TW201535291A - Cloud instant renting method - Google Patents

Abstract

A cloud instant renting method includes: a control center is provided; a controller is set to a vehicle rented by a first user; a biometrics analysis is performed to the first user via a mobile device of the first user, and a first bio-information is generated; a biometrics analysis is performed to a second user via a mobile device of the second user, and a second bio-information is generated; the first bio-information and the second bio-information are received by the controller, and transmitted to the control center via the controller for instant matching, or the first bio-information and the second bio-information are directly transmitted to the control center for instant matching; if the first bio-information and the second bio-information are matched, a management right of the vehicle is transferred by the control center from the first user to the second user, therefore the second user can drive the vehicle directly.

Description

Cloud instant rental method

An instant leasing method using cloud technology, in particular, a cloud instant leasing method that can realize instant rent/return vehicle through a portable mobile device.

In modern life, the use of transportation is indispensable. Through transportation, users can achieve the goal of rapid movement and reduce the time. Based on the needs of each person for various modes of transportation, as well as the consideration of the itinerary planning, the combination of various vehicles has become a common mobile mode in modern life. For example, first use a mass transit vehicle such as a train, airplane or high-speed rail to reach a certain point before using a private vehicle such as a bicycle, locomotive or car to reach the final destination. In response to this type of mobility and various needs, vehicle leasing companies have emerged.

Existing private vehicle leasing companies can provide various types of private transport rental services. However, in the lease of traditional vehicles, the operators need to provide a considerable number of car-location locations and the intervention management of the personnel required, resulting in high costs. Moreover, for the user, both the pickup and the return of the vehicle must be at a specific location, resulting in limitations and inconveniences in use.

In addition, mobile devices are also indispensable communication tools in modern life. Based on the high development of wireless transmission technology, individuals can use their mobile devices, such as smart phones, tablets, notebooks, a PDA or a wearable device, to transmit information instantly or even with other devices. Communicate.

If the characteristics of the mobile device's instant messaging information can be combined with the rental of the vehicle, the problem of limited traditional rental space, high cost and insufficient convenience can be solved.

The invention provides a cloud instant leasing method. Biometric identification is carried out by using the mobile device provided by the user, and the identification result transmitted by the controller installed on the vehicle is transmitted to the control center installed in the cloud for pairing, or the identification result is directly transmitted through the mobile device without passing through the controller. Pairing in the cloud's control center allows for immediate rental/return of transportation without being restricted by location and time.

An object of the present invention is to provide a cloud instant leasing method, comprising: providing a control center; performing a biometric identification on a first user who has rented a vehicle by using a mobile device carried by a first user, and outputting a a first biometric message; performing an image recognition on the vehicle by using the mobile device carried by the first user, and outputting a first image recognition message; using a mobile device carried by the second user to the vehicle to be rented The second user performs a biometric identification and outputs a second biometric identification message; using the mobile device carried by the second user to perform the vehicle Performing an image recognition and outputting a second image recognition message; when the vehicle is used by the first user, transmitting the first biometric message and the first image recognition message to the mobile device carried by the first user to The second biometric message and the second image recognition message are transmitted to the control center through the mobile device carried by the second user; the first biometric message, the first image recognition message, and the second are immediately performed in the control center. Pairing of the biometric message and the second image recognition message; if the pairing result is correct, the control center transfers the management right of the vehicle from the first user to the second user immediately, so that the second user can directly start and use Transportation.

In the above cloud instant rental method, the biometric identification may be a fingerprint identification, a speech recognition, a face recognition, a palmprint recognition or a retina recognition.

Another object of the present invention is to provide a cloud instant rental method, comprising: providing a control center; setting a controller to a vehicle rented by a first user; performing a biometric identification on the first user, and outputting a first biometric message; performing a biometric identification on a second user and outputting a second biometric message; receiving the first biometric message and using the controller when the vehicle is used by the first user The second biometric message is transmitted to the control center through the controller for instant pairing; if the pairing result is correct, the control center will immediately manage the management of the vehicle by the first The user is transferred to the second user so that the second user can directly start and use the vehicle.

In the above cloud instant rental method, the biometric identification may be a fingerprint identification, a speech recognition, a face recognition, a palmprint recognition or a retina recognition. In addition, the biometric identification may be performed by one of the mobile devices carried by the first user and the second user, or by a controller disposed on the vehicle.

A further object of the present invention is to provide a cloud instant rental method, comprising: providing a control center; setting a controller to a vehicle rented by a first user; and the control center performing a GPS positioning on the vehicle through the controller. Performing a biometric identification on the first user by using the mobile device carried by the first user, and outputting a first biometric identification message; performing a bioactivity on the second user by using another mobile device carried by the second user Identifying and outputting a second biometric message; when the vehicle is used by the first user, the controller receives the first biometric message and the second biometric message, and uses the controller to display the first biometric message and The second biometric message is transmitted to the control center for instant pairing; if the pairing result is correct, the control center will immediately transfer the management right of the vehicle from the first user to the second user, so that the second user can directly Start and use the vehicle; if the result of the pairing is wrong, the first user places the vehicle for his rental to the on-demand Private space and private space in the management of the transfer of vehicles.

In the above cloud instant rental method, the vehicle can be a car, a locomotive, a bicycle or an electric vehicle. In addition, the mobile device is a smart phone, a tablet computer, a notebook computer or a PDA.

The above-mentioned cloud instant rental method further includes: exchanging information with a controller of the vehicle through a wireless transmission system installed in a private space, and transferring management rights through the control center. In addition, the biometric identification can be a fingerprint identification, a speech recognition, a face recognition, a palmprint recognition or a retina recognition. In addition, the private space can be a convenience store, a department store, a restaurant or a station that can provide temporary parking spaces.

In the above cloud instant rental method, the controller receives the first biometric message and the second biometric message through a WiFi transmission, a Bluetooth transmission, a near field communication (NFC), and a general packet radio communication ( GPRS), a third generation communication (3G) or a fourth generation communication (4G). In addition, the controller transmits the first biometric message and the second biometric message to the control center for pairing through a third generation communication (3G), a fourth generation communication (4G), or an internet.

101~108‧‧‧Steps

201‧‧‧Control Center

202‧‧‧Vehicles

203‧‧‧ Controller

301‧‧‧ mobile device

302‧‧‧Mobile devices

401‧‧‧Convenience Store

A1~A3‧‧‧Users of car rental

B1~B3‧‧‧Returning users

FIG. 1 is a flow chart of a cloud instant rental method according to an embodiment of the invention.

2 is a conceptual diagram of a method for real-time rental of a terminal according to an embodiment of the present invention.

FIG. 3A is a diagram showing an implementation state of the cloud instant leasing method of the present invention.

FIG. 3B is a schematic diagram of another embodiment of the cloud instant leasing method according to FIG. 3A.

FIG. 4 is another implementation state diagram of the cloud instant rental method of the present invention.

The operation of the various embodiments of the present invention will be described in the following. For the sake of clarity, a number of practical details will be described in the description. However, it should be understood that these practical details are not intended to limit the invention. That is, in some embodiments of the invention, these practical details are not necessary. In addition, some of the conventional structures and elements are shown in the drawings in a simplified schematic manner in order to simplify the drawings.

Please refer to FIG. 1 . FIG. 1 is a flowchart of a cloud instant rental method according to an embodiment of the invention. The cloud instant leasing method step of the present invention comprises:

In step 101, a control center is provided.

Step 102: Set a controller to rent a vehicle by a first user.

Step 103: The control center performs a GPS positioning on the vehicle through the controller.

Step 104: Perform a biometric identification on the first user by using one of the mobile devices carried by the first user, and output a first biometric identification message.

Step 105: Perform a biometric identification on the second user by using another mobile device carried by the second user, and output a second biometric identification message.

Step 106: When the vehicle is used by the first user, the controller receives the first biometric message and the second biometric message, and transmits the first biometric message and the second biometric message to the control through the controller. The center performs instant pairing.

Step 107, if the pairing result is correct, the control center will hand over The management right of one of the tools is immediately transferred from the first user to the second user, so that the second user can directly start and use the vehicle.

Step 108: If the pairing result is wrong, the first user places the rented vehicle to one of the selected private spaces, and transfers the management rights of the vehicle in the private space.

In step 101, the control center can be regarded as a cloud information exchange center, which can be a wireless base station or an internet control center, and the form thereof is not limited.

In step 102, when a first user wants to rent a vehicle, a controller is dispatched to the vehicle. The vehicle can be a car, a locomotive, a bicycle or an electric vehicle. The controller is used to exchange messages with the control center, which can transmit messages to the control center in the form of third generation communication (3G), fourth generation communication (4G), or the Internet.

In step 103, the vehicle rented by the first user is GPS-positioned to obtain related information such as the location of the vehicle, the mileage, and the travel time.

In step 104, the first user is biometrically identified by the mobile device carried on the first user. The purpose of biometric identification is to confirm the identity information of the first user. The biometric identification can be implemented by means of a fingerprint lens, a microphone, a fingerprint recognition system, etc., which are disposed on the mobile device, such as fingerprint recognition, voice recognition, face recognition, palmprint recognition or retina recognition. The mobile device is also unlimited, and can be a smart phone, tablet, notebook, a PDA or a wearable device that the person carries with him or her. After the biometric identification is completed by using the mobile device, the mobile device can be transparent. The identification result is transmitted to the controller through WiFi, Bluetooth, Near Field Communication (NFC), General Packet Radio Communication (GPRS), Third Generation Communication (3G) or 4th Generation Communication (4G). And outputting a first biometric message through the controller.

When the vehicle rented by the first user has been used and another second user wants to continue to borrow the vehicle, in step 105, in the same manner as step 104, the second user is used. Carrying the mobile device, performing biometric identification on the second user, and transmitting the identification result to the controller on the vehicle, and outputting a second biometric message through the controller. The biometric identification in steps 104 and 105 can be performed by a mobile device provided by the user. At this time, the controller is provided with a fingerprint recognition system, a camera lens, an infrared scan device, etc., and after biometric identification of the first user and the second user, the result of the discrimination is also sent to the control center for pairing. Thereby, the user can achieve the same effect without carrying a mobile device.

At this time, in step 106, the first biometric message and the second biometric message are transmitted to the control center through, for example, third generation communication (3G), fourth generation communication (4G), or the Internet, and the like. Pairing at the control center to authenticate the identity data.

In step 107, if the pairing result is correct, the second user is a qualified user, and the control center transfers the management right of the vehicle to the second user, and the second user can directly start and use the first user. The user has used the completed vehicle.

In step 108, if the pairing result is incorrect, the second cannot be completed. User identity data certification. At this point, if the first user wants to end the use of the vehicle, he must first suspend his vehicle to a private space. This private space can be a convenience store, a department store, a restaurant or a temporary parking space. In these private spaces, a wireless transmission system capable of exchanging information with the controller of the vehicle is provided, and at the same time, the control center is authenticated, and the transfer of management rights is completed. At this point, the first user can complete the return of the vehicle.

According to the above process, the cloud instant rental method of the present invention has the following features: First, without a specific rental car venue, the user can directly pass through the controller configured on the vehicle and through a control center located in the cloud. Instantly complete the rental or return of the vehicle. For example, a user who wants to return a car can meet with a user who wants to borrow a car to go to any location. Through the smart phone or tablet computer that they carry with them, they can complete the identity verification process after both parties. / Car rental action. Second, there is no need for third human intervention in all processes, which can save manpower and time costs. Thirdly, when the certification is unsuccessful, the user who wants to return the car can optionally suspend the vehicle to a private space that can be seen everywhere, such as a convenience store or a restaurant, by setting the original settings for the location. A wireless transmission system for wirelessly transmitting messages (for example, the 7-11 ibon system) can complete the returning program, which increases the convenience of use.

Please refer to FIG. 2, which is a conceptual diagram of a method for real-time leasing of a terminal according to an embodiment of the present invention. The cloud instant leasing method of the present invention can provide a pairing operation mode in which a plurality of people rent a plurality of people at the same time. For example, in Figure 2, a wireless transmission is used through a control center 201 located in the cloud. Sex, can simultaneously handle the multiple A1~A3 users who want to rent a car, and the pairing between users B1~B3 who want to return the car, and achieve the effect of instant rent/repayment.

Please refer to FIG. 3A, FIG. 3B and FIG. 4 at the same time. FIG. 3A is a state diagram of an implementation of the cloud instant leasing method of the present invention. FIG. 3B is a schematic diagram of another embodiment of the cloud instant leasing method according to FIG. 3A. FIG. 4 is another implementation state diagram of the cloud instant rental method of the present invention. As shown in FIG. 3A, when a user B3 wants to return a car and a user A1 wants to rent a car, the user B3 performs biometric identification through the mobile device 301 carried by him, and outputs a biometric message to the vehicle 202. The controller 203 is on. A cloud-based control center 201 performs GPS positioning of the vehicle 202 through the controller 203 to obtain related information such as location, mileage, and the like. The user A1 who wants to rent a car also performs the same action, performs biometric identification through the mobile device 302 carried by him, and outputs biometric information to the controller 203 provided on the vehicle 202. The controller 203 transmits the biometric information of the user A1 and the user B3 to the control center 201 installed in the cloud for pairing. When the pairing result is correct, the management right of the vehicle 202 can be immediately transferred from the user B3 to the user A1. The user A1 can immediately start and use the vehicle 202. In the above-mentioned repayment/rental process, it is not necessary to configure a specific delivery place, and no human intervention is required. By controlling the control unit 201 with the controller 203, the effect of real-time rent/repayment can be achieved, and the convenience is convenient. In another embodiment, as shown in FIG. 3B, the user A1 who wants to rent a car can directly transmit the biometric information directly to the control center 201 for instant pairing.

In a possible embodiment, it is also not necessary to pass through the controller 203. straight The mobile device 202 carried by the user B3 performs image recognition on the vehicle 202 and biometrically identifies the user B3 itself, and outputs a first image recognition message and a first biometric message to the control center 201. The mobile device 202 carries the image recognition on the vehicle 202 and biometrically identifies the user A1 itself, and outputs a second image recognition message and a second biometric message to the control center 201. By pairing the first image recognition message, the first biometric message, the second image recognition message and the second biometric message in the control center 201, the management right of the vehicle 202 can be immediately transferred from the user B3 to the use. A1. Thereby, the controller 203 can be directly installed through the mobile device carried by the user B3 and the user A1, and the operation of transferring the management rights of the vehicle 202 can be completed, which is convenient for use.

In Figure 4, if the pairing is unsuccessful, the user B3 who wants to return the vehicle can temporarily park the vehicle to the private space of the nearest convenience store, department store or restaurant. For example, in FIG. 4, if the pairing of the user B3 with the user A1 is unsuccessful, the user B3 can select the convenience store 401 nearby, and temporarily place the vehicle in the parking space of the convenience store 401. At this time, the wireless transmission system (for example, the ibon system of the 7-11 convenience store) built by the convenience store 401 and the controller 203 provided in the vehicle 202 transmit a message to the control center 201 for confirmation, and the vehicle can be The management right has been transferred. In this way, there is no need to go to a specific delivery location as in the past, and the rental/removal action of the vehicle 202 can be performed at any time in a place where a wireless transmission system (such as the Internet) is provided.

In summary, the present invention discloses a cloud instant leasing method. through The controllers installed on the vehicle and the control center installed in the cloud, together with the mobile devices that are already widely used, can achieve the effect of real-time rental/transportation. This method is not limited by location and requires no human intervention, which not only greatly reduces the cost and time, but also has the convenience of use.

101~108‧‧‧Steps

Claims (14)

A cloud instant leasing method, comprising: providing a control center; performing a biometric identification on the first user who has rented a vehicle by using a mobile device carried by the first user, and outputting a first biometric message; Performing an image recognition on the vehicle by using the mobile device carried by the first user, and outputting a first image recognition message; using the mobile device to carry the mobile device The second user performs a biometric identification and outputs a second biometric identification message; performing an image recognition on the vehicle by using the mobile device carried by the second user, and outputting a second image recognition message; The first biometric message and the first image recognition message are transmitted to the control center through the mobile device carried by the first user when the tool is used by the first user; and the second user is transmitted through the mobile device The mobile device carried by the mobile device transmits the second biometric identification message and the second image recognition message to the control center; in the control Instantly performing pairing of the first biometric message, the first image recognition message, the second biometric message, and the second image recognition message; and if the pairing result is correct, the control center immediately manages one of the vehicles Transferring from the first user to the second user enables the second user to directly launch and use the vehicle. The cloud instant rental method of claim 1, wherein the biometric identification is a fingerprint identification, a speech recognition, a face recognition, a palmprint recognition or a retina recognition. A cloud instant rental method includes: providing a control center; setting a controller to a vehicle rented by a first user; performing a biometric identification on the first user, and outputting a first biometric message; Performing a biometric identification on a second user and outputting a second biometric identification message; when the vehicle is used by the first user, receiving, by the controller, the first biometric identification message and the second biometric Identifying the message, and transmitting, by the controller, the first biometric identification message and the second biometric identification message to the control center for instant pairing; and if the pairing result is correct, the control center immediately manages the management right of the vehicle The first user is transferred to the second user to enable the second user to directly launch and use the vehicle. The cloud instant rental method of claim 3, wherein the biometric identification is a fingerprint identification, a speech recognition, a face recognition, a palmprint recognition or a retina recognition. The cloud instant leasing method of claim 3, wherein the biometric identification It is executed by one of the mobile devices carried by the first user and the second user. The cloud instant rental method of claim 3, wherein the biometric identification is performed by the controller. A cloud instant rental method includes: providing a control center; setting a controller to a vehicle rented by a first user; the control center performs a GPS positioning on the vehicle through the controller; using the first The user carries a mobile device to perform a biometric identification on the first user, and outputs a first biometric identification message; and performs a biometric identification on the second user by using another mobile device carried by the second user. And outputting a second biometric message; when the vehicle is used by the first user, receiving the first biometric message and the second biometric message by using the controller, and using the controller A biometric message and the second biometric message are transmitted to the control center for pairing; if the pairing result is correct, the control center transfers the management right of the vehicle to the second user immediately from the first user. Having the second user directly activate and use the vehicle; and if the pairing result is incorrect, the first user rents the traffic With one of the options to be placed with private space, and the vehicle in the private space The transfer of management rights. The cloud instant rental method of claim 7, wherein the vehicle is a car, a locomotive, a bicycle or an electric vehicle. The cloud instant rental method of claim 7, wherein the mobile device is a smart phone, a tablet computer, a notebook computer, a PDA or a wearable device. The cloud instant rental method of claim 7, wherein the biometric identification is a fingerprint identification, a speech recognition, a face recognition, a palmprint recognition or a retina recognition. The cloud instant rental method of claim 7, wherein the private space is a convenience store, a department store, a restaurant or a stagnation point for providing a temporary parking space. The cloud instant rental method of claim 7, further comprising: exchanging information with the controller of the vehicle through a wireless transmission system disposed in the private space, and performing the management right transfer through the control center. The cloud instant rental method of claim 7, wherein the controller receives the first biometric message and the second biometric message is transmitted through a WiFi transmission, Bluetooth transmission, a near field communication (NFC), a general packet radio communication (GPRS), a third generation communication (3G) or a fourth generation communication (4G). The cloud instant rental method of claim 7, wherein the controller transmits the first biometric identification message and the second biometric identification message to the control center for pairing through a third generation communication (3G), a fourth generation Communication (4G) or an internet connection.