Optical polarity modules and systems

Optical polarity modules and systems

  • CN 102,621,640 A
  • Filed: 09/23/2003
  • Published: 08/01/2012
  • Est. Priority Date: 09/27/2002
  • Status: Active Application
First Claim
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1. optical fiber interconnection modules is characterized in that it comprises:

  • A) shell forms the cavity that is used in sidewall and the sidewall holding with support optical fibers and connector;

    B) an optical fiber interconnections portion is formed in the sidewall of above-mentioned optical fiber interconnection modules, and above-mentioned optical fiber interconnections portion has a multiple fiber optical connector;

    Wherein be formed with many light-pathes, the above-mentioned light-path of above-mentioned multiple fiber optical connector is arranged as a planar array, wherein every light-path and at least one other light-pathes next-door neighbour;

    Thereby first optical fiber and second optical fiber next-door neighbour, second optical fiber and the 3rd optical fiber next-door neighbour, the 3rd optical fiber and the 4th optical fiber next-door neighbour;

    The 4th optical fiber and five optical fibers next-door neighbour, five optical fibers and six roots of sensation optical fiber next-door neighbour, six roots of sensation optical fiber and the 7th optical fiber are close to;

    The 7th optical fiber and the 8th optical fiber next-door neighbour;

    The 8th optical fiber and the 9th optical fiber next-door neighbour, the 9th optical fiber and the tenth optical fiber next-door neighbour, the tenth optical fiber and the ten an optical fiber next-door neighbour;

    The ten optical fiber and the 12 optical fiber next-door neighbour, so as with the fiber alignment of the multiple fiber optical connector that can be connected to above-mentioned optical fiber interconnection modules;

    C) joints of optical fibre station is formed in the sidewall of above-mentioned optical fiber interconnection modules, and it has a plurality of joints of optical fibre, and it is connected with and in the cavity of optical fiber interconnection modules, holds and support and the optical fiber opened of fan between multiple fiber optical connector and joints of optical fibre station;

    D) light-path between the above-mentioned multiple fiber optical connector and the above-mentioned a plurality of joints of optical fibre that are set in the joints of optical fibre station carries out optical interconnection through the optical fiber that is arranged in the above-mentioned cavity in cavity;

    Optical fiber is to being formed by optical fiber;

    Wherein optical fiber is to being routed to the corresponding connector station of carrying out optical communication with the said light-path of above-mentioned multiple fiber optical connector;

    Above-mentioned optical fiber pair and at least two said light-path optical interconnections;

    Its mode is;

    above-mentioned optical fiber alignment at least 80% optical fiber be selected from the light-path that is not close to each other in the multiple fiber optical connector and carry out optical interconnection;

    Through utilizing the fiber cabling scheme, above-mentioned optical fiber is routed to the said joints of optical fibre that are positioned at above-mentioned joints of optical fibre station from above-mentioned multiple fiber optical connector, joints of optical fibre station is set in the branching portion of above-mentioned optical fiber interconnection modules;

    Thereby above-mentioned first optical fiber and above-mentioned the 12 optical fiber are in first connector station pairing;

    Above-mentioned second optical fiber and above-mentioned the ten optical fiber match at second connector station, and above-mentioned the 3rd optical fiber and the above-mentioned ten optical fiber match at the 3rd connector station, and above-mentioned the 4th optical fiber and above-mentioned the 9th optical fiber match at the 4th connector station;

    Above-mentioned five optical fibers and above-mentioned the 8th optical fiber match at the 5th connector station, and above-mentioned six roots of sensation optical fiber and above-mentioned the 7th optical fiber match at the 6th connector station.

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