UniversitÉde Strasbourg

Passap Knitting Machines, Inc.

UniversitÉ De Haute-Alsace

Superba (sa)

Hôpitaux Universitaires De Strasbourg

Universite De Haute-alsace (uha)

Les Hopitaux Universitaires De Strasbourg

Cetim-cermat

Bernard Durand

Nabil Chakfe

Robert Enderlin

Pierre Henry

Coralie Marchand

Frédéric Heim

Jean-Georges Kretz

Fabrice Laurent

Georges Meyer

Gildas L'Hostis

Nabil ChakfÉ

Hervé Drobez

Cédric Maupoint

The kit includes: a first implant () defining a window (), and a second implant () including a second tubular body () designed to be positioned in the window (). The second implant () includes a retaining member for retaining the second implant () relative to the first implant. The kit further includes a retaining ring () for retaining the second implant () attached on the first tubular body () in the window () and delimiting an insertion passage () for the second implant (). The retaining ring () is elastically deformable in the window () to allow a reversible increase of at least 20%, advantageously at least 30%, of the outer contour of the insertion passage ().

Treatment kit, treatment device, and associated method of production

A method for producing an aortic or mitral heart valve prosthesis and the resulting aortic or mitral heart valve. The method is characterized in that it essentially consists in producing the prosthesis by shaping a textile material. The invention is more particularly applicable in the field of medicine, in particular repair surgery, and especially in heart surgery, more particularly heart prostheses.

Method for producing an aortic or mitral heart valve prosthesis and resulting aortic or mitral heart valve

The present invention relates to a detector for measuring the characteristics of a linear product of very great length relative to its other dimensions, on a production machine or the like. The detector operates without contact with the linear product and is provided with at least one means (1) having zones (2 and 3) for measurement relative to a mean position of the moving filament (4) and measuring the variation of the complex morpho-dimensional and/or positional characteristics of the filament (4), this latter varying, either by vibrating movement, or by displacement induced by the mean position of the axis of movement. The invention is applicable to the field of the measurement of the characteristics of linear products of very great length.

Detector for the contactless measurement of characteristics of a linear

Method and device for measuring at least one transverse dimension of a

Process and device for measuring the twist of a textile yarn

Growing community of inventors

Pfastatt, France

Bernard Durand