Hen house Internet of Things sensor node data collecting, monitoring and controlling device based on WIFI

Abstract

The invention discloses a hen house Internet of Things sensor node data collecting, monitoring and controlling device based on WIFI, including a sensor module, a miniature processor module, a WIFI communication module and a peripheral circuit system. The sensor module is used for collecting environment factor data and uploading data signals to the miniature processor module. The miniature processor module encodes received detection data, sends the decoded data to the WIFI communication module, and receives data signals sent by the WIFI communication module. The WIFI communication module is internally provided with a CPU unit and has an AP mode and an STA mode; in the AP mode, a user terminal interacts with the device through a network browser; and in the STA mode, the device is allowed to upload data via a gateway route in a client mode. The stability is strong, the network development is strong, the power consumption is low, the volume is small, and networking of lots of node is supported; and the webpage interactivity is strong, the parameter can be flexibly customized, and the usage is facilitated for the user.

Description

technical field [0001] The invention relates to technical fields such as the Internet of Things, network communication, and sensor applications. Specifically, it relates to a WIFI-based data collection, monitoring and control device for chicken coop IoT sensor nodes. Background technique [0002] With the development of modern agriculture, the poultry farming industry has gradually transformed into a large-scale and intensive new farming model. Taking modern chicken houses as an example, both laying hens and broiler hens are highly sensitive to ambient light and air quality, which affects the activity, metabolism, growth and development of chickens. However, large-volume, high-density centralized closed-type farming often causes sudden changes in environmental factors such as light and air in the chicken house, which leads to adverse stress responses in the chicken flock, resulting in a decline in chicken house productivity. It may even cause serious consequences such as e...

AI Technical Summary

Problems solved by technology

Therefore, it also leads to the shortcomings of traditional WIFI IoT devices that are relatively large in size and unfavorable for practical use.

Moreover, most current WIFI devices only support one network connection mode, STA mode or AP mode, which reduces the flexibility of networking methods

At the software interaction level, WIFI IoT devices often require specific display equipment or require the user terminal to install some pre-software, and only support one-way data flow from the sensor node to the user. The interaction with the user is weak, and the compatibility needs to be improved.

[0005] At present, WIFI-based Internet of Things applications are mainly concentrated in the fields of industrial control and smart home, and have not been applied to the detection of environmental factors in chicken houses.

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