TWM450797U - Vehicle lease system - Google Patents

Description

Vehicle rental system

The present invention relates to a rental system, and more particularly to a vehicle rental system with a fast rental certification process.

Referring to Figure 1, the public bicycle rental system disclosed in the Republic of China No. 201133364, the public bicycle rental system 3 disclosed in the case is suitable for cooperating with a plurality of rental stations 2, each of which has a public bicycle. The rental system 3 is electrically connected and can read the controller 21 of the electronic chip 20 data held by the member, and two bicycle locks 22 controlled by the controller 21, and each bicycle lock 22 is relatively locked with a bicycle. The public bicycle rental system 3 includes a webpage module 31, a database module 32, a control module 33, and a detection module (not shown). The control module 33 connects the database module 32 and the webpage module 31 through a VPN (Virtual Private Network) network, and the member using the public bicycle rental system 3 uses the stored value electronic chip 20 when renting the bicycle. Identification, so each electronic chip 20 has a separate card number and is stored in the wafer database 321 of the database module 32, and each card number is linked with the corresponding member data and stored value data to confirm the user's Member information, card number and stored value status.

Each rental station 2 uses the data of the electronic chip 20 read by the controller 21 to upload the Internet to compare with the database module 32 of the public bicycle rental system 3, and when the comparison is correct, the controller 21 controls the bicycle lock 22 to be in an open state, and when the comparison is wrong, the controller 21 controls The bicycle lock 22 is in a locked state for the purpose of rental.

However, the mechanism for determining whether the bicycle lock 22 is opened or closed is to compare the data of the electronic chip 20 read by the controller 21 to the database of the public bicycle rental system 3 via the Internet to determine the bicycle lock. The opening and closing of 22 determines the result to be transmitted back to the controller 21 of the rental station 2 via the Internet. The speed of the entire data transfer depends on the Internet traffic. Once the number of controllers 21 is increased, the slower the entire rental speed, which will greatly affect the user's willingness to use.

Therefore, the purpose of the present invention is to provide a fast vehicle rental system with a rental certification process.

Thus, the novel vehicle rental system is adapted to cooperate with at least one rental station, and the rental station is provided with at least one vehicle, and the vehicle is provided with a standing identification component. The vehicle rental system includes a remote management server, at least one locking unit disposed at the rental station for releasably locking the vehicle, and at least one central control unit disposed at the rental station.

The central control unit is configured to read the information of the identity recognition component of the vehicle to be rented or returned and to perform rental certification, and the central control unit controls the locking unit to be opened or locked to complete the rental according to the rental certification result. Or returning the action, and the data generated by the central control unit during each lease authentication process will be retained for a period of time and then formed into a larger packet to be uploaded to the remote management server.

On the other hand, the new vehicle rental system is applicable to most The rental station cooperates, and each rental station is provided with a majority of vehicles, each of which is provided with a standing identification component, the vehicle rental system includes a remote management server, and most of them are respectively disposed at the rental stations. The locking unit for detachably locking the vehicles, and the plurality of central control units respectively disposed at each of the rental stations.

The central control unit of each rental station is used to read the information of the identity recognition component of the vehicle to be rented or returned and to perform rental certification, and each central control unit controls the corresponding locking according to the rental certification result. The unit is opened or locked to complete the lending or returning operation, and the data generated by each central control unit during each lease authentication process is retained for a period of time and then formed into a larger packet to be uploaded to the remote management server. .

The function of the novel is to pre-store the formula, calculation parameters, location, time, etc., which must be used immediately in the entire lease certification process, in the central control unit, and all lease certification actions can be directly controlled by the central control unit. Completed in the unit, the rental control is completed by the central control unit of the rental station, which greatly reduces the Internet traffic, and the rental speed is greatly improved. Because the rental data will be retained in the central control unit for a while, then a comparison will be made. Large packets are uploaded to the remote management server, which also improves the efficiency of the Internet.

The foregoing and other technical aspects, features and advantages of the present invention will be apparent from the following description of the preferred embodiments.

Referring to Figure 2, a preferred embodiment of the novel vehicle rental system, Applicable to work with a number of rental stations 4 (only two of which are shown in the figure), each rental station 4 can be set up next to the MRT station, bus station, or concentrated area with more crowds, and each rental station 4 is equipped with In most vehicles, each vehicle is provided with a standing identification component 6, and the identity identifying component 6 records the rental station number, the car lock number, the identity identification code, and the like of the corresponding vehicle. The vehicle rental system includes a remote management server 51 disposed at the system management end, a plurality of central control units 52 respectively disposed at each of the rental stations 4, and a plurality of corresponding central control units 52. Connected locking unit 53. Each of the locking units 53 includes a lock 531 and a sensor 532 disposed on the lock 531. Each of the sensors 532 is configured to sense and transmit the identification code of the identity recognition component 6 of each of the vehicles. The comparison is made to the corresponding central control unit 52.

In addition, the vehicle rental system further includes a plurality of stored value cards (not shown), each of which has a membership card number and a stored value amount.

In use, when the user wants to rent a vehicle, the user only needs to hold the stored value card to the central control unit 52 to which the adjacent rental station 4 belongs to perform the authentication comparison, and the central control unit 52 identifies whether it is a member and a stored value. Whether it is lower than a preset value, when passing the rental certification, the central control unit 52 records the membership card number, the identity identification code of the vehicle to be rented, the rental date and time, and unlocks the corresponding car lock 531, The user can access the vehicle to be rented. When the rental authentication error (such as insufficient stored value or non-member), the central control unit 52 controls the lock 531 to remain locked, and the user must re-store the value or join the member to be able to rent the vehicle.

When returning the rented vehicle, the user does not have to return to the original rental station 4, or return to the nearest rental station 4, just by properly locking the rented vehicle. In one of the locks 531, the sensor 532 disposed at the lock 531 senses the identity identification code of the identity recognition component 6 of the vehicle to be returned and transmits it to the corresponding central control unit 52, the user The central control unit 52, which rents the stored value card of the vehicle to the returning rental station 4, performs the returning vehicle authentication comparison, and the central control unit 52 compares the membership card number with the identity identifier of the returned vehicle. Record the return date and time, and use the built-in parameters and formulas to compare the return time to calculate and deduct the required tariff, that is, complete the returning action.

All the above formulas, calculation parameters, location, time, etc., which must be used immediately in the lease certification process, are pre-stored in each central control unit 52, and all lease certification actions can be directly controlled by the corresponding central control. The unit 52 is completed, and there is no need to instantly exchange information with the remote management server 51 through the Internet, thereby reducing internet traffic, greatly shortening the user's rental time, and improving the convenience of use. In addition, since a plurality of rental materials are retained in each of the central control units 52 for a period of time and then a larger packet is uploaded to the remote management server 51, the Internet can be used more efficiently. The greater the number of rental stations 4 and central processing units 52, the more efficient the efficiency will be.

In addition, the number of the above-mentioned rental station 4, the associated vehicle, the locking unit 53, and the central control unit 52 is not limited to the above embodiment, and may be, for example, one, forming a one-to-one system. Reach the same efficacy.

In summary, the new vehicle rental system is designed such that the rental certification of each rental station 4 can be completed by the associated central control unit 52 without the need to immediately access the Internet and remote management server 51. Exchange of information, which can greatly reduce Internet traffic, greatly increase the rental speed, and because multiple lease data will be retained in each central control unit 52 for a period of time, then a larger packet is uploaded to the remote management servo. The device 51 also greatly improves the efficiency of the use of the Internet, so that the above-mentioned purpose of the present invention can be achieved.

However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel description content, All remain within the scope of this new patent.

4‧‧‧ Rental station

51‧‧‧ Remote Management Server

52‧‧‧Central Control Unit

53‧‧‧Locking unit

531‧‧ ‧ car lock

532‧‧‧ sensor

6‧‧‧ Identity Identification Components

1 is a block diagram showing the "Public Bicycle Rental System" publication of the Republic of China No. 201133364; and FIG. 2 is a schematic view showing a preferred embodiment of the novel vehicle rental system.

4‧‧‧ Rental station

51‧‧‧ Remote Management Server

52‧‧‧Central Control Unit

53‧‧‧Locking unit

531‧‧‧Car lock

532‧‧‧ sensor

6‧‧‧ Identity Identification Components

Claims (6)

A vehicle rental system is adapted to cooperate with at least one rental station, and the rental station is provided with at least one vehicle, and the vehicle is provided with a standing identification component; and the vehicle rental system includes: a remote management a server; at least one locking unit disposed at the rental station for detachably locking the vehicle; and at least one central control unit disposed at the rental station and configured to read the traffic to be rented or returned The identity of the tool identifies the component and performs rental certification. The central control unit controls the corresponding locking unit to be opened or locked to complete the rental or return action according to the rental certification result, and the central control unit rents each time. The data generated by the authentication process will be retained for a period of time before being combined to form a larger packet to be uploaded to the remote management server. The vehicle rental system of claim 1, wherein each identity recognition component has a built-in identification code, and the lock unit includes a lock and a sensor disposed on the lock. The sensor is configured to sense the identity identification code of the identity recognition component of the vehicle and transmit it to a corresponding central control unit for comparison. The vehicle rental system according to claim 2, further comprising a plurality of stored value cards, each of which has a membership card number and a stored value amount, and when the vehicle is rented, the traffic to be rented is utilized. The central control unit of the rental station to which the tool belongs is used to sense the membership card number of the stored value card to be used for renting the vehicle and perform identity authentication and confirm whether the stored value is low. At a preset value, when the lease is authenticated, the central control unit records the membership card number, the identity identification code of the vehicle to be rented, the rental date and time, and unlocks the corresponding lock; When the vehicle is rented, the leased vehicle is correctly locked to one of the locks of the vehicle, and the stored value card of the vehicle is rented to the central control unit for returning the vehicle, in comparison with the membership card number, The returned identity code of the vehicle, the date and time of return of the record, and the calculation and deduction of the required tariff, that is, the returning operation is completed. A vehicle rental system is suitable for cooperating with a plurality of rental stations, and each of the rental stations is provided with a plurality of vehicles, each of which is provided with a standing identification component, and the vehicle rental system includes: a remote management servo A plurality of locking units are respectively disposed at the rental stations for detachably locking the vehicles; and a plurality of central control units are respectively disposed at each of the rental stations, and the central control unit of each rental station It is used to read the information of the identity recognition component of the vehicle to be rented or returned and to perform rental certification, and each central control unit controls the corresponding locking unit to be opened or locked according to the rental certification result to complete the rental. Or returning the action, and the data generated by each central control unit in each lease authentication process will be retained for a period of time and then formed into a larger packet to be uploaded to the remote management server. The vehicle rental system of claim 4, wherein each identity recognition component has a built-in identification code, and each lock unit The utility model comprises a car lock and a sensor arranged on the car lock, wherein the sensors are used for sensing the identity identification codes of the identity recognition components of the respective vehicles and transmitting them to the corresponding central control unit for comparison. The vehicle rental system of claim 5, further comprising a plurality of stored value cards, each of which has a membership card number and a stored value amount, and when renting one of the vehicles, using the desired rental The central control unit of the rental station to which the vehicle belongs is sensing the membership card number of the stored value card to be used for renting the vehicle and performing identity authentication and confirming whether the stored value is lower than a preset value. The central control unit records the membership card number, the identity of the vehicle to be rented, the date and time of the rental, and unlocks the corresponding lock; when the vehicle is rented, the vehicle is rented Correctly locked in one of the locks of the vehicle, and the stored value card of the vehicle is rented to the corresponding central control unit for returning the vehicle to be compared with the member card number and the identity identifier of the returned vehicle. Record the return date and time, and calculate and deduct the required tariff, that is, complete the returning action.