Abstract:
The invention relates to a plug connector in which the cables are led out at an angle and having secondary locking, comprising a plug part (1) on which there are disposed at least two opposite tongues (2a, 2b) disposed parallel to the plug axis (3) and having outwardly pointing catches (4a, 4b), and a socket part with correspondingly arranged slots to receive the tongues (2a, 2b) and for the engagement of the catches (4a, 4b) on correspondingly disposed shoulders. The tongues (2a, 2b) in the plug part (1) extend towards the back wall (5). The surfaces (6a, 6b) of the tongues (2a, 2b) oriented in each case towards the plug axis (3) are bevelled away from the plug axis (3) towards the back wall (5) The tongues (2a, 2b) are arranged to pivot on the plug housing over substantially half their length. The back wall (5) is formed with slots (7a, 7b) in the region of the bevelled side surfaces of the tongues (2a, 2b) in such manner that a U-shaped yoke (8), on insertion of its limbs (8a, 8b) into the slots, forces the tongues (2a, 2b) away from the plug axis (3) in this zone so that the opposite ends of the tongues (2a, 2b) are moved with the catches (4a, 4b) towards the plug axis (3).
Abstract:
This invention relates to a beam waveguide plug comprising: a plug casing (5) which has for each beam waveguide cable (2) a plug segment (6) and a clamping segment (7) for fixing the beam waveguide cable (2) to the plug (1). The clamping segment (7) has a socket (15) with a plurality of serrations (8) pressed by their edges into the beam waveguide sheathing and extending substantially transversely of the beam waveguide axis, and recesses (9) disposed between the serrations (8), to accommodate (15) the sheathing material displaced by the serrations.
Abstract:
L'invention concerne un procédé de réalisation d'un élément modulaire de connexion (C o ) à partir de connecteurs élémentaires indépendants (4 1 à 4 8 ), comportant des alvéoles. On réalise des éléments de blindage (5d), à partir de feuilles métalliques. On recouvre des faces de l'élément de connexion global (C o ) ainsi obtenu par les éléments de blindage (5d) et on fixe entre eux les connecteurs élémentaires (4 1 à 4 8 ) par repoussage de zones déterminées des éléments de blindage (50d à 52d) dans les alvéoles. Application notamment à la réalisation d'éléments de connexion (C o ) entre cartes de circuit imprimé mère et/ou fille.
Abstract:
A connector (1) for a cable (2) with a plurality of conductors and a common shielding (3) comprises a housing (4) of insulating material with contacts to be connected with the conductors, and a metal hood (5). The housing is at least partially accommodated in the hood. The shielding of the cable can be connected to the hood and the metal hood is provided with a wall (11) with a passage (12) for the cable. This wall (11) of the hood (5) comprises an upright collar (13) joining the passage (12) and having a conical outer wall (14). A ring (15) with a correspondingly conical inner wall (17) can be attached on this wall of the hood while clamping the shielding (3) of the cable (2) between the conical outer wall of the collar and the conical inner wall of the ring.
Abstract:
The connector comprises a plug (1) with socket contacts (2) with a wire connection side and a side receiving contact pins (6) extending from a socket (8) located on the airbag igniter. The connector is "non-serviceable", i.e., once it is mated with the ignition, it can only be unmated by use of a special tool. A snap-on cover (9) assures retention of the cable (4), and a downwardly projecting element (40) engages an aperture (50) in the igniter socket (8) to permit 360° positioning of the plug and the application of torque.
Abstract:
A card edge connector (12) comprising a housing (34), electrical contacts (36), and ejectors (22). The housing (34) has a middle section (42) with a card edge receiving area, two guide projections at opposite ends of the middle section, and a keeper section. The electrical contacts (36) extend from the middle section (42), through the keeper, to a bottom of the housing. The housing is suitably configured to receive a daughter printed circuit board at an angle of about 30° relative to a mother printed circuit board (14, 16). The ejectors are adapted to lock the daughter board (18) to the connector (12) and, eject the daughter board from the connector.