TWM494974U - Intelligent bicycle rent system - Google Patents

Description

Smart bicycle rental system

This creative department is about a rental system, especially a smart bicycle rental system, which has the advantage of renting bicycles through electronic management to improve the efficiency and convenience of bicycle rental.

According to the demand for schooling, employment and sightseeing, the number of people taking public transportation is not small, and with the popularity of leisure and sightseeing, the major stations and their surrounding attractions are loved by people. Therefore, in addition to using mass transit as a connection, people also use bicycles or locomotives. However, bicycles can achieve energy saving, environmental protection and leisure fitness.

At present, public bicycle rental stations have been built in the metropolitan area of the specific metropolitan area and its surrounding attractions for people to rent and use, so as to improve the use of mass transit vehicles and reduce the use of locomotives and automobiles; The bicycle rental method is still manual, so that the renter can only rent bicycles at a specific time, so the use is more inconvenient, and the manual renting method is prone to human factors and causes the loss of the rental process. Overall setup cost and efficiency.

In order to solve the above problems, the present invention discloses a smart bicycle rental system, which uses the radio frequency identification induction method to complete the sensing operation of borrowing or returning the vehicle, so as to achieve the speed and convenience of renting a car.

For the above purposes, the present invention provides a smart bicycle rental system comprising: a control computer; a parking column having a controller electrically connected to the field control computer, the controller including a control module and a reading Taking a module, the control module is connected to the field control computer signal, and the reading module is electrically connected to the control module; a ticket card sensing antenna is disposed in the controller, and is capable of reading a ticket label a ticket card for transmitting a ticket signal to the reading module to enable the field computer to generate a borrowing information; and a locking device disposed on the parking column and selectively locked by the controller Or unlocking a bicycle, wherein the bicycle has a body tag, and the locking device has a body sensing antenna for reading the body tag to transmit the borrowing information to the reading module, so that The field control computer generates a return message.

In order to achieve the above purpose, the field control computer of the present invention is remotely connected to a management platform, so that the management operator can remotely monitor the bicycle rental profile of each rental station, and facilitate the maintenance and management of the rental system.

Therefore, when the user uses the ticket card sensing controller, the reading module writes the borrowing vehicle information into the vehicle body tag through the vehicle body sensing antenna, so that the locking device unlocks the bicycle, providing the user with a quick The borrowing is completed, and when the user returns the bicycle to the parking column, the locking device locks the bicycle so that the field control computer compares the borrowing information and the returning information to generate a deduction information and pass the ticket. The card sensing antenna writes the ticket card label to complete the return.

For the convenience of the description, the central idea expressed in the column of the above novel content is expressed by a specific embodiment. Various items in the embodiments are depicted in terms of ratios, dimensions, amounts of deformation, or displacements that are suitable for illustration, and are not drawn to the proportions of actual elements, as set forth above.

As shown in FIG. 1 to FIG. 5, the smart bicycle rental system of the present invention includes at least one control computer 1, a docking rack 2, a bicycle 3, and a ticket card 40 with a ticket card label 41 embedded therein.

The docking rack 2 is disposed at a predetermined renting station, such as major railway stations, bus stations, MRT stations, and specific scenic spots, and the parking rack 2 has more than one parking column 10 as required. The embodiment disclosed in the present application In other words, the parking column 10 is two.

The parking column 10 is provided with a controller 20 and at least one locking device 30 therein. The controller 20 includes a reading module 21 and a control module 22, the control module 22 is connected to the field control computer 1 signal, and the reading module 21 is a radio frequency identification module capable of generating an RF signal. The reading module 21 is electrically connected to the control module 22 . The controller 20 is further provided with a ticket card sensing antenna 23, which is electrically connected to the reading module 21, and transmits the RF signal sent by the reading module 21 and the ticket card label 41. The controller 20 is disposed on the parking column. The top of 10.

The parking column 10 is further provided with a locking device 30, which is controlled by the control module 22 to selectively lock or unlock the bicycle 3. The locking device 30 has a vehicle body sensing antenna 31, which can be electrically connected to the reading module 21, and transmits the RF signal sent by the reading module 21 and a body tag 302. In the preferred embodiment of the present invention, the locking device 30 is two and is disposed on both sides of the parking column 10 so that the bicycle 3 can be parked on both sides. Accordingly, the ticket sensing antenna 23 It can also be two and disposed on both sides of the controller 20 of the parking column 10 so as to correspond to the locking devices 30 on both sides.

The ticket card 40 can be read by the ticket card sensing antenna 23, and the amount and balance information can be written therein. The ticket label 41 of the ticket card 40 can receive the RF signal sent by the ticket sensing antenna 23 and generate a ticket signal return, whereby the ticket sensing antenna 23 receives the ticket signal and then reads The module 21 and the control module 22 are sent to the field control computer 1 for analysis, and a car loan information is generated. The ticket card 40 described in the present invention may be an electronic wallet, a leisure card, a high-tech card, a Taiwan smart card or a similar electronic ticket card, a mifare card, and the like.

Referring to FIG. 3, the present invention further has a locking piece 301 disposed on the bicycle 3. The locking piece 301 can be connected to the locking device 30, and the body label 302 is disposed on the locking piece 301, which can receive the body sensing. The RF signal emitted by the antenna 31. The vehicle body tag 302 has a pair of antennas for realizing multi-point distribution of the antenna to improve the effective power of the antenna, thereby obtaining a larger reading range and a reading effect.

Further, the control module 22 is electrically connected to a status display module 50. The status display module 50 is partially externally displayed on the surface of the controller 20 for displaying various rental information, and the status display module 50 can include a The buzzer 51, an LED illuminator 52 and a display 53 are provided to prompt the user to easily recognize the sound and light prompting effect, as shown in FIG.

In addition, the reading module 21 in the present creation has an antenna switching circuit 211 as shown in FIG. When two ticket sensing antennas 23 and two body sensing antennas 31 are provided, it is used to inspect the ticket sensing antenna 23 and the body sensing antenna 31 for inductive action, so as to enter the borrowing or returning procedure, according to Realize the automatic loop function of the antenna array.

As shown in Figure 1, it is a block diagram of the borrowing program of this creation. When the user enters the sensing range of the ticket sensing antenna 23 by the ticket card 40, the ticket sensing antenna 23 interactively senses and reads the ticket signal of the ticket label 41, and the ticket is sent through the reading module 21 and the control module 22. The signal is transmitted to the field control computer 1 for ticket card condition determination, and the judgment result is transmitted to the control module 22. If the vehicle can be borrowed, the control module 22 can generate a car loan information (including the card number, the station, and the borrowing). The vehicle time, etc., and the borrowing vehicle information is written into the vehicle body tag 302 via the vehicle body sensing antenna 31 by using the reading module 21, and the control module 22 can next command the unlocking device 30 to perform the unlocking operation to complete the bicycle 3 The renting program, so that the user can use the rented bicycle 3 to ride to the desired destination; if the result of the judgment is that the vehicle is not available, the control module 22 notifies the status display module 50 of the relevant determination message. Through the sound and light prompts, and convey the user's knowledge.

Through the state display module 50, the user can perform the borrowing process, the prompt sound generated by the buzzer 51, and the flashing light emitted by the LED illuminator 52 or the code displayed on the display 53 to prompt the user to control the field. The computer 1 judges the result of the ticket signal and reminds the user to pick up the car.

As shown in Figure 6, it is a block diagram of the returning car program of this creation. When the user performs the returning vehicle, the bicycle 3 is returned to the adjacent rental station, and the bicycle 3 is parked on one side of the parking column 10, so that the locking piece 301 of the bicycle 3 corresponds to the locking device 30 to pass through. The locking device 30 locks the bicycle 3, and further, after the vehicle body sensing antenna 31 is interactively sensed and reads the body tag 302, the previously stored car information is sent to the control module through the reading module 21. 22, and generate a returning car information to the field control computer 1, and then use the reading module 21 to clear the car borrowing information of the car body tag 302, so that the field control computer 1 can perform the comparison operation on the returning car information and the borrowing car information. The deduction is calculated to return the message to the controller 20, and then the control module 22 notifies the reading module 21 to debit the ticket card 40 to write a deduction information by the ticket sensing antenna 23. In the ticket card label 41, to complete the returning procedure.

Through the status display module 50, the user can perform the returning process, prompting the user to return the vehicle by the sound of the buzzer 51, and the flashing light emitted by the LED illuminator 52 or the code displayed on the display 53. Whether it is correct, and remind the user to carry out the ticket card 40 induction deduction.

In this way, the creation utilizes the technology of radio frequency identification, and controls the operation of the locking device 30 to achieve an electronic bicycle rental system, which can replace the manual operation, thereby reducing the inconvenience and risk of human management, and achieving the operating cost. The reduction and improvement of the efficiency and convenience of bicycle 3 rental.

As shown in FIG. 7 , it is another embodiment of the present invention, which is mainly connected to a management platform 4 remotely from the field control computer 1 system, so that the management operator remotely monitors the bicycle 3 rental profile of each rental station, and is convenient for maintenance. The operation of the rental system is managed, for example, whether the operation of the locking device 30 is abnormal, whether an abnormality is detected between the ticket card 40 and the ticket sensing antenna 23, whether an abnormality is detected between the body tag 302 and the body sensing antenna 31, and a controller. 20 is abnormal communication with the field control computer 1. In addition, the parking column 10 of each rental station has an ID identification code, so that it has monitoring capability to transmit monitoring information to the management platform 4, which helps the administrator to perform remote monitoring and maintenance management.

In summary, the smart bicycle rental system of this creation can adopt 24-hour unmanned management self-service, so that members can use the registered membership card to the parking column of the rental station to sense the rental car, while the non-members need to cooperate with the automatic After the service is paid, the car is quickly picked up for the purpose of smart rental car.

The above embodiments are merely illustrative of the present invention and are not intended to limit the scope of the present invention. All kinds of modifications or changes that are not in violation of the spirit of this creation are all in the scope of this creative intention.

1‧‧‧Field Control Computer
3‧‧‧Bicycle
302‧‧‧ body label
10‧‧‧Parking Column
21‧‧‧Reading module
22‧‧‧Control Module
30‧‧‧Locking device
40‧‧‧ ticket card
50‧‧‧Status display module
52‧‧‧LED illuminator
2‧‧‧ docking rack
301‧‧‧Locks
4‧‧‧Management platform
20‧‧‧ Controller
211‧‧‧Antenna switching circuit
23‧‧‧ ticket card sensing antenna
31‧‧‧ body sensing antenna
41‧‧‧ Ticket Card Label
51‧‧‧Buzzer
53‧‧‧ display

[Fig. 1] is a block diagram of a preferred embodiment of the present invention, and the arrow direction shows the borrowing process. [Fig. 2] is a schematic view showing the appearance of the bicycle of the present invention parked on the docking stand. [Fig. 3] is a side view of the bicycle of the present creation. [Fig. 4] is a block diagram of the reading module of the present invention. [Fig. 5] is a block diagram of the state display module of the present creation. [Fig. 6] is a block diagram of a preferred embodiment of the present invention, and the arrow direction shows the returning flow. FIG. 7 is a block diagram of another preferred embodiment of the present invention.

1‧‧‧Field Control Computer

3‧‧‧Bicycle

302‧‧‧ body label

10‧‧‧Parking Column

20‧‧‧ Controller

21‧‧‧Reading module

22‧‧‧Control Module

23‧‧‧ ticket card sensing antenna

30‧‧‧Locking device

31‧‧‧ body sensing antenna

40‧‧‧ ticket card

41‧‧‧ Ticket Card Label

50‧‧‧Status display module

Claims (11)

A smart bicycle rental system comprising: a control computer; a parking column having a controller electrically connected to the field control computer, the controller comprising a control module and a reading module, the control The module is connected to the field control computer signal, and the reading module is electrically connected to the control module; a ticket card sensing antenna is disposed in the controller, and is capable of reading a ticket card label a ticket card for transmitting a ticket signal to the reading module, so that the control module generates a borrowing information to be transmitted to the field control computer; and a locking device is disposed on the parking column and is subjected to the The controller controls to selectively lock or unlock a bicycle, wherein the bicycle has a body tag, and the locking device has a body sensing antenna for reading the body tag to Transmitting information to the reading module to cause the control module to generate a returning vehicle information; thereby, when the reading module writes the borrowing vehicle information through the vehicle body sensing antenna to the vehicle body label, The locking device is to solve the bicycle And when the bicycle is returned to the parking column, the locking device locks the bicycle, so that the field control computer compares the information about the borrowing vehicle with the information of the returning vehicle to generate a deduction information, and The ticket card sensing antenna writes the ticket card label. The smart bicycle rental system of claim 1, wherein the field control computer is remotely connected to a management platform. The smart bicycle rental system of claim 2, wherein the parking column has an ID identification code to enable monitoring capability to transmit monitoring information to the management platform. The smart bicycle rental system of claim 1, wherein the ticket sensing antennas are two and are disposed on both sides of the controller. The smart bicycle rental system of claim 1, wherein the locking device is two and is disposed on two sides of the parking column. The smart bicycle rental system of claim 1, wherein the control module is electrically connected to a status display module. The smart bicycle rental system of claim 6, wherein the status display module has a buzzer. The smart bicycle rental system of claim 6, wherein the status display module has an LED illuminator. The smart bicycle rental system of claim 1, wherein the reading module has an antenna switching circuit for polling the ticket sensing antenna and the vehicle body sensing antenna for sensing. The smart bicycle rental system of claim 1, wherein the body tag has a pair of antennas. The smart bicycle rental system of claim 1, wherein the bicycle has a locking piece that is fixedly coupled to the locking device, and the body tag is disposed on the locking piece.