Fresenius Medical Care Deutschland Gmbh

Martin Kaiser

Winfried Brehm

Wei Zhang

Massimo Earl Fini

Thomas Faulhaber

Stefan Oesterreich

Carsten Mueller

Peter Scheunert

Jürgen Häcker

Alain Veneroni

Christoph Bardorz

Elke Schulte

Carsten Müller

Jürgen Schilling

Wolfram Langkau

Reinhard Koehler

Oliver Bond

Tom Klein

Stefan Zerle

Stefan Stuehler

Thomas Klein

Stefan Stühler

Gökhan ÖRter

Jochen RÜCKERT

A dialysis machine has two hydraulic connectors at the dialysate side to which a respective connection line having a filter coupling is connected for connection to a dialyzer, with the hydraulic connectors being an inflow connector for feeding fresh dialysis liquid to the dialyzer and a backflow connector for draining consumed dialysate from the dialyzer. The dialyzer machine also has two parking positions associated with the respective hydraulic connectors for storing the filter couplings when not in operation, wherein the filter couplings of both hydraulic connectors are equipped with a connection sensor which recognizes a connecting of the filter coupling to a dialyzer and/or that both parking positions are provided with separate covers.

Dialysis machine having security against confusion for hydraulic connectors

A device and a method facilitate connecting a vial to a container or to a fluid, line, and transferring the contents of the vial to the container or to the fluid line. The device has a connecting device, a first holder for accommodating the connecting device, a second holder for accommodating the vial, and an actuating means. The connecting device includes an annular housing, an inside part having at least one puncture device, and a tube connection. The annular housing is configured to be rotatable about the inside part so as to function as a valve, so that by rotation of the annular housing, flow paths of the connecting device can be opened and closed.

Device for connecting a vial to a container or to a fluid line and transferring the contents of a vial to a container or a fluid line as well as a method for doing so and use of such a device

A device for determining the concentration of a constituent of blood in a hose line, in particular in the hose line of an extracorporeal blood circuit of an extracorporeal blood treatment apparatus, includes a clamping unit having an actuation mechanism configured to apply a clamping force such that first and second receiving elements are moved towards one another from a first position releasing the hose line into a second position clamping the hose line, in which the drive of the actuation mechanism takes place with an electric motor, and a monitoring unit configured to detect a hose line inserted into the receiving elements. A method for detecting a hose line in a clamping unit of a device for determining the concentration of a blood constituent in the hose line is also described. Automation of the measurement of the blood parameters is thus possible.

Device for determining a concentration of a constituent of blood in a hose line

A device for clamping a hose line for determining the concentration of a constituent of blood in a hose line, in particular in the hose line of an extracorporeal blood circuit of an extracorporeal blood treatment apparatus, includes a clamping unit with two receiving elements and an electric motor-driven actuation mechanism. Actuation mechanism is constituted such that, when a clamping force is applied, the first and second receiving element can be moved from a position releasing the hose line into a position clamping the hose line. Moreover, the device comprises an unlocking mechanism which is constituted such that, by actuating an unlocking element, the actuation mechanism in the position clamping the hose line can be decoupled from electromotive drive. Unlocking mechanism makes it possible for the receiving elements to be transferred easily and rapidly by hand from the position clamping the hose line into the position releasing the hose line.

Device for clamping a hose line for determining the concentration of a blood constituent

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Hassfurt, Germany

Martin Kaiser