Debiotech S.a.

Other

Nextkidney Sa

Smc-swiss Medical Care S.a.

Gambro Lundia Ab

Westonbridge International Limited

Bracco Injeneering Sa

Bonsens S.a.

Axis Biodental S.a.

Debiotec S.a.

Frédéric Neftel

Eric Chappel

Bernard Bouvier

Pierre Thiebaud

Niklaus Schneeberger

Ricardo Allendes

Laurent-Dominique Piveteau

Florent Junod

Didier Vecten

Stephan Proennecke

Olivier Magnenat

Jérôme Da Ros

Heinrich Hofmann

Reto Cueni

Göran Stemme

Thomas Hertz

Patrick Griss

Harald T Van Lintel

Pascal Bernard

Christophe Conan

Véronique Vallet

Patrick Poscio

Oscar Francois

Hervé Duffour

Renaud Krummenacher

Björn Samel

Sébastien Menot

Michael Brohy

Didier; c/o Debiotech Sa Vecten

Florent; c/o Debiotech Sa Junod

Sebastien Menot

Didier c/o Debiotech Sa Vecten

The invention relates to a pumping device including a pump () comprising&#x2014;a pumping chamber () having a variable volume, &#x2014;an inlet () communicating with the pumping chamber () and comprising a valve, &#x2014;an outlet () communicating with the pumping chamber and comprising a valve, &#x2014;an actuator adapted to change the volume of the pumping chamber, &#x2014;a fluidic pathway comprising said inlet (), said pumping chamber (), said outlet () and a downstream line () situated downstream of the outlet valve, &#x2014;a pressure sensor () for measuring the pressure between the valves of said pathway, &#x2014;processing means for processing the received pressure data from the pressure sensor (). The invention also covers a method for detecting a dysfunction in a pumping device as defined above.

MEMS fluid pump with integrated pressure sensor for dysfunction detection

The present invention concerns a medical pump comprising: a. A hard housing comprising a top () and bottom () hard shells, within which a rigid wall () and a movable membrane () create three distinct chambers; wherein i. said movable membrane tightly separates said second () and third () chambers ii. said first and third chambers have a watertight interface iii. said second chamber () is designed to contain a fluid iv. said first chamber () comprises a first venting mean () which is arranged to provide a fluidic communication between said first chamber () and the external environment; v. said third chamber () comprises a second venting mean which is arranged to provide a fluidic communication between said third chamber () and the external environment b. A pumping element () located in the first chamber () c. A least one pressure sensor which measure the pressure gradient between the first chamber () and the second chamber () d. A fluid pathway which permits: i. a first fluid connection () between said second chamber () and said pumping element ii. a second fluid connection () between said pumping element and a patient line ().

Vented reservoir for medical pump

A graphical user interface for a medical system comprises a display device, an electronic processor that operates with the display device to display a plurality of screens including a programming screen by which a user can enter or modify medical treatment parameters employed by a machine to perform a medical treatment. When a user modifies a first medical treatment parameter, the processor is programmed to adjust at least one other medical treatment parameters depending on the first medical treatment parameters.

User interface for dialysis treatment

The invention relates to a system for treating blood, which includes a single cassette capable of carrying out the various CRRT treatments.

Device for extracorporeal blood treatment

The invention relates to a control device suitable for suggesting control instructions to the patient in order to facilitate the use thereof.

Control device with recommendations

A dialysis system comprises a filtration means, a pump and a sorbent device for performing a dialysis treatment and/or for regenerating a dialysate solution.

Hemodialysis system

A medical system suitable for delivering a fluid to a patient according to multiple modes of operation, including a safety mode that additionally enables the delivery or the treatment to continue even when a probable anomaly is detected.

Delivery system and mode of operation thereof

The present invention relates to medical fluid treatments, such as the treatment of renal failure. More specifically, the present invention relates to the testing of such systems.

Testing of a medical fluid treatment system

Method for detecting failure including possible under or over delivery of a micropump having at least an inlet valve, a pumping chamber with an inner pressure sensor and an outlet valve, said method comprising the determination of the pump tightness via the measurement of the pressure by said inner pressure sensor in said pumping chamber at least at certain intervals when the pump is inactive and the comparison with a value of reference.

Method and system for detecting malfunction of a MEMS micropump

The invention relates to a system which is a device suitable for carrying out removal of a dialysate volume fraction during a stasis phase so as to optimize ultrafiltration, the safety of the patient, the comfort of the patient, and/or the operation of the cycler.

Peritoneal dialysis treatment system and method of operation

A dialysis device comprising a prescriber interface and a programming means configured to allow, via the prescriber interface, input of a set of therapeutic objectives and a treatment plan and a re-evaluation means configured to, as a function of the therapeutic objectives and the treatment plan, suggest at least one treatment option comprising a set of settings of a treatment session to achieve said set of therapeutic objectives.

Dialysis device

The present invention relates to medical pumping devices and more precisely to the detection of dysfunctions in such devices.

Detection of an infusion anomaly

A handle assembly for a medical device including an element for grasping having an opening, the opening configured to allow for passage of fingers of a user, a mechanical-connection element configured to fix the element for grasping to the medical device, and a support configured to receive and at least temporarily fix an additional device on the element for grasping, the support attached to the element for grasping, wherein when the additional device is received by the support, the element for grasping together with the additional device form a handle of the handle assembly configured to be grasped by hand of the user.

Handle for a medical device

Growing community of inventors

Lausanne, Switzerland

Frédéric Neftel