Abstract: The invention concerns a marking system (1) comprising: a plurality of micro-percussion marking machines (2) each equipped with a respective wireless link device (3), a computer network infrastructure designed to generate a connection area where said respective link devices (3) cooperate with said infrastructure in order to establish a respective wireless connection (8) between each machine (2) and said network (7), a centralized marking management device (9) connected to the infrastructure (6) and intended to provide said machines (2) with first information and/or to receive second information from said machines (2). The invention is particularly suitable for the micro-percussion marking of a large number of industrial components to ensure their identification and monitoring.

Abstract: The present invention relates to an implantable device, in particular for the reconstruction of an anterior cruciate ligament or a tendon, comprising an elongate core (20) and a hollow elongate covering member comprising an inside volume at least partially receiving said elongate core, wherein said elongate core comprises a polymer matrix that is bioerodible in an aqueous medium and one or more functional agents, and the covering member comprises through-holes in fluid communication with said inside volume. The invention also relates to a method for manufacturing such an implantable device.

Abstract: The invention relates to a marking system comprising at least one micropercussion marking machine, characterized in that it also comprises a first RFID (radiofrequency identification) means fitted to said marking machine, a second RFID means fitted to a device separate from said marking machine, said first RFID means being designed to transmit first information to said second RFID means and/or said second RFID means being designed to transmit second information to said first RFID means. The invention is particularly suitable for the micropercussion marking of industrial components or products in order to identify them and track them easily and reliably.

Abstract: The present invention relates to an implantable device (10) for repairing at least one tendon or ligament, advantageously comprising a hollow braid (20) configured to receive in its interior volume (30) at least one portion of a tendon or ligament, and comprising over its length a central repair part (40) arranged between first and second lateral parts (50, 60). The braiding angle (?) in at least one region (42) of the central part (40) at rest is smaller than the braiding angle (?1) in at least one region (52) of the first lateral part (50) and/or than the braiding angle (?2) in at least one region (62) of the second lateral part (60) at rest.

Abstract: The present disclosure relates to an implantable strapping device comprising an elongate hollow textile element comprising an attachment portion and an adjustable loop, the perimeter of the adjustable loop is adjustable by sliding a portion of the adjustable loop in an interior volume of a sleeve arranged in the textile element, and a strapping closing member comprising a front part with which the adjustable loop or the attachment portion is connected, and a rear part comprising a first U-shaped housing configured to receive part of the attachment portion or of the adjustable loop. The strapping device thus comprises a clamping position of the strapping by sliding the adjustable loop in the sleeve, and a locking position in which the sliding of the adjustable loop is prevented by the sleeve.

Abstract: The invention relates to a marking system comprising at least one micropercussion marking machine, characterized in that it also comprises a first RFID (radiofrequency identification) means fitted to said marking machine, a second RFID means fitted to a device separate from said marking machine, said first RFID means being designed to transmit first information to said second RFID means and/or said second RFID means being designed to transmit second information to said first RFID means. The invention is particularly suitable for the micropercussion marking of industrial components or products in order to identify them and track them easily and reliably.

Abstract: The invention concerns a marking system (1) comprising: a plurality of micro-percussion marking machines (2) each equipped with a respective wireless link device (3), a computer network infrastructure designed to generate a connection area where said respective link devices (3) cooperate with said infrastructure in order to establish a respective wireless connection (8) between each machine (2) and said network (7), a centralized marking management device (9) connected to the infrastructure (6) and intended to provide said machines (2) with first information and/or to receive second information from said machines (2). The invention is particularly suitable for the micro-percussion marking of a large number of industrial components to ensure their identification and monitoring.

Abstract: An implantable device (1) comprising a flat and flexible longilinear textile element (3) having a first face A (15) and a second face B (16) and first and second free ends (11,13) as well as an identification device (20) configured to identify, when said longilinear element (3) forms at least one loop portion (5) delimiting an internal volume Vi, a first position in which the second internal face B (16) is oriented facing the internal volume Vi in said loop portion (5), the second internal face B (16) of the first free end (11) being directly facing the second internal face B (16) of the second free end (13); a second position in which the first external face A (15) is oriented facing the internal volume Vi according to at least one part of the loop portion (5), the second internal face B (16) of the first free end (11) being directly facing the first external face A (15) of the second free end (13).

Abstract: The invention provides an implantable prosthesis (100) comprising: an adhesive portion (102) that is capable of forming adhesions with organic tissues, the adhesive portion presenting a first peripheral edge (102a) and; a non-adhesive portion (104) that inhibits the formation of adhesions with tissues, that is secured to the adhesive portion, and that presents a second peripheral edge (104a), the first peripheral edge (102a) being set back from the second peripheral edge (104a) so as to uncover the non-adhesive portion, in part, defining, between the first peripheral edge and the second peripheral edge, a non-adhesive peripheral band (106) that surrounds the adhesive portion (102); the adhesive portion (102) has a central portion, and presents the shape of a star that includes a plurality of branches (108) that extend from the central portion, the adhesive portion having a plurality of notches (109) that are situated between the branches.

Abstract: The present invention relates to an implantable attachment device comprising an elongate element which is tubular flexible and hollow delimiting an internal volume comprising a tightening loop, having a first circumference in the inactive position, formed by the portion of said tubular element in said internal volume between intake and outlet openings distant by a length. The device comprises blocking means of said portion in the internal volume of said elongate element, which can be deactivated under the effect of manual traction exerted on the first or second end of said elongate element, said traction enabling the sliding of said elongate element between said orifices and correlatively the formation of the tightening loop having a second circumference in the active position, the second circumference being less than the first circumference.

Abstract: The present invention relates to an implantable attachment device comprising an elongate element which is tubular flexible and hollow delimiting an internal volume comprising a tightening loop, having a first circumference in the inactive position, formed by the portion of said tubular element in said internal volume between intake and outlet openings distant by a length. The device comprises blocking means of said portion in the internal volume of said elongate element, which can be deactivated under the effect of manual traction exerted on the first or second end of said elongate element, said traction enabling the sliding of said elongate element between said orifices and correlatively the formation of the tightening loop having a second circumference in the active position, the second circumference being less than the first circumference.