WO2018227539A1

WO2018227539A1 - System for preventing shared bicycles from being parked randomly

Info

Publication number: WO2018227539A1
Application number: PCT/CN2017/088600
Authority: WO
Inventors: 黄伟林
Original assignee: 黄伟林
Priority date: 2017-06-16
Filing date: 2017-06-16
Publication date: 2018-12-20

Abstract

A system for preventing shared bicycles from being parked randomly, comprising a shared bicycle device (20), a shared bicycle parking space device (10), and a cloud server (30), wherein the shared bicycle device (20) is installed in a shared bicycle body for sending radio frequency signals to the shared bicycle parking space device (10) and locking the bicycle according to instructions of the cloud server (30); the shared bicycle parking space device (10) is provided in a parking space area for scanning the parking space area, transmitting radio frequency signals, and sending instructions to the cloud server (30); and the cloud server (30), after processing instructions sent by the shared bicycle device (20), sends locking instructions to the shared bicycle device (20). By using RFID technology, random parking of shared bicycles can be prevented, and a new technical means is provided for urban management of random parking of shared bicycles.

Description

A system for preventing shared bicycles from being parked at will

Technical field

The present invention relates to the field of bicycle management, and more particularly to a system for preventing a shared bicycle from being parked at will.

Background technique

Shared bicycles grow vigorously with the rapid development of the economy. The rise of shared bicycles can bring great convenience to the latter one kilometer and green travel. However, there are many inconveniences in the management of shared bicycles. The following problems exist in shared bicycles. : The problem of shared bicycles being parked indiscriminately, many people will share the bicycles to the sidewalks or even the lanes, which will cause great trouble to the pedestrians. The shared bicycles can be parked at random, and the manager can not find the corresponding owners according to the shared bicycles, forcibly sharing the mobiles. Cycling, if the manager moves the shared bicycle by himself, he must increase the management of the personnel, cost a lot and cannot solve the long-term problem.

Summary of the invention

The main object of the present invention is to provide a product that can prevent the shared bicycle from being parked at random, and aims to solve the problem of the product of the shared bicycle in the prior art.

In order to achieve the above object, the present invention provides the shared bicycle free parking system, including a shared bicycle device, a shared bicycle parking device, and a cloud server, wherein

The shared bicycle device is installed in a shared bicycle body for transmitting a radio frequency signal to the shared bicycle parking space device and locking the vehicle according to an instruction of the cloud server;

The shared bicycle parking space device is disposed in a parking space area, and scans a parking space area for transmitting a radio frequency signal and transmitting an instruction to the cloud server;

The cloud server sends a lockout command to the shared bicycle after processing according to the instruction sent by the shared bicycle.

Further, the cloud server is configured to store and process the transmission result of the shared bicycle device and the shared bicycle parking space device, and send a lock instruction and send the processed result to the shared bicycle device and the Shared bicycle parking space unit.

Further, the shared bicycle parking space device includes: an RFID radio frequency receiving module, a control module, and a communication module, where

The RFID radio frequency receiving module is configured to receive a radio frequency signal sent by the shared bicycle device; the control module establishes a connection with the REID radio frequency receiving module and the communication module, and matches the RFID radio frequency receiving module Uploaded to the cloud server by the communication module;

The communication module is connected to the cloud server by wireless.

Further, the shared bicycle parking device includes: an RFID radio frequency transmitting module, a lock module, a control module, and a communication module, where

The RFID radio frequency transmitting module is configured to send a radio frequency signal to the shared bicycle device;

The control module sends a lock control command to the lockout module according to the lockout command sent by the cloud server, and processes the matching result of the RFID radio frequency sending module, and sends the result to the Cloud Server;

The lockout module performs a lock according to a lockout control command sent by the control module;

The communication module establishes a connection with the cloud server in a wireless manner.

Further, the cloud server stores bicycle information, vehicle owner information, and RFID electronic tag mapping information.

Further, the RFID radio frequency receiving module and the RFID radio frequency transmitting module each include an RFID electronic tag and a tag reader/writer. The RFID radio frequency receiving module is composed of a fixed reader and is connected to the control module, and the RFID electronic tag is composed of A class A tag with a double RFID tag AB mapping mechanism is composed of a class B tag, a class B tag is set on a shared bicycle, and a class A tag is set in a reader of a shared bicycle parking space device, only when the fixed reading and writing is performed. When the mapping information corresponding to the Ai tag and the Bi tag collected by the device is the same as the mapping information corresponding to the cloud server, the control device in the shared bicycle device determines the legal lock, and the shared bicycle device The lock module is opened to close the lock.

A method for preventing a shared bicycle random parking system, characterized in that the system operates as follows:

(1) The shared bicycle enters the shared bicycle parking space area;

(2) The RFID radio frequency receiving module in the shared bicycle parking space receives the Bi tag information, and the control module determines whether the AB tag is formed and simultaneously read;

(3) If the mapping result is correct, the control module controls the lockout module to open, and the shared bicycle can be locked;

(4) If the mapping result is wrong, the control module cannot open the lockout module, the shared bicycle is always in the charging state, and the shared bicycle cannot be locked.

Compared with the prior art, the invention can prevent the shared bicycle random parking system from adopting the above technical solution, and achieves the following technical effects: the invention adopts the RFID radio frequency identification technology to realize the prevention of the random parking shared bicycle, and is a city. Manage shared bicycles to park at random and provide new technical means. It does not occupy a large space, does not hinder traffic, is easy to handle, and is adaptable.

DRAWINGS

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a block diagram showing a preferred embodiment of the present invention which prevents a shared bicycle random parking system.

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

detailed description

The specific embodiments, structures, features and functions of the present invention are described in detail below with reference to the accompanying drawings and preferred embodiments. It is to be understood that the specific embodiments of the invention are not intended to be construed

As shown in FIG. 1, FIG. 1 is a schematic structural view of a preferred embodiment of the present invention for preventing a shared bicycle random parking system.

In the present embodiment, a shared bicycle parking system including a shared parking space device 10, a shared bicycle device 20, and a cloud server 30 can be prevented.

The shared parking space device 10 is disposed in a parking space area, and scans the parking space area, including an RFID radio frequency receiving module, a control module, and a communication module. The RFID radio frequency receiving module includes an RFID electronic tag, a tag reader, and the RFID radio frequency. The reader module is composed of a fixed reader and is connected to the control module. The RFID electronic tag is composed of a class A tag and a class B tag provided with a dual RFID tag AB mapping mechanism, and the class B tag is disposed on the shared bicycle device. 20, the class A tag is disposed in the reader/writer of the shared bicycle parking space device; the RFID radio frequency receiving module receives the class B tag sent by the shared bicycle device 20 through the RFID electronic tag, only when the fixed reading When the mapping information corresponding to the Ai tag and the Bi tag acquired by the writer is the same as the mapping information corresponding to the cloud server 30, the control device in the shared bicycle device 20 determines the legal lock. The lock module in the shared bicycle device 20 is opened to close the lock.

The shared bicycle device 20 is installed on a shared bicycle body, and includes an RFID radio frequency transmitting module, a lock module, a control module, and a communication module. The RFID radio frequency transmitting module includes an RFID electronic tag, and the RFID electronic tag is composed of a B type tag. After the shared bicycle rides into the shared bicycle parking space, the RFID radio frequency transmitting module sends a class B tag to the shared bicycle parking space device 10, when the cloud server 30 is mapped according to the shared bicycle parking space device 10 If the information is correct, the control command is sent to the shared bicycle device 20 by wireless, and the communication module in the shared bicycle device 20 wirelessly receives the control command sent by the cloud server 30, through the control. The module controls the lockout module, when the command sent by the cloud server 30 is legally closed The lock, the lock module in the shared bicycle device 20 is opened, and the user can lock the lock; otherwise, the user cannot lock, and the shared bicycle is always in the charging state.

The cloud server 30 stores information of shared bicycles, vehicle owner information, label mapping information, management information, and the like, and establishes a connection with the shared bicycle parking device 10 and the shared bicycle device 20 in a wireless manner.

A method for preventing the use of a shared bicycle random parking system in this embodiment, the operating process of the system is as follows:

(1) The user parks the shared bicycle into the shared bicycle parking space area;

(2) The RFID radio frequency receiving module in the shared bicycle parking space reads and writes the Bi tag information in the shared bicycle, and whether the AB tag is formed in the shared bicycle parking space and is read at the same time;

(3) If the fixed reader/writer located in the shared bicycle parking space area reads the information of the Bi tag, the control module of the shared bicycle parking space receives the Bi tag information and queries the fixed reader to read the corresponding Ai tag information. Sending a mapping result to the cloud server, where the cloud server determines that the mapping is correct, sending a control command to the shared bicycle by using a wireless manner, and the control module of the shared bicycle sends a control command to the lock module, and the lock module When the user is turned on, the user can lock the shared bicycle; otherwise, the user cannot lock the shared bicycle, and the shared bicycle will be in the always charged state.

The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the patents of the present invention. It is also directly or indirectly used in other related technical fields, and is included in the scope of patent protection of the present invention.

Claims

A system for preventing a shared bicycle free parking system, characterized in that the system comprises: a shared bicycle device, a shared bicycle parking space device, and a cloud server, wherein

The shared bicycle device is installed in a shared bicycle body for transmitting a radio frequency signal to the shared bicycle parking space device and locking the vehicle according to an instruction of the cloud server;

The shared bicycle parking space device is disposed in a parking space area, and scans a parking space area for transmitting a radio frequency signal and transmitting an instruction to the cloud server;

The cloud server sends a lockout command to the shared bicycle after processing according to the instruction sent by the shared bicycle.
The system for preventing a shared bicycle random parking system according to claim 1, wherein the cloud server is configured to store and process the transmission result of the shared bicycle device and the shared bicycle parking space device, and send the same The lock command and the processed result are sent to the shared bicycle device and the shared bicycle parking space device.
The device for preventing a shared bicycle parking system according to claim 1, wherein the shared bicycle parking space device comprises: an RFID radio frequency receiving module, a control module, and a communication module, wherein

The RFID radio frequency receiving module is configured to receive a radio frequency signal sent by the shared bicycle device;

The control module establishes a connection with the REID radio frequency receiving module and the communication module, and uploads a matching result of the RFID radio frequency receiving module to the cloud server through the communication module;

The communication module is connected to the cloud server by wireless.
The shared bicycle parking device according to claim 1, wherein the shared bicycle parking device comprises: an RFID radio frequency transmitting module, a locking module, a control module, and a communication module, wherein

The RFID radio frequency transmitting module is configured to send a radio frequency signal to the shared bicycle device;

The control module sends a lock control command to the lockout module according to the lockout command sent by the cloud server, and processes the matching result of the RFID radio frequency sending module, and sends the result to the Cloud Server;

The lockout module performs a lock according to a lockout control command sent by the control module;

The communication module establishes a connection with the cloud server in a wireless manner.
The system for preventing a shared bicycle random parking according to claim 2, wherein the cloud server stores bicycle information, vehicle owner information, and RFID electronic tag mapping information.
The anti-seat bicycle random parking system according to claim 3 or 4, wherein the RFID radio frequency receiving module and the RFID radio frequency transmitting module both comprise an RFID electronic tag, a tag reader/writer, and an RFID radio frequency receiving module. It is composed of a fixed reader and is connected to the control module, and the RFID electronic tag is composed of a class A tag and a class B tag provided with a double RFID tag AB mapping mechanism, and the class B tag is set on a shared bicycle, and the class A tag The reader/writer provided in the shared bicycle parking space device only shares the bicycle device when the mapping information corresponding to the Ai label and the Bi label acquired by the fixed reader/writer is the same as the mapping information corresponding to the cloud server. The control device in the judgment The legal lock is fixed, and the lock module in the shared bicycle device is opened to close the lock.
A method for preventing a shared bicycle random parking system, characterized in that the system operates as follows:

(1) The shared bicycle enters the shared bicycle parking space area;

(2) The RFID radio frequency receiving module in the shared bicycle parking space receives the Bi tag information, and the control module determines whether the AB tag is formed and simultaneously read;

(3) If the mapping result is correct, the control module controls the lockout module to open, and the shared bicycle can be locked;

(4) If the mapping result is wrong, the control module cannot open the lockout module, the shared bicycle is always in the charging state, and the shared bicycle cannot be locked.