Abstract: The present invention relates to a single-lumen vascular catheter to be inserted into a blood flow channel for the injection of a product by the venous or arterial route, comprising a tube having a hollow longitudinal body with a lumen, the lumen extending along the full length of the tube and being intended to permit the injection of a given volume of product at a prescribed flow rate the tube having lateral orifices which are of substantially identical size and are arranged in the longitudinal body substantially symmetrically about the longitudinal axis, near a distal end of the tube, an end surface at the distal end of the tube reducing a total surface area of the lumen starting from the distal end of the tube.

Abstract: The present invention relates to a single-lumen vascular catheter (1) to be inserted into a blood flow channel for the injection of a product by the venous or arterial route, comprising a tube (2) having a hollow longitudinal body with a lumen (3), the lumen (3) extending along the full length of the tube (2) and being intended to permit the injection of a given volume (4) of product at a prescribed flow rate the tube (2) having lateral orifices (5) which are of substantially identical size and are arranged in the longitudinal body substantially symmetrically about the longitudinal axis, near a distal end (6) of the tube (2), an end surface (7) at the distal end (6) of the tube (2) reducing a total surface area of the lumen (3) starting from the distal end (6) of the tube (2).

Abstract: An apparatus has a jig suitable for receiving an orthesis engaged thereon, the jig having two elongate branches, an expander cooperating with facing ends of the branches to move them apart from each other transversely to their long dimension, control system for controlling the expander and suitable for moving the branches so that they move apart from each other progressively and in a controlled manner, and sensors distributed along the length of at least one of the branches and suitable for measuring the force applied locally to the branch by the orthesis at the locations of the respective sensors in terms of a component perpendicular to the profile of the branch.