Metapenaeus ensis cultivation management system

Abstract

A metapenaeus ensis cultivation management system comprises a water body physical index detection signal emission device, a water body chemical index synchronous detection device, a central processing platform and a user terminal. According to the system, actual measurement results of eight indexes, including temperature, dissolved oxygen, pH, ammonia nitrogen, nitrite, permanganate, phosphorus content and nitrogen content, of to-be-detected culture pond water quality under control can be transmitted to the central processing platform; the received eight key technical indexes are compared with water quality technical parameters preset in metapenaeus ensis cultivation technical specifications through the central processing platform; and when the corresponding indexes deviate from the specified technical parameters, control information can be sent to the corresponding user terminal according to a preset handling scheme, and the user performs handling in time according to the handling scheme received in a mobile phone.

Description

technical field [0001] The invention relates to the field of cultivation, in particular to a management system for cultivating gimai shrimp. Background technique [0002] China is a big fishery country in the world. Aquaculture production accounts for 68% of the world's total production. It not only provides people with a large amount of high-quality protein, but also provides an important guarantee for national food security. With the improvement of people's living standards, people's demand for high-quality aquatic protein is also increasing. In southern Jiangsu of China, there are many water resources such as lakes and rivers, and the aquaculture area is relatively large. Fishery has also become the leading industry of local agriculture and the main channel of farmers' income. [0003] Water quality is the most important factor in aquaculture. It directly determines the success of aquaculture and directly affects the output and specifications of aquatic products. The cur...

AI Technical Summary

Problems solved by technology

[0003] Water quality is the most important factor in aquaculture. It directly determines the success of aquaculture and directly affects the output and specifications of aquatic products. The current water quality control is based on personal experience, and key water quality management and other aquaculture technical indicators are lacking. This leads to greater fluctuations in the output and benefits of aquaculture, as well as greater risks

At present, the determination of aquaculture water quality mainly relies on water quality detectors and water quality test kits, and these two detection methods require manual sampling and addition of reagents for determination. , therefore, how to realize the synchronous real-time detection technology for the water quality of the aquaculture pond is extremely critical