Abstract:
A single-piece optical fibre coupling (1) is specified which has a housing (2) with at least two holder openings (3a, 3b), which are arranged coaxially and run towards each other, for the optical fibre ends (4a, 4b) to be connected, the holder openings (3a, 3b) each having an outer section (3c, 3d) with a threaded crimp (3g) and an inner section (3e, 3f) with a thread (3h) of lower depth.
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:
Plug-in connector sleeve (1) having a plug-in region (2) and a conductor connection region (3), the plug-in region having a box-shaped housing (4) with two side walls (5, 6), a floor (7) and a roof (8), at least one contact segment (9 to 13) projecting into the housing in the roof region and in the floor region, in each case. In the direction of insertion, the plug-in connector sleeve firstly has on the first side wall (5) a contact segment (9) in the roof region, which projects inwards with its free end (13), and a contact segment (11) in the floor region, which projects inwards with its free end (14) from the second wall (6), and as, further in the direction of insertion, on the first side wall (5) a contact segment (10) projecting inwards with its free end (15) in the floor region, and has a contact segment (12) in the roof region which projects inwards with its free end (16) from the second side wall (6).
Abstract:
The invention relates to a light waveguide connector having an angled cable outlet, a body in which one or more light waveguide plugs is or are disposed in continuous chambers, a support element connected to the body and having one or more channels adapted to receive light waveguide cables angled relatively to the axis of the light waveguide plugs connected to them, and a cover cap for closing the channels, characterised in that the cover cap is rotatable for closure around an axis and has a pressing element which presses on the plugs near the axis in order to retain the plugs in their chamber, and when in the closed state the cover cap clamps the light waveguide cables in the channels.
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:
A single-piece optical fibre coupling (1) is specified which has a housing (2) with at least two holder openings (3a, 3b), which are arranged coaxially and run towards each other, for the optical fibre ends (4a, 4b) to be connected, the holder openings (3a, 3b) each having an outer section (3c, 3d) with a threaded crimp (3g) and an inner section (3e, 3f) with a thread (3h) of lower depth.
Abstract:
The present invention relates to a cylindrical contact tube (1) having a contact part (2) and a connecting part (3). The contact part (2) has a cylindrical lateral surface (4) with at least one contact spring (5) which is punched out of the lateral surface (4) and orientated essentially parallel to the plug-in direction, the contact spring additionally being coined.
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.