End-cloud combined cloud water meter reading system capable of being used after being buckled

Abstract

The invention provides an end-cloud combined cloud water meter reading system capable of being used after being buckled. The system architecture comprises a terminal, a background end and a cloud end, the terminal comprises a user terminal and an intelligent water meter terminal, the intelligent water meter terminal comprises a water meter and a water meter reading management device, and the water meter reading management device can be directly installed on the water meter and used for monitoring water meter reading and uploading data to the cloud end, and a user interacts with the water meter reading management device through the user terminal. According to the end-cloud combined cloud water meter reading system capable of being used after being buckled, the water meter reading management device can be directly arranged on an old water meter, image transmission can be completed through three different communication modes after images are shot, image recognition processing is completed at the cloud end, and water meter reading is obtained; the user can check the water consumption condition analysis, the water consumption prediction, the water meter reading of the resident, the image recognition result of the resident and the water meter state of the resident and make a water consumption target plan; a manager can check all the water meter information within the management authority.

Description

technical field [0001] The invention relates to the technical field of automatic meter reading, in particular to a cloud-based water meter reading system that integrates the terminal and the cloud and can be used immediately after buckling. Background technique [0002] As a traditional manufacturing industry, the water meter industry may not have much room for growth. Although smart water meters have been equipped in first-tier cities, traditional water meters such as pointer water meters and pointer-wheel combined water meters are still used in rural areas and non-first-tier cities. widely exist. Moreover, the data statistics of traditional water meters mainly rely on manual meter reading. Manual meter reading is prone to omissions, wrong readings, and wrong readings. These errors will affect the data records of real water meters, which is not conducive to the correctness of water consumption by water conservancy companies and residents. grasp. At the same time, a lot of...

AI Technical Summary

Problems solved by technology

However, due to the differences in the level of artificial photography technology, the manual image recognition will make it more difficult for the platform to perform image recognition, and the measures of external photography make the recognition efficiency vulnerable to environmental factors such as light, reflection, etc., resulting in low recognition accuracy.

[0004] Existing remote water meter reading devices, such as the NB-IOT meter reading equipment of the Data Acquisition and IoT Network, are complex in structure and expensive, comparable to smart water meters; the installation process is complicated and requires the use of third-party tools such as cable ties and glue, and is compatible with the water meter model , it is impossible to achieve the same adaptation of water meters of different sizes

Its remote platform only provides back-end users such as water meter companies to check the water consumption of residents to facilitate charging, but it does not make good use of water resources to consume big data resources

Residents do not know the water situation of their own households, the difference between the average resident water consumption level and the average resident water fee level, resulting in serious waste of terminal water resources

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