会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 35. 发明授权
    • Ink tank
    • 墨水罐
    • US06827431B2
    • 2004-12-07
    • US10134542
    • 2002-04-30
    • Kenji KitabatakeYasuo KotakiKeisuke MatsuoWataru TakahashiHiroki Hayashi
    • Kenji KitabatakeYasuo KotakiKeisuke MatsuoWataru TakahashiHiroki Hayashi
    • B41J217
    • B41J2/17513
    • An ink tank comprises a housing and a cover member, providing a hollow containing portion when bonded together, and in this containing portion, ink absorbent formed by laminating fiber material is contained. On the cover member, a rib is provided to extrude into the containing portion. This rib comprises a first directional rib arranged diagonally to the fibrous lamination face of the ink absorbent, and a second directional rib that intersects with the first directional rib orthogonally. On the position surrounded by the first directional rib and the second directional rib, an atmosphere communication port is formed, and around the atmosphere communication, the communication port guide that extrudes into the containing portion is arranged. The height of the rib is larger than that of the communication port guide. The rib presses the ink absorbent without being buried in it. With the rib thus structured, it is possible to enhance the use efficiency of ink in the ink tank, while preventing ink from leaking externally, and the rib from being broken as well.
    • 墨盒包括壳体和盖构件,当粘合在一起时提供中空容纳部分,并且在该容纳部分中包含通过层压纤维材料形成的墨吸收剂。 在盖构件上设置肋条以挤压到容纳部分中。 该肋包括与油墨吸收体的纤维层压面对角排列的第一方向肋,以及与第一方向肋正交相交的第二方向肋。 在由第一定向肋和第二定向肋围绕的位置上形成大气连通口,并且在大气连通的周围设置有挤压入容纳部的连通口引导件。 肋的高度大于通信端口引导件的高度。 肋部压缩墨水吸收剂而不被埋入其中。 利用如此构造的肋,可以提高油墨罐中的油墨的使用效率,同时防止油墨从外部泄漏,并且肋也被破坏。
    • 36. 发明授权
    • Liquid tank
    • 液体罐
    • US07686438B2
    • 2010-03-30
    • US11961818
    • 2007-12-20
    • Masashi OgawaWataru TakahashiTatsuo NanjoYasuo Kotaki
    • Masashi OgawaWataru TakahashiTatsuo NanjoYasuo Kotaki
    • B41J2/175
    • B41J2/17513
    • A liquid tank includes a liquid chamber for holding liquid and an absorption chamber containing an absorber for absorbing and holding the liquid. The liquid chamber and the absorption chamber are separated by a partition. The partition has a communication part allowing communication between the liquid chamber and the absorption chamber. The liquid chamber is substantially sealed except at the communication part. The absorption chamber has a liquid outlet and an air inlet. A liquid-guiding path is disposed on the bottom surface of the liquid tank. The liquid-guiding path extends from the communication part to a point a predetermined distance away from the liquid outlet.
    • 液体罐包括用于保持液体的液体室和包含用于吸收和保持液体的吸收体的吸收室。 液体室和吸收室被隔板分开。 分隔件具有允许液体室和吸收室之间的连通的连通部分。 除了通信部分之外,液体室基本上是密封的。 吸收室具有液体出口和空气入口。 液体引导路径设置在液体罐的底面上。 液体引导路径从连通部分延伸到远离液体出口预定距离的点。
    • 37. 发明申请
    • LIQUID CONTAINER
    • 液体容器
    • US20080158314A1
    • 2008-07-03
    • US12043774
    • 2008-03-06
    • Tatsuo NanjoWataru TakahashiHiroki HayashiYasuo Kotaki
    • Tatsuo NanjoWataru TakahashiHiroki HayashiYasuo Kotaki
    • B41J2/175
    • B41J2/17513
    • A liquid container is provided with an atmospheric air communicating port communicated with atmospheric air in an upper portion thereof, and a liquid supply port for supplying ink contained in the liquid container to a recording head in a lower portion thereof. A negative pressure producing member for retaining ink and imparting a negative pressure to the recording head is contained in the liquid container. On an upper wall in the liquid container on which the atmospheric air communicating port is provided, a plurality of ribs are integrally formed to protrude to the inside of the liquid container. A space portion is formed between the upper wall of the liquid container on which the ribs are disposed and an upper surface of the negative pressure producing member. A capillary channel for generating a capillary force is provided on the upper wall and side walls of the liquid container which form the space portion.
    • 液体容器在其上部设置有与大气连通的大气连通口,以及用于将容纳在液体容器中的墨供给到其下部的记录头的液体供给口。 用于保持墨水并向记录头赋予负压的负压产生部件容纳在液体容器中。 在设置有大气连通口的液体容器中的上壁上,多个肋一体地形成为突出到液体容器的内部。 在设置肋的液体容器的上壁和负压产生构件的上表面之间形成空间部分。 用于产生毛细管力的毛细通道设置在形成空间部分的液体容器的上壁和侧壁上。
    • 38. 发明授权
    • Liquid container
    • 液体容器
    • US07387379B2
    • 2008-06-17
    • US11286648
    • 2005-11-23
    • Tatsuo NanjoWataru TakahashiHiroki HayashiYasuo Kotaki
    • Tatsuo NanjoWataru TakahashiHiroki HayashiYasuo Kotaki
    • B41J2/175
    • B41J2/17513
    • A liquid container is provided with an atmospheric air communicating port communicated with atmospheric air in an upper portion thereof, and a liquid supply port for supplying ink contained in the liquid container to a recording head in a lower portion thereof. A negative pressure producing member for retaining ink and imparting a negative pressure to the recording head is contained in the liquid container. On an upper wall in the liquid container on which the atmospheric air communicating port is provided, a plurality of ribs are integrally formed to protrude to the inside of the liquid container. A space portion is formed between the upper wall of the liquid container on which the ribs are disposed and an upper surface of the negative pressure producing member. A capillary channel for generating a capillary force is provided on the upper wall and side walls of the liquid container which form the space portion.
    • 液体容器在其上部设置有与大气连通的大气连通口,以及用于将容纳在液体容器中的墨供给到其下部的记录头的液体供给口。 用于保持墨水并向记录头赋予负压的负压产生部件容纳在液体容器中。 在设置有大气连通口的液体容器中的上壁上,多个肋一体地形成为突出到液体容器的内部。 在设置肋的液体容器的上壁和负压产生构件的上表面之间形成空间部分。 用于产生毛细管力的毛细通道设置在形成空间部分的液体容器的上壁和侧壁上。
    • 39. 发明授权
    • Liquid tank
    • 液体罐
    • US07347541B2
    • 2008-03-25
    • US11140327
    • 2005-05-27
    • Masashi OgawaWataru TakahashiTatsuo NanjoYasuo Kotaki
    • Masashi OgawaWataru TakahashiTatsuo NanjoYasuo Kotaki
    • B41J2/175
    • B41J2/17513
    • A liquid tank includes a liquid chamber for holding liquid and an absorption chamber containing an absorber for absorbing and holding the liquid. The liquid chamber and the absorption chamber are separated by a partition. The partition has a communication part allowing communication between the liquid chamber and the absorption chamber. The liquid chamber is substantially sealed except at the communication part. The absorption chamber has a liquid outlet and an air inlet. A liquid-guiding path is disposed on the bottom surface of the liquid tank. The liquid-guiding path extends from the communication part to a point a predetermined distance away from the liquid outlet.
    • 液体罐包括用于保持液体的液体室和包含用于吸收和保持液体的吸收体的吸收室。 液体室和吸收室被隔板分开。 分隔件具有允许液体室和吸收室之间的连通的连通部分。 除了通信部分之外,液体室基本上是密封的。 吸收室具有液体出口和空气入口。 液体引导路径设置在液体罐的底面上。 液体引导路径从连通部分延伸到远离液体出口预定距离的点。
    • 40. 发明申请
    • Liquid container
    • 液体容器
    • US20060132562A1
    • 2006-06-22
    • US11286648
    • 2005-11-23
    • Tatsuo NanjoWataru TakahashiHiroki HayashiYasuo Kotaki
    • Tatsuo NanjoWataru TakahashiHiroki HayashiYasuo Kotaki
    • B41J2/175
    • B41J2/17513
    • A liquid container is provided with an atmospheric air communicating port communicated with atmospheric air in an upper portion thereof, and a liquid supply port for supplying ink contained in the liquid container to a recording head in a lower portion thereof. A negative pressure producing member for retaining ink and imparting a negative pressure to the recording head is contained in the liquid container. On an upper wall in the liquid container on which the atmospheric air communicating port is provided, a plurality of ribs are integrally formed to protrude to the inside of the liquid container. A space portion is formed between the upper wall of the liquid container on which the ribs are disposed and an upper surface of the negative pressure producing member. A capillary channel for generating a capillary force is provided on the upper wall and side walls of the liquid container which form the space portion.
    • 液体容器在其上部设置有与大气连通的大气连通口,以及用于将容纳在液体容器中的墨供给到其下部的记录头的液体供给口。 用于保持墨水并向记录头赋予负压的负压产生部件容纳在液体容器中。 在设置有大气连通口的液体容器中的上壁上,多个肋一体地形成为突出到液体容器的内部。 在设置肋的液体容器的上壁和负压产生构件的上表面之间形成空间部分。 用于产生毛细管力的毛细通道设置在形成空间部分的液体容器的上壁和侧壁上。