Aquaculture monitoring and user remote control method

Abstract

The present invention discloses an aquaculture monitoring and user remote control method. Based on the interaction of a front-end information acquisition and equipment control device of each fish pond, a management service platform and a user service platform, various types of water quality information can be stored. Meanwhile, the functions of user service authentication, event alarm information storage and event alarm information notification are realized at the same time. Water quality data are provided for users, so that users can check the water quality data in real time. Meanwhile, users can set equipment parameters or manually control the equipment. Therefore, the platform-based unified management and maintenance of aquaculture monitoring equipment is realized. Meanwhile, the equipment is in good interaction with users, so that users can check monitoring data in real time and control the field equipment. By means of a knife switch and other graphical controls, the on / off state of an aeration pump can be controlled. Therefore, the above operation is closer to the actual operation of farmers, so that the good interactive experience of users can be further ensured.

Description

technical field [0001] The invention relates to an intelligent aquaculture monitoring and remote control technology. Background technique [0002] In fish pond aquaculture operations, especially for fish fry, the water quality environment of fish ponds plays a vital role in the growth of fish fry. If some indicators such as fish pond 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. Different fish have their own strict requirements on the temperature and oxygen content of fish ponds. [0003] At present, traditional breeding methods, including adjusting water temperature and oxygen supply, require manual judgment and then operate. Due to the large number of test points, manual detection is easy to cause missed detection, and it is impossible to know the water quality of fish ponds during the night when no one is on duty. As a result, the water temperature is unstable, ...

AI Technical Summary

Problems solved by technology

However, the inventors of the present invention found that the existing technology is only simple data collection, and the alarm method is single, such as siren alarm, or sending SMS alarm; the system is independent and unreliable, there is no unified platform for unified operation and management, and whether the equipment is damaged cannot be timely It was found that an operating system cannot be formed, and good interaction with users cannot be formed. Farmers cannot see real-time data, cannot operate, and cannot interact

Moreover, the existing technology does not take into account the damage of the sensor itself, the failure to report data or the jump of the reported data. Once a similar situation occurs, it is easy to cause adverse effects, especially at night when no one is on duty, and the system works completely automatically. If such problems occur, the aeration pump may not be turned on when it should be turned on, which will directly lead to the death of fish in batches and cause property losses of farmers.

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