Etablissements Carpano & Pons

Carpano & Pons

Etablissements Carpano & Pons Sa

Establissements Carpano & Pons

Yves Saligny

This connection unit for telecommunication lines comprises a sequence of insulating connection boxes and protection boxes alternating side by side on a pair of common transverse supports. Each connection box comprises at least two rows of connection elements with one row disposed along one side of the box and oriented in the direction of the common supports and the other row disposed along the side opposite the first side. Each protection box supports aligned lightning arresters. The means interconnecting each connection box and the protection box associated therewith are provided in the vicinity of one of the two opposite sides of the connection box, and in the vicinity of the registering side of the protection box. The individual means for positioning and securing the connection boxes and the protection boxes on their common supports are identical, whereby it is possible to replace a protection box with a connection box.

Connection unit for telephone line

A self-stripping electrical connector has a grounded bar formed with at least one threaded bore, a dielectric lower support part secured to the bar over the bore and formed with two adjacent outwardly open lower guide passages, a pair of electrically conductive and generally parallel lower tubes having lower ends formed with slots aligned with the respective lower passages and upper ends also formed with slots, and respective guides on the lower support part carrying the tubes for movement toward and away from the bar with the lower-end slots aligned with the respective lower passages. A dielectric upper support part overlies the lower part and is formed with two adjacent outwardly open upper guide passages aligned with the upper-end slots of the respective tubes. A screw is engageable through both of the parts and into the bore of the bar for pressing the upper part down on the lower part and for pressing the tubes down in the lower part and thereby wedging wires in the passages and aligned with the respective slots thereinto.

Self-stripping electrical connector

A connection device, in particular for telecommunication lines, comprises a casing consisting of two substantially identical parts, each comprising, on their open assembly side, a plurality of projecting parts and recessed parts in the form of castellations. The dimensions of the castellations are such that they are able to penetrate one in the other. A passage is contained in each projection of one part of the casing and in the corresponding recess in the other part of the casing. Each passage contains two conductor elements arranged in facing relationship. The elements have split end parts arranged on opposite sides of the casing, into which electrical connections can be made.

Connection device

A connection device includes a tubular connection member supported by an individual insulating support. The tubular connection member has a second end with dimensions so that it is able to receive the first end of another tubular connection member. A slot is formed in the second end and a slot is formed in the first end. The slots are adapted to receive a cable. The two tubular members are housed inside two half-sockets and an intermediate half-socket. The three half-sockets are housed in a common insulating case. The second tubular connection member may have a second slot formed in its second end which can grip another cable.

Electrical connection devices

The invention relates to a connecting element consisting of a plate whose faces operate on either side of at least one automatically stripping connecting plug, in conjunction with an electrical conductor, in order to ensure the connection of the latter into the said plug. The plate consists of two faces through which two passages are provided, of sufficient dimensions to allow the conductor to pass through. These passages have two opposite edges arranged in the direction in which the plate is pushed in. The first edge is directed towards the free ends of the faces, in order to work in conjunction with the conductor when the latter is connected. The second edge which is opposite is provided in order to ensure the disconnection of the said conductor out of the plug, when the plate is withdrawn in the direction 18. An element of this kind can be used especially for connecting and disconnecting wires of telecommunication lines, on distributors or subdistributors.

Connecting element

A protection module for connecting blocks is intended notably for at least one line wire of a telephone system and comprises a case having a ground terminal, an input terminal and an output terminal for each line wire, and a first lightning arrester having a first terminal connected to the ground terminal and a second terminal clamped resiliently between two extensions of the line terminals, respectively. Another lightening arrester has a first terminal connected to the ground terminal and a second terminal clamped resiliently between two extensions of the other pair of line wire terminals. An orifice registering with a third pair of terminals parallel to the other pair of line wire terminals is adapted to guide a detachable element which comprises an insulating portion adapted to be fitted between the terminals of the third pair of the lightning arresters and each extension of the pair of output terminals.

Two-section protection module for connecting blocks

A connecting member, notably for telephone systems, comprises a first thinner portion made of a single thickness of a flat unitary conducting element acting only as a conducting portion, and a second, relatively rigid portion comprising four times the thickness of the flat element by being bent flat three times accordion-like for constituting the connecting terminal. A third portion being also provided which comprises two thicknesses of the flat element. A fourth portion disposed between the first and third portions consists of an extension of two intermediate portions constituting the terminal adjacent a terminal disposed symmetrically thereto. The third and fourth portions are curved and each is adapted to cooperate resiliently with another connecting member, notably terminal strips, distributing strips and cable heads.

Connecting member for telephone systems

A connecting block for telephone systems comprises insulating supports carrying input and output terminals for connecting the wires of the telephone lines. It comprises a case provided with guides cooperating with ribs formed on insulating plates. Each insulating plate carries on its inner face one input terminal and one output terminal. Each input terminal has an extension which, in the inoperative condition, contacts an extension of the corresponding output terminal. Channels are formed on the plate for facilitating the insertion of the wires having their ends connected to the input terminals, the same applying to the output terminals.

Connecting blocks for telephone systems

This telephone exchange distributor accessible from only one face, namely the front face, comprises vertical rows of connecting blocks and horizontal rows of distribution strips. Between every other or every adjacent pairs of connecting blocks an interval is left for a horizontal row of strips, and the plurality of horizontal rows of strips constitute the front face of the distributor. The rows of blocks are disposed between the rows of strips and parallel thereto. The wiring is facilitated by the provision of guideways for the jumpers, which extend vertically behind hooks and horizontally and longitudinally on the top face of brackets rigid with vertical frame members supporting the blocks. The brackets extends forward and carry at their front end the strips, and the jumpers extend also horizontally under other hooks. A guideway is provided in the frame members for the cable containing the incoming line wires, and another guideway is provided vertically in the frame members for the cable containing the outgoing wire lines.

Distributor

This connecting unit for dispatchers systems comprises means for connecting a predetermined number of line wires. It comprises stacked pairs of insulating supports 1, 2 kept in spaced relationship to each other by means of ribs extending from one face of a support, in each pair. The face 1' of insulating support 1 carries for example a conductor 11 of which a first end constitutes an input E1 and the second end is bent at Eb1. Similarly, the face 2' of insulating support 2 carries a corresponding conductor 21 of which a first end constitutes an output S 1 and a second end is welded at Sb 1 in front of Eb1. The bent end Eb1, in the inoperative position, bears against a portion 43 of a ground circuit 40. A module may be plugged in between the insulating supports 1 and 2 for co-operating with Eb1, Sb1 and portion 43. It may also co-operate with contact blades 42 and 51 connected to ground and signal circuits, respectively, provided on the insulating supports 1 and 2. The unit is intended more particularly for systems in which a great number of line wires have to be connected within a relatively reduced volume.

Connecting unit for dispatchers systems

A connector for the connection of electrical conductors of relatively small section, of the type comprising a flat conducting element in which there is a gripping slot of relatively small width in relation to the thickness of the flat element. This slot being adapted to receive and grip at least one conductor. The flat element is formed of two or more flat pieces disposed in piled configuration against one another and rigidly connected to one another, possibly by integral bridge portions formed by folding a flat band. Each flat piece has a narrow slot which is not substantially wider than the thickness of the piece, these narrow slots being aligned to form the gripping slot.

Connector adapted to grip electric conductors

A cable connection unit comprises a pile of insulating plates carrying preformed conducting strips. A first end of each strip is connected to or forms a lead-in or lead-out terminal, and a second end is bent in an orifice traversing the pile. Plug modules plugged in one face of the pile have lead-in and lead-out pins contacting the bent second ends of the strips and a grounding pin contacting a grounding grid placed on the opposite face of the pile. The modules have fuses connecting their lead-in and lead-out pins and lightning protectors between these pins and the grounding pins. When a module is not plugged in, the bent second end of the corresponding lead-in terminal comes to contact the grounding grid.

Growing community of inventors

Cluses, France

Yves Saligny