Roche Diagnostics International Ag

Tecpharma Licensing Ag

Disetronic Licensing Ag

Other

Roche Diagnostics Operations, Inc.

Disetronic Services Ag

Roche Diabetes Care, Inc.

F. Hoffmann-la Roche Ag

Hanspeter Heiniger

Peter Hostettler

Stefan Jost

Fritz Kirchhofer

Stephan Jost

Jürg Steck

Bruno Reihl

Roger Siegenthaler

Thomas Rufer

Simone Geiser

Andreas Eberhart

Erich Imhof

Matthew Carr

Guido Hertig

Heinz Wuethrich

Ulrich Haueter

Frank Deck

Rudolf Zihlmann

Matthias Koehler

Peter Blasberg

Hanspeter Stoller

Christoph Cronrath

J&uuml;rg Steck

Gilbert Schiltges

Heinz Wüthrich

Alfred Kloos

Simone Gafner-Geiser

Manfred Aigner

Bernhard Guennewig

Heinz Wu Thrich

Gavin Wright

Genrikh Siris

Simon Geiser

Rolf Burkhalter

Bernhard Günnewig

A microdialysis probe including a probe body, a supply line and a discharge line for a perfusion solution and a dialysis membrane, wherein a probe needle for introduction into a tissue is provided by a generally elongate frame. The frame has at least one recess at least partially open for receiving at least a portion of the supply and discharge lines. The invention encompasses a method for making such a probe, wherein the method includes arranging a dialysis membrane on a shaping device, shaping the dialysis membrane in a selected shape, applying an adhesive agent to the dialysis membrane to keep the membrane in the selected shape, and separating the dialysis membrane and the shaping devices after the adhesive agent has been applied.

Microdialysis probe and method for the production thereof

Ampoule unit for an administering device, comprising an ampoule having a distal end with an opening for dispensing a product and a proximal end with an opening for accommodating a displacement body unit, and the proximal end of the ampoule has a thread which can be placed in a thread engagement with a complementary thread which is part of the displacement unit or a displacement body unit.

Ampoule unit with thread

A medical device, with an operating element for triggering the medical device, includes a safety system for preventing an erroneous triggering of the device. The present invention encompasses a method for controlling the medical device including determining if an operating command is given by a person prior to the device's carrying out the command.

Device and method for identifying a user of a medical device

An injector cap including a sleeve and a blocking means, wherein the sleeve is mounted slidably on a portion of an injection device, e.g., on an ampoule support, is forced by a pre-tensioning means into a first position in which it covers a cannula carried by the injection device, and can be slid against the pre-tensioning means into a second position in which the cannula emerges from the end of the sleeve, and wherein the blocking means non-detachably blocks the sleeve against sliding when it has been returned from the second position to the first position.

Disposable injector cap

The disclosure relates to a method for monitoring the operation of a medication delivery device, the method comprising the steps of: providing a medication delivery device, the medication delivery device comprises a medication delivery module, providing an electronic module coupled to the medication delivery device, the electronic module comprises a sensor element, a control element, and a storing element, detecting, using the sensor element, signals generated in response to a measurable operation of the medication delivery module, generating electronic data by processing, using the control element, electronic information derived from the detected signals, the electronic data comprises information about a medication delivery characteristic of at least one measurable operation of the medication delivery module, and storing the electronic data in the storing element.

Method for monitoring the operation of a medication delivery device, an electronic module, and a medication delivery system

A drive device for advancing an advancing element () relative to a housing () over a entire advancing distance (G) comprises a tensioning device having a tensioning element () for tensioning a spring device (). A predetermined distance (A) between the tensioning element () and the advancing element () or between the counter element () and the tensioning element () that engages with advancing element can be set according to the advancing of the advancing element () by a partial advancing distance that is less than the entire advancing distance (G). According to a method for discharging a fluid product from a container () via an outlet (), a plunger () is displaced inside the container () by means of a drive device provided with an advancing element () and with a spring device (), whereby the spring device () is tensioned by a tensioning device according to the advancing of the advancing element () by a partial advancing distance.

Drive device and method for advancing an advancing element

A medical device with an operating element for triggering the medical device is disclosed. The medical device includes a safety system for preventing an erroneous triggering of the device. The safety system further includes an identification device and a securing mechanism.

A fluid system that includes a flow system for a liquid having an inlet, an outlet, at least one fluid line extending from the inlet to the outlet and an electrically activatable melting device, wherein activation of the melting device causes melting, which interrupts, stops or diverts a flow of the fluid through the flow system. In one embodiment, the fluid system may be used in a device for measuring blood sugar.

Fluid system comprising a safety device

The invention provides a injection device for administering an injectable product, including a base section adapted to receive a container from which a product dose is dispensed through a needle by displacement of a piston in the container, and a drive unit including a driven member, a drive element and a damping arrangement, the drive unit for applying a force to advance the piston in the container to dispense a dose, wherein the damping arrangement generally counteracts the drive force and counter forces. The invention also encompasses a needle safety sleeve and a blocking structure for use with injection devices.

Device for administering an injectable product

A container for storing a product to be injected, e.g., a therapeutic or diagnostic liquid, wherein the container includes a container body and a piston body arranged in the container body in a sliding manner, the piston body moveable between a rear end position that determines a maximum filling of the container and a front end position to dispense the product, and wherein the container has a maximum opening ratio H/L of approximately 1.25 to 1.0, H corresponding to the maximum height of the container body and L corresponding to the maximum distance between the lateral wall or walls of the container body.

Container for storing a product to be injected, and an injection device for use with the container

A fluid system that includes a flow system for a liquid having an inlet, an outlet, at least one fluid line extending from the inlet to the outlet and an electrically activatable melting device, wherein activation of the melting device causes melting, which interruptes, stops or diverts a flow of the fluid through the flow system. In one embodiment, the fluid system may be used in a device for measuring blood sugar.

Growing community of inventors

Lotzwil, Switzerland

Hanspeter Heiniger