Artificial hill fishpond intelligent control device and method

Abstract

The invention discloses an artificial hill fishpond intelligent control device and method. The device comprises a core control module, and a wireless communication module, a signal acquisition module, a water dissolved oxygen adjusting module and a water level control module which are connected with the core control module; the signal acquisition module is used for detecting water environment parameters for users to set relevant parameter information, and transmitting the parameters to the core control module; and the core control module is used for reading the parameters transmitted by the signal acquisition module, receiving a control instruction transmitted by the wireless communication module, analyzing and processing the parameters transmitted by the signal acquisition module and the control instruction transmitted by the wireless communication module, and controlling an actuating mechanism to act according to control logic. The water dissolved oxygen can be automatically controlled and adjusted, the water level can be controlled, and feeding can be automatic, operation parameters can be remotely set by the wireless communication module and related equipment can be manually operated, and the artificial hill fishpond intelligent control device and method have the advantages that automatic control capability is high, operation management is flexible, control strategies are set as required, so that the artificial hill fishpond intelligent control device and method are easily promoted to similar application scenarios.

Description

technical field [0001] The invention belongs to the design field of automatic control systems for aquaculture, and in particular relates to an intelligent control device and method for rockery fish ponds. Background technique [0002] The aquaculture automatic control system collects the environmental parameters of the water area through various sensors and transmits them to the microcontroller. The microcontroller analyzes and processes the data and controls the action of the actuator to adjust the environmental parameters of the water area and improve the management level of aquaculture. [0003] Regulating the proportion of dissolved oxygen in water is an important measure for aquaculture management. Traditional aquaculture basically relies on experience, and often the aquaculture administrator decides when to add oxygen based on observation and experience, and the oxygen increasing device is turned on or off by manual operation. Therefore, the aeration operation may be ...

AI Technical Summary

Problems solved by technology

Although this type of system realizes the on-demand start-up of aeration equipment, it still has the following disadvantages: 1) the function is relatively single, only collecting water dissolved oxygen parameters to automatically regulate the aeration equipment, and there is no other auxiliary function; 2) feeding still relies on Manual operation, the degree of system automation is not high; 3) The applicable scenarios are limited, and the operation management mode is single, which is not easy to promote and apply

Images