Abstract: A cannula device (1) comprises a housing (11), a cannula (10) arranged on the housing (11), and a puncture device (17) which, in a use state, is arranged on the housing (11) and comprises a puncture trocar (18) received in the cannula (10). The puncture trocar (18) is displaceable with respect to the cannula (10) and comprises a trocar tip (180) which, by displacing the puncture trocar (18) with respect to the cannula (10) in a puncturing direction (P), is movable to protrude from the cannula (10) in said puncturing direction (P), wherein the puncture device (17) is removable from the housing (11) in a removal direction (A) opposite the puncturing direction (P).

Abstract: The invention relates to a connector (1) for connecting a catheter (2) to a fluid transfer system comprising a main body (11) with a tubular pin (111) adapted to be inserted into an end portion (21) of the catheter (2) such as to provide a fluid connection between the catheter (2) and the tubular pin (111). The connector (1) is characterized in that a fixing means (12) is movably connected to the main body (11), wherein the fixing means (11) is adapted to fix the catheter (2) to the connector (1) when the fixing means (12) is in a fixing position.

Abstract: A catheter device (1) for providing access to a body cavity of a patient comprises a tube (10) and an inserting shell (11) arranged on the tube (10) and constituted to be fastened to an insertion guide (3) for inserting the catheter device (1) into a body opening (C) of a patient (P). Herein, the inserting shell (11) comprises an opening (111) into which a thread (300) of the insertion guide (3) is insertable for fastening the catheter device (1) to the insertion guide (3). In this way, a catheter device is provided which, in an easy and efficient manner, allows for the fastening to an insertion guide.

Abstract: The invention relates to a cannulation device (1) for providing an access to a patient through a skin of the patient, comprising a puncture needle (11) with a needle tip (113) for puncturing the skin of the patient and a cannula (12). The cannulation device (1) is characterized in that the puncture needle (11) is movably connected to the cannula (12).

Abstract: An infusion device (3) comprises a housing element (30) having a receptacle (301) for receiving a pump module (1), and a pump actuation mechanism (2) having a wobbling device (20) arranged on the housing element (30) and a drive shaft (21) being rotatable about a rotational axis (A). The wobbling device (20) is actuatable, by rotating the drive shaft (21) about the rotational axis (A), to perform a tumbling motion with respect to the receptacle (300) for acting onto the pump module (1) received in the receptacle (300) in order to pump a fluid through the pump module (1). Herein, the wobbling device (20) is displaceable along at least one direction (X, Y) transverse to the rotational axis (A) with respect to the receptacle (300).

Abstract: A retention member (1) for securing a catheter (2) on a patient (P) comprises a base element (10) having a bottom side (103) and a top side (104), the bottom side being placeable on the patient (P) and the top side (104) being adapted for receiving the catheter (2). The retention member (1) furthermore comprises a ribbon (14) having a first end (140) connected to the top side (104) of the base element (10) and having a second end (141) opposite the first end (140), wherein the base element (10) comprises at least one opening (150, 151) through which the second end (141) of the ribbon (14) is insertable for fixing the catheter (2) on the retention member (1) in between the base element (10) and the ribbon (14). In this way a retention member is provided which is easy and safe to use, may suit to secure catheters of different sizes on a patient and at the same time may be manufactured in a cost-effective manner.

Abstract: An infusion device (1)comprises a housing (10)having a front side (102)and a back side (103)opposite to the front side (102). A display device (11)is arranged at the front side (102)of the housing (10). A pump mechanism (18)serves to act onto a disposable pump module (17, 4), the pump mechanism (18)being included in the housing (10). Herein, the housing (10)is constituted to receive the disposable pump module (17, 4)at the back side (103). In this way an infusion device is provided which allows placing a disposable pump module on the housing of the infusion device and which may offer space savings over existing infusion devices.

Abstract: An infusion device includes a pump device having a housing and a flexible wall section together forming a channel extending along a channel length between first and second ends. An actuation device locally depresses the flexible wall section in a vertical direction, and is displaceable along the vertical direction. To pump a fluid through the channel, the actuation device is actuated to depress the flexible wall section at a depression location, the depression location during one pump cycle moving along the channel length. To calibrate the infusion device, the position of the actuation device along the vertical direction during one pump cycle is measured to obtain a measured profile, a difference between the measured profile and a prestored nominal profile is formed to obtain a difference profile, and from the difference profile a characteristic value for correcting and/or checking the pump operation of the infusion device is calculated.

Abstract: A valve device (1) for a medical system comprises a valve housing (10), an inlet port (102) arranged on the valve housing (10), an outlet port (103) arranged on the valve housing (10), a flow duct (12) extending through the valve housing (10) connecting the inlet port (102) and the outlet port (103) to allow for a fluid flow (P) through the valve housing between the inlet port (102) and the outlet port (103), and a closure element (11) arranged on the valve housing (10) for selectively opening and closing the flow duct (12).

Abstract: A catheter device (1) for providing access to a body cavity of a patient comprises a tube (10) and an inserting shell (11) arranged on the tube (10) and constituted to be fastened to an insertion guide (3) for inserting the catheter device (1) into a body opening (C) of a patient (P). Herein, the inserting shell (11) comprises an opening (111) into which a thread (300) of the insertion guide (3) is insertable for fastening the catheter device (1) to the insertion guide (3). In this way, a catheter device is provided which, in an easy and efficient manner, allows for the fastening to an insertion guide.

Abstract: The invention relates to a cannulation device (1) for providing an access to a patient through a skin of the patient, comprising a puncture needle (11) with a needle tip (113) for puncturing the skin of the patient and a cannula (12). The cannulation device (1) is characterized in that the puncture needle (11) is movably connected to the cannula (12).

Abstract: A retention member (1) for securing a catheter (2) on a patient (P) comprises a base element (10) having a bottom side (103) and a top side (104), the bottom side being placeable on the patient (P) and the top side (104) being adapted for receiving the catheter (2). The retention member (1) furthermore comprises a ribbon (14) having a first end (140) connected to the top side (104) of the base element (10) and having a second end (141) opposite the first end (140), wherein the base element (10) comprises at least one opening (150, 151) through which the second end (141) of the ribbon (14) is insertable for fixing the catheter (2) on the retention member (1) in between the base element (10) and the ribbon (14). In this way a retention member is provided which is easy and safe to use, may suit to secure catheters of different sizes on a patient and at the same time may be manufactured in a cost-effective manner.

Abstract: The invention relates to a connector (1) for connecting a catheter (2) to a fluid transfer system comprising a main body (11) with a tubular pin (111) adapted to be inserted into an end portion (21) of the catheter (2) such as to provide a fluid connection between the catheter (2) and the tubular pin (111). The connector (1) is characterized in that a fixing means (12) is movably connected to the main body (11), wherein the fixing means (11) is adapted to fix the catheter (2) to the connector (1) when the fixing means (12) is in a fixing position.

Abstract: An infusion device (3) comprises a housing element (30) having a receptacle (301) for receiving a pump module (1), and a pump actuation mechanism (2) having a wobbling device (20) arranged on the housing element (30) and a drive shaft (21) being rotatable about a rotational axis (A). The wobbling device (20) is actuatable, by rotating the drive shaft (21) about the rotational axis (A), to perform a tumbling motion with respect to the receptacle (300) for acting onto the pump module (1) received in the receptacle (300) in order to pump a fluid through the pump module (1). Herein, the wobbling device (20) is displaceable along at least one direction (X, Y) transverse to the rotational axis (A) with respect to the receptacle (300).

Abstract: An infusion device (1) comprises a housing (10) having a front side (102) and a back side (103) opposite to the front side (102). A display device (11) is arranged at the front side (102) of the housing (10). A pump mechanism (18) serves to act onto a disposable pump module (17, 4), the pump mechanism (18) being included in the housing (10). Herein, the housing (10) is constituted to receive the disposable pump module (17, 4) at the back side (103). In this way an infusion device is provided which allows placing a disposable pump module on the housing of the infusion device and which may offer space savings over existing infusion devices.

Abstract: An infusion device comprises a pump device (1) having a housing part (103) and a flexible wall section (120) together forming a pump channel (121) through which a fluid is to be pumped, wherein the pump channel (121) has a first end (120A) as inlet for a fluid and a second end (120B) as outlet for a fluid, wherein the pump channel (121) extends along a channel length (C) between the first end (120A) and the second end (120B). The infusion device further comprises a pump actuation mechanism (2) having an actuation device (20) for acting onto the flexible wall section (120) along the channel length (C) of the pump channel (121) for locally depressing the flexible wall section (120) in a vertical direction (Z) in order to pump a fluid through the pump channel (121), the actuation device (20) being displaceable with respect to a housing section (22) of the pump actuation mechanism (2) along the vertical direction (Z).

Abstract: A valve device (1) for a medical system comprises a valve housing (10), an inlet port (102) arranged on the valve housing (10), an outlet port (103) arranged on the valve housing (10), a flow duct (12) extending through the valve housing (10) connecting the inlet port (102) and the outlet port (103) to allow for a fluid flow (P) through the valve housing between the inlet port (102) and the outlet port (103), and a closure element (11) ranged on the valve housing (10) for selectively opening and closing the flow duct (12).

Abstract: A cap for a milk container, in particular for a milk bottle, comprising a holder for securing the cap on the milk container, and a female connector element, which is arranged as a through-opening in the cap, for connection to a male connector element, wherein at least the female connector element has an antimicrobial surface at least in part.