Abstract: An assembly is disclosed for collecting fluid during a medical or a surgical operation. The assembly can include a canister having an openable lid and a collection liner. The collection liner can include a closed bag portion and an inlet for a collection container. The inlet has a first end and a second end, which opens into the bag portion. The bag portion is placed inside the canister. The first end of the inlet for a collection container extends from between the edge of the canister and the edge of the lid to the outside of the canister when the lid is closed.

Abstract: A method and graphical user interface are disclosed for controlling collecting fluid from a patient. A graphical user interface in at least one first user interface element displays on a display unit information related to at least one first collection container connected to a first suction channel, and in at least one second user interface element displays information related to at least one second collection container connected to a second suction channel. Also information regarding fluid collected from a patient to at least one of the collection containers may be displayed in a third user interface element.

Abstract: An assembly is disclosed for collecting fluid during a medical or a surgical operation. The assembly can include a canister having an openable lid and a collection liner. The collection liner can include a closed bag portion and an inlet for a collection container. The inlet has a first end and a second end, which opens into the bag portion. The bag portion is placed inside the canister. The first end of the inlet for a collection container extends from between the edge of the canister and the edge of the lid to the outside of the canister when the lid is closed.

Abstract: An apparatus is disclosed for collecting liquid from a patient. The apparatus can include positions for collection containers. A manifold is disclosed which includes a housing, and at least one port for connecting to a patient and more than one port for collection container tubes extending from the manifold to a collection container. The ports include valves which are individually operable.

Abstract: An apparatus is disclosed for collecting fluid during a medical or a surgical operation. The apparatus can include positions for collection containers, a pressure sensor and a manifold having a housing, at least one port for connecting to a patient, more than one port for collection container tubes extending from the manifold to a collection container and a by-pass channel for connecting to the pressure sensor.

Abstract: A ventilation port for an apparatus having electronics producing heat when energized is disclosed herein. The ventilation port includes a first frame having several ventilation openings separated by brackets and which ventilation openings allow an airflow for cooling the electronics. The ventilation port also includes a second frame having several ventilation openings separated by brackets and which ventilation openings allow the airflow for cooling the electronics and which second frame and first frame are arranged consecutively leaving a distance therebetween and which ventilation openings of the first frame and the brackets of the second frame are overlapping.

Abstract: A fastening means for a patient monitor, comprising a clamp member to be fastened to a supporting structure, a base member for supporting the patient monitor, the clamp member comprising two legs with free ends and a slot between the two legs, and a tightening means between the two legs for fastening the clamp member against the support surface placed between the two legs. The slot is wider at the bottom end than at the area between the free leg ends, and the fastening means is an electrically non-conductive element between the patient monitor and the supporting structure.

Abstract: The present invention relates to an expandable container-like housing structure (1) that includes a main module provided with a door (7), and which further includes at least one expansion module (E1) that includes a number of structural segments, such as a roof part (21) firmly connected to a first wall part (13), a floor part (11), and two second wall parts (33), wherein when the housing structure is expanded, The floor part (11) will swing out about a horizontal axle (12) at floor level, whereafter the first wall part (13) together with roof part (21) are intended to be projected out telescopically from the main module, wherein at least one second wall part (33) is mounted on a vertical axle (35) about which said second wall part (33) is adapted to swing out the roof part (21) and the first wall part (13) such as to form an additional wall to the expansion module (E1).

Abstract: A fastening means for a patient monitor, comprising a clamp member to be fastened to a supporting structure, a base member for supporting the patient monitor, the clamp member comprising two legs with free ends and a slot between the two legs, and a tightening means between the two legs for fastening the clamp member against the support surface placed between the two legs. The slot is wider at the bottom end than at the area between the free leg ends, and the fastening means is an electrically non-conductive element between the patient monitor and the supporting structure.