iBeacon power management system and method based on NB-IoT

Abstract

The invention provides an iBeacon power management system and an iBeacon power management method based on an NB-IoT. The system comprises a single chip microcomputer module, and a Bluetooth module, anNB-IoT module and a power module separately connected with the single chip microcomputer, wherein the power module is an independent battery and each hardware module is powered by the power module. The system and the method provided by the invention adopt NB-IoT wireless data transmission of an operator, and support China Mobile, China Unicom and China Telecom networks, without using gateway andrepeater and without deploying a power source and a router, so that the large-scale deployment difficulty is reduced, and the smooth upgrade of the system can be achieved; compared with the traditional technology, the NB-IoT single connection module has relatively lower enterprise cost, and has the advantages of large connection quantity, good signal coverage quality and more stable wireless transmission, and is beneficial to large scale product popularization; the NB-IoT wireless communication technology has the characteristic of low terminal power consumption, and long use of the terminal can be ensured by only needing to be powered by the battery.

Description

Technical field [0001] The invention belongs to the fields of indoor positioning technology, intelligent perception technology, Internet of Things technology application and wireless communication technology, and is specifically an iBeacon power management system and method based on NB-IoT. Background technique [0002] With the extensive application and expansion of the Internet, the Internet of Everything has become a trend of the times. As an important branch of the development of the Internet of Things, indoor positioning technology is of great practical significance. With the development of indoor positioning technology, iBeacon has gradually become a leader in indoor positioning technology. Its technical advantages in applications in all walks of life are becoming more and more obvious, and its positioning accuracy is more accurate, but there are serious power management problems: 1. , IBeacon needs to be deployed on a large scale in indoor positioning applications; second,...

AI Technical Summary

Problems solved by technology

With the development of indoor positioning technology, iBeacon has gradually become a leader in indoor positioning technology, and its technical advantages in the application of various industries are becoming more and more obvious, and its positioning accuracy is more accurate, but there are serious power management problems: one 1. iBeacon needs to be deployed on a large scale in indoor positioning applications; 2. If a large number of iBeacons are not properly managed, the actual effect of the system will be caused, such as low battery or even no power or loss

These management methods are relatively common, but when high-precision positioning is required or iBeacon needs to be used and arranged on a large scale, these management methods are available, but there are some shortcomings, mainly in the following three points: 1. These management methods require a lot of wiring or It is to arrange the router, and at the same time, it is necessary to re-arrange the power supply, which is not only troublesome, but also greatly increases the difficulty of deployment; second, the cost of using 4G / WiFi network is high, which is not conducive to product promotion; third, the power consumption of using 4G / WiFi network Large, not suitable for large-scale use; these shortcomings will make it difficult for large-scale commercial use of iBeacon-based indoor positioning technology

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