Abstract: An apparatus including a casing, a fluid circuit enclosed in inside the casing, and a port arrangement is provided. The port arrangement includes a first port, a second port, and a door, and the port arrangement is positioned such that the door, a front end of the first port, and a front end of the second port are accessible from the outside of the apparatus. Further, the first port is arranged to receive a first connector, and the second port is arranged to receive a second connector.

Abstract: A method for performing port cleaning of an apparatus having a casing, a fluid circuit enclosed inside the casing, and a port arrangement. The method includes producing a cleaning fluid with the fluid circuit; passing the cleaning fluid through a first port via a first tube of the first port to a first circumferential space, from the first circumferential space via a bypass channel to a second circumferential space, and thereafter to a second tube of a second port; and passing the cleaning fluid from the second tube to a drain.

Abstract: A method for performing port cleaning of an apparatus having a casing, a fluid circuit enclosed inside the casing, and a port arrangement. The method includes producing a cleaning fluid with the fluid circuit; passing the cleaning fluid through a first port via a first tube of the first port to a first circumferential space, from the first circumferential space via a bypass channel to a second circumferential space, and thereafter to a second tube of a second port; and passing the cleaning fluid from the second tube to a drain.

Abstract: A port arrangement comprising a fluid module, incorporating a first port arranged to receive a first connector and a second port arranged to receive a second connector is provided. The first port provides a first circumferential space around a first tube. The second port provides a second circumferential space around a second tube. The fluid module further incorporates a bypass channel connecting the first circumferential space and the circumferential second space. The port arrangement further comprises a door comprising a first seal and a second seal arranged to seal the first circumferential space and the second circumferential space against the outside. The disclosure also relates to a purified water producing apparatus comprising the port arrangement, and a method for performing port cleaning of the water producing apparatus.

Abstract: A port arrangement (1) comprising a fluid module (2) incorporating a first port (3) arranged to receive a first connector (4) and a second port (5) arranged to receive a second connector (6). The first port (3) provides a first circumferential space (3c) around a first tube (3a). The second port (5) provides a second circumferential space (5c) around a second tube (5c). The fluid module (2) further incorporates a bypass channel (7) connecting the first circumferential space (3c) and the circumferential second space (5c). The port arrangement (1) further comprises a door (20) comprising a first seal (21) and a second seal (22) arranged to seal the first circumferential space (3c) and the second circumferential space (5c) against the outside. The disclosure also relates to a purified water producing apparatus (100) comprising the port arrangement (1), and a method for performing port cleaning of the water producing apparatus (100).

Abstract: A container including a first side wall and a second side wall that are permanently joined by at least one seam such that a chamber is formed between the side walls. A peelable seal separates the chamber into a first sub-chamber and a second sub-chamber that are capable of receiving liquid contents, which may be mixed if the peelable seal is opened. The seam includes a protrusion that extends into the chamber, and the peelable seal extends over the protrusion.

Abstract: A container including a first side wall and a second side wall that are permanently joined by at least one seam such that a chamber is formed between the side walls. A peelable seal separates the chamber into a first sub-chamber and a second sub-chamber that are capable of receiving liquid contents, which may be mixed if the peelable seal is opened. The seam includes a protrusion that extends into the chamber, and the peelable seal extends over the protrusion.

Abstract: A medical product configured for use in a medical system and a method of handling a medical system comprising a first subsystem and a second subsystem containing a medical fluid are provided. A connector connects the first and second subsystems for transport of the medical fluid from one of the subsystems to the other subsystem. The connector comprises a valve device, a first connection pipe connectable to the first subsystem, and a second connection pipe connectable to the second subsystem. The valve device comprises a first part and a second part, which are movable in relation to each other to permit an opening movement from a closed position, preventing a fluid communication between the first and second connection pipes, and an open position permitting the fluid communication. The medical product comprises a blocking member preventing, in a blocking state, the opening movement, and permitting changing of the blocking state to a non-blocking state permitting the opening movement.

Abstract: A flexible multicompartment container provided for storage and mixing together of a at least a first and a second single solution. Each single solution is stored in a separate compartment (1, 2) of the container. The compartments are separated by means of seals (5, 6) rupturable by manipulation of the container to thereby mix the contents together in a mixing compartment for delivery. The first compartment (1) is filled to a first filling degree, FD1, and the second compartment is filled to a second filling degree, FD2. The first filling degree is larger than the second filling degree. The filling degree in the mixing compartment, FDMC, is larger than the filling degree in the second compartment.

Abstract: A medical product configured for use in a medical system and a method of handling a medical system comprising a first subsystem and a second subsystem containing a medical fluid are provided. A connector connects the first and second subsystems for transport of the medical fluid from one of the subsystems to the other subsystem. The connector comprises a valve device, a first connection pipe connectable to the first subsystem, and a second connection pipe connectable to the second subsystem. The valve device comprises a first part and a second part, which are movable in relation to each other to permit an opening movement from a closed position, preventing a fluid communication between the first and second connection pipes, and an open position permitting the fluid communication. The medical product comprises a blocking member preventing, in a blocking state, the opening movement, and permitting changing of the blocking state to a non-blocking state permitting the opening movement.

Abstract: A flexible multicompartment container provided for storage and mixing together of a at least a first and a second single solution. Each single solution is stored in a separate compartment (1, 2) of the container. The compartments are separated by means of seals (5, 6) rupturable by manipulation of the container to thereby mix the contents together in a mixing compartment for delivery. The first compartment (1) is filled to a first filling degree, FD1, and the second compartment is filled to a second filling degree, FD2. The first filling degree is larger than the second filling degree. The filling degree in the mixing compartment, FDMC, is larger than the filling degree in the second compartment.