Arduino controller-based integrated water processing equipment remote control system

Abstract

An Arduino controller-based integrated water processing equipment remote control system disclosed by the present invention comprises at least one water processing equipment terminal, and the water processing equipment terminal comprises an Arduino controller, a remote module connected with the Arduino controller and an uninterrupted power supply (UPS). The remote module is in wireless communication connection with a cloud database via an internet network, and the cloud database is in wireless communication connection with a control terminal. The Arduino controller-based integrated water processing equipment remote control system of the present invention can realize the control of using the control terminal to control the integrated water processing equipment to start and stop remotely, setting the parameters and monitoring the state, enables the system operation stability and reliability to be increased obviously than a conventional system, and can solve the trouble that the operationpersonnel must arrive at a project site directly to operate the system.

Description

technical field [0001] The invention relates to the technical field of water treatment equipment control, in particular to an integrated water treatment equipment remote control system based on an Arduino controller. Background technique [0002] At present, in decentralized point source sewage treatment projects, a large number of integrated water treatment equipment is often required; the number of integrated water treatment equipment is large and widely dispersed, and the location of integrated water treatment equipment is generally in the outdoor field, and the equipment is placed outdoors. The environment is complex, and its control system is integrated on the equipment. The start and stop of the control system requires the operator to arrive at the site and operate close to the equipment. The start and stop are controlled by button switches, and the equipment cannot be shut down remotely. The parameters cannot be modified after leaving the factory. , does not have the ...

AI Technical Summary

Problems solved by technology

[0002] At present, in decentralized point source sewage treatment projects, a large number of integrated water treatment equipment is often required; the number of integrated water treatment equipment is large and widely dispersed, and the location of integrated water treatment equipment is generally in the outdoor field, and the equipment is placed outdoors. The environment is complex, and its control system is integrated on the equipment. The start and stop of the control system requires the operator to arrive at the site and operate close to the equipment. The start and stop are controlled by button switches, and the equipment cannot be shut down remotely. The parameters cannot be modified after leaving the factory. , does not have the function of modifying process parameters on site, and cannot adjust the water in and out of the equipment according to the treatment capacity

In severe weather or complex terrain, it will cause great trouble for the operator to operate the equipment near the equipment

Moreover, the control system cannot monitor the operation of the equipment, and when the equipment fails, it cannot be dealt with in time

A large number of inspectors are required for inspection and processing, which consumes a lot of manpower, high labor costs, and poor real-time operation

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