Reversely-threading wire distribution construction process for office network

Abstract

The invention discloses a reversely-threading wire distribution construction process for an office network. The reversely-threading wire distribution construction process comprises the following steps: (1) determining a routing path and the positions of threading holes; (2) producing threading tubes; (3) drilling holes in a floor; (4) upwards threading the threading tubes out of the floor through the threading holes from the position below of the floor; (5) sealing the peripheries of the orifices of the threading holes; (6) paying off, determining the length of a wire cable according to the routing path, and temporarily marking the end heads of the wire cable; and (7) introducing the wire cable to a next wiring bridge frame from weak-current equipment in a weak-current room, then threading the wire cable in the threading tubes, and introducing the wire cable out of the upper ends of the threading tubes to a specified position. The reversely-threading wire distribution construction process disclosed by the invention is capable of meeting the requirements of decoration on an indoor elevation and free from large-area grooving in the floor on the basis of realizing the networking of office computers and related office equipment information interfaces, and ensuring the use stability, thus reducing the workload and construction cost, reducing adverse effects on a building floor structure, and reducing the influence of cross construction.

Description

technical field [0001] The invention relates to a construction scheme of cables in integrated wiring, in particular to a construction technique for reverse penetration wiring in an office area of ​​an office building. Background technique [0002] The integrated wiring of the office network is the network in the building or building group, and it is the basis for realizing intelligence. It not only makes the building voice ,data, image equipment and switching equipment and other information management system Connecting to each other also enables these devices to be connected to the outside, realizing the networking of office computers and information interfaces of related office equipment. [0003] There are two main cable routing methods for the existing office network: [0004] 1) Adopt the way of cable bridge running on the ceiling. This method is suitable for large buildings, providing mechanical protection and support for horizontal cables. It is a closed metal ...

AI Technical Summary

Problems solved by technology

Since the maximum depth of the existing floor slots can only be 10mm, otherwise the steel bars in the floor will be damaged and the structure of the main floor of the building will be affected. However, the diameter of the threading pipe used in the integrated wiring is 25mm, so the 10mm slot cannot meet the needs of the threading pipe on the ground. Requirements for parallel laying

[0007] To sum up, the cable wiring method of the traditional office network requires pre-buried threading pipes or slotted threading pipes, which not only increases the difficulty of construction, increases the workload, but also greatly increases the construction cost

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