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    • 42. 发明公开
    • Ink jet recording head carriage and an apparatus with same
    • Tintenstrahlkopf-Wagen und ein Apparat mit demselben。
    • EP0418821A2
    • 1991-03-27
    • EP90117937.4
    • 1990-09-18
    • CANON KABUSHIKI KAISHA
    • Unosawa, YasuhiroKimura, TetsuoHasegawa, KouNagashima, MasasumiNagira, KeijiSugitani, HiroshiHattori, YoshifumiIkeda, MasamiSaito, AsaoMasuda, KazuakiSaito, AkioOrikasa, Tsuyoshi
    • B41J25/34
    • B41J25/34
    • A carriage (6), movable along a predetermined path, for detachably mounting thereon an ink jet recording head (9) includes an abutment portion (601a,b,c) for positioning the recording head in a horizontal direction; an engageable member (603), disposed at a side of the carriage facing in a movement direction thereof, for engaging with the recording head, the engageable member is rotatable and translatable; and an operating lever (602), disposed at a side of the carriage facing in the movement direction, for translating and rotating the engageable member to abut the recording head to the abutment portion, and for rotating the recording head about the abutment portion; a second abutment portion (906a,b,c) for abutment with the rotating recording head to stop it in one rotational direction; and an urging member (607a) for urging the recording head to the second abutment portion, wherein the recording head is mounted on and dismounted from the carrier by moving the operating lever in one direction and by moving it in the opposite direction, respectively.
    • 可沿着预定路径移动以便可拆卸地安装在其上的喷墨记录头(9)的托架(6)包括用于在水平方向上定位记录头的邻接部分(601a,b,c) 一个位于托架面向其移动方向的一侧的可接合构件(603),用于与记录头相啮合,可啮合构件是可旋转和平移的; 以及操作杆(602),其设置在所述滑架的面向所述移动方向的一侧,用于平移和旋转所述可接合构件以将所述记录头邻接到所述邻接部分,并且用于使所述记录头围绕所述邻接部分旋转; 第二邻接部分(906a,b,c),用于与旋转的记录头邻接以在一个旋转方向上停止; 以及用于将记录头推向第二邻接部分的推动构件(607a),其中记录头通过沿一个方向移动操作杆并沿相反方向移动而安装在托架上并从托架上拆卸。
    • 45. 发明公开
    • Ink jet recording head, ink jet recording head cartridge and ink jet recording apparatus
    • 喷墨记录头,喷墨记录头盒和喷墨记录设备
    • EP1078756A2
    • 2001-02-28
    • EP00118024.9
    • 2000-08-22
    • CANON KABUSHIKI KAISHA
    • Inoue, RyojiTakenouchi, MasanoriSaito, AkioIshimatsu, Shin
    • B41J2/14
    • B41J2/14056B41J2/1404B41J2002/14379B41J2202/07B41J2202/21
    • An ink jet recording head comprising a plurality of discharge ports (104) for discharging ink droplets, a plurality of ink flow paths (109) communicated with the respective discharge ports, a common liquid chamber (105) communicated with said ink flow paths and adapted to hold ink to be introduced into said ink flow paths, electrothermal converting portions (102,103) disposed in said ink flow paths and adapted to generate heat for bubbling the ink, and bubble trapping portions (107,110) disposed at communicating portion between said ink flow paths and said common liquid chamber and including stepped structures each having a cross-sectional area smaller than a main cross-sectional area of said common liquid chamber and greater than a cross-sectional area of the corresponding ink flow path in a direction perpendicular to an ink introducing direction, wherein each of said ink flow paths is provided with an inclined portion located between an upstream end of said electrothermal converting portion and the communicating portion of said ink flow path with said common liquid chamber in the ink introducing direction and having a cross-sectional area, in the direction perpendicular to the ink introducing direction, gradually increasing toward the upstream bubble trapping portion, and a surface extended from said inclined portion intersects with a ceiling surface of said bubble trapping portion.
    • 一种喷墨记录头,包括用于排出墨滴的多个排出口(104),与相应排出口连通的多个墨流动通道(109),与所述墨流动通道连通的公共液体腔室(105) 以保持油墨被引入到所述油墨流动路径中;电热转换部分(102,103),其设置在所述油墨流动路径中并适于产生用于使油墨起泡的热量;以及气泡捕获部分(107,110),其设置在所述油墨流动路径 并且所述公共液体室包括台阶结构,每个台阶结构的横截面面积小于所述公共液体腔室的主横截面面积并且大于相应的墨水流动路径在垂直于墨水的方向上的横截面面积 引入方向,其中每个所述油墨流动路径设置有位于所述电热转换的上游端之间的倾斜部分 所述墨流路与所述公用液室之间的连通部在所述墨导入方向上具有与所述墨导入方向正交的方向的截面积朝向所述上游侧气泡捕集部逐渐增大, 从所述倾斜部分延伸的部分与所述气泡捕获部分的顶表面相交。
    • 48. 发明公开
    • Laser working method and manufacturing method of liquid jet recording head using such a laser working method
    • 通过这样的激光加工方法的装置的制造液体喷射头绘图的激光加工方法和工艺
    • EP0864393A1
    • 1998-09-16
    • EP98104625.3
    • 1998-03-13
    • CANON KABUSHIKI KAISHA
    • Ishimatsu, ShinInaba, MasakiSaito, AkioGoto, AkiraFurukawa, MasaoHasegawa, ToshinoriIto, Miki
    • B23K26/06B41J2/16
    • B41J2/1642B23K26/04B23K26/066B23K26/364B41J2/1604B41J2/1623B41J2/1631B41J2/1634B41J2/1637Y10S430/146
    • A laser working method which can easily and accurately work a fine and complicated shape by irradiation of a laser beam is provided. When a plurality of channel grooves (3) are laser worked on a second board (1) constituting a liquid jet recording head and projections (6) are laser worked on the joint surface of groove walls (4) between the channel grooves and the like, the projections (6) are first worked and formed by irradiating the laser beam through a first mask pattern (10) of a high space frequency arranged by transmitting portions (11) to work the projections (6) and light shielding portions (12). After that, the channel grooves (3) are worked and formed by irradiating the laser beam through a second mask pattern (14) of a low space frequency arranged by transmitting portions (15) to work the channel grooves (3) and light shielding portions (16). The formation of a secondary product due to the laser working can be reduced. Even when the laser working secondary product exists, the influence by the secondary product can be reduced and the working can be performed. A fine and complicated shape can be stably and cheaply worked.
    • 提供一种能够通过激光束的照射和容易精确地设定工作的微细且复杂的形状的激光加工方法。 当信道槽的多个(3)激光上的第二板加工(1)构成的液体喷射记录头和预测(6)的激光的槽壁的接合面上工作(4)的流路槽等之间 中,凸起(6)的第一工作,并通过由透光部配置在高的空间频率的第一掩模图案(10)照射激光束(11)形成的工作凸起(6)和遮光部(12)的 , 在此之后,信道的槽(3)由通过透射部分设置的低空间频率的第二掩模图案(14)照射激光束成型加工(15)工作的信道的槽(3)和遮光部 (16)。 二次产品的由于激光加工形成可被减小。 甚至当激光加工次级产物存在,由二次产物的影响可以被减小,并且能够进行工作。 甲精细和复杂的形状也能够稳定地且廉价地制作。