Abstract: The invention relates to a prosthetic system including; an implanted device including: at least one inflatable element (1) that can be inflated in response to a pressure of a fluid; a tank (2) for the fluid in communication with the inflatable element; a sealed case (3) in which is mounted a motor-driven pump supplied with energy by a wireless energy transfer system, part of which (30) is mounted in the case, this pump being in communication on the one hand with the inflatable element via a one-way discharge obturator and on the other hand with the tank via a one-way suction obturator; a manual command for deflating the inflatable element (1) acting simultaneously on the one-way suction and discharge obturators; the control case (B) integrating another part of the energy transfer system and ensuring the control of the operation of the energy transfer system.

Abstract: The invention relates to a prosthetic system including; an implanted device including: at least one inflatable element (1) that can be inflated in response to a pressure of a fluid; a tank (2) for the fluid in communication with the inflatable element; a sealed case (3) in which is mounted a motor-driven pump supplied with energy by a wireless energy transfer system, part of which (30) is mounted in the case, this pump being in communication on the one hand with the inflatable element via a one-way discharge obturator and on the other hand with the tank via a one-way suction obturator; a manual command for deflating the inflatable element (1) acting simultaneously on the one-way suction and discharge obturators; the control case (B) integrating another part of the energy transfer system and ensuring the control of the operation of the energy transfer system.

Abstract: A penile implant having an elongate erectile body (2) supported by a symphyseal anchoring mount (3). The symphyseal anchoring mount (3) has a mounting plate (25) presenting a bearing face (26) extending in a plane, and the erectile body (2) extends from the face opposite the bearing face, in a direction that forms with the plane of the bearing face, an angle of inclination lying in the range 5° to 30°, and preferably in the range 10° to 20°, the erectile body (2) having at its end that is opposite the end provided with the symphyseal anchoring mount, a bulbous portion (4) forming a glans.

Abstract: A penile implant having an elongate erectile body (2) supported by a symphyseal anchoring mount (3). The symphyseal anchoring mount (3) has a mounting plate (25) presenting a bearing face (26) extending in a plane, and the erectile body (2) extends from the face opposite the bearing face, in a direction that forms with the plane of the bearing face, an angle of inclination lying in the range 5° to 30°, and preferably in the range 10° to 20°, the erectile body (2) having at its end that is opposite the end provided with the symphyseal anchoring mount, a bulbous portion (4) forming a glans.

Abstract: A surgical implant includes an inflatable element that is inflatable responsive to fluid pressure; a tank for fluid under pressure in communication with the inflatable element to regulate the pressure of the element; a manually controlled pump in communication firstly with the inflatable element via a one-way check valve, and secondly with the tank via a one-way check valve; and a control unit incorporating the tank and the manual pump. The control unit presents a through opening for the fluid, the opening being in communication firstly on the inside of the control unit with the tank and the manual pump, and secondly on the outside of the control unit solely with the inflatable elements via a catheter mounted between the inflatable element and the control unit. The tank is formed by a leaktight chamber of fluid under pressure defined by a movable piston elastically biased by a spring.

Abstract: A surgical implant includes an inflatable element that is inflatable in response to fluid pressure; a tank for fluid under pressure in communication with the inflatable element to regulate the pressure of the element; a manually controlled pump in communication firstly with the inflatable element via a one-way check valve, and secondly with the tank via a one-way check valve; and a control unit incorporating the tank and the manual pump. The control unit presents a through opening for the fluid, the opening being in communication firstly on the inside of the control unit with the tank and the manual pump, and secondly on the outside of the control unit solely with the inflatable elements via a catheter mounted between the inflatable element and the control unit. According to the invention, the tank is formed by a leaktight chamber of fluid under pressure defined by a movable piston elastically biased by a spring.