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    • 11. 发明授权
    • Ink container
    • 墨水容器
    • US06742881B2
    • 2004-06-01
    • US10202913
    • 2002-07-26
    • Yasuo KotakiKenta UdagawaShuzo Iwanaga
    • Yasuo KotakiKenta UdagawaShuzo Iwanaga
    • B41J2175
    • B41J2/17559B41J2/17513
    • An ink container comprising a negative pressure generating member accommodating portion for accommodating a negative pressure generating member for retaining therein pigment ink to be supplied to an ink jet head; an ink supply port for supplying the ink to the ink jet head; an air vent for fluid communication between the negative pressure generating member accommodating portion and an ambient air; and an ink non-transmitting portion for partly blocking flow of the ink in the negative pressure generating member toward the ink supply port, wherein fluid communication is enabled except for the non-transmitting portion, and a sectional area, across a general direction of the flow of the ink toward the ink supply port in the negative pressure generating member accommodating portion, of non-communicating portion is not less than 50%.
    • 一种油墨容器,包括负压产生件容纳部分,用于容纳负压产生件,用于保持供应给喷墨头的颜料油墨; 用于将墨供给到喷墨头的供墨口; 用于在负压产生件容纳部分和环境空气之间流体连通的通风口; 以及油墨非透射部分,用于部分地阻止负压产生构件中的油墨朝向供墨口流动,其中除了非透射部分之外还能够进行流体连通,并且横截面积沿着 不连通部的负压发生部件容纳部中的墨向墨供给口的流动为50%以上。
    • 13. 发明授权
    • Liquid storage container, liquid ejecting device and liquid ejecting apparatus
    • 液体储存容器,液体喷射装置和液体喷射装置
    • US06419349B1
    • 2002-07-16
    • US09633885
    • 2000-08-07
    • Shuzo IwanagaKenta Udagawa
    • Shuzo IwanagaKenta Udagawa
    • B41J2175
    • B41J2/17556B41J2/17503B41J2/17513B41J2/1752
    • A liquid storage tank having a compartment for accommodating a negative pressure generating member consisting of a fiber material, having a liquid supplying portion and a connecting portion with the atmosphere; a liquid storing compartment for storing liquid to be supplied to the negative pressure generating member, and having a connecting portion with the compartment for accommodating the negative pressure generating member and forming an almost closed space and a separating wall separating the compartment for accommodating the negative pressure generating member from the compartment for storing liquid and forming the connecting portion and an air importing portion for importing air from the compartment for accommodating the negative pressure generating member to the compartment for accommodating the liquid, formed in the vicinity of the connecting portion. The liquid storage tank has structure to suppress an unnecessary collapse in the negative pressure generating member in the vicinity of the air importing portion, such as concave portions on a wall opposite the separating wall in the compartment for accommodating the negative pressure generating member.
    • 一种液体储罐,具有容纳由纤维材料构成的负压产生部件的隔室,所述负压产生部件具有液体供应部分和与大气连接部分; 用于储存供应到负压产生件的液体的液体储存室,并且具有用于容纳负压产生件的隔室的连接部分并形成几乎闭合的空间,以及分隔壁,用于容纳负压 从用于储存液体并形成连接部分的隔间产生的构件,以及用于将空气从用于容纳负压产生构件的室导入到形成在连接部分附近的容器的容纳空间的空气导入部。 液体储罐具有抑制空气导入部附近的负压产生部件不必要的塌陷的结构,例如与容纳负压产生部件的室内的分隔壁相反的壁上的凹部。
    • 17. 发明授权
    • Liquid housing container
    • 液体容器容器
    • US07854499B2
    • 2010-12-21
    • US11828222
    • 2007-07-25
    • Kenta Udagawa
    • Kenta Udagawa
    • B41J2/175
    • B41J2/17509B41J2/17513B41J2/17596
    • The present invention provides a liquid housing container that enables an increase in the channel cross section of a connection portion of a liquid channel that allows a liquid housing chamber to communicate with an exterior, allowing pressure loss to be minimized. A supply needle 107 is pushed into a liquid housing container to move, to an open position, a valve 102A. With the valve 102A remaining in the open position, the supply needle 107 is pushed back and held separate from the valve 102A. Subsequently, the supply needle 107 is pushed into the liquid container again to move the valve 102A to a closed position. Even when the supply needle 107 is removed from the liquid housing container, the valve 102A is held in the closed position.
    • 本发明提供了一种液体容纳容器,其能够增加允许液体容纳室与外部连通的液体通道的连接部分的通道横截面,从而允许压力损失最小化。 供给针107被推入到液体容纳容器中,以移动到打开位置的阀102A。 在阀102A处于打开位置的情况下,供给针107被推回而与阀102A分离。 随后,将供给针107再次推入液体容器中,以将阀102A移动到关闭位置。 即使当从液体容纳容器移除供给针107时,阀102A保持在关闭位置。
    • 19. 发明授权
    • Detection system, liquid-jet printing apparatus and liquid container
    • 检测系统,液体喷射印刷装置和液体容器
    • US06361136B1
    • 2002-03-26
    • US09025791
    • 1998-02-19
    • Itaru WatanabeShinji TakagiSoichi HiramatsuOsamu SatoKenta Udagawa
    • Itaru WatanabeShinji TakagiSoichi HiramatsuOsamu SatoKenta Udagawa
    • B41J2195
    • 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.
    • 即使通过单个传感器执行检测,即使检测到的S / N比低,检测出液体容器的存在/不存在以及容器中的液面的精度也提高,检测结果可以 彼此歧视。 为此,在光学棱镜的底面的中心设有凹面多面体,以减少在光学棱镜的底面上反射的光并返回感光体。 此外,具有二次表面的反射曲面,例如, 球形表面或抛物面,设置在墨水罐的底表面上,用于反射由发光装置和感光体组成的光学单元发出的光。 由此,即使在光学单元的配置角度或位置偏离一定程度的情况下,也可以接收足够量的感光体的光量,能够精确地检测墨水的存在/不存在以及 /或墨水罐的存在/不存在。
    • 20. 发明授权
    • Container for liquid to be ejected
    • 用于液体的容器被排出
    • US6145972A
    • 2000-11-14
    • US971711
    • 1997-11-17
    • Kenta UdagawaHajime KishidaOsamu SatoKen TsuchiiKazuhiro Nakajima
    • Kenta UdagawaHajime KishidaOsamu SatoKen TsuchiiKazuhiro Nakajima
    • B41J2/175
    • B41J2/17556B41J2/17513B41J2/1752B41J2/17553
    • A container for containing liquid to be ejected. The container includes a negative pressure producing member accommodating chamber for accommodating a negative pressure producing member. The negative pressure producing member accommodating chamber is provided with an air vent for fluid communication with ambience and a liquid supply portion for supplying the liquid to a liquid ejecting head having ejection outlets. The container also includes a liquid containing chamber which is substantially hermetically sealed except for a fluid communication path through which the liquid containing chamber is in fluid communication with the negative pressure producing member accommodating chamber. A partition is provided for separating the negative pressure producing member accommodating chamber and the liquid containing chamber. The partition is provided with an ambience introduction path for introducing the ambience into the liquid containing chamber from the negative pressure producing member accommodating chamber. The ambience introduction path forms a capillary force generating portion. The capillary force which is produced by the capillary force generating portion satisfies a relationship between that capillary force and potential head differences, head losses, and other capillary forces in the container.
    • 用于容纳待喷射液体的容器。 容器包括用于容纳负压产生构件的负压产生构件容纳室。 负压产生构件容纳室设置有用于与环境流体连通的通气口和用于将液体供应到具有喷射出口的液体喷射头的液体供应部分。 容器还包括基本上气密密封的液体容纳室,除了液体容纳室与负压产生构件容纳室流体连通的流体连通路径。 设置有用于分离负压产生构件容纳室和液体容纳室的隔板。 隔壁设置有用于从负压产生构件容纳室将气氛引入液体容纳室的环境引导路径。 环境引导路径形成毛细管力产生部分。 由毛细管力产生部产生的毛细管力满足该毛细管力与潜在头部差异,头部损失以及容器中的其他毛细作用力之间的关系。