Integrated fiber distribution box of universal splitter

Abstract

The invention relates to an integrated fiber distribution box of a universal splitter, which comprises a bottom box unit, a bottom board unit, a flap unit, a box cover unit, a wedge-shaped board unit, a house entrance fiber access device, a clamping cap unit and a pedestal unit, wherein the bottom box unit consists of a bottom wall and four side walls vertically formed along four sides of the bottom wall; the bottom board unit is arranged in the bottom box unit, placed in parallel with the bottom wall of the bottom box unit and tightly jointed with the bottom wall; the flap unit is placed in the bottom box unit and positioned above the bottom board unit; the box cover unit is placed on the front lateral surface of the bottom box unit; the wedge-shaped board unit is placed on the left of the lower side wall of the bottom box unit; the house entrance fiber access device is placed on the right of the lower side wall of the bottom box unit and comprises a plurality of house entrance fiberaccess holes; one clamping cap unit is arranged in each house entrance fiber access hole; and the pedestal unit is placed on the outer lateral surface of the bottom wall of the bottom box unit. The integrated fiber distribution box of the universal splitter can form terminals in multiple modes, does not need to shear all optical cables when an optical distribution cable is connected or branched, is little affected by an environment, can ensure the maximum bending radius of the optical fiber, and has diverse mounting modes.

Description

technical field [0001] The invention relates to a connection device between a distribution optical cable and a home optical cable on indoor or outdoor communication equipment, in particular to a universal splitter-integrated optical fiber junction box. Background technique [0002] Passive optical network technology, one of the main access technologies of "optical access and copper exit", can seamlessly integrate with the trend of IP and Ethernet, and has achieved extensive success in the application of the access layer. [0003] Large-scale fiber-to-the-home (FTTH) network deployment needs to achieve the largest range of fiber coverage with the minimum initial investment cost and the fastest deployment speed, and requires a service provisioning mode that quickly implements fiber access for users with business needs. This method requires FTTH network construction and service opening to be carried out in stages. At present, various optical fiber distribution boxes for in-bui...

AI Technical Summary

Problems solved by technology

[0007] (3) The entry and exit device of the optical fiber cable is easily affected by the environment;

[0008] (4) The internal pre-configured optical splitter occupies a large box space;

[0009] (5) The minimum bending radius of the optical fiber cannot be guaranteed;

[0010] (6) The division and storage of optical fiber and cable are disordered;

[0012] (8) The installation method is limited, usually limited to one

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