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    • 3. 发明授权
    • Roller applicator for touch-up system
    • 用于翻盖系统的滚筒式涂布机
    • US07338227B2
    • 2008-03-04
    • US11436812
    • 2006-05-18
    • Todd J. Bullivant
    • Todd J. Bullivant
    • B43M11/02
    • B05C17/0217A46B11/0013A46B2200/20B05C17/0235B05C17/0357
    • A touch up system for applying small quantities of single or multi-component liquids to small surface areas. Each material or component is packaged, in the correct proportion, in a fluorinated plastic bottle. A dense foam roller is attached to the base component bottle. One of the other bottles utilize a spout tip cap to puncture an inductive barrier seal that is present on the opening of the base component bottle. Exposure to all coating components is eliminated and waste is minimized since material remaining in the bottle is minimal and can be disposed of by conventional methods. An angled roller wiper surface and an angled liquid output surface are provided.
    • 用于将少量单组分或多组分液体应用于小表面区域的接触系统。 每种材料或组分以正确的比例包装在氟化塑料瓶中。 稠密的泡沫辊连接到基础部件瓶。 其他瓶子中的一个使用喷嘴尖端来刺穿存在于基部组件瓶的开口上的感应障碍密封件。 消除所有涂层组分的暴露并且最小化浪费,这是因为残留在瓶中的材料是最小的并且可以通过常规方法处理。 提供了成角度的滚子刮水器表面和倾斜的液体输出表面。
    • 4. 发明申请
    • Roller applicator for touch-up system
    • 用于翻盖系统的滚筒式涂布机
    • US20070048068A1
    • 2007-03-01
    • US11436812
    • 2006-05-18
    • Todd Bullivant
    • Todd Bullivant
    • B43M11/02
    • B05C17/0217A46B11/0013A46B2200/20B05C17/0235B05C17/0357
    • A touch up system for applying small quantities of single or multi-component liquids to small surface areas. Each material or component is packaged, in the correct proportion, in a fluorinated plastic bottle. A dense foam roller is attached to the base component bottle. One of the other bottles utilize a spout tip cap to puncture an inductive barrier seal that is present on the opening of the base component bottle. Exposure to all coating components is eliminated and waste is minimized since material remaining in the bottle is minimal and can be disposed of by conventional methods. An angled roller wiper surface and an angled liquid output surface are provided.
    • 用于将少量单组分或多组分液体应用于小表面区域的接触系统。 每种材料或组分以正确的比例包装在氟化塑料瓶中。 稠密的泡沫辊连接到基础部件瓶。 其他瓶子中的一个使用喷嘴尖端来刺穿存在于基部组件瓶的开口上的感应障碍密封件。 消除所有涂层组分的暴露并且最小化浪费,这是因为残留在瓶中的材料是最小的并且可以通过常规方法处理。 提供了成角度的滚子刮水器表面和倾斜的液体输出表面。
    • 5. 发明申请
    • METHOD OF FLUID APPLICATION AND APPLICATOR ASSEMBLY THEREFOR
    • 流体应用方法及其应用程序组合
    • US20040101346A1
    • 2004-05-27
    • US10302705
    • 2002-11-25
    • Gregory A. Coombs
    • B05C017/035B05C001/00A47L001/08A47L013/12A46B005/02
    • B05C17/0235B05C17/0308B05C17/0325
    • The applicator assembly comprises a flexible reservoir, to which are joined a pair of applicators. The latter includes a first and second applicators. The first applicator has its longitudinal axis of symmetry perpendicularly disposed relative to the flexible reservoir, respectively to its longitudinal axis, while the second applicator is coaxial with the flexible reservoir. The first and second applicators are located at opposite ends of the flexible reservoir. An arm connects the first applicator to the flexible reservoir so, as stated before, the longitudinal axis of symmetry of the first applicator is perpendicular to the longitudinal axis of the flexible reservoir. A pair of protective covers including a first and second protective covers is intended to slip over the pair of applicators, respectively the first and second applicators. A valve is incorporated into the flexible reservoir, so as to resist passage of a fluid contained in the latter, while letting the atmospheric air to infiltrate therein. The method of applying a fluid, using the above described applicator assembly, comprises the following operations: removing one of the pair of protective covers, then squeezing the flexile reservoir to expel a quantity of fluid contained within and simultaneously dispensing the one of the applicators which has its protective cover removed; preventing the exit of fluid from the flexible reservoir during the previous two operations by using said valve, then terminating the above operation of squeezing the flexible reservoir, which takes place simultaneously with an operation of infiltrating of atmospheric air through the valve into the flexible reservoir, and finally replacing the protective cover that was removed in the first operation.
    • 施用器组件包括柔性储存器,其连接有一对施加器。 后者包括第一和第二施加器。 第一施加器的纵向对称轴线相对于柔性储存器垂直地设置在其纵向轴线上,而第二施加器与柔性储存器同轴。 第一和第二施加器位于柔性储存器的相对端。 臂将第一施加器连接到柔性储存器,如前所述,第一施加器的纵向对称轴线垂直于柔性储存器的纵向轴线。 包括第一和第二保护罩的一对保护盖分别用于分别在一对施加器上滑过第一和第二施加器。 阀被并入到柔性储存器中,以便阻止其中容纳的流体的通过,同时使大气渗入其中。 使用上述施加器组件施加流体的方法包括以下操作:移除一对保护盖中的一个,然后挤压柔性储存器以排出包含在其中并且同时分配其中一个施加器的一些施加器的一定数量的流体, 拆下保护罩; 通过使用所述阀,防止在前两次操作过程中流体从柔性贮存器中排出,然后终止挤压柔性储存器的上述操作,该操作与大气空气通过阀渗入柔性储存器中的同时进行, 最后更换在第一个操作中被移除的保护盖。