Intelligent fish and vegetable symbiosis monitoring and product traceablility system

Abstract

The present invention discloses an intelligent fish and vegetable symbiosis monitoring and product traceablility system. The system is subjected to agriculture intelligence through integration of digital monitoring, intelligent operation and product traceablility, and comprises a greenhouse, a fish culture waterbed, a fruit and vegetable cultivation waterbed, a cloud server, intelligent data processing software, an intelligent control circuit board, integration sensors and integration executers, the three integration sensors are communicated with the cloud server and the intelligent data processing software, the intelligent data processing software is communicated with the intelligent control circuit board, the intelligent control circuit board is communicated with the three integration executers, and the intelligent data processing software stores various data parameter standard values such as the greenhouse, the fish culture and the fruit and vegetable cultivation in advance. The fish and vegetable symbiosis cost is low, the nutrition content and culture efficiency are high, the system can monitor and automatically improve the culture environment in real time, and the operation is intelligent and simple so as to realize remote control. The real-time uploading of the data is performed for checking and traceablility, the information is more accurate, the classes and the characteristics of product nutrient ions can be distinguished according to the high-low content of the product nutrient ions.

Description

technical field [0001] The invention belongs to the field of modern agriculture and breeding, and in particular relates to an intelligent fish and vegetable symbiosis monitoring and product traceability system. Background technique [0002] Eating is a very important topic in our daily life. How to eat well and eat healthy is our constant pursuit, so it is also called the vegetable basket project. Among them, fish and vegetables are the most frequently purchased and eaten. The current fish The planting and breeding of vegetables and vegetables are all separated and irrelevant. This traditional method can meet certain needs, but it also has many defects. Artificial breeding and planting without intervention and improvement in the growth environment and process, the quantity and quality of the products obtained are not guaranteed. Nowadays, people are more concerned about safety, especially food safety. The safety of fish and vegetables must be precisely controlled. It is dif...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the problems of high cost, low efficiency, low utilization rate of nutrients, inability to monitor and improve environmental parameters in real time, unreal and poor traceability information, etc. in the prior art, the present invention adopts the following technical solutions:

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