Occlutech Holding Ag

Reinheart Gmbh

Medos Medizintechnik Ag

Nonwo Tecc Medical Gmbh

Andreas Henseler

Frank Willems

Christoph Classen

Wolfgang Witt

Hongyu Deng

Roland Graefe

Robert Baumgartner

Benjamin Mattern

Swen Franzen

Harrie Van Baars

Christoph CLAßEN

An active magnetic rotor-bearing assembly for conveying a fluid comprising a rotor assembly is disclosed and a bearing assembly for contactless bearing the rotor assembly, where the bearing assembly comprises an even number of electromagnetic units arranged around a central structure each comprising a first salient established by a magnetic material and a permanent magnet providing a first magnetic pole and a coil around the salient, further comprises an inter-yoke with inter-yoke portions connected to the first salient of each electromagnetic unit and being separated from each other by structure spacers, providing a closed first magnetic flux passing the rotor assembly applying a first attractive force further comprising a position stabilizing portion perpendicular to the first attractive force on the rotor-assembly and the coils providing an electromagnetic flux between each first salient and the rotor assembly for applying adaptable axial force and/or tilting torque to the rotor assembly.

Active magnetic rotor-bearing assembly having an even number of electromagnetic units with a salient connected to inter-yoke portions separated from each other by a permanent magnet structure spacer of defined magnetic permeability

The present invention relates to a fluid pump that comprises a housing having an inlet opening for receiving the fluid, an outlet opening for discharging the fluid and enclosing an impeller rotating inside the housing to pump the fluid from the inlet opening to the outlet opening and a motor assembly to drive the impeller. The housing is shaped to establish a single turn volute of 360&#xb0; turn angle providing a first conveying channel located peripherally around the impeller from a fluid entry point at 0&#xb0; turn angle to a fluid exit point at 360&#xb0; turn angle of the single turn volute being connected to the outlet opening. The first conveying channel has a first cross section area in radial direction perpendicular to the rotational plane of the impeller, where a size of the first cross section area increases as a monotonic increasing function of the turn angle between entry point and exit point.

Fluid pump with volute shaped housing

The device for closing openings or cavities in blood vessels, e.g. in veins or in the heart, said device comprises a closing body comprising an outer side having a partial region arranged for blood flow therealong at least in a part of said partial region thereof when said closing body is in its state of use for closing said opening or cavity. Furthermore, the device comprises at least one layer () of biostable nonwoven fiber material, which at least within a partial surface of said partial region of said outer side of the closing body is at least partially in abutment on the closing body.

Device for closing openings or cavities in blood vessels

A blood pump includes a rotor mounted in a pump housing via a bearing. The housing includes a metal rod extending from the outer wall of the housing towards the inner side of the housing. The rod allows dissipating heat and has a stabilizing action.

Blood pump including a rotor

The invention relates to a structure having fibers which are adhesively bonded to one another in locations and have a permeability for air of between 0.5 ml/min*cmand 1.5 ml/min*cm, wherein said structure has an at least one-sided coating which reduces the permeability of the structure to below 0.2 ml/min*cm.

Structure having fibres which are adhesively bonded to one another in locations

Growing community of inventors

Simmerath, Germany

Andreas Henseler