Multi-mode aquiculture mobile control method

Abstract

The invention belongs to the field of automatic monitoring, and particularly relates to a multi-mode aquiculture mobile control method capable of carrying out automatic, all-directional and real-time monitoring on the fishpond environment. Due to the fact that a detecting sensor, a microprocessor and a near-end Bluetooth module are arranged in a fishpond, and a far-end Bluetooth module and an operation control system are arranged in a mobile terminal, the near-end Bluetooth module and the far-end Bluetooth module are in communication with each other, and the fishpond is controlled through the operation control system in the mobile terminal to achieve the automatic operation purpose. According to the multi-mode aquiculture mobile control method, the Bluetooth 4.0 technology is adopted, the problem that combination of the manual operation and the full-automatic operation cannot be achieved no matter whether the manual operation or the semi-automatic monitoring is adopted in the traditional fishpond monitoring is solved, and adjustment is carried out through the mobile terminal. According to the multi-mode aquiculture mobile control method, the operation is easy, the education degree of workers of the fishpond is generally not high, and a complex operation system is hard to operate; various defects of manual measurement are overcome; the operation is flexible.

Description

technical field [0001] The invention belongs to the field of automatic monitoring, and in particular relates to a multi-mode aquaculture mobile control method for automatic omnidirectional and real-time monitoring of the fish pond environment. Background technique [0002] In fish pond farming operations, especially fish fry farming, the water quality environment of fish ponds plays a vital role in the growth of fish fry. If some indicators such as water temperature, oxygen content in water and pH value (PH value) are not up to standard, it will cause stunted growth of fish, and even death in severe cases. At present, traditional breeding methods, including adjusting water temperature and oxygen supply, require manual judgment and then operate. However, there are major defects in this way. When no one is on duty at night, it is impossible to know the water quality of the fish pond, which often causes low water temperature or lack of oxygen, resulting in unnecessary losses. ...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is to provide a fish pond mobile control system based on low-power bluetooth technology, which aims to solve the problem that due to the large number of test points, manual measurement is too time-consuming on the one hand, and on the other hand, it is easy to miss the problem