Liquid level meter used for solution high in heat consumption

Abstract

A liquid level meter used for a solution high in heat consumption comprises a first ARM processor, a second ARM processor and an ARM processor, wherein the first ARM processor is used for controlling an embedded liquid level meter for a liquid level processing signal of the solution high in heat consumption, the second ARM processor is used for controlling the embedded liquid level meter for the liquid level processing signal of the solution high in heat consumption, and the ARM processor is used for an embedded liquid level meter used for transmitting the liquid level processing signal of the solution high in heat consumption. The first ARM processor used for controlling the embedded liquid level meter for the liquid level processing signal of the solution high in heat consumption and the second ARM processor used for controlling the embedded liquid level meter for the liquid level processing signal of the solution high in heat consumption are in communication, and in this way, through the combination with the transmission method of the liquid level meter, the defects that in the prior art, data lagging happens, data are not reliable, stolen data occur, and all remote data transmission systems lose commanders and finally can not work can be effectively overcome.

Description

technical field [0001] The invention belongs to the technical field of liquid level processing of solutions with large heat dissipation, and in particular relates to a liquid level gauge for solutions with large heat dissipation. Background technique [0002] So far, the liquid level processing of solutions with large heat dissipation is usually based on the collected liquid level signals of solutions with large heat dissipation to carry out on-site display, analysis, consultation, communication, and form a consensus to obtain the solution for heat consumption. The treatment of the liquid level of the solution with large heat dissipation, so such on-site display, analysis, consultation, and communication process will affect the results of the liquid level processing of the solution with large heat dissipation, the final orientation and the solution of the large heat dissipation solution. The effectiveness of the monitoring of the level signal plays a crucial role. [0003] ...

AI Technical Summary

Problems solved by technology

[0004] The object of the present invention is to provide a level gauge for heat dissipative solutions comprising a first ARM processor embedded in the level gauge for manipulating signals for level processing of heat dissipative solutions, A second ARM processor embedded in the level gauge for manipulating signals for level processing of solutions with high heat dissipation and ARM embedded in level gauge for signal transmission for level processing of solutions with high heat dissipation Processor, the first ARM processor embedded in the level gauge for manipulating the signal for the liquid level processing of the solution with high heat dissipation, the second for manipulating the liquid level processing for the solution with high heat dissipation The ARM processor embedded in the liquid level gauge for the signal and the ARM processor embedded in the liquid level gauge for the signal transmission of the liquid level processing of the solution with large heat dissipation are set in the same ARM processor group embedded in the liquid level gauge In, the first ARM processor embedded in the level gauge is used to manipulate the signal for liquid level processing for high heat dissipation solutions and the second is used for manipulating the liquid level processing for high heat dissipation solutions The ARM processor of the signal embedded in the liquid level gauge is connected by communication, so combined with its transmission method, it can effectively avoid data lag, unreliable data and stolen data in the prior art. Once the embedded liquid level used for manipulation If the ARM processor of the design fails to work, it will cause all remote data transmission systems to lose command and eventually fail to work.

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