Internet of Things umbrella control system based on LoRa communication

Abstract

The invention provides an Internet of Things umbrella control system based on LoRa communication. The system comprises an umbrella, at least one remote controller and a master control platform, wherein a motor mechanism and a controller are arranged on an umbrella handle rod, the motor mechanism is used for controlling the umbrella to be opened and closed, the motor mechanism is connected with thecontroller and is controlled by the controller, a LoRa antenna is arranged on the controller, a LoRa gateway is arranged on the remote controller, the controller and the remote controller are in two-way communication through a LoRa mode, the controller is used for controlling receiving of the umbrella and reporting of the state information, the remote controller is in two-way communication with the master control platform and used for reporting the umbrella state information, and an umbrella blocking stopping module is arranged on the controller and used for controlling the stopping action ofthe motor mechanism when the umbrella is blocked when being unfolded or folded. The Internet of Things umbrella control system based on LoRa communication is advantaged in that networking of the remote controller and the controller on the umbrella is achieved through LoRa, a distance is long, power consumption is low, and unified management and control over the umbrella are facilitated.

Description

technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to an umbrella control system for the Internet of Things based on LoRa communication. Background technique [0002] Usually in places such as outdoor dining and entertainment, the use of sun umbrellas is very common, but traditional sun umbrellas need to be opened or folded manually, which brings many changes to users. [0003] At present, although various forms of smart umbrella systems have been designed on the market, these smart umbrella systems can be remotely controlled through a controller and a host computer to meet the control of multiple sun umbrellas in outdoor dining and entertainment venues. However, these smart umbrella systems are generally controlled remotely through ZigBee or 315MHz or 433MHz wireless modules, but their scope of use is limited due to their short communication distance and inconvenient networking, and these umbrellas cannot be controll...

AI Technical Summary

Problems solved by technology

However, these smart umbrella systems are generally controlled remotely through ZigBee or 315MHz or 433MHz wireless modules, but their scope of use is limited due to their short communication distance and inconvenient networking, and these umbrellas cannot be controlled by both the platform and the remote control. It also does not report the status information of the umbrella to the platform, which is not convenient for the user to grasp the customer's usage situation in order to better serve the customer

These umbrellas are generally controlled point-to-point one by one, without the function of group sending and group receiving, and it is not convenient for user units to use

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