Dynamic password parking space lock with code

Abstract

The invention provides a shared parking terminal lock, in particular to a dynamic password parking space lock with a code. A unique code for each parking space lock is set in a parking management system. A lockset contains a time-synchronization-based dynamic password that is generated by an electronic chip and is consistent with the parking management system, employs an electronic password unlocking mode and is provided with digital keys. The lockset records and stores starting and closing time. A built-in printer prints receipts. Each parking space lock includes an electric execution rod that moves up and down automatically, is provided with an automatic sending device, and is locked automatically when no vehicle is parked. A parking management system two-dimensional code is printed on an obvious part of the lockset, so that the user can load the mobile phone client software conveniently. A lockset cover mechanical lock is arranged and is used for opening the lockset host. The lockset is used for realizing a shared parking network and is provided with a parking space terminal; not network and commercial power environment are required. The lockset is provided with the parking receipt printer, so that the lockset is managed conveniently. The lock records parking time and thus each transaction information can be traced back by cooperating with the parking management system.

Description

technical field [0001] The invention relates to a terminal lock for shared parking, in particular to a parking lock with a coded dynamic password. Background technique [0002] With the continuous increase of the number of cars in the society, problems such as urban traffic congestion and parking difficulties have become more and more prominent, and parking on the road has exacerbated traffic congestion. However, according to investigations, it is found that during the daytime when road traffic is congested, a large number of vehicles are parked in the parking spaces marked on the side of the road, while there are a large number of private or unit parking spaces nearby that are vacant or locked. Existing parking space locks can only guarantee the parking spaces for self-use and cannot be shared. [0003] Although there are currently many patented technologies involved in this field, many parking locks and corresponding background management systems have been designed, but t...

AI Technical Summary

Problems solved by technology

The existing parking locks can only guarantee the parking space for private use and cannot be shared

[0003] Although there are currently many patented technologies related to this field, many parking locks and corresponding background management systems have been designed, but there are defects in property management, lock communication positioning, positioning accuracy, and affecting the owner's own use, resulting in patented technologies that have been vacant for many years and cannot be practically applied.

[0004] In view of the defects in the prior art and the gaps in actual products, the object of the present invention is to provide a parking lock that adopts time-synchronized dynamic password technology and has a unique code in the parking management system, so as to avoid the disadvantage that the parking lock must be connected to the Internet; Internet technology to find free online shared parking spaces, and send dynamic unlock passwords based on time synchronization, shared parking system using satellite positioning and navigation

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