Abstract: An isolating insert for, in a block of modules for distributing a pneumatic fluid, forming two adjacent block sections, comprising: a body with an external surface comprising two parallel faces for assembly by juxtaposition against each adjacent module with, between these faces, internal channels providing the continuity of the common channels of the block and with a bypass for at least one of these internal channels opening out at the external surface of the element outside the assembly faces, a flat plate removably located on one of the above mentioned assembly faces, forming the closure and/or connection means of at least the internal channels of the body with the common channels of the block, the plate inseparably carrying a part identifying its function projecting from the external surface of the body.

Abstract: The invention relates to a block of pneumatic modules consisting of a plurality of adjacent distribution modules, juxtaposed and kept tightened against each other along parallel faces and between two end modules by assembly means passing through all the distribution modules and at least one of the end modules. The assembly means comprise, for each distribution module, a single through rod with a first externally threaded end and a second internally threaded end, the second end of each rod being shaped as a head whose external surface is not of revolution about the axis of the rod and which, in service, at least partially projects from a face of the module through which the rod passes, the face of the adjacent module turned towards the head having a recess corresponding in shape to the above mentioned head.

Abstract: An isolating insert for, in a block of modules for distributing a pneumatic fluid, forming two adjacent block sections, comprising:

Abstract: A solenoid valve comprising a body in which there is fixed an electromagnet having a plunger core carrying at least one valve member and movable between first and second positions corresponding respectively to an excited state and to a rest state of the electromagnet, and a manual control pushbutton mounted on the body transversely to the plunger core firstly to slide between an active position in which a cam-forming end of the pushbutton co-operates with the plunger core to bring it into its first position and an inactive position into which the pushbutton is returned resiliently and its cam-forming end is disengaged from the plunger core, and secondly, while in the active position, to pivot between a locked position in which the pushbutton co-operates with an abutment element secured to the body which opposes resilient return, and an unlocked position in which the pushbutton escapes from the abutment element, the abutment element including means enabling it to be releasably fixed to the body.

Abstract: A miniature solenoid valve comprising: a valve body; an electromagnet having a yoke secured to the body and a plunger core movable relative to the yoke along a longitudinal axis of the electromagnet; a pneumatic chamber formed in the body adjacent to the end of the plunger core that faces away from the yoke, into which chamber there opens out freely a first duct and, each via a respective seat, second and third ducts, with the openings of the second and third ducts facing in opposite directions and being coaxial about the longitudinal axis of the electromagnet; and first and second valve members facing the two seats respectively with clearance, the first valve member being carried by the plunger core and the second valve member being carried by moving equipment held in contact with the plunger core so as to be moved therewith, in which the two seats are provided at respective ends of a single seat-carrier piece which includes internally the ends of the second and third ducts, said piece being engaged in t

Abstract: An interface module for an island of electropneumatic control valves on bases, the module comprising a body having at least one face for connection to a base of the island and, away from said base, means for coupling to at least a first external duct, said body having at least one internal main channel, a secondary channel, and a branch internal channel for connecting the main channel to the secondary channel, which branch channel is provided with a two-position selector which, depending on its position, provides continuity for the connection or interrupts it. The selector also has has connection means for connecting the secondary channel to a second external duct, which means are accessible from outside the module when the selector is in its interruption position and are masked when the selector is in its continuity position.

Abstract: A flaring machine comprises a forming die (14) mounted on a support, two jaws (6) forming a clamping tool for holding one end of pipe (4) to be flared, driving means (17, 18) permitting an orbital motion of the forming die, driving means (25) permitting the forming die to move towards pipe end (4) and means permitting the forming die to move away from pipe end (4). Jaws (6) are disposed in a stationary jaw holder forming a first block (1). A second stationary block (2) faces the first block. A mobile block (3) comprising forming die (14), its support and its driving means (17) is provided with guiding means (12) connecting the two stationary blocks. Mobile block (3) is driven in translational motion by a hydraulic cylinder disposed in the second stationary block (2).

Abstract: A connecting device comprises a connecting part (2) surrounding and fixed to the end of a tube (1). Connecting part (2) includes a ring-shaped hollow (5) at its downstream end. A flange (8) on the downstream end of the tube is located in hollow (5) and retains the connecting part (2). A ring-shaped groove (9) is also arranged at the downstream end of tube (1). Groove 9 is intended to receive a leakproof gasket (10). Assembly of the connecting part (2) onto the end of the tube (1) is carried out by means of a rivet snap tool (12). The tool (12) includes a support (13), a truncated central protrusion (14), and a rib (15).

Abstract: A connecting device comprises a connecting part (2) surrounding and fixed to the end of a tube (1). Connecting part (2) includes a ring-shaped hollow (5) at its downstream end. A flange (8) on th downstream end of the tube is located in hollow (5) and retains the connecting part (2). A ring-shaped groove (9) is also arranged at the downstream end of robe (1). Groove 9 is intended to receive a leakproof gasket (10). Assembly of the connecting part (2) onto the end of the tube (1) is carried out by means of a rivet snap tool (12). The tool (12) includes a support (13), a truncated central protrusion (14), and a rib (15).

Abstract: A jack consists of a body of the jack (2) sliding on a fixed piston (9) mounted on a support (6) by means of a piston rod (4), and at least one element for guiding the body on the support. The body of the jack is an extruded section (2) containing at least one longitudinal bore (3) used as the piston chamber for the jack, and equipped with at least two guide rods (5) mounted on the section (2) in the longitudinal direction. Bearings (15) adapted to the shape of the guide rods (5) are mourned on the fixed support (6). At least one of the bearings is adjustable. Advantageously, the extruded section (2) is equipped with two hydraulic shock absorbers intended to contact limit stops (21). Limit stops (21) have adjustable positions, and can be retracted and fixed on an L-shaped groove (20) of the fixed support (6).

Abstract: This fitting has a transverse bore (3) and, at one of its ends, a male or female threaded end to connect it immovably to one of the two parts to be joined by means of tube (6) and, at its other end, a ring-shaped chamber (5) which is coaxial to bore (3) and which, in addition to a ring-shaped watertight joint (9) and a retaining collar (8), houses a ring-shaped member (7) which has prongs (7a) slanted toward the rear (5a) of chamber (5) and pro-jecting radially into chamber (5), thus delimiting an inside diameter normally smaller than the outside diameter of the connecting tube, the purpose of this chamber (5) being to receive and retain one of the ends of tube (6) simply by inserting it to the rear (5a) of the chamber and the inside and outside diameters of chamber (5) corresponding approximately to the outside diameter of tube (6), while the outside diameter is greater than the outside diameter of tube (6) to make it possible to house the ring-shaped joint (9), the pronged member (7) and the retaining colla