Breeding data automatic pushing system based on Internet of Things

Abstract

The invention discloses a breeding data automatic pushing system based on the Internet of Things. The breeding data automatic pushing system is characterized by comprising a wireless sensing node unit, a wireless host unit and a cloud service application unit, wherein the wireless sensing node unit acquires temperature and humidity environment data of at least one point, and uploads the temperature and humidity environment data to the wireless host unit; the wireless host unit receives the environment data, sorts the environment data, generates a control instruction according to a built-in program or through receiving an external control program, transmits the control instruction to networked execution equipment, and controls actions of the networked execution equipment; and the communication system establishes a network channel between the data processing module and an external network. The breeding data automatic pushing system based on the Internet of Things adopts the wireless technology, and greatly solves the problems of troublesome wiring, short transmission distance and low data hit rate in the wired or traditional wireless scheme.

Description

technical field [0001] The invention relates to the field of animal breeding, in particular to an automatic breeding data push system based on the Internet of Things. Background technique [0002] Centralized monitoring of environmental data such as temperature and humidity is already a basic requirement in an efficient family farm equipped with various modern animal husbandry equipment. There are many solutions to realize this kind of temperature and humidity sensing monitoring, such as using wired to gather multiple sensors into one monitoring terminal, and viewing it through the display screen of the local device; or using an independent integrated environmental detection terminal to collect data and upload it to the network Cloud, centrally view data through mobile app. Most of these solutions are stand-alone use, and the data can only be viewed through on-site terminal equipment. In individual networking solutions, multiple traffic cards are required in the case of mul...

AI Technical Summary

Problems solved by technology

Most of these solutions are stand-alone use, and the data can only be viewed through on-site terminal equipment. In individual networking solutions, multiple traffic cards are required in the case of multiple monitoring points or to cover wifi points, and the cost relatively high

Among the existing solutions on the market, there are differences in the selection of sensors, networking methods, and centralized display and uploading of data. After adding different combinations, there are many types, and there is no standard product specification.

But at present, there are not many products that can provide reliable and long-distance wireless transmission signals, upload data through a simple network connection, and can deeply integrate IoT technology. There are not many products with complete mobile and cloud platform applications, and the prices are also confusing.