Multifunctional architecture for water quality monitoring and method thereof

Abstract

The invention relates to a multifunctional architecture for water quality monitoring and a method thereof. The multifunctional architecture comprises a wireless communication module and an MCU. The wireless communication module is also used for transmitting a received sampling signal to a server; the server is arranged in a cuboid-shaped server case; a cooling part and a server are arranged in theserver case; the cooling part is used for cooling the server and includes a metal cooling piece, a supporting piece, a spiral beryllium bronze wire for returning, a male head and an air supply fan; and the metal cooling piece includes a surface layer I and a surface layer II facing the surface layer I. Therefore, defects that control of the information packet in the transmission procedure is delayed, the tightness of fixed connection of the metal cooling piece with the bottom wall of the server by the lead screw or locking member can not be controlled well, the metal cooling piece is not combined with the server tightly, the server is cooled, and the server is extruded and damaged in the existing architecture controlling the information capacity stored in the transmission procedure in theprior art are overcome.

Description

technical field [0001] The invention relates to the technical field of water quality monitoring, in particular to a multifunctional structure and method for water quality monitoring. Background technique [0002] In the whole water quality monitoring system, it is often necessary to monitor many monitoring basins in real time, and most of the monitoring data need to be sent to the offspring server in the management center for processing in real time. The existing monitoring data transmission methods are mainly through telephone lines, network cables, and some are manually monitored through fixed stations. However, due to the scattered monitoring points and wide distribution range, and most of them are set in areas with harsh environments, it is difficult to set up telephone lines. Or network cables, so the transmission cost and maintenance cost of monitoring data are very high, and it is often difficult to obtain a comprehensive water environment quality status in the first ...

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Problems solved by technology

[0020] In order to solve the above problems, the present invention provides a multifunctional architecture and method for water quality monitoring, which effectively avoids the fact that there is no architecture in the prior art that can well manipulate the information capacity stored in the transfer program, manipulate information packets in the The delay in the transfer procedure arrives late, and the tightness of the solid connection between the metal cooling plate and the bottom wall of the server is not easy to control, so that the metal cooling plate is not tightly combined with the server, and the temperature of the server is lowered. , causing the server to be squeezed to the point of damage

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