An anti-seismic composite communication support frame structure

Abstract

The invention discloses an anti-seismic combined construction type communication supporting frame structure, which comprises cabinet bases and communication supporting frames, wherein the communication supporting frames and the cabinet bases are combined in a split way and are constructed and connected to form longitudinal anti-seismic systems; oblique anti-seismic structures are arranged on the cabinet bases; the communication supporting frames are horizontal anti-seismic systems which are formed by a multi-frame communication supporting frame which is formed by combining a plurality of single-frame communication supporting frames by anti-seismic connecting pieces; and the horizontal anti-seismic systems, the longitudinal anti-seismic systems and the oblique anti-seismic structures are effectively connected to form a whole anti-seismic unit which is constrained by the communication supporting frame structure and has a large-tipping point operating distance. According to the communication supporting frame structure, the special cabinet bases and the single-frame communication supporting frame structure are arranged, so that under the effect of a horizontal seismic force, the tipping point operating distance is greatly increased, and the whole unit which is constrained by the communication supporting frame structure has a relatively large tripping point operating distance; the damage to floors is reduced; the anti-seismic capability is improved; and the contradiction in the existing design is solved.

Description

technical field [0001] The invention relates to the technical field of communication facilities, in particular to an anti-seismic combined construction type communication support frame structure. Background technique [0002] The internal system of the traditional computer room construction mainly adopts the method that the cabinet is arranged on the upper part of the floor, and the cable rack is hung on the bottom of the ceiling. There are risks in the way of placing on the upper part of the static floor. When the seismic force acts on the cabinet, the cabinet is prone to overturning under the action of the horizontal seismic force, causing damage to the communication equipment, resulting in the interruption of the communication network and accidents. Therefore, it is necessary for cabinets built in high-intensity areas to pass through the static floor, and directly connect the anti-overturning force bearing body of the cabinet to the floor. According to actual constructio...

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Problems solved by technology

[0004] The purpose of the present invention is to solve the problem in the prior art that there is a contradiction between the number of cabinets inside the communication room and the selection of the column size, and the vertical and horizontal overall anti-seismic system cannot be realized. Design dimensions to realize the anti-seismic combined communication support structure of the vertical and horizontal overall anti-seismic system

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