Anti-seismic communication cabinet

Abstract

The invention provides an anti-seismic communication cabinet comprising: the cabinet is installed on an upper base, a lower base is arranged below the upper base, the surroundings of the upper base and the lower base are penetrated through by plurality of fixing rods, fixing plates are arranged at the bottoms of the fixing rods, the fixing plates are buried in the ground, a first spring is arranged on the fixing rod between the upper base and the lower base, cross bars are arranged on the upper ends of the fixing rods, a plurality of cross bars are fixed around the middle of the cabinet, and second springs are arranged at the middles of the fixing rods and the cross bars. The anti-seismic communication cabinet has the beneficial effects that: in the case of an earthquake, the cross bars can prevent the entire cabinet from falling apart, and as the springs are arranged between the cross bars and the fixing rods, the force generated when the cabinet shakes can be buffered to prevent thecabinet from directly hitting the fixing rods; and a thicker supporting pipe and four fixing rods are arranged at the center of the cabinet to well fix the cabinet, and the spring arranged between theupper base and the lower base can also provide a certain buffering effect.

Description

technical field [0001] The invention relates to a communication cabinet, in particular to an anti-seismic communication cabinet. Background technique [0002] The communication cabinet is the terminal power supply device of the communication equipment and the storage device of the server. The server and other equipment are mainly installed in the cabinet, and the power supply is provided to the equipment in the cabinet. The existing communication cabinet is mainly composed of the main frame of the frame, and the frame is the main bearer of the load in the cabinet, and is also the main supporting member for long-term use. The design of its strength and stiffness is of great significance to the long-term safe use of the entire equipment. The cabinet frame generally does not have any problems when it is used statically, but when it is subjected to external shocks such as lifting, transportation or earthquake, if the rigidity of the frame is insufficient, deformation or instabi...

AI Technical Summary

Problems solved by technology

Generally, there will be no problems with the cabinet frame in static use, but when it is subjected to external shocks such as lifting, transportation or earthquakes, if the rigidity of the frame is insufficient, deformation or instability will occur, thus damaging components and making the circuit not work properly

[0003] The existing telecommunication cabinet frame is assembled from parts, the thickness of the material is relatively thin, the strength is not enough, and all parts are connected by screws and nuts, the force is only on the connection point, the stability of the frame is poor, and the shockproof level low, easily damaged in earthquakes

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