Vehicle lock reminder method, device and bicycle with the reminder device

Abstract

The invention provides a bicycle-used lock reminding method and device, and a bicycle with the reminding device. The bicycle-used lock reminding method comprises the following steps: according to the pressure of a user for operating a bicycle direction control device, generating a valid digit signal; when the state switching of a lock limiting switch is timed based on the valid digit signal, and the timed pressure time is longer than the pre-designed time, but the lock limiting switch does not perform state switching, reminding the user of locking after parking, therefore, after the bicycle is parked by the user, the bicycle-used lock reminding method can remind the user of locking, and the loss that the bicycle is stolen caused by that the bicycle is not locked by the user after parking, is avoided. The bicycle-used lock reminding device can remind the user of locking after parking according to the bicycle-used lock reminding method, and comprises a pressure sensor, an analog / digital converter, a controller, a lock limiting switch, a timing module and a reminding module. The structure is simple and the cost is lower. The bicycle is provided with the bicycle-used lock reminding device, so that the bicycle can remind the user of locking after parking.

Description

technical field [0001] The invention relates to the technical field of bicycles, in particular to a vehicle lock reminder method and device and a bicycle with the reminder device. Background technique [0002] At present, most people in our country choose to use bicycles, electric vehicles, motorcycles and other bicycles to travel in short distances, so as to avoid the situation of being unable to find parking spaces and traffic jams. However, there are often many users who forget to lock the vehicle after using it, which leads to many criminals taking advantage of it and stealing the vehicle, which brings regret and certain economic losses to the user, and also brings inconvenience to life. [0003] In order to avoid the above problems, many intelligent electronic locks that directly replace mechanical locks and have anti-theft alarm functions have appeared in the prior art. For example, the smart car lock disclosed in the patent application whose publication number is CN1...

AI Technical Summary

Problems solved by technology

[0004] Although the above-mentioned electronic lock technology can facilitate the user to lock the vehicle, and immediately report to the police when the vehicle is stolen, and even inform the user of the real-time situation of the vehicle, the use of these electronic locks has the following disadvantages: On the one hand, on vehicles that have been used for many years, the use of electronic The replacement of mechanical locks with locks will cause the original mechanical locks to be idle or thrown away, which is obviously a waste of resources; on the other hand, the anti-theft function of these electronic locks is generally triggered by real-time monitoring of vehicle status changes. However, this kind of vehicle state change generally occurs after the vehicle is parked or stolen, so these electronic locks lock the vehicle electronically, and only remind the user or deter the thief when the vehicle is stolen, without involving The lock prompt function after the user parks is obviously unavoidable because the user does not lock the car himself and gives the thief a chance

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