Humiture autoregulation network monitoring system

Abstract

The invention relates to a humiture autoregulation network monitoring system. Temperature sensors and humidity sensors are installed respectively on mounting racks. Output ends of the temperature sensors and the humidity sensors are connected with input / output interfaces of central control modules installed in cabinets. The input / output interfaces of the central control modules are connected with control ends of exhaust fans installed on the side walls of the cabinets. In the system, network devices such as a plurality of switches and routers are installed in all of the plurality of cabinets. A temperature sensor and a humidity sensor are installed in each cabinet. The detection results are uploaded to an upper computer through network cables and uploaded to handsets of polling personnel in a wireless method through a GSM module at the same time so that the temperature and humidity in each cabinet can be seen by detection personnel at any time. When the humidity and temperature exceed limits, the exhaust fans in the cabinets start to complete heat radiation and dehumidification and when the temperatures in the cabinets are reduced, the exhaust fans stop operating so that the service lives of the exhaust fans are improved.

Description

technical field [0001] The invention belongs to network equipment technology field , especially a network monitoring system with automatic temperature and humidity adjustment. Background technique [0002] In the office or in the home life, the network is indispensable, and it constitutes the main channel of internal or external communication. Routers, optical fibers, switches and other devices are commonly used in the network. These devices connect the central office and end users through optical fibers or network cables, so that information and data can be transmitted internally or between internal and external. In newly built buildings, space for installing the above-mentioned equipment is generally reserved. Firstly, the cabinets are placed in these spaces, and then distribution frames, switches, routers and other equipment are installed on the installation racks in the cabinets, and finally locked. Only the valve of the cabinet can be used. [0003] In the network tr...

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Problems solved by technology

[0003] In the network transformation of some old buildings, there is not enough space for cabinets, so the cabinets are installed in pipe wells, warehouses and other places. These places are not well ventilated and the humidity is relatively high. After long-term use, the temperature of the cabinets Too high, in order to avoid equipment damage caused by temperature rise, there are usually many exhaust fans installed on the cabinet. These exhaust fans keep rotating from time to time to take away the heat in the cabinet. The temperature in the cabinet will rise in a straight line, and if the maintenance personnel fail to discover this problem in time, the equipment in the cabinet will run at high temperature, which is not conducive to the safety of the equipment

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