Edwards Lifesciences Iprm Ag

Delfingen Fr-anteuil S.a.

Philips Medizin Systeme Böblingen Gmbh

Up-med Gmbh

Tobias Thomamüller

Ulrich J Pfeiffer

Reinhold Knoll

Frederic Michard

Anna-Luisa Uhlitz

Sebastian Kisban

Matthias Fahle

Hubert Rausch

Matthias Fähle

Daniel Moulas

Matthias FÄHLE

Stefan Fischer

A method for the production control of an extruded plastic product with the following steps: recording at a first measuring point a first actual temperature of a measuring area provided on the plastic product, recording a second actual temperature of the measuring area at a second measuring point which is arranged at a distance from the first measuring point in a direction of extrusion of the plastic product, determining a setpoint temperature of the measuring area at the second measuring point, and outputting information on whether the second actual temperature is inside or outside a prescribed tolerance range of the setpoint temperature.

Method and device for the production control of an extruded plastic product and extrusion system for extruding such a plastic product

The present invention refers to a blood pressure measuring system () configured to surround a patient's body part (E), comprising pressurization means () for applying pressure to the body part (E), and comprising a kinking-proof shell (), wherein the kinking-proof shell () is arranged so as to be located between the pressurization means () and the body part (E), when the blood pressure measuring system () surrounds the body part (E). The present invention further refers to a method of applying a blood pressure measuring system ().

Blood pressure measuring system comprising a kinking-proof shell

The invention relates to a disposable sensor device () for patient monitoring comprising a sensor () for providing an electric quantity based on a quantity to be detected, a first signal terminal () for providing a tap for the electric quantity, a first supply terminal () for supplying the sensor with an electrical supply quantity, a first connector for accommodating the first signal terminal () and the first supply terminal (), a second signal terminal () for providing a further tap for the electric quantity, and a second connector for accommodating at least the second signal terminal (). The invention further relates to a disposable sensor device for patient monitoring comprising a sensor () for providing an electric quantity based on a quantity to be detected; a first signal terminal () for providing a tap for the electric quantity; a first connector (A) for accommodating the first signal terminal, wherein the first connector (A) is provided with a trimming element (R) which simulates the influence of a selectively attachable first monitoring device () on a measuring of the electric quantity, wherein the trimming element (R) is electrically effective depending on a connector structure of a corresponding further connector (B, C) to be coupled with the first connector (A).

Disposable sensor device and monitoring system with trimming element

The invention relates to a connector system comprising a first connector having a plurality of first contact terminals (E, F, G, J); a second connector having a plurality of second contact terminals, wherein the second contact terminals (A, B, C, D) and the electrical device are arranged such that, while connecting, the first contact terminals come into contact with a first subset of the plurality of second contact terminals in a first connecting stage and while the connecting further proceeds the first contact terminals come into contact with a second subset of the second contact terminals, such that in the first connecting stage an electrical quantity between two of the first contact terminals is detectable which is different from the electrical quantity in an uncoupled condition of the connectors, and in the second connecting stage a further electrical quantity between at least two of the first contact terminals is detectable which is different from the electrical quantity detected in the first connecting stage.

Multilevel connector system

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Bruckmühl, Germany

Tobias Thomamüller