Actual time remote monitoring manager for water, electricity and gas

Abstract

The invention relates to a water, electricity and gas real-time remote monitoring manager which belongs to the electronic communication technical field and relates to an electric meter and a water meter arranged on the water, electricity and gas pipelines; the real-time remote monitoring manager comprises wireless data emitting modules and a remote data receiving system; the remote data receiving system comprises a data storage module, a data display module and a data setting module; the wireless data emitting modules are arranged on the electric meter, the water meter and the gas meter; firstly, the wireless data emitting modules send the acquired numerical values of water consumption, electricity consumption and gas consumption to the remote data receiving system; then the remote receiving system records the data through the data storage module, processes the data according to the preset information in the data setting module and generates the data; then the numerical values of water consumption, electricity consumption, the gas consumption and the processed data are displayed through the data display module. Based on the water, electricity and gas real-time remote monitoring manager, the user can process the data monitoring and management conveniently, and acquire the water consumption, electricity consumption and the gas consumption situations of the user for making reasonable arrangement.

Description

technical field [0001] The invention relates to an intelligent manager, in particular to a real-time remote monitoring manager for water, electricity and electricity, and belongs to the technical field of electrical communication. Background technique [0002] At present, the electricity meter, water meter, and gas meter in the building are all installed on the pipelines to which they belong. When users want to know their water and electricity consumption, they must go to the location of the electricity meter, water meter, and gas meter to calculate the value. For large buildings, the collection of values ​​is more cumbersome. Moreover, the user cannot remotely monitor the consumption of water, electricity and electricity in real time at one location. Furthermore, what the user knows is only a numerical value of the water and electricity consumption, and the specific cost involved in the water and electricity consumption needs to be calculated twice, which is not very intui...

AI Technical Summary

Problems solved by technology

[0002] At present, the electricity meter, water meter, and gas meter in the building are all installed on the pipelines to which they belong. When users want to know their water and electricity consumption, they must go to the location of the electricity meter, water meter, and gas meter to calculate the value. For large buildings, the collection of values ​​is more cumbersome

Moreover, users cannot remotely monitor water and electricity consumption in real time at one location

Furthermore, what the user knows is only the value of water and electricity consumption, and the specific cost involved in the water and electricity consumption needs to be calculated twice, which is not very intuitive for the water and electricity consumption.

At the same time, because there is no corresponding alarm mechanism, it is impossible to set a limit on the consumption of water and electricity, which may easily cause the consumption of water and electricity to exceed the budget.

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