Arrangement for connecting light waveguides
AssigneeHARTING Automotive GmbH & Co. KG
InventorsAlexander Bruland, Ludger Leve, Jens Krause, Ralf Schöttelndreier
Life of this patent
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Abstract
An arrangement for connecting light waveguides, in which a casing houses a carrier body in which detachable light waveguides provided with fiber end sleeves, optoelectrical components, and also electrical contacts for a connecting plug are arranged.
Claims7
Arrangement for connecting light waveguides, the arrangement having a casing in which optoelectrical components are arranged, characterized in that a carrier body (40) with a light waveguide plug-in side (48) and an electrical plug-in side (49) is provided in the casing (10), the carrier body (40) has, on the light waveguide plug-in side (48), at least one bore (42) for receiving a light waveguide (4) provided with a fiber end sleeve (5), and that at least one optoelectrical converter (41) with a light-sensitive face and with electrical connections is arranged in the carrier body (40), characterized in that within the at least one bore (42) in the carrier body (40), the fiber end sleeve (5) is pressed in the axial direction against a stop (7), the end face of the fiber end sleeve (5) having a defined air gap in relation to the light-sensitive face of the optical converter (41).
Arrangement for connecting light waveguides, the arrangement having a casing in which optoelectrical components are arranged, characterized in that a carrier body (40) with a light waveguide plug-in side (48) and an electrical plug-in side (49) is provided in the casing (10), and that at least one optoelectrical converter (41) with a light-sensitive face and with electrical connections is arranged in the carrier body (40), characterized in that the casing (10) is provided with a lid (30) that can be swung open, the lid (30) being connected to the casing (10) via a film hinge (31), and that the lid (30) can be latched to the casing (10) by means of latching means (33).
Arrangement for connecting light waveguides, the arrangement having a casing in which optoelectrical components are arranged, characterized in that a carrier body (40) with a light waveguide plug-in side (48) and an electrical plug-in side (49) is provided in the casing (10), and that at least one optoelectrical converter (41) with a light-sensitive face and with electrical connections is arranged in the carrier body (40), characterized in that pegs (22) which project into guide grooves (43) in the carrier body (40) are provided in the casing (10), that the pegs (22) are provided with latching noses (23), and that latching clearances (44, 45), in which the latching noses (23) of the pegs (22) engage, are provided at different heights in the guide grooves (43), the carrier body (40) being held in an oblique fitting location or in a final location.
Arrangement for connecting light waveguides, the arrangement having a casing in which optoelectrical components are arranged, characterized in that a carrier body (40) with a light waveguide plug-in side (48) and an electrical plug-in side (49) is provided in the casing (10), and that at least one optoelectrical converter (41) with a light-sensitive face and with electrical connections is arranged in the carrier body (40), characterized in that rib-like projections (25, 27, 34, 35, 36, 37), by means of which the carrier body (40) is immobilized when the casing (10) is closed, are provided in the casing (10) below and above the carrier body (40).
Arrangement for connecting light waveguides, the arrangement having a casing in which optoelectrical components are arranged, characterized in that a carrier body (40) with a light waveguide plug-in side (48) and an electrical plug-in side (49) is provided in the casing (10), and that at least one optoelectrical converter (41) with a light-sensitive face and with electrical connections is arranged in the carrier body (40), characterized in that coupling between a light waveguide (4) provided with a fiber end sleeve (5) and the light-sensitive face of the optoelectrical converter (41) takes place by means of a coupling element (51) outside the carrier body (40), and that a holding element (52) connects the coupling element (51) and fiber end sleeve (5) to the carrier body (40).
Dependencies are inferred from the claim text.