An integrated distribution frame

Abstract

The invention discloses a comprehensive distribution frame and belongs to the technical field of optical fiber wiring. The distribution frame comprises a rack, wherein modules are arranged on the rack; a tray is arranged at the lower end of the rack; a fixing seat is arranged at the lower end of the tray; a rotating mechanism is arranged in the fixing seat; sockets are arranged in the modules; light guide bars are arranged above the sockets and are divided into front light guide bars and rear light guide bars; second through holes are formed in the rear light guide bars in parallel; C part light guide bars are arranged in the second through holes; and air bags are arranged at the tail ends of the C part light guide bars. Compared with the prior art, the distribution frame can be moved and an angle of the distribution frame can be adjusted according to practical requirements; the distribution frame meets requirements of line transformation, transition and the like; lamp bulbs are arranged at the rear ends of the modules on the distribution frame; light rays of the lightened lamp bulbs illuminate the rear light guide bars to lighten the front light guide bars to allow a user to confirm a connection state during connection; and the distribution frame is simple in structure, convenient and practical.

Description

technical field [0001] The invention belongs to the technical field of optical fiber distribution, in particular to an integrated distribution frame. Background technique [0002] The distribution frame is widely used in optical fiber fusion splicing, wiring, scheduling, and testing optical communication terminal equipment between optical fiber access network cables. It is the hub of signal transmission, scheduling, and replacement between optical signal transceiver equipment. Scheduling, switching and other functions, according to different network distribution methods, people have developed a variety of optical fiber distribution frames, common optical fiber distribution frames are mostly single-sided operation structures, and a small number of double-sided operations are used in the market The optical fiber distribution frame is also limited to the terminal on one side, and the other side is only for the routing management of the optical fiber. Now there are in-line modul...

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Problems solved by technology

[0002] The distribution frame is widely used in optical fiber fusion splicing, wiring, scheduling, and testing optical communication terminal equipment between optical fiber access network cables. It is the hub of signal transmission, scheduling, and replacement between optical signal transceiver equipment. Scheduling, switching and other functions, according to different network distribution methods, people have developed a variety of optical fiber distribution frames, common optical fiber distribution frames are mostly single-sided operation structures, and a small number of double-sided operations are used in the market The optical fiber distribution frame is also limited to the terminal on one side, and the other side is only for the routing management of the optical fiber. Now there are in-line modules and horizontal modules in the distribution frame, sockets are set on the modules, and the upper side walls of the modules Placement grooves are arranged on both sides, and LED display lights are arranged in the placement grooves. The LED display lights are used for the user to confirm the connection status of the optical cable connection, but the upper part of the module is very thin, so the space for the installation grooves is limited. , resulting in the installation of LED lights is very inconvenient, and the processing defective rate is high

In addition, after the current optical distribution frame is installed and fixed, the position is determined, and it is very troublesome to move or adjust the direction

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