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    • 31. 发明申请
    • AEROSOL DISPENSER FOR MIXING AND DISPENSING MULTIPLE FLUID PRODUCTS
    • 用于混合和分配多种流体产品的气溶胶分配器
    • WO2003099663A2
    • 2003-12-04
    • PCT/US2003/016035
    • 2003-05-20
    • SEAQUIST PERFECT DISPENSING FOREIGN, INC.
    • YERBY, Patrick, TimothyNEUHALFEN, Mark
    • B65D
    • B65D83/753B65D83/36B65D83/38B65D83/42B65D83/46B65D83/62B65D83/68
    • An improved aerosol dispenser is disclosed for mixing and dispensing a first and second fluid. The improved aerosol dispenser comprises a valve body sealably mounted to the aerosol container. A first and a second channel is defined in the valve body for providing fluid communication with a valve body cavity of the valve body. A first and a second inner container are located within the aerosol container for communicating with the first and second channels, respectively. A valve assembly comprising a first and second valve element enables the mixing and dispensing of the first and second fluids from a terminal orifice upon the simultaneous actuation of the first and second valve elements. The invention is also incorporated into the process of filling an improved aerosol dispenser with a first and second fluid products and an aerosol propellant.
    • 公开了一种改进的气溶胶分配器,用于混合和分配第一和第二流体。 改进的气溶胶分配器包括可密封地安装到气溶胶容器的阀体。 第一通道和第二通道限定在阀体中,用于提供与阀体的阀体腔体的流体连通。 第一和第二内容器位于气溶胶容器内,分别用于与第一和第二通道连通。 包括第一和第二阀元件的阀组件能够在同时致动第一和第二阀元件时从终端孔口混合和分配第一和第二流体。 本发明还被纳入到用第一和第二流体产物和气溶胶推进剂填充改进的气溶胶分配器的过程中。
    • 32. 发明申请
    • INJECTOR USABLE IN BOTH ERECTED AND INVERTED STATE
    • 注射器可用于两个已知和反相状态
    • WO99029586A1
    • 1999-06-17
    • PCT/JP1998/005559
    • 1998-12-09
    • B65D83/76B05B11/00B65D25/38B65D47/20B65D47/34B65D83/14
    • B65D83/36B05B11/0059
    • An injector usable in both erected and inverted state, capable of sending out a liquid therefrom both when the injector is erected and when the injector is inverted, having a simple structure, obtainable at a low price and having a flow passage change-over mechanism (1), the flow passage change-over mechanism (1) having an erection liquid flow passage (2) allowing the passage of the liquid therethrough when the injector is erected, and an inversion liquid flow passage (3) allowing the passage of the liquid therethrough when the injector is inverted, outlets of the flow passages meeting each other and being connected to a pump mechanism (26), an inflow side portion of the erection liquid flow passage (2) being opened directly in a bottom portion of the injector body, the inversion liquid flow passage (3) having an inverted valve (8) allowing the passage of the liquid therethrough only when the injector is used in an inverted state, a cross-sectional area of a portion of a minimum cross-sectional area (narrowed portion 6) of the passage (3) being set to not less than 3 mm .
    • 一种可用于直立和倒立状态的喷射器,其能够在喷射器竖立时和当喷射器反转时从其中发出液体,具有可以低价格获得并且具有流路切换机构的简单结构( 1),具有在喷射器竖立时允许液体通过的竖立液流通道(2)的流道转换机构(1)和允许液体通过的反转液体流动通道(3) 当喷射器倒转时,流动通道的出口彼此相遇并连接到泵机构(26),竖立液流通道(2)的流入侧部分直接在喷射器主体的底部打开 具有反转阀(8)的反转液体流动通道(3)允许液体通过其中,只有当喷射器以倒立状态使用时,最小横截面积的一部分的横截面积, 通道(3)的截面面积(狭窄部分6)设定为不小于3mm×2。
    • 33. 发明申请
    • VENTED, NON-REUSABLE, MULTI-DOSE CARTRIDGE
    • 透明,不可重复使用,多用途墨盒
    • WO1993017938A1
    • 1993-09-16
    • PCT/US1993001683
    • 1993-02-25
    • AMERICAN STERILIZER COMPANY
    • AMERICAN STERILIZER COMPANYMIELNIK, Thaddeus, J.LITTLE, William, C.
    • B65D83/14
    • B65D83/36B65D25/38B65D81/3222Y02W30/807
    • A vented cartridge comprises a container (12) having a top surface, a bottom surface, and side surfaces connected together to define a predetermined volume (29). A dip tube (16) extends from the top surface substantially to the bottom surface. A vent tube (76) extends from the top surface and is positioned coaxially with the dip tube. The vent tube has an upper opening positioned in the upper third of the predetermined volume and a lower opening positioned in the lower third of the predetermined volume. A space between an outer surface of the dip tube and an inner surface of the vent tube forms a central fluid communication path between the upper and lower openings and the top surface. An upper valve (145) is positioned at the upper opening for closing the upper opening if the cartridge is oriented with the top surface facing down; a lower valve (150) is positioned at the lower opening for closing the lower opening if the cartridge is oriented with the top surface facing up. When the cartridge is spent, a liquid feed system pushes the vent tube and dip tube further into the cartridge thereby disconnecting those tubes from the top surface and preventing the cartridge from being reused. A reservoir member (14) is provided which is drained when the vent tube (76) and dip tube (16) are pushed into the cartridge. When the reservoir member is drained, a diluent is released into the cartridge which renders the designed maximum allowable fluid remaining in the cartridge harmless.