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    • 75. 发明申请
    • Collapsible container system
    • 可折叠集装箱系统
    • US20080245825A1
    • 2008-10-09
    • US12151307
    • 2008-05-06
    • Earl T. Kiser
    • Earl T. Kiser
    • B65D49/00B65D25/40
    • B65D49/04B65D77/06
    • A three part container system. The first part is an outer rigid container formed with a mouth defining an opening into the outer container. The second part is an inner container positioned within the outer container, the inner container formed with a mouth defining an opening into the inner container, the mouth of the inner container being positioned in and sealed to or adjacent to the mouth of the outer container, at least a portion of the inner container being collapsible so that the inner container can be filled with a liquid. The third part is a turret fitted directly or indirectly by way of the outer container to the mouth of the inner container. The turret contains a one way valve so that if the inner container contains a liquid and the collapsible portion of the inner container is held above the turret, the fluid in the inner container will flow through the one way valve and out of the mouth of the turret as the inner container collapses within the outer container.
    • 三部分集装箱系统。 第一部分是形成有限定到外部容器中的开口的口的外部刚性容器。 第二部分是位于外部容器内部的内部容器,内部容器形成有限定通向内部容器的开口的口,内部容器的口部被定位在外部容器的嘴部或与其邻近, 内部容器的至少一部分可折叠,使得内部容器可以被填充液体。 第三部分是通过外部容器直接或间接地安装到内部容器的口的转塔。 转塔包含单向阀,使得如果内容器含有液体,并且内容器的可折叠部分被保持在转台上方,则内容器中的流体将流过单向阀并离开 内部容器在炮塔外部收缩。
    • 77. 发明授权
    • Flow control device and a container provided therewith
    • US6012617A
    • 2000-01-11
    • US68825
    • 1998-05-17
    • Dudley John Travers KnightLuc Van Den BroekBen Heijenga
    • Dudley John Travers KnightLuc Van Den BroekBen Heijenga
    • B65D49/00B67D3/00
    • B65D49/00
    • A flow control device comprises a body member for mounting the device in a container the body member defining thereon a first location and a second location; a first duct extending through the body member from the first location to the second location, the first duct having a first cross section and a first length; a second air duct extending through the body member from the second location to the first location, the second duct having a second cross section and a second length; characterised in that the cumulative effect of the relationship between the first cross section (D) and first length (L) of the first duct (15), and the second cross section (d) and second length (l) of the second duct (16) being such as to offer: relatively low impedance to flow of liquid along the first duct (15) from the first location to the second location and a consequent flow of air along the second duct (16) from the second location to the first location; and relatively high impedance to flow of liquid along the first duct (15) from the second location to the first location with a consequent flow of air along the second duct (16) from the first location to the second location characterised by the body member (17) having a longitudinal axis (A) and being provided with a barrier (18, 19) extending across the axis (A) to define the first location on one side of the barrier (18, 19) for communication with the interior of a container with which the device is associated and the second location on the other side of the barrier for communication with the exterior of a container as aforesaid; the first duct (22) extending through the barrier (18, 19) and being provided with a flow inlet (24) at the first location and a flow outlet (25) at the second location; the first duct being of relatively uniform cross section so as to present no significant obstruction to flow between the flow inlet (24) and the flow outlet (25); the second duct (23) being provided with an air inlet (27) at the second location and an air outlet (28) at the first location and being of relatively uniform cross section so as to present no significant obstruction to flow between the air inlet (27) and the air outlet (28); the air outlet (28) and the flow outlet (25) lying on the axis (A); the air outlet (28) extending in the direction of the axis A further from the barrier (18, 19) than the flow inlet (24); the flow outlet (25) extending further in the direction of the axis A from the barrier (18, 19) than the air inlet (27). According to further aspects the invention includes a container equipped with the device and a capsule for use in closing the container.
    • 80. 发明授权
    • Container having means for preventing refilling
    • 容器具有防止再填充的装置
    • US5373969A
    • 1994-12-20
    • US91204
    • 1993-07-14
    • Toru Takemura
    • Toru Takemura
    • B41J2/175B65D49/00B65D47/02
    • B41J2/17506B65D49/00
    • In a container, which is required to prevent refilling for security and other reasons, and comprises a tubular container main body having one end thereof closed by an end wall, the end wall being provided with a content taking outlet, and a piston member slidably received in the container main body, defining a containing chamber between the piston member and the end wall, a cap member closing an opening provided in the piston member is detachably mounted on the piston member, and the container main body is provided with a cap engaging member which irreversibly engages with the cap member when the piston member has approached the end wall by more than a prescribed distance. As a result, when an attempt is made to refill the container, the content will escape from this opening, and such an attempt can be thereby effectively prevented. Alternatively, the container main body and the piston member may be provided with claws which engage with each other when the piston member has reached its stroke end so that any further movement of the piston member may be prohibited, and an attempt to refill the container may be prevented.
    • 在由于安全性和其他原因而需要防止再填充的容器中,并且包括其一端由端壁封闭的管状容器主体,所述端壁设置有容纳取出口,并且活塞构件可滑动地接收 在容器主体中,在活塞构件和端壁之间限定容纳室,关闭设置在活塞构件中的开口的盖构件可拆卸地安装在活塞构件上,并且容器主体设置有帽接合构件 当活塞构件已经靠近端壁超过规定距离时,其不可逆地与盖构件接合。 结果,当试图重新填充容器时,内容物将从该开口逸出,从而可以有效地防止这种尝试。 或者,容器主体和活塞构件可以设置有当活塞构件到达其行程端时彼此接合的爪,从而可以禁止活塞构件的任何进一步移动,并且尝试重新填充容器 被阻止