Abstract:
A clamp for attaching electrical cables, telephone cables or supporting cables, provided or equipped with an attachment cord (1) fitted with at least one retaining ferrule (7), said cord (1) extending between a first hole or housing of the clamp and a second hole or housing or fixing means of the clamp to form a closed loop (B), characterised in that the clamp, its body and/or the cord is fitted with first means (8) for opening the loop (B) if the cord (1) is subjected to a force greater than a first predetermined force and second means (9) allowing at least a portion (1B) of the cord relative to the clamp or its body if the cord is subjected to a force greater than a second predetermined force less than the first particular force.
Abstract:
A flexible circuit connection device (100) comprising a casing (1) fitted with at least a row of longitudinal plug sockets for the reception of connectors (6), the connectors comprising crimping and electrical connector terminations (7) with the flexible circuit, a cover component (5) which is manoeuvrable between a pre-insertion position of the connectors and a locked position of the said connectors, the component of the cover being composed of a frame (11) provided with an opening to admit a component of the crimping tool (50).
Abstract:
The invention relates to a lockable connector (1) for a smart-card (2), which includes a movable carriage (6) intended to bring the smart-card (2) from a first position, in which the said card (2) projects to the outside of the connector (1), into a second position, in which the said card (2) is immobilized inside the said connector (1) in order to be read. According to the invention, the said connector (1) includes a lever (5) which is mounted so as to pivot about a pin (7) and has a first end (8) extending near the inlet (10) of the connector (1) and a second end (12) extending towards the inside of the connector (1) and in that the said carriage (6) includes at least one arm (14) which, on the one hand, laterally pushes back the said first end (8) of the pivoting lever (5) in order to allow the smart-card (2) to be inserted into the connector (1) when the carriage (6) is in the first position and, on the other hand, laterally pushes back the second end (12) of the pivoting lever (5) when the carriage (6) is in the second position in such a way that the first end (8) of the lever (5) at least partially closes off the inlet of the said connector (1).
Abstract:
An electrical plug connector is specified, which has a U-shaped locking clip (30), two mutually parallel running limbs (32, 33) and a base (15) running essentially at right angles to them, a connector housing (1) having two pins (21, 22) which are integrally formed on a pivoting shaft (20) on the opposite side surfaces (18, 19) of the connector housing, pointing outwards, and on which the free ends (36, 37) of the limbs (32, 33) are hinged, and comprises a mating connector housing (2) having an apron (4), in which the clip (30) and the mating connector housing (2) have complementary engagement elements (39, 12) for inserting the connector housing (1) into the mating connector housing (2). At least one of the two limbs (32, 33) has a lever arm (50) which can pivot elastically about a rotation shaft (60) and has a projection (74), which rests on the side surface (18 or 19) at the level of the pivoting shaft (60), in which the rotation shaft (60) essentially coincides with the longitudinal axis of the limb (32, 33), and the mechanical connection between the head end (51) of the lever arm (50) and a latching element (25, 26) fitted on the corresponding side surface (18, 19) of the connector housing (1) can be released, in that the apron (4) extends onto the foot end (53) of the lever arm (50) when the connector housing (1) is inserted into the mating connector housing (2).
Abstract:
This invention relates to a conveying system (1) for rigidly interconnected parts (2), particularly on a machine tool for the further processing of semi-product parts, comprising a conveying duct (3) with at least one compressed air supply line (4a - 4c) with an air flow component in the conveying direction.
Abstract:
[Problems] To enable the connection work of branching an insulated cable off from another insulated cable at an intermediary position to be readily performed singlehandedly. [Solution] The invention offers a connector 1 comprising at least one connector member 5 composed of a conductor material and having a first and second puncturing tooth 17, 18 capable of piercing through the insulator coverings of two insulated cables and achieving electrical contact with conductors inside; a sealing member 6 composed of a resilient material, provided with a contact surface 6b for contacting outer surfaces of the insulator coverings of said insulated cables 7, 8, and a through hole 6c opening onto said contact surface 6b for passage of the first and second puncturing teeth 17, 18 of said connector member 5, for applying pressure to said puncturing teeth 17, 18 to make them project from said opening; a pair of jaw members 2, 3 for grasping said insulator cables 7,8 via said connector member 5 and said sealing member 6; and a bolt 13 for coupling these jaw members 2, 3 to bring said jaw members 2, 3 closer together by clamping; wherein a handle 20 projecting to the outside is provided in at least one of said jaw members 2, 3.
Abstract:
L'objet de l'invention est un procédé de fabrication d'un interconnecteur pour la microconnectique dans lequel on constitue au travers d'un support mince formé d'un support textile (1) réalisé à partir d'un matériau non conducteur de l'électricité, au moins un plot (4) d'un matériau élastomère conducteur de l'électricité affleurant sur les deux faces dudit support textile (1). Application à la microconnectique.
Abstract:
A stacked connector comprises a first receptacle (14) in a first portion (78) of the connector. A second receptacle (16) is stacked on the first receptacle (14) in the first portion (78) of the connector. A group (20) of first contacts (18) is arranged in the first receptacle (14). A group (22) of second contacts (18) is arranged in the second receptacle (16). A second portion (80) of the connector is arranged adjacent to the first and second receptacles (14, 16) and includes a recess (70) extending across the first and second receptacles (14, 16) for receiving an insert (24) containing at least one filtering circuit element. The groups (20, 22) of the first and second contacts (18) have extensions (66, 68) extending into the second portion (80) of the connector, the extensions (66, 68) of the first and second contacts are arranged along one wall (88) of the recess (70) for connection to the insert (24). A group (106) of third contacts (96, 98) is provided separate from the groups (20, 22) of the first and second contacts. The group (106) of third contacts is arranged along a different wall (90) of the recess (70) for connection to the insert (24) and for connecting the stacked connector to circuitry external of the stacked connector and the insert (24).
Abstract:
L'objet de l'invention est une grille (24) mobile de protection de (34) broches, associée à un connecteur (12) électrique porte-broches adapté pour coopérer par emboîtement avec un connecteur (10) électrique porte-contacts femelles muni d'une grille (16) fixe, ladite grille mobile de protection pouvant prendre deux positions l'une avancée de protection des broches et l'autre reculée de libération des broches, caractérisée en ce que cette grille (24) mobile comprend un linguet (42) mobile prévu pour coopérer avec une première butée (52) du connecteur électrique porte-broches dans une position avancée et pour s'escamoter afin de libérer ladite grille mobile qui peut prendre une position reculée et en ce que la grille (16) fixe comprend un linguet (60) extracteur adapté pour coopérer avec ce linguet mobile pendant les mouvements de la position reculée de la grille mobile vers la position avancée. L'invention couvre aussi le connecteur associé.