WO2019085550A1

WO2019085550A1 - Method for parking shared bicycle at fixed point and system therefor

Info

Publication number: WO2019085550A1
Application number: PCT/CN2018/096380
Authority: WO
Inventors: 程炽坤
Original assignee: 程炽坤
Priority date: 2017-11-01
Filing date: 2018-07-20
Publication date: 2019-05-09
Also published as: CN107767660A

Abstract

Disclosed by the present invention is a method for parking a shared bicycle at a fixed point, comprising the following steps: scanning a QR code on a shared bicycle, and acquiring shared bicycle information; controlling the shared bicycle to unlock according to the shared bicycle information; an area in which a shared bicycle is permitted to be parked continuously broadcasting parking permission information; the shared bicycle acquiring the parking permission information, and automatically locking after a user makes a payment. In the present invention, by means continuously broadcasting the parking permission information in the area in which parking is permitted, the shared bicycle may be automatically locked when the shared bicycle receives the parking permission information and user payment acknowledgement information, thus the shared bicycle is parked in a stipulated area in which parking is permitted so as to effectively prevent the problem of the disorderly parking of shared bicycles, while a vehicle lock may automatically lock after the user acknowledges payment, thereby greatly facilitating the usage of shared bicycles. Meanwhile, further disclosed by the present invention is a system for parking a shared bicycle at a fixed point.

Description

Shared bicycle fixed-point parking method and system thereof

Technical field

The invention relates to a shared bicycle, in particular to a shared bicycle fixed-point parking method and a system thereof.

Background technique

At present, the pollution of motor vehicle exhaust gas is getting bigger and bigger, and the serious traffic congestion problem is becoming more and more serious. The concept of environmental protection travel is getting louder and louder. With the rapid development of transportation, people travel in addition to using public transportation such as buses and subways, and more and more people prefer to use shared vehicles such as shared bicycles.

When the existing shared bicycle is in use, the user scans the two-dimensional code on the shared bicycle through the shared bicycle APP on the mobile phone, or through the WeChat, Alipay applet, and then recognizes the two-dimensional code through the APP or the small program, thereby obtaining the vehicle information. And transmitted to the cloud platform of the shared bicycle, the cloud platform sends an unlocking instruction to the control module of the shared bicycle, and then the control module controls the electronic lock to unlock, and then enters the charging phase. After the shared bicycle is used, the electronic lock is locked by the human hand, and the electronic lock transmits data to the APP or the small program through the control chip and the cloud platform, thereby completing the billing, thereby conveniently completing the use of the shared bicycle.

However, the sharing of bicycles can be conveniently parked in any area at the same time, and the phenomenon of bicycles being chaotic and disorderly occupying the road is becoming more and more prominent, resulting in the random occupation of public roads, and the management of urban space becomes more difficult.

Summary of the invention

Based on this, an object of the present invention is to provide a shared bicycle fixed-point parking method, which has the problem that the shared bicycle can be parked in a predetermined allowed parking area, thereby effectively preventing the shared bicycle from being randomly stopped and placed, and the user can confirm the payment after the payment is made. The automatic locking of the lock is realized, which is convenient for sharing the use of the bicycle.

A shared bicycle fixed-point parking method includes the following steps:

Scan the QR code on the shared bicycle to obtain shared bicycle information;

Controlling the shared bicycle unlocking according to the shared bicycle information;

Allowing shared bicycle parking areas to continuously broadcast allowed parking information;

The shared bicycle obtains the allowed parking information and is automatically locked after the user pays.

Compared with the prior art, the present invention enables the shared bicycle to automatically lock the shared bicycle only when the parking area is allowed to continuously broadcast the allowed parking information, so that the shared bicycle can receive the parking information and the user confirms the payment information. The shared bicycle is parked in the prescribed permitted parking area, effectively preventing the problem of the shared bicycle being randomly stopped and placed, and the user can automatically lock the lock after confirming the payment, which greatly facilitates the use of the shared bicycle.

Further, before the shared bicycle obtains the allowed parking information, it is further determined whether the shared bicycle is unlocked, and if the shared bicycle is unlocked, the permitted parking information is acquired; otherwise, the permitted parking information is not acquired.

Further, after acquiring the allowed parking information, the shared bicycle further sends information to the user whether to end the riding confirmation payment, and if the riding confirmation payment is ended, the shared bicycle is automatically locked; otherwise, the shared bicycle is not automatically locked.

Further, before the shared bicycle is automatically locked, it is also detected whether it is in a moving state, and if the shared bicycle is still in the moving state, it is not automatically locked; otherwise, the shared bicycle is automatically locked.

The invention also provides a shared bicycle fixed-point parking system, including a mobile terminal, a cloud platform, a parking monitoring device and a shared bicycle;

The mobile terminal is configured to scan a two-dimensional code on a shared bicycle, acquire shared bicycle information, and send the shared bicycle information to the cloud platform;

The cloud platform is configured to send an unlock signal to the shared bicycle according to the shared bicycle information;

The parking monitoring device is disposed in an area that allows the shared bicycle to park, and continuously broadcasts the allowed parking information;

The shared bicycle is configured to acquire the unlock signal and unlock the lock; the shared bicycle is further configured to acquire the allowed parking information, and automatically lock after receiving the user payment information.

Further, after acquiring the allowed parking information, the shared bicycle transmits, by the cloud platform, information to the mobile terminal whether to end the riding confirmation payment; if the mobile terminal feeds back the information of the shared bicycle as ending the riding If the payment is confirmed, the shared bicycle is automatically locked; otherwise, the shared bicycle is not automatically locked.

Further, the shared bicycle further determines whether the shared bicycle is unlocked before acquiring the allowed parking information, and if the shared bicycle is unlocked, acquiring the permitted parking information; otherwise, the permitted parking information is not acquired.

Further, before the automatic bicycle is automatically locked, the speed detecting device further detects whether the shared bicycle is in a moving state, and if the shared bicycle is still in a moving state, it does not automatically lock; otherwise, the shared bicycle automatically lock.

Further, the parking monitoring device includes a fixing frame and a transmitting module; the fixing frame is disposed in an area that allows the shared bicycle to be parked; the transmitting module is fixed above the fixed frame, and the parking information is continuously broadcasted; The transmitting module includes a transmitting housing, a controller, a wireless transmitter and a charger; the wireless transmitter and the controller are both disposed in the transmitting housing, and the wireless transmitter receives an allowed parking signal sent by the controller And broadcasting; the charger is connected to the controller and supplies power to the controller; the charger includes a solar panel and a battery; the solar panel is disposed on the transmitting housing; the battery setting Within the launch housing, and respectively coupled to the solar panel and the controller.

Further, the shared bicycle includes a shared bicycle body, a control module, a receiving module, and an electronic lock;

The receiving module is disposed on the shared bicycle body, and configured to receive the allowed parking information transmitted by the transmitting module, and transmit the parking information to the control module; the receiving module includes a receiving shell and a wireless receiver The wireless receiver is disposed in the receiving housing, and the wireless receiver receives an allowed parking signal sent by the wireless transmitter and transmits the signal to the control module;

The control module is disposed on the shared bicycle body, and configured to acquire the allowed parking information transmitted by the receiving module, and send, by the cloud platform, information to the mobile terminal whether to end the riding confirmation payment; the control After receiving the information that the mobile terminal ends the riding and confirms the payment, the module sends a locking signal to the electronic lock;

The electronic lock is disposed on the shared bicycle body, and the electronic lock is configured to receive a locking signal transmitted by the control module and automatically lock.

For a better understanding and implementation, the invention will be described in detail below with reference to the drawings.

DRAWINGS

1 is a schematic structural diagram of a shared bicycle fixed-point parking system according to an embodiment of the present invention;

2 is a schematic diagram of a shared bicycle fixed-point parking system according to an embodiment of the present invention;

FIG. 3 is a flowchart of a shared bicycle fixed-point parking method according to an embodiment of the present invention.

Detailed ways

Please refer to FIG. 1 and FIG. 2 simultaneously. FIG. 1 is a schematic structural diagram of a shared bicycle fixed-point parking system according to an embodiment of the present invention; FIG. 2 is a schematic diagram of a shared bicycle fixed-point parking system according to an embodiment of the present invention. A shared bicycle fixed-point parking system includes a mobile terminal 1, a cloud platform 2, a parking monitoring device 3, and a shared bicycle 4.

The mobile terminal 1 is configured to scan a two-dimensional code on the shared bicycle 4, obtain shared bicycle 4 information, and send the shared bicycle 4 information to the cloud platform 2.

The cloud platform 2 is configured to send an unlock signal to the shared bicycle 4 according to the shared bicycle 4 information.

The parking monitoring device 3 is disposed in an area 5 that allows shared bicycle parking, and continuously broadcasts permission parking information.

The shared bicycle 4 is configured to acquire the unlock signal and unlock the lock; the shared bicycle 4 is further configured to acquire the allowed parking information, and automatically lock after receiving the user payment information.

Specifically, after acquiring the allowed parking information, the shared bicycle 4 transmits, by the cloud platform 2, information about whether to end the riding confirmation payment to the mobile terminal 1; if the mobile terminal 1 feeds back the shared bicycle 4 If the information is to end the ride and confirm the payment, the shared bicycle 4 is automatically locked; otherwise, the shared bicycle 4 is not automatically locked.

In an embodiment, the shared bicycle 4 determines whether the shared bicycle 4 is unlocked before acquiring the parking information. If the shared bicycle 4 is unlocked, the permitted parking information is acquired; otherwise, the permitted parking information is not acquired. .

In an embodiment, the shared bicycle 4 detects whether the shared bicycle 4 is in a moving state by the speed detecting device before the automatic locking, and does not automatically lock if the shared bicycle 4 is still in the moving state; otherwise, The shared bicycle 4 is automatically locked. Specifically, if the speed detecting device detects that the speed of the shared bicycle 4 is not 0, the shared bicycle 4 is in a moving state; otherwise, the shared bicycle 4 is in a stationary state, and the shared bicycle 4 can be locked, thereby preventing the user from being locked. The erroneous operation causes a danger that the electronic lock 43 is suddenly locked during the use of the shared bicycle 4.

The parking monitoring device 3 includes a mounting bracket 31 and a transmitting module 32. The holder 31 is disposed in an area 5 that allows shared bicycle parking; the transmitting module 32 is fixed above the holder 31 and continuously broadcasts permission information for parking.

The transmitting module 32 includes a transmitting housing, a controller 321, a wireless transmitter 322, and a charger 323. The wireless transmitter 322 and the controller 321 are both disposed in the transmitting housing, and the wireless transmitter 322 receives the allowed parking signal sent by the controller 321 and broadcasts; the charger 323 and the controller 321 is connected and supplies power to the controller 321; the charger 323 includes a solar panel and a battery; the solar panel is disposed on the transmitting housing; the battery is disposed in the transmitting housing, and respectively It is connected to the solar panel and the controller 321 . In one embodiment, in a circular range centered on the location of the wireless transmitter 322 and having a radius of the set distance, the area 5 is allowed to be shared by the bicycle, and the wireless transmitter 322 is continuously broadcasted to allow parking. The information, in turn, allows the shared bicycle 4 entering the operating range to receive the parking information. The set radius can be 1-5 meters.

The shared bicycle 4 includes a shared bicycle body, a receiving module 41, a control module 42, and an electronic lock 43.

The receiving module 41 is disposed on the shared bicycle body, and is configured to receive the allowed parking information transmitted by the transmitting module 32, and transmit the parking information to the control module 42; the receiving module 41 includes a receiving shell And a wireless receiver 411; the wireless receiver 411 is disposed in the receiving housing, and the wireless receiver 411 receives the permission parking signal sent by the wireless transmitter 322 and transmits to the control module 42;

The control module 42 is disposed on the shared bicycle body, and is configured to acquire an unlock signal sent by the cloud platform 2, and transmit the unlock signal to the electronic lock 43. The control module 42 is further configured to acquire the allowed parking information transmitted by the receiving module 42 and send, by the cloud platform 2, information about whether to end the riding confirmation payment to the mobile terminal 1; the control module 42 is receiving After the mobile terminal 1 finishes riding and confirms the payment information, sends a lock signal to the electronic lock 43;

The electronic lock 43 is configured to receive the unlocking signal transmitted by the control module 42 and unlock the electronic lock 43; the electronic lock 43 is further configured to receive the transmission by the control module 42. The lock signal is automatically locked.

The power module 44 is disposed on the shared bicycle body and is respectively connected to the control module 42 to supply power to the control module 42.

Please refer to FIG. 3 , which is a flowchart of a shared bicycle fixed-point parking method according to an embodiment of the present invention.

The invention also provides a shared bicycle fixed-point parking method, comprising the following steps:

Step S1: Scan the two-dimensional code on the shared bicycle to obtain the shared bicycle information;

Step S2: controlling the shared bicycle unlocking according to the shared bicycle information;

Step S3: Allow the area where the shared bicycle is parked to continuously broadcast the allowed parking information;

Step S4: The shared bicycle obtains the allowed parking information, and automatically locks after the user pays.

In an embodiment, the shared bicycle further determines whether the shared bicycle is unlocked before acquiring the allowed parking information, and if the shared bicycle is unlocked, acquiring the permitted parking information; otherwise, the permitted parking information is not acquired.

In an embodiment, after acquiring the allowed parking information, the shared bicycle further sends information to the user whether to end the riding confirmation payment, and if the riding confirmation payment is ended, the shared bicycle is automatically locked; otherwise, the shared bicycle is not automatically lock.

In an embodiment, the shared bicycle is also detected to be in a moving state before being automatically locked. If the shared bicycle is still in the moving state, the bicycle is not automatically locked; otherwise, the shared bicycle is automatically locked, thereby preventing the user from misoperation. This poses a danger of sudden locking of the electronic lock during the use of the shared bicycle.

The above-described embodiments are merely illustrative of several embodiments of the present invention, and the description thereof is more specific and detailed, but is not to be construed as limiting the scope of the invention. It should be noted that a number of variations and modifications may be made by those skilled in the art without departing from the spirit and scope of the invention.

Claims

A shared bicycle fixed-point parking method, characterized in that the method comprises the following steps:

Scan the QR code on the shared bicycle to obtain shared bicycle information;

Controlling the shared bicycle unlocking according to the shared bicycle information;

Allowing shared bicycle parking areas to continuously broadcast allowed parking information;

The shared bicycle obtains the allowed parking information and is automatically locked after the user pays.
The shared bicycle fixed-point parking method according to claim 1, wherein the shared bicycle determines whether the shared bicycle is unlocked before acquiring the permitted parking information, and if the shared bicycle is unlocked, acquiring the permitted parking information; otherwise, The allowed parking information is not obtained.
The shared bicycle fixed-point parking method according to claim 1, wherein the shared bicycle further sends information to the user whether to end the riding confirmation payment after acquiring the permitted parking information, and if the bicycle is confirmed to pay the payment, the shared bicycle is shared. Automatically locked; otherwise, the shared bicycle is not automatically locked.
The shared bicycle fixed-point parking method according to claim 1, wherein the shared bicycle detects whether it is in a moving state before being automatically locked, and does not automatically lock if the shared bicycle is still in a moving state; otherwise, sharing The bicycle is automatically locked.
A shared bicycle fixed-point parking system, which comprises a mobile terminal, a cloud platform, a parking monitoring device and a shared bicycle;

The mobile terminal is configured to scan a two-dimensional code on a shared bicycle, acquire shared bicycle information, and send the shared bicycle information to the cloud platform;

The cloud platform is configured to send an unlock signal to the shared bicycle according to the shared bicycle information;

The parking monitoring device is disposed in an area that allows the shared bicycle to park, and continuously broadcasts the allowed parking information;

The shared bicycle is configured to acquire the unlock signal and unlock the lock; the shared bicycle is further configured to acquire the allowed parking information, and automatically lock after receiving the user payment information.
The shared bicycle fixed-point parking system according to claim 5, wherein after the shared bicycle acquires the parking information, the cloud platform transmits, to the mobile terminal, information about whether to end the riding confirmation payment; When the mobile terminal feeds back the information of the shared bicycle to end the riding and confirms the payment, the shared bicycle is automatically locked; otherwise, the shared bicycle is not automatically locked.
The shared bicycle fixed-point parking system according to claim 6, wherein the shared bicycle further determines whether the shared bicycle is unlocked before acquiring the permitted parking information, and if the shared bicycle is unlocked, acquiring the permitted parking information; Otherwise, the parking information is not obtained.
The shared bicycle fixed-point parking system according to claim 6, wherein the shared bicycle detects whether the shared bicycle is in a moving state by the speed detecting device before the automatic locking, if the shared bicycle is still in a moving state, Then it is not automatically locked; otherwise, the shared bicycle is automatically locked.
The shared bicycle fixed-point parking system according to any one of claims 5-8, wherein the parking monitoring device comprises a fixing frame and a transmitting module; the fixing frame is disposed in an area allowing the shared bicycle to be parked; The transmitting module is fixed above the fixed frame and continuously broadcasts permission for parking information; the transmitting module includes a transmitting housing, a controller, a wireless transmitter and a charger; the wireless transmitter and the controller are disposed at the In the transmitting housing, and the wireless transmitter receives an allowed parking signal sent by the controller and broadcasts; the charger is connected to the controller and supplies power to the controller; the charger includes a solar battery a board and a battery; the solar panel being disposed on the launching enclosure; the battery being disposed within the launching enclosure and coupled to the solar panel and the controller, respectively.
The shared bicycle fixed-point parking system according to claim 9, wherein the shared bicycle comprises a shared bicycle body, a control module, a receiving module and an electronic lock;

The receiving module is disposed on the shared bicycle body, and configured to receive the allowed parking information transmitted by the transmitting module, and transmit the parking information to the control module; the receiving module includes a receiving shell and a wireless receiver The wireless receiver is disposed in the receiving housing, and the wireless receiver receives an allowed parking signal sent by the wireless transmitter and transmits the signal to the control module;

The control module is disposed on the shared bicycle body, and configured to acquire the allowed parking information transmitted by the receiving module, and send, by the cloud platform, information to the mobile terminal whether to end the riding confirmation payment; the control After receiving the information that the mobile terminal ends the riding and confirms the payment, the module sends a locking signal to the electronic lock;

The electronic lock is disposed on the shared bicycle body, and the electronic lock is configured to receive a locking signal transmitted by the control module and automatically lock.