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    • 1. 发明授权
    • Liquid agent container
    • 液剂容器
    • US09308150B2
    • 2016-04-12
    • US12516322
    • 2007-11-13
    • Tomohiko KuboKazuya Kishimoto
    • Tomohiko KuboKazuya Kishimoto
    • B65D51/18A61J1/14B65D47/18B65D51/16
    • A61J1/1418A61J1/145A61J1/1456A61J1/1468A61J1/2075A61J1/2082A61J1/2086B65D47/18B65D51/1633
    • A liquid agent container includes the container's main unit, a cap, an intermediate member, and an internal stopper. The cap is provided with a liquid agent discharging path and an air introducing path. The intermediate member has a tube projecting toward the interior of the main unit. Between a liquid agent introducing path and the liquid agent discharging path a hydrophilic filter is provided, and between an air supplying path communicating with the air introducing path and an air delivering path a filter is provided. The air delivering path communicates with the interior of the main unit via a check valve, with an annular valve having an inner circumferential surface in contact with an outer circumferential surface of the tube, to pass air only in a direction toward the interior of the main unit. The present invention can provide a liquid agent container including a check valve readily fabricated and ensuring preventing a liquid agent from flowing back.
    • 液体容器包括容器的主单元,盖,中间构件和内部止动件。 盖设有液剂排放路径和空气引入路径。 中间构件具有朝向主单元的内部突出的管。 在液体药剂引入路径和液剂排出路径之间设置有亲水性过滤器,并且在与空气引入路径连通的空气供给路径和空气输送路径之间设置有过滤器。 空气输送路径通过止回阀与主单元的内部连通,环形阀具有与管的外圆周表面接触的内周表面,以仅在朝向主体内部的方向通过空气 单元。 本发明可以提供容易制造的止回阀的液体容器容器,并且确保防止液体剂流回。
    • 3. 发明申请
    • Toner and image forming method
    • 调色剂和成像方法
    • US20070072104A1
    • 2007-03-29
    • US11528310
    • 2006-09-28
    • Naruo YabeKouzou TeramotoKousuke SatoTomohiko Kubo
    • Naruo YabeKouzou TeramotoKousuke SatoTomohiko Kubo
    • G03G9/08
    • G03G9/09708G03G9/09716
    • When a titanium oxide surface-treated with a titanate-based coupling agent is used as an external additive on the surface of toner particles, titanium oxides are likely to be aggregated with each other and aggregated titanium oxide particles are likely to fall off from the surface of the toner. As a result, since toner particles do not support a required amount of titanium oxide particles, poor charging of the toner may occur and fog increases. Therefore, when a toner for electrostatic latent image development comprises color particles containing at least a binder resin and a colorant, and titanium oxide, as an external additive, formed on the surface of the color particles, the titanium oxide being surface-treated with a titanate-based coupling agent containing 30% or less of a solvent soluble component, aggregation of titanium oxides can be reduced and stable charging of the toner can be achieved, and thus the resulting image is stable for a long period.
    • 当用钛酸酯类偶联剂表面处理的氧化钛作为调色剂颗粒表面的外部添加剂时,钛氧化物可能彼此聚集,聚集的氧化钛颗粒很可能从表面脱落 的调色剂。 结果,由于调色剂颗粒不支持所需量的氧化钛颗粒,所以调色剂的充电可能会发生并且雾化增加。 因此,当用于静电潜像显影的调色剂包括至少含有粘合剂树脂和着色剂的着色颗粒和形成在着色颗粒表面上的氧化钛作为外部添加剂时,用氧化钛表面处理 含有30%以下的溶剂可溶性成分的钛酸酯系偶联剂可以降低钛氧化物的聚集,可以实现调色剂的稳定充电,因此得到的图像长时间稳定。
    • 4. 发明申请
    • POWDER SPRAYING DEVICE
    • 粉末喷涂装置
    • US20130218072A1
    • 2013-08-22
    • US13882312
    • 2012-01-12
    • Tomohiko Kubo
    • Tomohiko Kubo
    • A61M13/00
    • A61M13/00A61M11/06A61M15/0006A61M15/0008A61M2202/064A61M2205/8218
    • The invention is configured so that pressurized gas from a pressurized gas supply source passes through a pressurized gas channel provided in a main body of a powder spraying device and is sprayed out. A powder container containing powder such as medical agents is provided on the main body. The powder within the powder container is supplied to the pressurized gas channel and is sprayed together with the pressurized gas. An eccentric rotor with a center of gravity deviated from a center of rotation is provided in the main body. When spraying the powder together with the pressurized gas, vibrations are applied to the main body and the powder container by a rotation of the eccentric rotor. The powder can be thereby mixed more evenly with the pressurized gas.
    • 本发明被构造成使得来自加压气体供应源的加压气体通过设置在粉末喷射装置的主体中的加压气体通道,并被喷出。 在主体上设有含有药剂等粉末的粉末容器。 将粉末容器内的粉末供给加压气体通道,并与加压气体一起喷雾。 在主体中设置有偏心旋转中心的偏心转子。 当与加压气体一起喷射粉末时,通过偏心转子的旋转对主体和粉末容器施加振动。 因此,粉末可以与加压气体更均匀地混合。
    • 8. 发明授权
    • Fluid vessel
    • 流体容器
    • US6019752A
    • 2000-02-01
    • US894087
    • 1997-08-13
    • Seizo SunagoAkira KagayamaOsamu TakahataHitoshi FutagawaMitsuo MurakamiTomohiko Kubo
    • Seizo SunagoAkira KagayamaOsamu TakahataHitoshi FutagawaMitsuo MurakamiTomohiko Kubo
    • A61J1/00A61J1/20A61B19/00
    • A61J1/2093A61J1/1462A61J1/201A61J1/2013A61J1/2027A61J1/2075A61J1/2086
    • A fluid vessel which include a drug storing chamber, a capping member for hermetically sealing the mouth portion of the drug storing chamber, and a solvent chamber joined to the bottom of the drug storing chamber, wherein the drug storing chamber is provided with a communication hole at the bottom thereof for communicating with the solvent chamber and includes a protruding piece which hermetically seals the communication hole, protrudes into the drug storing chamber, and is movable so as to open the communication hole, while the capping member has an engaging portion to be engaged with the tip of the protruding piece whereby the protruding piece is moved to open the communication hole by rotation of the capping member. This vessel serves to simplify the manufacturing process and reduces the number of components, is readily disposed of, facilitates mixing the drug with the solvent, and is easy to store and handle in hospitals and other facilities.
    • PCT No.PCT / JP96 / 00308 Sec。 371日期1997年8月13日 102(e)日期1997年8月13日PCT 1996年2月9日PCT公布。 WO96 / 25136 PCT公开号 日期:1996年8月22日包括药物储存室的流体容器,用于气密地密封药物储存室的口部的封盖构件和与药物储存室的底部连接的溶剂室,其中药物储存室 在其底部设置有与溶剂室连通的连通孔,并且包括密封连通孔的突出片,突出到药物储存室中,并且可移动以打开连通孔,同时封盖构件具有 与突出片的前端接合的接合部,由此突出片移动以通过盖帽构件的旋转来打开连通孔。 该容器用于简化制造过程并减少部件数量,容易处理,便于药物与溶剂混合,并且易于在医院和其他设施中储存和处理。
    • 9. 发明申请
    • SPRAYING DEVICE
    • 喷涂设备
    • US20130096493A1
    • 2013-04-18
    • US13807592
    • 2011-06-28
    • Tomohiko KuboTeruhisa Hirobe
    • Tomohiko KuboTeruhisa Hirobe
    • A61M5/315A61M5/31
    • A61M5/3155A61M3/0262A61M5/3129A61M5/31576A61M5/31595A61M11/007A61M11/08A61M15/08A61M2005/3139A61M2210/0618
    • An administration device can discharge a prescribed, equal amount of medicine a number of times by spraying. A spraying device includes a barrel; a gasket provided slidably movable in liquid-tight manner in the barrel; a rod coupled to a base end of the gasket; and a regulating member provided on the barrel, having a projection that can slidably fit with the guide groove. The guide groove includes at least first and second continuous administering grooves. The second administering groove is configured to include a transitional portion extending in the circumferential direction with a groove wall on the base end side aligned with the base end of the first administering portion, and a second administering portion extending from the transitional portion to a base end along the longitudinal direction. An energizing protrusion engageable with the projection is provided at a boundary between the transitional portion and the second administering portion.
    • 管理装置可以通过喷洒多次排出规定的等量的药物。 一种喷射装置,包括一个桶; 垫圈,其以液密方式在筒中可滑动地移动; 连接到所述垫圈的基端的杆; 以及设置在所述筒上的调节构件,具有能够与所述引导槽滑动配合的突起。 引导槽包括至少第一和第二连续施加槽。 第二给药槽构造成包括在圆周方向上延伸的过渡部分,在基端侧的槽壁与第一给药部分的基端对齐,第二给药部分从过渡部分延伸到基端 沿着纵向。 在过渡部分和第二给药部分之间的边界处设置有与突起接合的通电突起。
    • 10. 发明申请
    • LIQUID AGENT CONTAINER
    • 液体容器
    • US20100084397A1
    • 2010-04-08
    • US12516322
    • 2007-11-13
    • Tomohiko KuboKazuya Kishimoto
    • Tomohiko KuboKazuya Kishimoto
    • B65D51/18
    • A61J1/1418A61J1/145A61J1/1456A61J1/1468A61J1/2075A61J1/2082A61J1/2086B65D47/18B65D51/1633
    • In accordance with the present invention, a liquid agent container includes the container's main unit, a cap, an intermediate member, and an internal stopper. The cap is provided with a liquid agent discharging path and an air introducing path. The intermediate member has a tube projecting toward the interior of the main unit. Between a liquid agent introducing path and the liquid agent discharging path a hydrophilic filter is provided, and between an air supplying path communicating with the air introducing path and an air delivering path a filter is provided. The air delivering path communicates with the interior of the main unit via a check valve, with an annular valve having an inner circumferential surface in contact with an outer circumferential surface of the tube, to pass air only in a direction toward the interior of the main unit. The present invention can provide a liquid agent container including a check valve readily fabricated and ensuring preventing a liquid agent from flowing back.
    • 根据本发明,液剂容器包括容器的主单元,盖,中间构件和内塞。 盖设有液剂排放路径和空气引入路径。 中间构件具有朝向主单元的内部突出的管。 在液体药剂引入路径和液剂排出路径之间设置有亲水性过滤器,并且在与空气引入路径连通的空气供给路径和空气输送路径之间设置有过滤器。 空气输送路径通过止回阀与主单元的内部连通,环形阀具有与管的外圆周表面接触的内周表面,以仅在朝向主体内部的方向通过空气 单元。 本发明可以提供容易制造的止回阀的液体容器容器,并且确保防止液体剂流回。