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    • 2. 发明申请
    • ALIGNMENT METHOD, ALIGNMENT METHOD OF LIQUID-JET HEAD UNIT, AND ALIGNMENT MASK FOR LIQUID-JET HEAD
    • 对流方法,液体喷嘴单元的对准方法和液体喷头的对准面
    • US20080068420A1
    • 2008-03-20
    • US11854800
    • 2007-09-13
    • Isao YANAGISAWAYasuo INAOKATakuma OKAMUROKazutoshi GOTO
    • Isao YANAGISAWAYasuo INAOKATakuma OKAMUROKazutoshi GOTO
    • B41J29/393
    • B41J29/393
    • An alignment method includes: disposing an alignment mark provided to a positioned member and a reference mark provided to a surface of an alignment mask so that the alignment mark and the reference mark can face each other; capturing an image from the other surface side of the alignment mask, which is the opposite surface of the alignment mask from the surface where the reference mark is disposed, the image concurrently showing the alignment mark and the reference mark; performing a surface treatment on at least a region of the positioned member side of the alignment mask, which is captured as the image, rather than on the reference mark side thereof, the surface treatment providing a high contrast ratio to each alignment mark and reference mark on the captured image; and thereafter aligning the alignment mark with the reference mark, while checking the image.
    • 对准方法包括:设置提供给定位构件的对准标记和设置到对准掩模的表面的参考标记,使得对准标记和参考标记可以彼此面对; 从对准掩模的与配置基准标记的表面相反的表面的对准掩模的另一个表面侧拍摄图像,同时示出对准标记和参考标记的图像; 在作为图像被捕获的对准掩模的定位构件侧的至少一个区域上进行表面处理,而不是在其参考标记侧,对每个对准标记和参考标记提供高对比度的表面处理 拍摄图像; 然后在校对图像的同时将对准标记与基准标记对齐。
    • 4. 发明申请
    • LIQUID EJECTING HEAD ALIGNMENT APPARATUS AND LIQUID EJECTING HEAD ALIGNMENT METHOD
    • 液体喷射对齐装置和液体喷射头对齐方法
    • US20080062436A1
    • 2008-03-13
    • US11851999
    • 2007-09-07
    • Yasuo INAOKAMotonori OKUMURAMutsuhiko OTAKazutoshi GOTOIsao YANAGISAWATakuma OKAMURO
    • Yasuo INAOKAMotonori OKUMURAMutsuhiko OTAKazutoshi GOTOIsao YANAGISAWATakuma OKAMURO
    • G01B11/14
    • G01B11/272B41J2/161B41J2/1623B41J2002/14362
    • The invention provides a liquid ejecting head alignment apparatus that is used for positional determination and adhesion of nozzle plates and a fixation member, each of the nozzle plates having nozzle openings through which each of a plurality of liquid ejecting heads ejects liquid and further having alignment marks for positional alignment, the fixation member holding the nozzle-plate side of the plurality of liquid ejecting heads. The liquid ejecting head alignment apparatus according to the invention includes: a mask made of a transparent material, the mask having reference marks each of which is aligned with the corresponding alignment mark; a spacer jig that is provided between the fixation member and the mask in such a manner that the reference marks and the alignment marks are opposed to each other with a space being left therebetween, one surface of the spacer jig being in contact with the fixation member; and a bifocal microscope having an optical axis and two optical systems that shares the optical axis, the optical axis being oriented from a face of the mask that is opposite to the spacer jig side thereof toward the alignment mark via the reference mark and the space, one of the optical systems being capable of focusing on the reference mark, and the other thereof being capable of focusing on the alignment mark.
    • 本发明提供了一种液体喷射头对准装置,其用于喷嘴板和固定部件的位置确定和粘附,每个喷嘴板具有喷嘴开口,多个喷液头中的每一个喷射口喷射液体并且还具有对准标记 用于位置对准,固定构件保持多个液体喷射头的喷嘴板侧。 根据本发明的液体喷射头对准装置包括:由透明材料制成的掩模,所述掩模具有与对应的对准标记对准的参考标记; 间隔夹具,其设置在所述固定构件和所述掩模之间,使得所述基准标记和所述对准标记在其间留有空间的情况下彼此相对,所述间隔夹具的一个表面与所述固定构件接触 ; 以及具有光轴和共享光轴的两个光学系统的双焦显微镜,所述光轴通过所述基准标记和所述空间朝向所述对准标记从所述掩模的与所述间隔物夹具侧相反的面取向, 光学系统中的一个能够聚焦在参考标记上,另一个能够聚焦在对准标记上。