Abstract: A connector device includes a first connector part and a second connector part. The first connector part has a first outer housing and a first sub-assembly accommodated in the first outer housing. The first sub-assembly has a first ferrule and a first latch member fastening the first sub-assembly to the first outer housing. The second connector part has a second outer housing and a second sub-assembly accommodated in the second outer housing. The second sub-assembly having a second ferrule and a second latch member fastening the second sub-assembly to the second outer housing. The second outer housing mating with the first outer housing in a state of coupling the first connector part to the second connector part.

Abstract: A connector device includes a first connector part and a second connector part. The first connector part has a first outer housing and a first sub-assembly accommodated in the first outer housing. The first sub-assembly has a first ferrule and a first latch member fastening the first sub-assembly to the first outer housing. The second connector part has a second outer housing and a second sub-assembly accommodated in the second outer housing. The second sub-assembly having a second ferrule and a second latch member fastening the second sub-assembly to the second outer housing. The second outer housing mating with the first outer housing in a state of coupling the first connector part to the second connector part.

Abstract: A submarine optical connector (1), comprising: a first support element (11) for supporting a first optical fiber, said first support element including at least one alignment pin (31, 31?), a second support element (12) for supporting a second optical fiber, said second support element including at least one through hole intended to receive respectively said at least one alignment pin to guide the first and second support elements towards a contact position in which the first and second fibers are connected, and sealing means (41, 42, 43) to protect the first and second fibers from the external environment at least when the first and second support elements are in the contact position.

Abstract: A submarine optical connector (1), comprising: a first support element (11) for supporting a first optical fibre, said first support element including at least one alignment pin (31, 31?), a second support element (12) for supporting a second optical fibre, said second support element including at least one through hole intended to receive respectively said at least one alignment pin to guide the first and second support elements towards a contact position in which the first and second fibres are connected, and sealing means (41, 42, 43) to protect the first and second fibres from the external environment at least when the first and second support elements are in the contact position.

Abstract: A plug-in fiber-optic connector (5) for use in a fluid medium, characterized in that the rear tubular portion (21) of the plug is slidingly urged into the body portion (7) first to compress the plug piston chamber (17) then to enable the optical fluid (19) to be discharged at the end of the centring portion (13) and the front portion (9) of the plug, whereby the front end of the optical fiber (5) is dried and cleared of fluid and foreign particles, whereas the centring portion (55) of the base is driven back by the pressure exerted by the plug in such a way that the end of the optical fiber (5) thereof extending outwards into the centring portion (13) of the plug, in alignment with the fiber (5) of the plug (3), is similarly dried by the compressive effect of the piston chamber (59) thereof.

Abstract: A plug-in fibre-optic connector (5) for use in a fluid medium, characterised in that the rear tubular portion (21) of the plug is slidingly urged into the body portion (7) first to compress the plug piston chamber (17) then to enable the optical fluid (19) to be discharged at the end of the centring portion (13) and the front portion (9) of the plug, whereby the front end of the optical fibre (5) is dried and cleared of fluid and foreign particles, whereas the centring portion (55) of the base is driven back by the pressure exerted by the plug in such a way that the end of the optical fibre (5) thereof extending outwards into the centring portion (13) of the plug, in alignment with the fibre (5) of the plug (3), is similarly dried by the compressive effect of the piston chamber (59) thereof.