转印单元将调色剂图像转印至该薄片,其中,基于第一歪斜检测单元的检测结果校正了该薄片的歪斜,同时基于第一歪斜检测单元的检测结果和第二歪斜检测单元的检测结果,对调色剂图像进行控制以使其与该薄片同步。
7 介质对齐装置及包括该装置的成像装置 CN200710164330.4 2007-10-23 CN101169615A 2008-04-30 金俊泰
一种用于成像装置的介质对齐装置。对齐装置包括:子组件,其包括沿介质传送方向引导介质的第一引导板,以及平行于介质传送方向与第一引导板一侧相邻设置并作为侧边对齐参考的侧边引导件;支撑子组件以便子组件能够沿着与介质传送方向相交的方向移动的子组件移动引导件;和驱动子组件的子组件驱动器。成像装置包括:对齐装置;成像装置部分;反转成像部分已在其上打印的介质的传送方向的反转辊。
8 打印机的纸张前端设定装置 CN97113152.X 1997-05-16 CN1166408A 1997-12-03 铃木完次
一种打印机的纸张前端设定装置,包括:一打印装置,用以在纸上进行打印;一纸张储存器,用以储存所述纸张;一送纸装置,用以使纸张向前朝着打印装置进给,或者是反向地朝纸张储存器进给;一控制装置,用以控制打印装置和送纸装置;一纸张前端检测装置,用以检测由送纸装置送给的纸张的前端;一反向送纸装置,用以反向送给已被设定在一打印位置上的纸张,直到它抵达纸张前端检测装置的检测位置,并且再进一步地把纸张反向进给一定的量;以及一向前送纸装置,用以向前送给已由反向送纸装置反向地送给的纸张,直到它抵达纸张前端检测装置的检测位置,并且再进一步地把纸张向前进给一定的量,从而将纸张前端设定到一预定的位置上。
9 小型远程驱动编码器 CN94115339.8 1994-09-15 CN1114612A 1996-01-10 杰克·E·阿鲍特; 詹姆斯·M·格拉伍浩特; 科温·M·巴格勒; 斯塔特·G·多纳德森; 威廉姆·L·兰德斯保
编码器包括馈进托架组件(12)和自动馈进滚轮组件(14),后者使支票一次一张地进入支票导向通路。第一与第二驱动组件(16,20)使支票沿支票导向通路运动。在两两驱动组件中间设置编码器组件(18)和色带盒(22)。预加载传感器(70)、检测传感器(88)和前缘传感器(90)提供对支票运动进行控制的信息。支票与馈进托架按一定度运动以通过编码器组件,编码后的支票围绕排放滚轮运动,进入设置在本装置背面的抓取托架。
10 翻页装置 CN201680001247.2 2016-06-24 CN106715140A 2017-05-24 小田岛敏幸
发明提供的翻页装置,即使在存折存在卷曲的情况下,也不会发生多重翻页或翻页落空;翻页装置具备:在存折输送面的下侧至少从翻页区域的前方延伸至翻页区域的后方的输送引导件,和在翻页区域中较之该输送引导件设置于上侧、并且进行旋转而对存在于翻页区域中的存折施加翻页的翻页辊;在该翻页装置中,在输送引导件中,于翻页辊的下方形成有沿与输送方向垂直的方向延伸的凹槽,并且,在该凹槽的从翻页辊沿翻页辊的轴向远离的位置上设有沿存折输送方向延伸的棱,当由翻页辊对存折施加了按压力时,该存折沿与存折输送方向垂直的方向起伏。
11 图像形成装置 CN201310571641.8 2013-11-13 CN103809411B 2016-08-24 野中建; 大久保贵弘; 川中子悠介
发明涉及图像形成装置,该图像形成装置具备:向用户提供信息的通知部;供给纸张的供纸部;在纸张上形成图像的图像形成部;将由上述供纸部供给的纸张向上述图像形成部输送的第1输送部;对上述第1输送部中的纸张的偏移进行检测的偏移检测部;基于上述偏移检测部的检测结果对纸张在宽度方向上的位置进行修正的偏移修正部;在由上述偏移检测部检测出不能通过上述偏移修正部修正的偏移异常的情况下,使上述通知部对发生了偏移异常和该偏移异常的发生原因进行通知的控制部。
12 图像形成装置 CN201310571641.8 2013-11-13 CN103809411A 2014-05-21 野中建; 大久保贵弘; 川中子悠介
发明涉及图像形成装置,该图像形成装置具备:向用户提供信息的通知部;供给纸张的供纸部;在纸张上形成图像的图像形成部;将由上述供纸部供给的纸张向上述图像形成部输送的第1输送部;对上述第1输送部中的纸张的偏移进行检测的偏移检测部;基于上述偏移检测部的检测结果对纸张在宽度方向上的位置进行修正的偏移修正部;在由上述偏移检测部检测出不能通过上述偏移修正部修正的偏移异常的情况下,使上述通知部对发生了偏移异常和该偏移异常的发生原因进行通知的控制部。
13 打印设备和定位调整方法 CN201310156677.X 2013-04-28 CN103373068A 2013-10-30 田宫庆太; 内田直树
发明涉及一种打印设备及其定位调整方法。本发明的实施例解决了由于依赖于与滑架扫描方向相关联的位置的定位状态的变化而导致距离检测方法的定位调整的精度降低这一问题。在本实施例中,在喷嘴阵列方向上并列形成基准图案和调整图案以检测主扫描方向上的图案之间的位置移位。在这种情况下,通过距离检测方法执行粗定位调整,并且将其调整结果应用于打印设备。此后,通过浓度方法执行微定位调整,并且最终反映这两个调整方法的结果。
14 图像形成设备及其控制方法 CN201110039008.5 2011-02-15 CN102190169A 2011-09-21 森谷正明
发明涉及一种图像形成设备及其控制方法。该图像形成设备可以高精度地检测歪斜校正后的带标签薄片的前端,并且不会增大该设备的大小。转印单元将调色剂图像转印至该薄片,其中,基于第一歪斜检测单元的检测结果校正了该薄片的歪斜,同时基于第一歪斜检测单元的检测结果和第二歪斜检测单元的检测结果,对调色剂图像进行控制以使其与该薄片同步。
15 PRINTER HAVING REGENERATIVE INTERMEDIARY DRIVE PCT/EP2014079099 2014-12-23 WO2015106938A3 2015-09-11 MACKEY PAUL IAN; JENSEN DAVID WILLIAM
A printer includes: a media tray (10); a picker (15); a media guide (16) for guiding the media sheets around a media feed path towards a print zone (22); a main drive roller assembly (23) positioned upstream of the print zone; and an intermediary drive roller assembly (40,42,44) positioned between the picker and the main drive roller assembly. The intermediary drive roller assembly includes: an intermediary idler roller (42) mounted on an intermediary idler shaft; and an intermediary drive roller (44) having a gripping surface engaged with the intermediary idler roller. An intermediary drive shaft is pivotally connected to a support shaft via a swing arm (40, 72), such that the intermediary drive shaft is arcuately moveable relative to the intermediary idler shaft to provide a variable distance therebetween.
16 INK JET RECORDER EP15191917.2 2015-10-28 EP3034305B1 2018-04-18 YAMAMOTO, Shuhei
On a sheet of paper on which an image has already been formed, a first registration mark pair and a second registration mark pair are printed. The first registration mark pair and second registration mark pair each consist of a pair of registration marks that are arranged to be spaced apart in a paper-width direction, the second registration mark pair located posterior to the first registration mark pair in the paper-conveying direction. Based on the actual positional relationship between the first registration mark pair and the second registration mark pair that are read by a reading unit, a correction unit corrects discharge data that corresponds to an image formation area located between the first registration mark pair and the second registration mark pair.
17 PRINTING APPARATUS AND CONTROL METHOD THEREFOR EP15001446.2 2015-05-13 EP2952357B1 2017-07-12 Asai, Yasuyuki; Kunihiro, Syunichi; Aoyama, Naoki; Ogawa, Katsuya; Sugiyama, Noriyuki; Tanaami, Yasufumi; Yonemoto, Ryo
A printing apparatus comprises conveyance control means which controls conveyance of printing sheets so that a trailing edge of a preceding sheet (1-A) as a printing sheet precedingly fed from the stacking means and a leading edge of a succeeding sheet (1-B) as a printing sheet succeedingly fed from the stacking means overlap each other; and skew correction means (5, 6) which performs skew correction of the succeeding sheet (1-B) while the succeeding sheet (1-B) overlaps the preceding sheet (1-A) by the conveyance control means. The skew correction means makes the leading edge of the succeeding sheet (1-B) abut against the conveyance roller (5) during a time from an end of a last line feed operation by the conveyance roller (5) for printing on the preceding sheet by the printing means to start of a next conveyance operation.
18 AN APPARATUS FOR PROCESSING A SUBSTRATE ON A SUPPORT BODY EP16195979.6 2016-10-27 EP3165967A1 2017-05-10 NIJKAMP, Aart

An apparatus is provided for processing a substrate on a support body. The apparatus comprises the support body, at least one registration member, a carriage unit and a controller. The support body is arranged for supporting the substrate. The at least one registration member is adapted for registering the substrate on the support body by engaging the substrate in contact to the at least one registration member, when the at least one registration member is arranged into a registering state. The carriage unit is movably arranged relative to the support body for processing the substrate. The control unit is arranged for executing the steps of: a) selecting a position of the substrate on the support body; b) selecting a first registering position on the support body of a first registration member for registering the substrate at the selected position on the support body in the registering state, when engaging the substrate in contact with the first registration member being arranged in the first registering position; and c) moving the carriage unit relative to the support body to a processing position for processing the substrate, when the substrate is registered at the selected position on the support body by engaging the substrate in contact with the first registration member, which is arranged in the registering state in the first registering position.

19 INK JET RECORDER EP15191917.2 2015-10-28 EP3034305A2 2016-06-22 YAMAMOTO, Shuhei

On a sheet of paper on which an image has already been formed, a first registration mark pair and a second registration mark pair are printed. The first registration mark pair and second registration mark pair each consist of a pair of registration marks that are arranged to be spaced apart in a paper-width direction, the second registration mark pair located posterior to the first registration mark pair in the paper-conveying direction. Based on the actual positional relationship between the first registration mark pair and the second registration mark pair that are read by a reading unit, a correction unit corrects discharge data that corresponds to an image formation area located between the first registration mark pair and the second registration mark pair.

20 IMAGE RECORDING DEVICE EP08763997.7 2008-06-03 EP2154000B1 2012-04-18 NISHIMURA, Hirotake; KAWABATA, Motonobu
A table is composed of a board-like member, and a suction groove for holding a recording medium by suction is formed on the surface. A suction hole penetrates a part of the suction groove, and the suction hole is connected to a vacuum pump. On the table, three alignment pins are arranged to abut to the orthogonally intersecting two sides of the recording medium. The alignment pins are configured to be brought up and down by being driven by an air cylinder, between a descending position where the upper end of the alignment pin is lower than the surface of the table and an aligning position where the upper end of the alignment pin is higherthan the surface of the recording medium placed on the table. Thus, an image recording device which eliminates deformation of the recording medium and accurately records images is provided.
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