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Public bicycle rental system based on intelligent unlocking devices

A technology for public bicycles and rental systems, applied in the field of public bicycle rental systems, can solve the problems of easy loss of bicycles, insufficient locking piles, vehicles, and bicycles affecting traffic and life.

Inactive Publication Date: 2018-06-05
陈雪妍
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

At present, there are mainly two types of public bicycle rental systems. One is the public bicycle rental system with fixed lock piles. This type of system with fixed lock piles requires users to go to the station to swipe the rental card to borrow and return bicycles. The bicycles of this type of system are placed neatly , which is easy to manage centrally, but there is often a problem that there are not enough lock piles to repay the vehicle; the other is the pileless bicycle borrowing and returning system that uses the mobile terminal to swipe the QR code. Locking piles is more convenient, but it must rely on smart terminals and the Internet. The cost of bicycles and car locks is high, bicycle management is inconvenient, bicycles are easy to lose, and it is difficult to control too many bicycles in a specific area. Too many bicycles will affect traffic and traffic. Life

Method used

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  • Public bicycle rental system based on intelligent unlocking devices
  • Public bicycle rental system based on intelligent unlocking devices
  • Public bicycle rental system based on intelligent unlocking devices

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0041] In this example, the public bicycle rental system based on the smart unlocker, such as figure 1 As shown, it includes a rental pile 1, a unlocker 2, a car lock 3, and a system server 4.

[0042] The rental pile 1 is installed at each rental site, and is used to control and manage various retrieval operations of the unlocker 2, and to exchange data with the unlocker 2 and the system server 4. The user swipes the rental card on the rental pile 1 to request The detacher is borrowed and returned. After passing the identity verification, the rental pile 1 releases the detached device 2, and the user can hold the detached device 2 to open and close the car lock 3, and exchange and manage bicycle borrowing and returning information.

[0043] The unlocker 2 is used to open and close the car lock 3. Usually, the unlocker 2 is locked in the rental pile 1. When the user’s request to borrow and return the unlocker is passed, the rental pile 1 releases the unlocker, and the user can...

Embodiment 2

[0071] The implementation of this example is an improvement on the basis of Example 1. The electronic tag in the car lock 3 is replaced by a memory and supporting circuits. The vehicle identity and vehicle borrowing and return information data are stored in the memory, and are read and written by the control module in the unlocker 2. information data in memory.

Embodiment 3

[0073] The implementation of this example is an improvement on the basis of Embodiment 1 and Embodiment 2. The improvement is that the rental card is replaced by a smart terminal such as a mobile phone. The smart terminal establishes contact with the rental pile 1 through WiFi, Bluetooth, mobile network and other communication methods. Use the smart terminal to scan the QR code to borrow and return the unlocker, and then borrow and return the bicycle. The QR code can be printed on the unlocker 2 or on a specific prominent position on the rental pile 1. Scan the QR code to borrow and return The corresponding detacher 2, the payment platform bound by the smart terminal to complete the bicycle rental fee, is different from the existing pile-free bicycle borrowing and returning system. In this example, the smart terminal directly borrows the detacher 2, and then borrows through the detacher 2 Return the bicycle.

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Abstract

The invention relates to a public bicycle rental system based on intelligent unlocking devices. The system comprises rental piles, the unlocking devices, bicycle locks and a system server. The rentalpiles are installed at each rental point and used for controlling and managing various borrowing and returning operations of the unlocking devices, the unlocking devices are used for opening and closing the bicycle locks, the bicycle locks are mounted on bicycle fork frames and used for locking bicycles, and the system server is used for storing, backing up and managing bicycle borrowing and returning information data and linked to the rental piles through a public data network. The system does not need to rely on special bicycle lock piles, the bicycles can be conveniently parked near the rental points, the problem that the bicycles cannot be returned due to insufficient lock piles is avoided, and the rental points are economical and convenient to set and can even be arranged in a place where power supplies cannot be provided. According to the bicycle locks, batteries, communication systems and positioning system are omitted, and the costs and operating costs of the bicycle locks aregreatly reduced. The system can still run for a long time in the event of power outage and no public network.

Description

technical field [0001] The invention relates to a public bicycle rental system based on an intelligent unlocker, which can economically, conveniently and quickly build rental points and the entire bicycle rental system. Background technique [0002] The public bicycle system is not only green and low-carbon, but also greatly facilitates the travel of citizens as a part of urban public transportation, and has been well received. At present, there are mainly two types of public bicycle rental systems. One is the public bicycle rental system with fixed lock piles. This kind of system with fixed lock piles requires users to go to the station to swipe the rental card to borrow and return bicycles. The bicycles of this type of system are placed neatly , which is easy to manage centrally, but there is often a problem that there are not enough lock piles to repay the vehicle; the other type is a pile-free borrowing and returning bicycle system that uses a mobile terminal to swipe a ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G07F17/00G07C9/00
CPCG07C9/00174G07F17/0057
Inventor 陈雪妍陈忠维
Owner 陈雪妍