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    • 3. 发明申请
    • CONTAINERS
    • 集装箱
    • WO1992006013A1
    • 1992-04-16
    • PCT/GB1991001670
    • 1991-09-27
    • PACKAGING INNOVATION LIMITEDGRIFFIN, Christopher, JohnO'BRIEN, Gerard, Michael
    • PACKAGING INNOVATION LIMITED
    • B65D25/32
    • B65D25/32
    • The container has a body (2) closed by a lid (10). A pair of channels (14) moulded into the outerside walls of the container accommodate respective legs (12A) and a handle (12). The legs (12A) pass through respective lugs (22) attached to the sides of the neck directly above the channels (14). This constrains the legs (12A) for movement along the channels. Hooks (12A) on the legs grip the underside of the lugs (22) to allow the handle (12) to lift the body (2). The front face (18) of the body (2) is rearwardly included so that when the body (2) is rested on a forwardly sloping shelf the front face (18) is vertical. The lid (10) is inwardly dished so that any increase in pressure is transmitted to increase the sealing action between the lid (1) and the body.
    • 容器具有由盖子(10)封闭的主体(2)。 模制到容器外壁中的两个凹槽(14)接收分支(12a)和手柄(12)。 分支(12a)在凹槽(14)正上方穿过分别连接到颈部侧部的锁定杆(22)。 这样,分支(12a)在间隙内的运动受到限制。 腿上的钩(12a)钩在锁定杆(22)的下部上以允许手柄抬起主体(2)。 主体(2)的前表面(18)向后倾斜,使得当主体放置在向前倾斜的支撑件上时,前表面(18)被置于垂直位置。 盖(10)具有凹入形状。 从而传递压力的任何增加以增加盖子(1)和主体之间的密封。
    • 4. 发明申请
    • FLUID DISPENSING AND MEASURING SYSTEMS
    • 流体分配和测量系统
    • WO2002086428A1
    • 2002-10-31
    • PCT/GB2002/001779
    • 2002-04-17
    • SYNGENTA LimitedKELSEY, Stephen, FrederickKELSO, John, MadocO'BRIEN, Gerard, Michael
    • KELSEY, Stephen, FrederickKELSO, John, MadocO'BRIEN, Gerard, Michael
    • G01F11/32
    • B67D7/344G01F11/32G01F11/38
    • A shuttle container (2) is used in conjunction with a dispenser (22) to receive a metered dose of a liquid from a reservoir (26). The dispenser (22) includes a metering chamber which is filled and emptied by a pair of valves (43 and 58) operated by a common shaft (40). The shuttle container (2) has a locating sleeve (12) which engages with a locating slot (36) in the dispenser (22) to axially align the shuttle container (2) with the dispenser. The shuttle (2) carries a spigot (14) engage the shaft (40) to effect a discharge of liquid into the shuttle container (2). The collar (6) of the shuttle container (2) has a pair of dogs (8) which engage respective slots (38) in the outer circumference of the dispenser (22). Before the dogs (8) can engage the slots (38), the profiled end of the spigot (14) must engage a matingly profiled recess in the shaft (40). Before the shaft (40) can be displaced, it must be rotated to move a projection (52) on the shaft out of alignment with an abutment (50). The slots (38) guide the dogs (8) to achieve the required angular and axial displacement of the shaft (40) to release it from the locking action of the abutment (50) then displace it to operate the valves (43 and 58) to effect the dispensing of the metered dose into the shuttle container (2).
    • 梭子容器(2)与分配器(22)一起使用以从储存器(26)接收计量剂量的液体。 分配器(22)包括一个计量室,该计量腔由一对由公共轴(40)操作的一对阀(43和58)填充和排空。 梭子容器(2)具有定位套筒(12),其与分配器(22)中的定位槽(36)接合,以使梭子容器(2)与分配器轴向对准。 梭子(2)带有接合轴(40)的接头(14)以实现液体进入往复式容器(2)的排放。 梭子容器(2)的套环(6)具有一对与所述分配器(22)的外周中相应的狭槽(38)啮合的狗(8)。 在狗(8)能够接合狭槽(38)之前,插口(14)的成型端必须与轴(40)中的匹配成型的凹部接合。 在轴(40)可以移位之前,必须旋转以使轴上的突起(52)移动与基座(50)对准。 狭槽(38)引导狗(8)以实现轴(40)所需的角度和轴向位移,以使其脱离邻接件(50)的锁定作用,然后使其移动以操作阀(43和58) 以实现将计量剂量分配到穿梭容器(2)中。