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    • 7. 发明公开
    • Cartridge, carriage, ink jet recording apparatus, and recording head
    • Patrone,Schlitten,Tintenstrahlaufzeichnungsgerätund Aufzeichnungskopf
    • EP1231063A2
    • 2002-08-14
    • EP02002765.2
    • 2002-02-07
    • Canon Kabushiki Kaisha
    • Watanabe, ItaruKoizumi, YutakaYamanaka, AkihiroMaeda, HiroyukiGoto, AkiraTajima, HirokiIijima, YasushiSasaki, ToshihiroNagase, Tomoyuki
    • B41J2/175
    • B41J2/17509B41J2/17526B41J2/17553
    • A cartridge (3) is detachably mountable on holding means of an ink jet recording apparatus, which is freely reciprocating to scan for recording by discharging ink to a recording medium, and provided with a recording head for discharging ink from plural nozzles formed in parallel on the lower face of the carriage (1) main body facing the recording medium. For the front face (42) of the cartridge main body, an electrical connection portion having electrodes (27) on the cartridge side is provided and electrically connected with electrodes of the holding means on holding means side, and for the rear face (43) being opposite to the front face, an ink connection portion having supply means connected thereto is provided to supply ink to the recording head from the main tank installed on the main body of the ink jet recording apparatus. With the cartridge thus structured, the force exerted for connecting the supply means does not weaken the force exerted on the holding means for positioning, and does not produce any unfavorable effect, either, on the precision with which the cartridge is positioned with respect to the holding means.
    • 墨盒(3)可拆卸地安装在喷墨记录装置的保持装置上,该喷墨记录装置可自由往复运动以通过将墨排出到记录介质上进行记录扫描,并且设置有用于从并行形成的多个喷嘴中排出墨的记录头 托架(1)主体的面向记录介质的下表面。 对于盒主体的前表面(42),在盒侧具有电连接部分(27),并且与保持装置侧的保持装置的电极电连接,并且对于后面(43), 设置有与前面相对的墨水连接部分,其连接有供应装置的墨水连接部分用于将墨水从安装在喷墨记录装置主体上的主墨水供应至记录头。 通过这样构造的盒,为了连接供给装置而施加的力不会削弱施加在保持装置上用于定位的力,也不会产生任何不利的影响,即与盒相对于 持有手段
    • 8. 发明公开
    • Liquid level detection system, liquid-jet printing apparatus and liquid container
    • 一种用于确定液位,液体喷射记录装置和液体容器
    • EP0860284A2
    • 1998-08-26
    • EP98102792.3
    • 1998-02-18
    • CANON KABUSHIKI KAISHA
    • Watanabe, ItaruTakagi, ShinjiHiramatsu, SoichiSato, OsamuUdagawa, Kenta
    • B41J2/175
    • B41J2/17546B41J2/17566B41J2002/17573
    • Precision of detecting existence/non-existence of a liquid container and a liquid level in the container is improved even if the detection is performed by a single sensor, or even if the S/N ratio of the detection is low, the detected results can be discriminated from one another. For this, a concave polyhedron is provided in the center of the bottom surface of an optical prism in order to reduce the amount of light reflected on the bottom surface of the optical prism and returned to a photoreceptor. Moreover, a reflection curved surface having a quadratic surface e.g. spherical surface or paraboloid, is provided on the bottom surface of an ink tank, for reflecting light emitted by an optical unit consisting of a light emission device and a photoreceptor. By virtue of this, even in a case where an arrangement angle or position of the optical unit is deviated to some extent, sufficient amount of light for the photoreceptor can be received, making it possible to accurately detect existence/non-existence of ink and/or existence/non-existence of an ink tank.
    • 即使检测由单个传感器执行提高检测液体容器和容器中的液面的存在/不存在的精度,或者即使检测的S / N比低时,所检测到的结果可 从彼此区分。 为此,凹多面体在光学棱镜的底面的中心设置,以减少反射的光学棱镜的底表面上的光的量,并返回到照片受体。 更上方,具有二次曲面的例如反射曲面 球面或抛物面,提供了一种墨罐的底表面上,用于反射由在光学单元由一个光发射装置和光接收器的发射的光。 凭借此,即使在其中在排列角度或光学单元的位置偏移到某种程度的情况下,可以接收到的光的光接收器的足量,使得可以精确地设置检测墨水的存在/不存在和 /或存在/墨罐的不存在。
    • 9. 发明公开
    • Liquid level detection system, liquid-jet printing apparatus and liquid container
    • 液位检测系统,液体喷射印刷装置和液体容器
    • EP0860284A3
    • 1998-10-21
    • EP98102792.3
    • 1998-02-18
    • CANON KABUSHIKI KAISHA
    • Watanabe, ItaruTakagi, ShinjiHiramatsu, SoichiSato, OsamuUdagawa, Kenta
    • B41J2/175
    • B41J2/17546B41J2/17566B41J2002/17573
    • Precision of detecting existence/non-existence of a liquid container and a liquid level in the container is improved even if the detection is performed by a single sensor, or even if the S/N ratio of the detection is low, the detected results can be discriminated from one another. For this, a concave polyhedron is provided in the center of the bottom surface of an optical prism in order to reduce the amount of light reflected on the bottom surface of the optical prism and returned to a photoreceptor. Moreover, a reflection curved surface having a quadratic surface e.g. spherical surface or paraboloid, is provided on the bottom surface of an ink tank, for reflecting light emitted by an optical unit consisting of a light emission device and a photoreceptor. By virtue of this, even in a case where an arrangement angle or position of the optical unit is deviated to some extent, sufficient amount of light for the photoreceptor can be received, making it possible to accurately detect existence/non-existence of ink and/or existence/non-existence of an ink tank.
    • 即使通过一个传感器进行检测,或者即使检测的S / N比较低,检测结果也能够提高检测容器内有无液体容器和液位的精度 相互歧视。 为此,在光学棱镜的底面的中心设置凹多面体,以减少在光学棱镜的底面上反射的光量并返回到光感受器。 而且,具有正方形表面的反射曲面例如 球形表面或抛物面设置在墨盒的底表面上,用于反射由光发射装置和光感受器组成的光学单元发射的光。 由此,即使在光学单元的排列角度或位置有一定程度偏差的情况下,也可以接收到足够量的光感受器的光,使得可以准确地检测墨水的存在/不存在和 /或墨盒的存在/不存在。