Upright cap buckle type cable distribution box with electronic tag

Abstract

The invention relates to an upright cap buckle type cable distribution box with an electronic tag. The cable distribution box includes a cap buckle type upper cover, a seal ring, an end cover, a locking mechanism, an inside-box fiber fusion, light splitting and fiber distribution component, an electronic tag and a fixing structure. The cap buckle type upper cover includes a box body, a mounting base and a mounting mouth. The seal ring is inlaid around the mounting base. The end cover and the inside-box fiber fusion, light splitting and fiber distribution component are connected to constitute aplugging component. The plugging component is plugged into the box body of the cap buckle type upper cover through an opening and makes the end cover and the seal ring tightly abut against each other. The locking mechanism locks and fixes the end cover and the mounting base. The electronic tag is set on a long side of the mounting mouth. The fixing structure is used for fixing the cable distribution box to an outside fixed body. By adopting a cap buckle type upright upper box body structure, the damage to electrical elements caused by subjective and objective factors can be avoided. The electronic tag makes management convenient.

Description

technical field [0001] The invention relates to the technical field of communication optical fibers, in particular to an optical cable distribution box. Background technique [0002] At present, a large number of practical optical fiber distribution boxes are needed in the practical fiber-to-the-home project in the communication network industry. There are two types of fiber splitting boxes currently used. [0003] A box body is a left and right hinged structure. In this structure, the box body (lower cover) and the box cover (upper cover) are connected by hinges on one side (usually the left side), and the other side (usually the right side) is a buckle. It is composed of dots and locks. The internal structure is designed as a flip plate, and the lower cover is divided into two layers of space, one layer of fused fiber, and the other layer of fiber jumper (temporary storage). The box body of this structure has the following defects: (1) During the semi-altitude operation ...

AI Technical Summary

Problems solved by technology

The box body of this structure has the following defects: (1) When working at half-height on the overhead holding pole, the requirements for the construction personnel are very high, and one-handed operation is required, and the operator can easily only buckle the buckle point without locking it; (2) The structural design itself is incomplete, the door is opened and closed left and right, one side is hinged, and the buckle point is locked, and the buckle point is easy to damage and fail

The box body of this structure has the following defects: (1) the clamping fulcrums provided on both sides are easily damaged and invalidated during repeated switch operations, thereby affecting the construction work; (2) the operating space in the box body (lower cover) Too small, affecting construction operations

The above two kinds of boxes all have the seam gap between the vertical box body and the box cover. In addition to the above-mentioned respective defects, they also have the following disadvantages: during use, or due to objectively Damage to the fastening point, or subjectively, the construction personnel did not fasten the lock tightly or forgot to lock the lock, resulting in the box cover not being fastened with the box body or the seams and gaps being not tightly fastened, resulting in the internal communication equipment components being exposed or unable to be protected by the box. The sealing protection of body gaps makes the components of communication equipment vulnerable to the intrusion and damage of natural weather such as wind blowing, rain, snow, fog and hail. Children's play and other subjective perceptions of destruction

Thus affecting the service life of communication equipment, causing communication interruption troubles to users, and bringing economic losses

[0006] In addition, the current optical splitting box adopts the form of sticking high-quality labels in the box to distinguish the output user information, management information, operation and maintenance information, etc. of each splitting line. When any information changes, the paper needs to be replaced. Moreover, these paper labels are easy to fall off, which is easy to cause confusion, and when it is necessary to open services, view user information, check line faults, and maintain, it is necessary to go to the splitter box to look through the paper labels one by one, which is time-consuming and laborious. low efficiency

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