Unlocking system or method based on ios or android

Abstract

The invention discloses an iOS or Android-based unlocking system. The system comprises a trigger module, a first comparison module, a first authentication module and a second authentication module; the trigger module is arranged at a client side, and is used for sending out a beacon with a first identification number; the first comparison module is arranged at a server side, and is used for comparing the first identification number with a first identification code which is registered in an iOS system or an Android system; the first authentication module is arranged at the server side, and is called by the iOS system or the Android system when the first identification number provided by the first comparison module is matched with the first identification code registered in the iOS system or the Android system; the second authentication module is arranged at the client side; the first authentication module is connected and interacts with the second authentication module; when the second authentication module and the first authentication module authorize each other, the second authentication module sends out a control signal used for unlocking. According to the iOS or Android-based unlocking system and an iOS or Android-based unlocking method, the power consumption is low and the security is increased.

Description

technical field [0001] The invention relates to the technical field of intelligent control, in particular to an unlocking system or method based on iOS or Android. Background technique [0002] Electric bicycles in the prior art are equipped with motor locks and / or wheel locks and / or faucet locks, and these locks require a special key to open one by one. In order to improve the anti-theft performance, general vehicles are equipped with more than two locks. , the electric bicycle lock of prior art is mechanical type, needs manual operation one by one, locks the car and unlocks all loaded down with trivial details operation, and key quantity is many, and management is chaotic. [0003] The invention patent with the publication number CN105354897A discloses an electric bicycle with a Bluetooth recognition lock function and a method for unlocking the bicycle. It includes an electric bicycle and a locking device. The electric bicycle is provided with a working electrical system a...

AI Technical Summary

Problems solved by technology

[0006] First, the above-mentioned first bluetooth module and the connection of the second bluetooth module are that the first bluetooth module must first broadcast its own existence, and the second bluetooth module of the electronic instrument (such as a smart phone) outside the car must be in scanning all the time, and The constant scanning of the second bluetooth module requires the app to do bluetooth scanning. Although Android supports the running of background apps (software), it is well known that this kind of running will inevitably bring about an increase in power consumption.

On the other hand, as we all know, the iOS system of the iPhone does not support the running of the background App, and it is impossible to perform further data exchange, so the second Bluetooth module cannot be kept in the scanning state.

Therefore, the above-mentioned unlocking method will cause power consumption of electronic instruments in the Android system, but cannot be applied in the iOS system

[0007] Second, it can be known from the above working process that a key is saved in the first Bluetooth module, and after the key is passed from the second Bluetooth module to the first Bluetooth module, the two Bluetooth modules are connected, and the key is transferred from the second Bluetooth module to the first Bluetooth module. One party sends to the other party. However, once the key is monitored during the transmission process, it is easy to cause the risk of the key being stolen. The thief only needs to set the corresponding key on his own electronic instrument to carry out the theft.

Therefore, there is a great security risk factor in this way

[0008] Third, judge whether to unlock or lock based on the strength of the Bluetooth signal. Since Bluetooth technology cannot guarantee that the current signal strength obtained is reliable, since the data of signal strength is unreliable, it is unreasonable to use this as the basis for unlocking or locking Yes, that is, relying on signal strength to switch the lock is impossible to be stable and reliable

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