Vehicle lease method and apparatus, server, and storage medium

[0028] Example one

[0029] figure 1 This is a flowchart of a method for renting a vehicle provided in Embodiment 1 of the present invention. The method may be executed by a device for renting a vehicle. The device may be implemented by software and/or hardware, and the device may be integrated in a server. See figure 1 , The method of this embodiment specifically includes:

[0030] S110. If the first user's vehicle rental request for the first set time period is obtained, lease the vehicle to be rented at the first rental site to the first user, where the first user is the first rental site as the starting point for the car rental. The rental destination is the user of the second rental site.

[0031] Among them, the first user in this embodiment is preferably a "tidal car rental user", that is, a user who rents a car from the first rental site in the morning to the second rental site, and rents a car from the second rental site to the first rental site in the evening. Exemplarily, the time period corresponding to the "tidal car rental user" may preferably be 7 am to 9 am and 17 pm to 19 pm.

[0032] Exemplarily, during the car rental process, the first user may send a car rental request through channels such as the rental company's APP (Application), official website, or official account. After the server obtains the vehicle rental request of the first user, it can lease the vehicle to be rented that is the closest leasing group to the current user, and at the same time send relevant information. The current user can obtain the location and license plate of the leased vehicle from this information Number and unlock password and other information.

[0033] Preferably, the server can detect the car rental record of the first user. If the user rents a car for the first time, it can rent any vehicle to be rented at the first rental site to the user; if it is detected that the user has After the car rental experience, the server can further retrieve the basic information (such as the license plate number) of the car that the user has rented. According to the basic information, if it is determined that the current location of the car is at or near the first rental site where the user is located, especially When in or in the immediate vicinity of the user's rental group and in the state of waiting for rent, the vehicle can be rented to the first user again.

[0034] Further, if the first user frequently sends a car rental request to the server within a set date (for example, every Monday to Friday), that is, the first user is a fixed or relatively fixed "tidal car rental user", the server can automatically establish The binding relationship between the first user and the frequently rented vehicle, that is, the first user has the fixed or preferential right to use the vehicle. For example, when the first user goes to work every day, he can rent the vehicle T to the company in the rental group closest to his place of residence, and can still rent the vehicle T from the company back to his place of residence every day after get off work. The above-mentioned setting method avoids the problem that the first user is difficult to find the vehicle to be rented when it needs to rent a car, and provides great convenience for the user to rent a car. The advantage of a user who has established a binding relationship with a car to rent the car is that it is convenient for the user to master the driving performance of the vehicle, and it is also conducive to the user to maintain the use of the vehicle and improve the user’s rental car Experience can also reduce the intensity of car rental companies' maintenance of rental vehicles.

[0035] Exemplarily, the first user may also submit an application to the server through the APP to establish a binding relationship with a specific vehicle and bind a leased vehicle, so that the vehicle can be leased for a long time.

[0036] It should be noted that the first rental site in this embodiment is: a rental area composed of multiple rental groups, and the rental group includes at least one rental vehicle.

[0037] Specifically, the first rental site is actually a rental area, and a rental area is composed of a number of rental groups separated by a certain distance and space. The leasing group is arranged in the most convenient place to rent as far as possible from the first user. The rental vehicles are arranged closely in the rental group with the smallest possible spacing. For example, in an administratively planned residential area, a lease group is set up under each residential building, and several such lease groups form a lease area. For another example, a number of leasing groups are set up inside or/and at the gates of various agencies such as schools or hospitals, and these several leasing groups form a lease area. Or, in a place with a certain spatial depth and scale, containing multiple social attributes and functions, and relatively large travel demand, and more concentrated in time, according to actual needs, several locations can be deployed in different places. The leasing group will integrate these leasing groups into a lease area.

[0038] A rental group is the smallest unit for a rental company to deploy rental vehicles. The scale can be large or small. A rental vehicle can also form a rental group; when the rental vehicles of a single rental group reach a certain scale, the rental group of this size can be equivalent Treated in a leased area.

[0039] In summary, in this embodiment, the rental vehicle is formed into a rental group, and the advantage of further integrating the rental group into a rental area is that it maximizes the convenience for the first user to rent vehicles and enables the rental company to take the rental area as a unit , Better and more reasonable effective normal maintenance and management of leased vehicles, thereby improving the operating efficiency of the leasing company, reducing the operating cost of the leasing company, and improving the user’s car rental experience.

[0040] Specifically, the first rental site may be preferably set up in a place with a large number of concentrated tidal travel demands, such as a residential community, a subway bus station, and the like. The second lease station can be set up near office buildings, industrial and mining enterprises, commercial areas, schools or hospitals, etc.

[0041] Preferably, in order to strengthen the management of rental vehicles by the rental company, the first rental site should be set up by the rental company to facilitate the repair and maintenance of the vehicles at the first rental site by the rental company. For example, the vehicle can generally be maintained at night (such as the time period from 23:00 on the same day to 5 o’clock the next day), such as charging, cleaning, etc., to ensure that the vehicle is in good condition when the vehicle is rented again, so that the user can get a good rental Experience.

[0042] Preferably, the second rental site is independently set by the first user according to actual needs of the first user. The rental company does not need to carry out maintenance work on the rental vehicle at the second rental site. In case of special circumstances, the rental company can dispatch relevant staff according to actual needs and handle it as needed, or the first user of the rental vehicle can handle it on behalf of .

[0043] Optionally, the second rental site can also be set up by the rental company. Specifically, when a certain number of car rental users drive different rental vehicles from the same or different first rental sites, drive to and arrive at the same second rental site. When leasing the site, the second leasing site also has a certain scale of rental vehicles. At this time, this second rental site may be set up by a rental company. Correspondingly, for the second rental station set up by the rental company, some functions and tasks for daily maintenance of the rental vehicle can be provided according to actual conditions and needs.

[0044] It should be noted that the "first", "second", "third", and "fourth" involved in any embodiment of the present invention are only used to distinguish different geographic locations, time periods, users, etc. , It does not have a specific limiting effect.

[0045] It should also be noted that the first rental site in this embodiment can also be referred to as the parent rental station, which is generally the starting point of the car rental for the user's first set time period (for example, 7 am to 9 am), and the second rental site can also be It is called a leased sub-station, which is generally the end point reached by the user in the first set time period after departure in the morning. For a long-term vehicle leased by a user in the leasing parent station, the user who rents the vehicle can be given the authority to maintain the vehicle by himself.

[0046] Further, during the time period when the leased vehicle is not rented by the first user, that is, without affecting the first user's next lease of the vehicle, the server may continue to lease the vehicle returned by the first user to other users, Thereby increasing the rental rate of vehicles and increasing operating income.

[0047] The following will introduce in detail the car rental process of the second user in the second set time period.

[0048] S120. If the second user's vehicle rental request for the second set period of time is obtained, lease the vehicle returned by the first user in the second rental site to the second user, where the starting point of the second user's car rental It is the same as the end point, so that the first user can continue the operation of vehicle rental in the third set time period to return to the first rental site.

[0049] Among them, the second user refers to a user who rents a vehicle from the second rental site and returns the leased vehicle to the second rental site before the first user rents the vehicle again and returns to the first rental site, that is, the second user For users whose car rental start point and car rental end point are at the same site. The advantage of this setting is that during the time period when the first user does not rent the rental car, the utilization rate of the vehicle is increased, and the operating income of the rental company is increased.

[0050] Exemplarily, there are multiple ways for the second user to rent a car, which may specifically include but are not limited to the following ways:

[0051] 1. The server obtains the current location of the second user, and pushes the information of the vehicles that belong to the second rental site within a preset range from the current location and returned by the first user through mobile phone text messages, APP prompts or WeChat push, etc. To the second user, and prompt the second user to return the car to the second rental site within the second set time period; if the second user’s confirmed car rental information is obtained, the second user’s car rental information is pushed to the first user.

[0052] For this method, it should be noted that the preset range of the current location represents the rental vehicle area of ​​the second rental site that is closest to the current location of the second user, for example, a vehicle at the second rental site 500 meters away from the second user Lease area. As long as the second user initiates a car rental request, the server will push the second user’s car rental rules (that is, the car must be returned to the second rental site within the second set time period) to the second user to avoid the first user’s rental The rental vehicle cannot be rented in time within the set time period. In addition, because the second user continues to rent the vehicle after the first user returns a certain vehicle, and the first user still needs to rent the vehicle within the third set time period, when the server obtains the second user’s confirmed car rental information , Push the car rental information of the second user to the first user, so that the first user can obtain the running status of the vehicle in real time.

[0053] Exemplarily, after determining the location of the second rental site, the server may use the second rental site as a reference point to search for a second user who initiates a car rental request within a preset range (for example, 50 meters) from the reference point, and According to the order of requests initiated by the second user or other principles (such as rental duration, etc.), push the vehicle information returned by the first user in the second rental site to the second user, and prompt the second user to set the second The vehicle needs to be returned to the second rental site within the time period. If the confirmed rental information of the second user is obtained, the rental information of the second user is pushed to the first user, so that the first user can obtain the operating status of the vehicle in real time.

[0054] Exemplarily, when the server pushes the vehicle information, it can also perform the following steps: after determining the location of the second rental site, the server uses the second rental site as a reference point, and the search distance is within a preset range (for example, 100 A second user who has completed APP registration and allowed the system to obtain real-time location information and has not initiated a car rental request. If such a second user is found, the vehicle information returned by the first user in the second rental site Push to the second user, and prompt the second user to return the vehicle to the second rental site within the second set time period.

[0055] 2. The second user actively searches for the information of the vehicle to be rented at the nearest second rental site through the rental company’s APP, official website or official account, and sends out the corresponding vehicle rental request.

[0056] 3. For a second rental site that has become a normal state, the second user can also reserve unspecified vehicles to be rented at the second rental site for a certain period of time by making an appointment; or the second user can also use The vehicle returned by the first user will continue to be leased in a manner agreed by the first user.

[0057] It should be noted that in order to ensure that the first user can continue to rent the same car and return to the first rental site in the third time period, the second user needs to complete the car return operation at the second rental site in the second set time period . If the server does not accept or detect the return information of the second user within the second time period, it means that the second user does not follow the rules of vehicle rental. At this time, the server can punish the second user according to the preset penalty rules . Among them, the preset penalty rule can be formulated by the leasing company according to the actual lease situation. For example, the penalty rule can be deduction of deposit or credit score reduction or even restriction of subsequent lease authority. If the server obtains the return information of the second user, it pushes the return information of the second user to the first user.

[0058] Preferably, the first set time period in this embodiment is 7 to 9 o’clock. During this time period, the first user often needs to rent a car from the first rental station near his place of residence to work to the company, and stay in the company. The second rental station nearby completed the return operation. The second set time period in this embodiment is from 9:00 to 17:00. During this time period, the vehicles returned by the first user are generally idle. Therefore, in order to improve the utilization rate of the vehicles, the first The vehicle returned by the user continues to be leased to the second user within this time period, and the second user is prompted to complete the vehicle return operation at the second rental site within the second set time period. The third set time period in this embodiment is from 17:00 to 19:00. During this time period, the first user generally completes a day's work and needs to rent a car from the second rental station near the company to return to the place of residence. , The vehicle returned by the second user can be rented by the first user, which improves the utilization rate of the vehicle and also facilitates the rental of the first user. The setting of each time period mentioned above conforms to the user’s travel rhythm. At the same time, the vehicle rental mode corresponding to each time period mentioned above is also consistent with the user’s travel trajectory. This rental mode not only provides convenience for users’ travel, but also improves users’ travel The car rental experience also improves the utilization rate of rental vehicles and increases the operating income of the rental company.

[0059] Further, after the end of the third set time period, the vehicle that the first user returns to the first rental site may also adopt the mode of renting and returning the vehicle at the first rental site, that is, the A2A operation mode, thereby providing the first rental Car rental services are provided for users who need to rent a car near the site. Among them, the A2A operation model is that the start and end points of the car rental users are both the first rental site. Before the vehicle that needs maintenance enters the maintenance period, or for the vehicle that does not require maintenance before the first set period of time, The car rental user needs to return the rental car to the first rental site. For details, please refer to the B2B car rental model in the second time period, which will not be repeated here.

[0060] It should also be noted that the vehicle leasing method involved in this embodiment can not only be applied to the leasing of shared cars, but also can be applied to shared bicycles, especially in the process of sharing electric bicycles. Method of car rental.

[0061] In the technical solution of this embodiment, the vehicle returned by the first user is leased to a second user with the same starting point and destination of the rental car within the second set time period, which not only improves the utilization rate of the rental vehicle, but also facilitates the first user In the third set period of time, the vehicle can be leased to return to the starting point of the car rental, which solves the problem that the user cannot find the car when renting the car, improves the car rental system, improves the user’s car rental experience, and also increases Operating income of the leasing company.

[0062] On the basis of the foregoing embodiment, further, for the maintenance and maintenance of the vehicle, the rental company can maintain and maintain the vehicle through the fourth set time period, or it can be completed by the first user.

[0063] Exemplarily, for those where the scale of the first rental site is too small to constitute a rental area, it is difficult for the rental company to configure maintenance work, but there is indeed a demand for car rental by users (for example, renting a car for more than half a year). The user builds the first rental site to complete the maintenance on his own, realizing the aforementioned A2B2B2A car rental model.

[0064] Specifically, the specific operation of the first user requesting to establish the first rental site may be:

[0065] Acquire the establishment request of the first rental site sent by the first user;

[0066] Push to the first user a user code related to the establishment request according to the establishment request;

[0067] If the confirmation information of the user code of the first user is obtained, respond to the establishment request and determine the first user as a self-maintenance user;

[0068] Wherein, the self-maintenance user has the responsibility of maintaining and maintaining the vehicle leased at the first rental site.

[0069] The user rules related to the establishment request may be, but are not limited to, the rental period of the first user and specific maintenance operation requirements for the vehicle. If the server fails to obtain the first user's confirmation information on the user code, the default user will automatically abandon the request for establishing the first rental site.

[0070] Furthermore, for the first users who built their first rental site to complete the vehicle maintenance work by themselves, the rental company can use other methods to give them certain encouragement and rewards, such as discounts on the rental price, gift coupons, and free rent. Rent a car for driving kilometers, etc., and give some help in the initial stage of building the first rental station, such as assisting in site selection, helping to arrange charging devices, and providing simple maintenance tools. The advantage of adopting such a self-built first rental site is that it not only meets the needs of users for car rental to the greatest extent, but also can carry out rental business even in places where only one rental car needs to be deployed, and at the same time fully taps the potential of the society Solved the maintenance and maintenance problems of leased vehicles, found a way for the leasing company to go deep into the capillary level of the society to carry out the leasing business, which effectively reduced the operating cost of the leasing company and increased its revenue.

[0071] Example two

[0072] figure 2 This is a flowchart of a method for vehicle leasing provided in the second embodiment of the present invention. This embodiment is optimized on the basis of the above-mentioned embodiment and adds related content of "carpooling", which is the same as or corresponding to the above-mentioned embodiment The explanation of terms will not be repeated here. See figure 2 , The method for providing vehicle rental in this embodiment includes:

[0073] S210. If the vehicle rental request of the first user for the first set time period is acquired, lease the vehicle to be rented at the first rental site to the first user, where the first user is the first rental site as the starting point of the rental car, The rental destination is the user of the second rental site;

[0074] S220. If the vehicle rental request of the second user for the second set time period is obtained, lease the vehicle returned by the first user in the second rental site to the second user, where the starting point of the second user renting the car It is the same as the end point, so that the first user can continue the operation of vehicle rental in the third set time period to return to the first rental site.

[0075] S230. If the ride request of the third user is obtained, lease the vehicle leased by the first user to the third user at the same time for the third user to carpool, where the third user is included in the first set time period or In the third set time period, the ride route is within the range of the first user's car rental route.

[0076] Wherein, the third user in this embodiment is a carpool user, the carpool user may have the same or similar travel time and route as the first user, and the carpool user may be one person or multiple people.

[0077] Optionally, the ride request sent by the carpool user to the server can be sent at any time during the car rental process of the first user, or an appointment can be made in advance. The specific carpooling route may be from the start point of the first user's car rental to the end of the first user's car rental. The carpooling user can also get on or off the car at any place (including the places passed by the first set time period and the third set time period) that the first user passes from the starting point of the rental car to the end point.

[0078] Exemplarily, carpool users for the first set time period and the third set time period may be different users. For these unfixed carpool users, it is necessary to send a carpool request to the first user through the server before each carpool. The server obtains the ride time and location information of the carpool user according to the carpool request of the carpool user and sends it to the first user. user. There is a temporary binding relationship between this kind of carpool users and the rental vehicles. The problem with this kind of temporary binding relationship is that the users of each carpool are generally different users.

[0079] Preferably, the carpool user may also be a fixed user, that is, the carpool user establishes a third binding relationship with the first user. Among them, the third binding relationship is a long-term (such as one year) or a relatively long-term (such as one month) carpooling binding relationship, that is, under the condition that the third binding relationship is established, and when the third user’s carpooling time and On the premise that the car rental time of the first user matches (in this embodiment, the first set time period or the third set time period), the third user and the first user have a certain binding relationship, and the shared car is also relatively fixed .

[0080] Specifically, after the third binding relationship is established, after obtaining the ride request of the third user again, the server determines the ride time and ride position of the third user from the ride request, due to the third binding relationship Existence, push the travel time and travel location to the first user instead of other users, and push the driving track of the vehicle rented by the first user to the third user. This setting can achieve that when there is a first binding relationship, the first user joined by the carpool user is always the same user, and the car shared by the carpool user is also relatively fixed, which is convenient for server management and is also beneficial to the carpool user to the vehicle and the driver (here The familiarity of the first user) improves the ride experience of ride-sharing users, and is also conducive to the realization and continuity of ride-sharing. Of course, the carpooling user can also agree with the first user on the time and place for carpooling.

[0081] Optionally, in the process of car rental in the second time period, a carpool mode can also be adopted. In the process of carpooling in the second time period, generally, the information of the second user and other carpooling users can be sent to the first user, so that the first user can understand the usage status of the vehicle. However, sending the return information of the second user to the first user does not exempt the second user from the responsibility for problems that occur during the rental process.

[0082] It should be noted that there is no order of execution between step S230 and step S220.

[0083] On the basis of the above embodiments, this embodiment adds a carpooling mode for vehicles, makes carpooling rules more standardized, more humane, and more in line with national conditions, further improves the utilization rate of leased vehicles, and increases the operating income of the leasing company.

[0084] Example three

[0085] image 3 This is a flowchart of a method for renting a vehicle provided in the third embodiment of the present invention. On the basis of the above-mentioned embodiment, this embodiment adds the related content of "the establishment of a binding relationship between the user and the rented vehicle and the user". The explanation of the same or corresponding terms as those in the foregoing embodiment will not be repeated here. See image 3 , The method for providing vehicle rental in this embodiment includes:

[0086] S310. Establish a first binding relationship between the first user and the vehicle to be rented at the first rental site according to the vehicle rental request of the first user.

[0087] Exemplarily, the first binding relationship is an association relationship established by the server with the identity information of the first user, such as account name or mobile phone number, and information of a vehicle to be rented at the first rental site. According to one of the association relationships, the specific information of the other can be queried.

[0088] S320: When the vehicle rental request of the first user is acquired again, lease the vehicle in the first rental site that has the first binding relationship with the first user to the first user.

[0089] Preferably, for a tidal car rental user who rents a car for a long time or regularly (for example from Monday to Friday), that is, a user who rents a car in a specific time period in the morning and evening (such as the first user in this embodiment), you can change The user establishes a long-term first binding relationship with the specific vehicle that he often uses. This configuration is not only convenient for vehicle management, but also convenient for vehicle use and maintenance, and is more conducive to long-term tidal car rental users' travel and car experience.

[0090] Exemplarily, multiple long-term or regular tidal car rental users can establish a binding relationship with the same car. For example, user A needs to use vehicle M from Monday to Friday, but does not rent a car on Saturday and Sunday. Then the vehicle M will be idle on Saturday and Sunday. At this time, if user B of the tide car rental needs to rent a vehicle every Saturday and Sunday, users A and B can establish a binding relationship with vehicle M corresponding to different periods at the same time according to their respective needs. The backend server can monitor the binding relationship in different periods. For example, during the time period from Monday to Friday every week, the user who has a binding relationship with vehicle M is switched to user A. During this time period, unless the With the permission of user A, other car rental users cannot rent the vehicle M. During the time period of Saturday and Sunday, the server can automatically switch the user who has a binding relationship with vehicle M to user B. During this time period, unless the permission of user B is obtained, other car rental users cannot rent vehicle M. .

[0091] The above-mentioned binding relationship is mainly for establishing a binding relationship between multiple car rental users who rent the same car and the rented vehicle in different periods. Optionally, for a specific period, that is, a time period during which a tidal car rental user has established a binding relationship with the vehicle, for example, from Monday to Friday, a time period when a tidal car rental user U establishes a binding relationship with the vehicle N Inside, a binding relationship between the vehicle N and the user V and the user W can be established at the same time. The time period during which the user V rents the vehicle N is a time period other than the user U rents the vehicle N (for example, the second set time period mentioned above). For details, please refer to the following step S330. User W can be a bound carpool user, that is, during the process of user U renting vehicle N (for example, the first set time period or the third set time period mentioned above), user W and user U rent vehicle N together, and user W establishes the aforementioned third binding relationship with the tide car rental user U.

[0092] S330. After obtaining the vehicle rental request of the second user, treat the second user as an affiliate user of the vehicle returned by the first user.

[0093] The second user rents the vehicle after the first user returns the vehicle and before the first user rents the vehicle next time. Except for the second user who appears temporarily, those who rent a car for a longer period, for example, on the first day of each working day 2. Second users who have car rental needs within a set time period or have regular car rental behaviors, such as users whose car rental start and end points are at the second rental site, can all be affiliated users of the car returned by the first user. In the process of renting a vehicle, the subsidiary user needs to complete the operation of returning the vehicle at the same site within the second set time period, so that the first user can continue to rent the vehicle within the third set time period and return to the first rental site.

[0094] It should be noted that the vehicle rental request of the second user can be sent within the time period before the first user rents the vehicle next time after the first user returns the vehicle, or it can be sent during the rental process of the first user. Request to rent the vehicle returned by the first user by way of appointment.

[0095] S340. Establish a second binding relationship between the subsidiary user and the first user.

[0096] Exemplarily, the second binding relationship is an association relationship established by the server between the identity information of the second user, such as account name or mobile phone number, and the identity information of the first user, such as account name or mobile phone number. According to one of the association relationships, the specific information of the other can be queried. If the first user has a first binding relationship with the vehicle at the first rental site, the information of the rental vehicle that has the first binding relationship with the first user can also be queried based on the identity information of the second user.

[0097] Wherein, in the process of renting a vehicle by an affiliated user who has a second binding relationship with the vehicle returned by the first user, the server may feed back the rental status information obtained in real time to the first user, so that the first user can learn about the vehicle Usage.

[0098] Exemplarily, the second binding relationship between the affiliated user and the first user may select a specific time period to establish the binding relationship according to the needs of the affiliated user, that is, for different second set time periods, different second users and The first user establishes a binding relationship, that is, the second user who has a binding relationship with the first user is not the same user fixedly. For example, during the time period from 9 am to 17:00 on Monday, user P rents a vehicle, and The user establishes a second binding relationship; in the time period from 9 o'clock to 17:00 on Tuesday, user Q rents the target vehicle and establishes a second binding relationship with the first user. For another example, from 9 to 11 o'clock in the second set time period on Monday, the user Mr. Zhang rents the target vehicle and establishes a second binding relationship with the first user. From 11 to 14 o'clock, the user Ms. Li rents the target vehicle, and the first user A user establishes a second binding relationship. From 14 to 17 o'clock, the user Ms. Liu rents a target vehicle and establishes a second binding relationship with the first user. For another example, at 9-11 o'clock in the second set time period on Wednesday, the user Mr. Wang rents the target vehicle and establishes a second binding relationship with the first user. At 13-15 o'clock, the user Mr. Sun rents the target vehicle, and the first user A user establishes a second binding relationship. On other Wednesdays during the second set time period, if there is no second user bound to the first user, the target vehicle is in a temporary waiting state that can be rented at any time. Such flexible and multi-style settings can not only improve the utilization rate of the vehicle, but also increase the flexibility of the second user to rent a car.

[0099] Optionally, the subsidiary user that has a second binding relationship with the first user may also be the same user. This situation mainly exists when the subsidiary user has a vehicle rental demand during the second set period of time in different periods. Based on this requirement, the second binding relationship may always exist. Or the affiliated user can also arrange the rental time with the first user and monitor it through the server. For example, after the first user completes the return operation of the vehicle within the first set time period, the subsidiary user can then rent the vehicle, thereby improving the utilization rate of the vehicle and avoiding waste of resources.

[0100] S350. Based on the second binding relationship, push the return information of the first user at the second rental site to the affiliated users.

[0101] The setting of S350 in this embodiment is mainly for the subsidiary user to obtain the car return information of the first user in real time, so that the car can continue to be rented after the first user returns the car, so as to increase the utilization rate of rented vehicles and increase operating profit.

[0102] S360: When the confirmed car rental information of the affiliated user is obtained, push the car rental information of the affiliated user to the first user based on the second binding relationship.

[0103] The technical solution provided in this embodiment is based on the above-mentioned embodiment and establishes different types of binding relationships between different car rental users and the rented vehicle as well as between users according to the travel rhythm of different car rental users in different time periods. Contribute to the management of leased vehicles and improve the operational efficiency of vehicle leases.