Abstract: This massage head includes a housing, having two active members emerging from the lower surface thereof, having its free lower edge, opposite to the housing, intended to be in contact with a patient's skin. One at least of said active members is formed of a flap hinged within the housing and capable of being pivoted to bring the lower edges of said active members closer to each other or draw them away from each other, the relative displacement of said at least one flap being ensured by means of a rotary cam formed within the housing, the rotation axis of the cam being oriented substantially parallel to the displacement direction of said at least one flap. The cam includes at least one cam track formed on its periphery, intended to cooperate with the flap support(s), having one or their ends hinged in the housing.

Abstract: A casing defining an internal chamber having a skinfold formed therein when it is applied to a patient's skin, said fold coming into contact with the lower edges of the chamber. The chamber is defined by two lateral walls and by two transverse walls, at least one of said transverse walls being formed of a flap capable of having a pivoting motion, to induce the coming closer and the drawing away from each other of the lower edges of said transverse walls in contact with the skinfold. The flap is hinged in the vicinity of its upper end on the lateral walls. The pivoting of the flap is obtained by means of a geared motor fixedly assembled within said flap, and having its output shaft rotating a cam, received in a cam race fastened to one of the lateral walls of the internal chamber.

Abstract: A massage head including a casing forming an internal chamber defined by a back wall, two lateral walls, and two transverse walls, and open on its surface opposite to the back wall, and having a skinfold formed therein when the head is applied to a patient's skin. The head is formed of two modules provided with means capable of enabling to reversibly fasten them to each other. Each of the modules integrates a functional element defining one of the transverse walls of the internal chamber.

Abstract: The invention concerns a massage apparatus operating by suction and mobilization of the skin tissue, in the form of a manually operated set (1), essentially comprising a housing connected to a suction source and including an inner chamber (4) open on its surface designed to be in contact with the patient's body and means for exerting a mechanical action on the skin fold formed inside said chamber (4) during the massage. The invention is characterized in that the suction chamber extends transversely over the whole width of the housing and is open at its two lateral ends; the means for exerting a mechanical action consist of at least two mobile sets (7, 8) laterally arranged on each housing (3) side, resting sealed against the side walls and obstructing the lateral openings of the suction chamber.

Abstract: A massage device that includes a casing having a pair of opposed transverse walls and side walls to define an open bottom chamber. The bottom of the transverse walls having convex edges extending the length of the opening. At least one of the transverse walls being capable of moving toward and away from the opposing transverse wall and a suction device is arranged to draw air through the chamber and thus draw skin into said chamber when the device is applied to a patient's body.

Abstract: A massage apparatus including a casing having an open bottom chamber therein. A pair of spaced apart end rollers are rotatably mounted in the chamber so that they ride in sealing contact against two side walls and top wall of the chamber. A suction is applied to the region between the rollers so that a skin fold is created in the chamber between the rollers when the rollers are applied to the skin of a patient.

Abstract: Adjustable flow electromagnetic valve having a closing assembly (8) movable within a chamber (7) with a passage (3) linked to a high pressure area and a passage (4) linked to a low pressure area. The electromagnetic valve is designed such that the closing assembly consists of a valve (8) freely movable within the chamber (7). The disk-shaped valve (8) is flat, light and non-deformable and is capable of being automatically brought to its fluid flow position when pressure within the inlet passage (HP) (5) tends to a value approaching a predefined set pressure; the electromagnetic valve is also designed such that fluid flow through the valve (8) is achieved by openings (10) formed in the thickness of the valve, the openings being arranged in a median area outside the circumference of the inlet passage (3) so that the latter can be closed when the valve (8) is electromagnetically returned.