Measuring and monitoring system and method

Abstract

The invention relates to a measuring and monitoring system which is applied in a measuring instrument connected with a control center server, the measuring instrument comprises at least one sensor and one memory and is also connected with a valve, and the system comprises a setting mould, a GSM mould, a command identification module and a control mould, wherein the setting mould is used for setting the content of an identifiable command short message; the GSM mould is used for receiving the short message from the control center server; the command identification module is used for identifyingwhether the short message is the preset command short message; and the control mould is used for performing corresponding operations, including opening or closing the valve according to the identified command short message, and obtaining measured data. The invention also provides a measuring and monitoring method. The invention can remotely control the measuring instrument and obtain the measureddata.

Description

technical field [0001] The invention relates to a measurement system and method, in particular to a remote monitoring and measurement system and method. Background technique [0002] At present, most of the resource control needs to use manpower to measure and control. For example, the measurement of water volume and water pressure in reservoirs, rivers, and water towers on buildings, as well as the closing of valves, the measurement and control of electricity, etc., cannot be measured and controlled without personnel on-site. In this way, it not only consumes manpower, but also inevitably brings errors caused by human beings. Moreover, the acquired measurement data cannot be accurate to a specific time point. Contents of the invention [0003] In view of the above, it is necessary to provide a measurement monitoring system that can remotely control the measurement instrument, obtain measurement data and control the switch. [0004] In addition, it is also necessary to ...

AI Technical Summary

Problems solved by technology

For example, the measurement of water volume and water pressure and the closing of valves for reservoirs, rivers, water towers on buildings, etc., and the measurement and control of electricity cannot be separated from the on-site measurement and control of personnel.

In this way, it not only consumes manpower, but also inevitably brings errors caused by human beings.

Moreover, the acquired measurement data cannot be accurate to a specific point in time

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