Abstract: The assembly includes a protective elastic tubular body and a tubular core for holding the tubular body expanded including a first part and a second part which are associated, the core being in an operating position in which the second part covers the first part, and being configured for an elongate member to be inserted into its internal space in operating position and for a pull then applied to the first part to make it slide relative to the second part to reach an extended position in which it can no longer move in relation to the second part; the second part including legs projecting axially from a collar and connected to each other exclusively by the collar; in the operating position the collar and legs surround the first part; and in the extended position the collar surrounds the first part and the legs are axially beyond the first part.

Abstract: An anchoring clamp for an insulated electrical cable, includes a body defining a housing for receiving the cable, a securing loop fastened to the body and configured to be attached to a support, and a cam rotatable relative to the body between a first position in which the cam is at a distance from the housing, and a second position in which the cam is in immediate proximity to the housing and is configured to clamp the cable in the housing, the anchoring clamp being configured to prevent the cam from passing freely from its second position to its first position and including a holding member which is distinct from the body, from the cam and from the securing loop, which is connected both to the body and to the cam and which is configured to prevent the cam from passing freely from its second position to its first position.

Abstract: A kit including a sleeve; a tubular core for stretching the sleeve, tightly covered by the sleeve and adapted to receive internally an elongate member; and a thin and flexible sliding element disposed between the sleeve and the core to enable the core to slide relative to the sleeve. The sliding element makes a half-turn over a first end of the core so as thereafter to be disposed inside the core in order to be able to be pulled from the second end of the core. The sliding element includes a net formed of flexible filaments with at least one layer of filaments connected to each other in a predetermined arrangement. The filaments are adapted to slide on the outside surface of the core and to turn back on themselves around the first end of the core.

Abstract: A connector configured to adopt a position for the installation of cables between jaws (2a, 2b), to adopt an in-service position in which the cables are sandwiched between the jaws (2a, 2b) and to pass from the cable installation position to the in-service position by bringing the jaws (2a, 2b) closer together, with a tightening element that is a blind rivet (4).

Abstract: A connector configured to adopt a position for the installation of cables between jaws (2a, 2b), to adopt an in-service position in which the cables are sandwiched between the jaws (2a, 2b) and to pass from the cable installation position to the in-service position by bringing the jaws (2a, 2b) closer together, with a tightening element that is a blind rivet (4).

Abstract: The system includes, in addition to the sleeve (11), a tubular core (12) for keeping in a stretched condition the sleeve, adapted to receive inside it the elongate member, and a film (13) with a low coefficient of friction placed between the sleeve (11) and the core (12) to enable the core to slide relative to the sleeve. The film (13) extends at least from a first end (15) of the sleeve to a first end (17) of the core (12) opposite the first end (15) of the sleeve, makes a half-turn at the first end (17) of the core (12) and then extends inside the core as far as its second end (18) at which it makes a half-turn and then extends outside the core (12) as far as the sleeve (11) to which it is fixed externally.

Abstract: A kit includes: a sleeve (11); a tubular core (12) for stretching the sleeve, tightly covered by the sleeve and adapted to receive internally an elongate member (30); and a thin and flexible sliding element disposed between the sleeve and the core to enable the core to slide relative to the sleeve, which sliding element makes a half-turn over a first end (17) of the core so as thereafter to be disposed inside the core in order to be able to be pulled from the second end (18) of the core; wherein the sliding element includes a net (13) formed of flexible filaments (21, 23) with at least one layer (22) of filaments (23) connected to each other in a predetermined arrangement, which filaments are adapted to slide on the outside surface of the core and to turn back on themselves around the first end of the core.

Abstract: The system includes, in addition to the sleeve (11), a tubular core (12) for keeping in a stretched condition the sleeve, adapted to receive inside it the elongate member, and a film (13) with a low coefficient of friction placed between the sleeve (11) and the core (12) to enable the core to slide relative to the sleeve. The film (13) extends at least from a first end (15) of the sleeve to a first end (17) of the core (12) opposite the first end (15) of the sleeve, makes a half-turn at the first end (17) of the core (12) and then extends inside the core as far as its second end (18) at which it makes a half-turn and then extends outside the core (12) as far as the sleeve (11) to which it is fixed externally.

Abstract: For locally supporting an overhead electrical power line, a suspension includes a suspension clamp, the bottom part of which is open laterally and forms a cradle which is associated with a pivoting clamping assembly. The suspension clamp includes, in addition to the clamping system, a pivoting closure clamp which closes the cross-section of the bottom part when required. Applications include installing and supporting low-voltage overhead electrical power lines formed of insulated cables.

Abstract: The device applies to conducting cables with a metal protective shield of small thickness, inserted between the conductor or conductors of the cable and an insulating outer jacket. The device, providing, for example, the grounding of the shield, includes a connector having a rigid body capable of bearing on the periphery of the cable, and a flexible filiform conducting element provided for encircling the cable, the latter being positioned in a transverse groove progressively hollowed out, by mechanical and/or thermal effect, with the aid of a cord or other filiform flexible member, in the insulating outer jacket over at least a fraction of its circumference and reaching the shield. A mechanism is provided on the connector for immobilizing, and mechanically tensioning in a controlled manner, that part of the flexible conducting element encircling the cable.

Abstract: An electrical cable connector comprises at least two insulative material jaw members adapted to define between them at least two parallel channels, one for each cable. At least one metal contact member is carried by one of the jaw members in a housing in which it is at least partially accommodated. It has active parts at the front adapted to intersect both channels. Clamping means close the jaw members so as to close the channels onto the cables. Insulative material seals are disposed around the respective active parts of the contact member and linked by a crosspiece. The crosspiece is secured by deformation to the respective jaw member so that it is fastened thereto. To this end the crosspiece is disposed between two ribs which are one piece with the jaw member and are deformed under pressure into a U-shape pressing against the crosspiece.

Abstract: This is a branching connector for establishing a branch connection between a main cable (15) and at least one branch cable (15').In accordance with the invention, at least the projecting part of contact members (17, 65 65') employed for this purpose is embedded in an insulating material dished member (42, 42', 76, 76') adapted to be applied against a cable (15, 15') of this kind all around it and so to seal and protect the electrical contact established between it and this cable (15, 15').Application, inter alia, to the connection of users to overhead electrical power distribution networks.