Abstract: The invention relates to a contacting element (1) for an optical fibre connector, said contacting element being made up of a front part (2), in which a ferrule (4) is accommodated and secured, and a rear part (3), in which a spring (5) is accommodated, said rear part being shaped to permit the through-passage of an optical fibre.

Abstract: The invention relates to a contacting element (1) for an optical fibre connector, said contacting element being made up of a front part (2), in which a ferrule (4) is accommodated and secured, and a rear part (3), in which a spring (5) is accommodated, said rear part being shaped to permit the through-passage of an optical fibre.

Abstract: Elbow connector for pluggable interconnection of an electrical cable to a mating connector, the elbow connector including a casing comprising a plug portion and a separable elbow portion, a connection terminal assembly mounted in the casing comprising a plurality of electrical terminals supported by a terminal housing mounted fixedly in the plug portion, and a keying arrangement complementary to a keying arrangement of said mating connector for angular orientation of the connection terminal assembly about a plugging axis relative to the mating connector, the elbow portion comprising a cable receiving cavity extending from a cable receiving end of the elbow portion to the plug portion through a bend.

Abstract: The present invention relates to an improved installation for conveying electrical signals carried by a first triaxial cable (2) to a second triaxial cable (6) and vice versa. It comprises: a first interface (3) between the first triaxial cable (2) and a fiber optic cable (4) and a second interface (5) between the fiber optic cable (4) and the second triaxial cable (6). A television camera (7) is connected to a remote camera control unit (1) via this installation. The first triaxial cable (2) connects the camera control unit (1) with the first interface (3). The first interface (3) comprises a first adapter converting electrical signals, conveyed by the first triaxial cable (2), to optical signals. The fiber optic cable (4) transmits optical signals to the second interface (5). The second interface (5) comprises a second adapter converting optical signals to electrical signals. The second triaxial cable (6) transmits the electrical signals to the television camera (7).

Abstract: Adapter (3, 5) for processing electrical signals in an installation comprising a video camera equipment (1) and a remote equipment (7). A first aim of the present invention is to provide an adapter system which allows automatically providing an output video signal that is co-timed to the master timing reference of the remote equipment. A second aim of the invention is to provide an adapter system which improves the security of the installation when power for the camera is transmitted by the remote equipment.

Abstract: Adapter (3, 5) for processing electrical signals in an installation comprising a video camera equipment (1) and a remote equipment (7). A first aim of the present invention is to provide an adapter system which allows automatically providing an output video signal that is co-timed to the master timing reference of the remote equipment. A second aim of the invention is to provide an adapter system which improves the security of the installation when power for the camera is transmitted by the remote equipment.

Abstract: The present invention relates to an improved installation for conveying electrical signals carried by a first triaxial cable (2) to a second triaxial cable (6) and vice versa. It comprises: a first interface (3) between the first triaxial cable (2) and a fibre optic cable (4) and a second interface (5) between the fibre optic cable (4) and the second triaxial cable (6). A television camera (7) is connected to a remote camera control unit (1) via this installation. The first triaxial cable (2) connects the camera control unit (1) with the first interface (3). The first interface (3) comprises a first adapter converting electrical signals, conveyed by the first triaxial cable (2), to optical signals. The fibre optic cable (4) transmits optical signals to the second interface (5). The second interface (5) comprises a second adapter converting optical signals to electrical signals. The second triaxial cable (6) transmits the electrical signals to the television camera (7).

Abstract: The invention relates to a male contact for an optical fiber (1), that comprises an outer body (2) of an elastically deformable material, a cylindrical guide (6) having a front portion (5) attached in the rear portion (4) of the outer body (2) and a rear portion (7) protruding from the rear portion (4) of the outer body (2). A cable adapter (65) extends through the cylindrical guide (6). An elongated floating ferrule (18) extends through the front portion (3) of the outer body (2). The ferrule (18) is connected to a ferrule holder (13) movably mounted in said outer body (2). It comprises abutment means (19) bearing on the first shoulders (11) of the outer body (2), and a helical spring (21) provided between the front portion (5) of the cylindrical guide (6) and the abutment means (19) of the ferrule holder (13). The cable adapter (65) is mounted so as to float within the cylindrical guide (6).

Abstract: The invention relates to a female connector (1) for a connector system (2) that couples first and second signal transmission conductor means. The connector system comprises a self-locking system of the push-pull type, some elements of which are secured to the female connector (1). The female connector (1) comprises a tubular body (10) housing an insert (11) equipped to accept each of the ends of the first signal conducting means. The elements (12) of the self-locking system that are secured to the female connector are formed on said insert (11). The invention also relates to a male connector (3).

Abstract: The present invention relates to an installation for conveying electrical signals carried by a first triaxial cable (1) to a second triaxial cable (18). It comprises: a first interface (15) between the first triaxial cable (1) and a fiber optic cable (9) and a second interface (16) between the fiber optic (9) cable and the second triaxial cable (18). A television camera (17) is connected to a remote camera control unit (14) via this installation. The first triaxial cable (1) connects CCU (14) with the interface (15). The interface (15) comprises an adapter converting electrical signals, conveyed by the triaxial cable (1), to optical signals. The fiber optic cable (9) transmits optical signals to the second interface (16). The interface (16) comprises an adapter converting optical signals to electrical signals. The second triaxial cable (18) transmits the electrical signals to the television camera (17). A mirror image of the adapters allows transmitting electrical signals from the camera (17) to the CCU (14).

Abstract: The connector system comprises a standard DIN 41612 two-part connector for printed circuit boards having a plug shell 1 inserted into a socket shell 2, which shells have grids 5, 12 and opposed cavities 6, 13 for separate contacts. A front plug shell hollow insert 16 and a rear plug shell hollow insert 17 are assembled in communication to one another in a cavity 6 of the plug shell 1. A front socket shell hollow insert 31 and a rear socket shell hollow insert 32 are assembled in communication to one another in a cavity 13 of the socket shell 2 opposed to the cavity 6 of the plug shell 1. An alignment sleeve 48 is placed in a floating condition in a housing 49 formed in the front plug shell insert 16. Alignment sleeve 48 allows front to front aligned housing of the ferrules 52 of two fibre optic male contacts plugged into the rear plug shell insert 17 and rear socket shell insert 32.

Abstract: The method provides for molding the rear end portion 4 of a tubular body 2 made of plastic material on an end portion 5 of a cable adaptor 6. The tubular body 2 has windows 10 formed in a front end portion 3 thereof. A coil spring 21 and a ferrule holder 13 having wings 19 are inserted through the front end portion 3 of the tubular body 2 and forced therethrough so that the wings 19 expand radially the the front end portion 3 and the end walls 11 of the windows 10. When the wings 19 arrive in the windows 10, the end walls 11 and the front end portion 3 may re-contract radially so that the wings 19 may catch the end walls 11 under the bias of the coil spring 21.

Abstract: The connector comprises a body (1) provided with a cylindrical bore (14) designed to house an insert (16) of cylindrical shape. The insert (16) is provided with a base (19) and with a first flange (25) which are intended to allow it to be positioned on an insert support (20). A second flange (18) ensures that the insert is positioned angularly in the body (1) with a conjugate female element (17). The insert support (20) is a piece formed from a hollow cylindrical part (21) followed by a cylindrical wall (23) which extends over a peripheral length greater than a peripheral half-length. This wall (23) is divided into two parts by an axial guiding groove (24) with which the first flange (25) mates.

Abstract: The connector system comprises an upstream tubular body (1) capable of being connected to a pressurized-fluid line and in which there is placed a first shutter (18) bearing against a seat (6) under the action of a spring (20) upstream of the shutter. A downstream tubular body (2), that can be plugged into the upstream tubular body (1) and is capable of being connected to a line receiving the pressurized fluid, contains a second shutter (49) bearing against a seat (38) under the action of a spring (51) downstream of this shutter and of spring force equal to or less than that of the spring (20). A push-rod (24) and a tubular wall (25) which are fixed to the first shutter (18) downstream thereof interact with a push-rod (55) fixed to the second shutter (49) upstream thereof and with an upstream edge (57) of the downstream tubular body (2). The upstream tubular body (1) is mounted in a socket (29) provided with a counterbore (31) and with a catching groove (32).

Abstract: A connecting device includes a first body (1) and a second body (2) which are automatically lockingly engageably with one another. Elastic tongues (6) with stop dogs (7) are associated with the second body (2), and a groove (4) on the first body (1) is engaged by the stop dogs (7). A chuck (16) with a frustoconical cam (25) maintains the stop dogs (7) in the groove (4) and connects axially by a resilient split washer (19) to the second body (2). A manual unlocking ring (27) is mounted for axial movement on the chuck (16) to release the stop dogs (7) from the groove (4). A nut (29) engaged on a thread (28) of the first body (1) makes it possible to block the stop dogs (7) in the groove (4) and to immobilize the unlocking ring (27) by clamping against the chuck (16), so as to prevent any unintentional, accidental or improper unlocking.

Abstract: The present invention relates to an electric contact connector for armored coaxial cables. This connector, which comprises a tubular plug-in member in which there is fastened a bushing for holding a contact cable and a clamping element clamped on said bushing around the armoring of said cable, has the special feature that it comprises a single-piece tubular body having, without interruption of continuity, two separate zones one of which constitutes the plug-in element and the other the clamping element. One thus obtains simultaneously the clamping of the armoring and the holding of the cable holding sleeve solely by the clamping operation of the clamping zone of the tubular body.

Abstract: A right-angle electric contact plug in which a right-angle body comprises a first tubular part comprising an end radial notch, a second tubular part debouching into the said notch, and a removable closure element fastened to at least one of the two parts of the body and intended to close off the notched end of the first part of said body. The plug is characterized by the fact that the two parts of the body are removable, that the two edges of the radial notch of the first part of the body form a slide, that the base of the second part of the body forms a slide, that the notched end of the first part of the body is threaded, and that the closure element is a threaded plug.