Ventilated communication base station computer room

Abstract

The invention discloses a ventilation type communication base station machine room comprising a base station shell. The bottom of the base station shell is supported by supporting legs. An installation cavity is formed in the base station shell. The two side faces of the base station shell are both provided with one or more through grooves. The opening end of the front end of the base station shell is sealed through a base station door body. Each through groove is internally and rotationally provided with an installation plate. The installation plates are hinged to the through grooves. One endof each installation plate extends out of the base station shell, and the other end of each installation plate extends into the installation cavity. Each installation plate is parallel to the horizontal plane in the natural state. The bottom of the inner side end of each installation plate is provided with one or more communication modules. The top face of the outer extension end of each installation plate is provided with a water absorbing assembly in an embedded manner. All the communication modules are externally covered by a seal cover. In the daily use of the communication station, the ventilation type communication base station machine room can achieve air convection, heat dissipation of the communication modules in the base station is accelerated, the heat dissipation performance is greatly improved, and the communication base station can be more smoothly used.

Description

technical field [0001] The invention relates to the communication field, in particular to a ventilated communication base station machine room. Background technique [0002] Communication base stations are generally installed outdoors, but outdoor communication base stations are very affected by the external environment. Since the communication base station is a closed structure, the interior of the communication base station is a closed installation cavity, and the communication module is installed inside. A cooling fan is used for cooling. However, this method always keeps the communication module in an internal sealed space. When the external environment temperature is high, and the heat inside the base station is concentrated and the heat dissipation is insufficient, problems such as continuous overheating may occur. If it is changed to the air convection method, Then the above problems can be effectively solved. Contents of the invention [0003] The technical probl...

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Problems solved by technology

However, this method always keeps the communication module in an internal sealed space. When the external environment temperature is high, and the heat inside the base station is concentrated and the heat dissipation is insufficient, problems such as continuous overheating may occur. If it is changed to the air convection method, can effectively solve the above problems

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