Intelligent emission machine room temperature control monitoring system based on infrared principle

Abstract

The invention provides an intelligent emission machine room temperature control monitoring system based on an infrared principle, and relates to the technical field of emission machine room temperature control monitoring. The system comprises a control terminal, the input end of the control terminal is connected with a sensor integration module, and the output end of the control terminal is connected with the input end of a temperature control mechanism; the control terminal is also connected with an infrared camera; the temperature and humidity environment in the machine room can be monitored in an omnibearing mode, the temperature and humidity condition of a single machine can be locally monitored, the phenomenon of monitoring dead angles is avoided, an AI intelligent monitoring module in the control terminal can automatically conduct monitoring management according to a preset program and the environment change of the machine room, data exchange with the client side can be achieved, and the used data is stored in the form of a relational database and exported in the form of an Execcl table, so that a manager can conveniently retrieve the data to check and manage the data at any time; and the above measures ensure that the transmitting machine room can maintain the best working state for a long time to the greatest extent, and the service life of the transmitter is prolonged.

Description

technical field [0001] The invention relates to the technical field of temperature control and monitoring of a transmitter room, in particular to an intelligent temperature control and monitoring system of a transmitter room based on an infrared principle. Background technique [0002] In the control of the radio and television transmitter, the radio and television transmits radio and television signals through the transmitter, and the transmitter is uniformly placed in the computer room. When the computer room works for a long time, the transmitter will generate a lot of heat during the working process, resulting in As the indoor temperature rises, in order to make the transmitter and various electrical components in the computer room work better, it is necessary to dissipate heat and cool down the computer room. [0003] At present, the vast majority of computer room monitoring systems on the market use manual monitoring. After the management personnel enter the computer r...

AI Technical Summary

Problems solved by technology

[0003] At present, the vast majority of computer room monitoring systems on the market use manual monitoring. After the management personnel enter the computer room to monitor the temperature gauge and hygrometer in the room, they will make corresponding responses and artificially intervene in the computer room environment. It may cause the temperature and humidity of the fan to exceed the standard, which will cause the transmitter equipment in the computer room to malfunction or even shut down; at the same time, there are similar intelligent computer room temperature and humidity monitoring systems on the market, and most of these monitoring systems are used in computer network computer rooms. For places where the heat generation is not particularly large, there is little involvement in the field of temperature control monitoring in more complex environments such as transmitter rooms, and most of the temperature control monitoring systems on the market are monitored by a single mode and a single channel, and most of the cases are It is the use of temperature and humidity sensors for monitoring, resulting in the phenomenon of "dead angle" in monitoring, and the lack of modular design, resulting in a monitoring system that is not intelligent and comprehensive enough

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