Gambro Lundia Ab

Fresenius Medical Care Deutschland Gmbh

Jean Michel Goby

Thierry Court

Jean Pierre Anselmet

Pascal Bernard

Christina Tambourgi

A medical use bandage is configured to immobilize, and to facilitate the use of, a tube implanted in a body. The implanted tube defines a body exit site, and a part of the tube projects from the body. The bandage includes a base support having a lower face for application to the skin and an upper face, a first bandage fixing portion for fixing the exit site, including on the lower face of the base support an adhesive fixing part to be adhered at least partly around the exit site to the skin and to a proximal portion of the projecting part of the tube, and a second bandage fixing portion for engaging the distal portion of the projecting part of the tube in a defined shape and in a sliding manner. The second bandage fixing portion is at least partly a part of the upper face of the support.

Medical-use bandage

A disposable medical probe for detecting a leak of physiological fluid comprising: a support layer, a conductive layer on top of the support layer, the conductive layer comprising two conducting electrodes both placed exclusively on each side of a longitudinal axis, a hydrophilic layer on top of at least a part of the conductive layer, where the conductive layer defines two zones: a proximal zone where two proximal electrode parts being are placed parallel to each other and being spaced apart by a distance d, and a distal zone where two distal electrode parts are symmetrical with respect to said longitudinal axis and are spaced apart from each other by a gap e greater than said distance d.

Probe for fluid leak detection with multiple layers

A disposable medical probe for detecting a leak of physiological fluid comprising a support layer, a conductive layer on top of the support layer, the conductive layer comprising two conducting electrodes both placed exclusively on each side of a longitudinal axis, the conductive layer defining two zones: a proximal zone with two proximal electrode parts being placed parallel to each other and being spaced apart by a constant distance d, and a distal zone with two distal electrode parts being spaced apart from each other by a gap e greater than said distance d, where the distal zone of the electrodes defines an increase in the gap between the distal parts of the electrodes, followed by a decrease in the gap between the distal parts of the electrodes.

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Sennecey les Dijon, France

Jean Michel Goby