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    • 2. 发明申请
    • MULTI-CHAMBER APPLICATOR
    • 多房应用者
    • WO2006049615A1
    • 2006-05-11
    • PCT/US2004/036235
    • 2004-10-30
    • TSAUR, Garry
    • TSAUR, Garry
    • B67D5/52
    • B01F5/0614A61C5/62A61C5/64A61C5/68B01F13/002B01F15/0205B01F15/0212B01F15/0226B01F15/0237B01F2215/0027
    • A compact disposable single-dose applicator that may be used to apply one or more substances such as adhesives and dental compounds. The mufti-chamber applicator comprises of a container (1), a compression means (2), and an applicator (3). The container comprises one or more chambers (4), (5) with a passage (12) positioned between the chambers (4), (5) that will accept an applicator (3) inserted into the passage (12). Each chamber (4), (5) has one or more fluid flow paths (13), (14) leading from the chamber (4), (5) to the passage (12). The compression means (2) comprises of one or more elongated protrusions (15), (16) that are connected at their base to a compression plate (17). As the compression means (2) is urged into the chambers (4), (5), the substances (10), (11) in the chambers (4), (5) will be forced through the fluid flow paths (13), (14) into the passage (12) and out through an applicator (3) inserted in the passage (12). The applicator (3) also functions as an opening means to enable the shipment and storage of the mufti-chamber applicator in a sealed state and enable opening of the multi-chamber applicator for access to its contents.
    • 可用于施用一种或多种物质如粘合剂和牙科化合物的紧凑型一次性单剂量施用器。 多腔施放器包括容器(1),压缩装置(2)和施加器(3)。 该容器包括一个或多个腔室(5),其具有定位在腔室(4)之间的通道(12),(5)将容纳插入通道(12)中的涂抹器(3)。 每个室(4),(5)具有从室(4),(5)通向通道(12)的一个或多个流体流动路径(13),(14)。 压缩装置(2)包括一个或多个细长突起(15),(16),它们在其底部连接到压缩板(17)。 当压缩装置(2)被推入室(4),(5)中时,腔室(4),(5)中的物质(10),(11)将被迫通过流体流动路径(13) ,(14)进入通道(12)并通过插入通道(12)中的涂抹器(3)出来。 施用器(3)还用作打开装置,以使得能够将密封状态的多室施用器的装运和储存能够打开,并且能够打开多室施用器以便接近其内容物。
    • 3. 发明申请
    • APPARATUS FOR DISPENSING LIQUIDS AND SOLIDS
    • 用于分配液体和固体的装置
    • WO00039022A1
    • 2000-07-06
    • PCT/US1999/029811
    • 1999-12-16
    • B67D7/70B67D7/62B67D5/52
    • B67D7/62
    • A dispensing system including a housing (10) with an interior bulkhead (18) and four progressive cavity pumps (20) mounted within the housing (10) on one side of the bulkhead (18). The pumps (20) are mounted with bores (25B) in vertical orientation. Gear boxes (28) including bevel gears coupling the vertically mounted pumps (20) with horizontally mounted motors (30) located on the other side of the interior bulkhead (18). A dispense head (40) is located above the housing (10) with outlet passages (50) extending from the pumps (20) to the dispense head (40) defining a path to the dispense head (40) which is continuously upward. The dispense head (40) includes valves (48) driven by a pneumatic cylinder (44). A solenoid (54) controls flow of pressurized air to the pneumatic cylinder (44) from a position adjacent the dispense head (40) on the boom (36) supporting both.
    • 一种分配系统,包括在舱壁(18)的一侧上安装在壳体(10)内的具有内部舱壁(18)的壳体(10)和四个渐进式空腔泵(20)。 泵(20)以竖直方向安装有孔(25B)。 齿轮箱(28)包括将垂直安装的泵(20)与位于内部舱壁(18)的另一侧上的水平安装的马达(30)联接的锥齿轮。 分配头(40)位于壳体(10)上方,具有从泵(20)延伸到分配头(40)的出口通道(50),限定了连续向上的分配头(40)的路径。 分配头(40)包括由气动缸(44)驱动的阀(48)。 螺线管(54)控制从支撑两者的悬臂(36)上邻近分配头(40)的位置到气动缸(44)的流动。
    • 8. 发明申请
    • CONTAINER ASSEMBLY
    • 集装箱装配
    • WO02002457A1
    • 2002-01-10
    • PCT/US2001/021155
    • 2001-07-03
    • B65D83/14B67D5/52
    • B65D83/682
    • A container assembly (10) is provided for dispensing a mixture of a primary composition. The container assembly includes an outer container (12) extending along a longitudinal axis and defining a chamber (24) for receiving the primary composition. A collapsible inner container (62) is positioned within the outer container and defines a chamber (70) for receiving the secondary composition. A piston (38) is provided to simultaneously urge the primary composition from the outer container and the secondary composition from the inner container.
    • 提供容器组件(10)用于分配主要组合物的混合物。 容器组件包括沿着纵向轴线延伸的外部容器(12)并且限定用于容纳主要组合物的室(24)。 可折叠的内部容器(62)定位在外部容器内并且限定用于接收次级组合物的室(70)。 活塞(38)被设置成同时地从外部容器和第二组合物从内部容器推动主要组合物。