Novel jumper-free optical cable cross connecting cabinet
An optical cable transfer box and jumper technology, which is applied in the direction of fiber mechanical structure, can solve the problems of low efficiency of optical cable transfer construction, management and maintenance, inconvenient operation of optical cable transfer box, and inability to accommodate jumpers in an orderly manner. No interference to the line, clear construction and maintenance, convenient and reliable operation
Inactive Publication Date: 2011-11-23
CHENGDU QIANHONG COMM
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Problems solved by technology
The defect of the existing fiber optic cable transfer box is that: the splicing tray is a whole, which needs to be temporarily identified during splicing, which reduces the work efficiency; the optical fibers between the optical splitter and the splicing tray are messy, and redundant jumpers cannot be accommodated in an orderly manner. Fiber, more inconvenient to manage
Generally speaking, the existing optical cable transfer boxes are inconvenient to operate in terms of construction, management and maintenance, which makes the efficiency of construction, management and maintenance of optical cable transfer relatively low
Method used
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[0013] The present invention will be further described below in conjunction with accompanying drawing:
[0014] As shown in the drawings, the present invention includes a box body 5, and an optical splitter 1 and a fiber fusion tray are arranged inside the box body 5. The fiber fusion tray includes an integrated fusion splicing fiber storage tray 4 and a straight fusion tray 7, which The fusion splicing fiber storage tray 4 is arranged on the right side of the box body 5, the direct fusion tray 7 is arranged under the integrated fusion splicing fiber storage tray 4, and the optical splitter 1 is arranged on the left side of the box body 5; An uplink fiber channel 2 and a distribution fiber channel 3 are arranged between the fiber tray 4 and the optical splitter 1 .
[0015] As shown in the accompanying drawings, an optical cable is introduced into a fixed management area 8 below the straight melting tray 7, and an optical fiber channel 6 is arranged between the optical cable i...
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The invention discloses a novel jumper-free optical cable cross connecting cabinet, which comprises a cabinet body, wherein an optical splitter and a fiber melting disc are arranged in the cabinet body; the fiber melting disc comprises an integrated melted fiber storage disc and a direct melting disc; the integrated melted fiber storage disc is arranged on the inner right side of the cabinet body; the direct melting disc is arranged below the integrated melted fiber storage disc; the optical splitter is arranged on the inner left side of the cabinet body; and an upper optical fiber channel and a wiring optical fiber channel are formed between the integrated melted fiber storage disc and the optical splitter. The fiber melting disc is split into the integrated melted fiber storage disc and the direct melting disc, so that optical fibers are more convenient to weld; and due to the arrangement of the optical fiber channels, the optical fibers in the cabinet body are more orderly managed, and the efficiency of optical fiber welding operation can be improved.
Description
technical field [0001] The invention relates to an optical cable transfer box, in particular to a novel non-jump optical cable transfer box which is arranged in partitions and is easy to manage, and belongs to the production field of optical cable transfer boxes. Background technique [0002] The fiber optic cable transfer box is a special equipment for centralized connection of optical fibers. With the advent of the era of optical cable transfer and copper withdrawal, the number of optical cable transfer boxes continues to increase, and the frequency of use continues to increase, so the management of optical fibers in the optical cable transfer box has become more important. The defect of the existing fiber optic cable transfer box is that: the splicing tray is a whole, which needs to be temporarily identified during splicing, which reduces the work efficiency; the optical fibers between the optical splitter and the splicing tray are messy, and redundant jumpers cannot be a...
Claims
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IPC IPC(8): G02B6/44
Inventor 赵前春
Owner CHENGDU QIANHONG COMM