Abstract:
A formed, filled, and sealed container (100), access port (200, 300, 400, 500) and method for establishing fluid flow from the container to an administrative set is provided. The container (100) is collapsible and has an inlet (120) and an outlet (130). A hollow port (160) is sealed to the container and a perforator inside the port pierces and becomes embedded in the container. Solution in the container is withdrawn into the port. A line (140) attached to the port and an administrative set further establishes flow between the container and the administration set. The port may be operated with a single-hand to establish fluid flow from the container to the administrative set. After the perforator is embedded in the container,a lock on the port prevents the perforator from removal from the container. Activation of the lock produces an audible and/or visible notification.
Abstract:
The present disclosure provides a multiple chamber container that includes a container body sealed around a peripheral edge and having an outlet. The container also includes a first peel seal having a projecting portion and a second peel seal that isolates the outlet. The second peel seal may also include a projecting portion. The first and second peel seals may be configured to define a symmetrical chamber. The chamber may include an axis of symmetry extending between the first and second projecting portions. The chamber geometry of the container ensures a correct sequential opening of the first and second peel seals.
Abstract:
A port (400) for establishing fluid flow from a container to an administration set is described. The port comprises: a valve (402) having a shaft (410) wherein the valve seals to the container; a perforator (404) in the shaft of the valve; a beam (436) on the perforator, the beam having an arm (442) provided with a catch (438); a latch (416) on the valve that mates with the catch to lock the perforator in an activated position; and a tamper proof tab (444) removably attached to the arm to lock the perforator in a standby position to prevent unintended activation.
Abstract:
La presente descripción proporciona un contenedor de cámaras múltiples (10) que incluye un cuerpo de contenedor sellado alrededor de un borde periférico (14) y que tiene una salida (16). El contenedor también incluye un primer sello de desprendimiento (18) que tiene una porción de proyección (42) y un segundo sello desprendimiento (20) que aísla la salida (16). El segundo sello del desprendimiento también puede incluir una porción de proyección (44). Los primero y segundo sellos de desprendimiento (18, 20) pueden configurarse para definir una cámara simétrica. La cámara puede incluir un eje de simetría que se extiende entre las primera y segunda porciones de proyección (42, 44). La geometría de cámara de los contenedores asegura una abertura secuencial correcta de los primero y segundo sellos de desprendimiento (18, 20).
Abstract:
A container (1) comprising a peripheral wall or walls defining an interior, wherein the interior holds a solution. The container also comprises a port, a septum, a support ring, a cap and a lip.
Abstract:
Recipiente (100) que comprende:una película plegada para definir laterales, donde los laterales se sellan para definir un interior yun puerto de acceso (200) sellado al recipiente, donde el puerto define una salida a través de lacual se establece la comunicación del fluido con el interior, comprendiendo dicho puerto:una válvula (202) con una carcasa (212) fija a la película;una llave de paso (204) acoplada de modo giratorio a la carcasa,un perforador (206) móvil en forma de un émbolo acoplado a la llave de paso para perforar lapelícula, caracterizado porque el perforador está adaptado para el movimiento axial dentro de lacarcasa para perforar la película en respuesta al giro de la llave de paso, y una lengüeta (211)separable que permite girar la llave de paso para que el perforador atraviese la película.
Abstract:
FORMED, FILLED, SEALED SEALED CONTAINER, PORT AND METHOD FOR ESTABLISHING FLOW BETWEEN THE CONTAINER AND AN ADMINISTRATION SET A formed, filled, and sealed container, access port and method for established fluid flow from the container to an administrative set is provided. The container is collapsible and has an inlet and an outlet. A hollow port is sealed to the container and a perforator inside the port pierces and becomes embedded in the container. Solution in the container is withdrawn into the port. A line attached to the port and an administrative set further establishes flow between the container and the administration set. The port may be operated with a single-hand to establish fluid flow from the container to the administrative set. After the perforator is embedded in the container, a lock on the port prevents the perforator from removal from the container. Activation of the lock produces an audible and/or visible notification.
Abstract:
A port, a container and a method for accessing a port for injecting or withdrawing a liquid from the container are provided. The port may allow for the administration of, for example, a drug, to a patient and may be located on the container. The port has a septum having a target area. The port also has a support ring in contact with the septum. A cap is provided to protect the septum. The cap has a ring handle and allows for removal and exposure of the target area of the septum. A needle, for example, may be used to penetrate t he septum allowing the addition or withdrawal of a liquid or other drug to or from the container.
Abstract:
A port (400) for establishing fluid flow from a container to an administration set is described. The port comprises: a valve (402) having a shaft (410) wherein the valve seals to the container; a perforator (404) in the shaft of the valve; a beam (436) on the perforator, the beam having an arm (442) provided with a catch (438); a latch (416) on the valve that mates with the catch to lock the perforator in an activated position; and a tamper proof tab (444) removably attached to the arm to lock the perforator in a standby position to prevent unintended activation.
Abstract:
A container (1) comprising a peripheral wall or walls defining an interior, wherein the interior holds a solution. The container also comprises a port, a septum, a support ring, a cap and a lip.