Test driving and taking management method and system and vehicle

Abstract

The invention provides a test-driving and test-taking management method and system and a vehicle, which are used for solving the problem of market research data distortion caused by an existing test-driving and test-taking strategy. The test-driving and test-taking management method comprises the steps that a cloud platform generates a test-driving order according to a test-driving application of a user and pushes the test-driving order to the user; after the user sits on the test driving vehicle, the test driving vehicle enters a test driving mode, and the test driving vehicle performs identity authentication on the user; after the identity authentication is completed, the test driving vehicle obtains a test driving order corresponding to the user from the cloud platform, and provides a driving test driving service for the user according to the test driving order; in the test driving process, the test driving vehicle uploads real-time driving data and in-vehicle real-time monitoring data to the cloud platform; and after test driving is completed, the cloud platform generates a test driving report according to the test driving order information, the real-time driving data and the in-vehicle real-time monitoring data, and pushes the test driving report to a user.

Description

Technical Field

[0001] This application relates to the field of intelligent networking of automobiles, and specifically to a test drive and test ride management method, system and vehicle. Background Art

[0002] As a common means of promoting automobile brands and products to users, the traditional way for traditional automobile manufacturers to promote test drives is that salespersons invite users to the store by phone for test drive service experience. The traditional method has the following disadvantages: The marketing test drive order data is out of control, resulting in easy fraud and distorted market research data. Summary of the Invention

[0003] The present invention provides a test drive and test ride management method, system and vehicle, which are used to solve the problem of distorted market research data caused by the existing test drive and test ride strategies.

[0004] The technical solution of the present invention is as follows: On the one hand, this application provides a test drive and test ride management method, including: The cloud platform generates a test drive order according to the user's test drive application and pushes it to the user; After the user gets on the test drive vehicle, the test drive vehicle enters the test drive mode, and the test ride vehicle authenticates the user's identity; After the identity authentication is completed, the test drive vehicle obtains the test drive order corresponding to the user from the cloud platform and provides a driving test drive service for the user according to the test drive order; During the test drive, the test drive vehicle uploads the real-time driving data and the real-time in-vehicle monitoring data to the cloud platform; After the test drive is completed, the cloud platform generates a test drive report according to the test drive order information, the real-time driving data and the real-time in-vehicle monitoring data, and pushes the test drive report to the user.

[0005] Preferably, the method further includes: The cloud platform pushes a test drive invitation to the user who is the target population, so that the user initiates a test drive application according to the test drive invitation.

[0006] Preferably, the method further includes: During the test drive, the test drive vehicle actively pushes auxiliary services corresponding to the real-time driving scenario to the user according to the real-time driving scenario; Provide or not provide the auxiliary service according to the user's selection; The auxiliary service includes: assisted driving service and / or driving mode switching service.

[0007] Preferably, in the step where the cloud platform generates a test drive order information according to the user's test drive application and pushes it to the user, the information in the test drive order includes: any one or a combination of the user identity information, the user driver's license information, the test drive vehicle configuration selected by the user, the test drive method, the test drive time, and the test drive route.

[0008] Preferably, after the identity authentication is completed, the steps for the test drive vehicle to obtain the test drive order corresponding to the user from the cloud platform and provide the driving test drive service for the user according to the test drive order include: The test drive vehicle first shows all the test drive orders that have not been test driven to the user for the user to select the target test drive order for the upcoming test drive; After the user selects the target test drive order, the test drive vehicle prompts the user to perform pre-driving debugging; After the user completes the pre-driving debugging, the test drive vehicle performs a seat belt detection; After confirming that all personnel have fastened their seat belts, the test drive vehicle navigates for the user according to the test drive route in the target test drive order.

[0009] Preferably, the method further includes: During the test drive, according to the user input command, passively provide the basic vehicle control services required by the user; The basic vehicle control services include: multimedia service, window control service, air conditioner control service, wiper control service, and / or lighting control service.

[0010] Preferably, the test drive vehicle uses fingerprint recognition technology, face recognition technology, and / or voice recognition technology for user identity authentication.

[0011] Preferably, the method further includes: After the test drive is completed, the test drive vehicle prompts the user with a test drive completion prompt message.

[0012] On the other hand, the present application also provides an automated test drive management system, including: a cloud platform and a test drive vehicle; The in-vehicle intelligent cockpit system of the test drive vehicle communicates with the cloud platform through a remote communication terminal; Wherein, the cloud platform generates a test drive order corresponding to the user according to the user's test drive application; After the user gets on the test drive vehicle, the test drive vehicle enters the test drive mode, and the test ride vehicle authenticates the user's identity; After the identity authentication is completed, the in-vehicle intelligent cockpit system of the test drive vehicle obtains the test drive order corresponding to the user from the cloud platform and provides the driving test drive service for the user according to the test drive order; During the test drive, the in-vehicle intelligent cockpit system of the test drive vehicle uploads the real-time driving data and the in-vehicle real-time monitoring data to the cloud platform; After the test drive is completed, the cloud platform generates a test drive report based on the test drive order information, the real-time driving data, and the in-vehicle real-time monitoring data.

[0013] On the other hand, the present application also provides a vehicle, which is used to execute the test drive task performed by the test drive vehicle in the above test drive and test ride management method.

[0014] The beneficial effects of the present invention are as follows: The test drive order generated by the cloud platform is unique, and the test drive vehicle obtains the corresponding test drive order from the cloud platform after completing the identity authentication, which ensures the personalization of the test drive service and the non-tamperability of the order. The test drive vehicle performs identity authentication after the user enters the vehicle, which can effectively prevent unauthorized personnel from taking the test drive, ensuring the accuracy of the test drive data and the authenticity of the test driver's identity. The test drive vehicle uploads the real-time driving data and the in-vehicle real-time monitoring data to the cloud platform. This real-time monitoring can ensure that the data during the test drive is not tampered with, and can monitor in real time whether the test drive behavior actually occurs, preventing cheating behavior; through millisecond-level time synchronization, the spatio-temporal alignment and consistency of the original data are ensured.

[0015] Through the real-time data information exchange and sharing among the mobile terminal, the test drive vehicle and the cloud platform, the test drive process can be digitized. The user can quickly complete the signing of the test drive agreement through the electronic signing cloud platform, without the need to copy the driver's license for filing and manually fill in the test drive agreement. Such a process is more efficient and convenient. The cloud platform can provide personalized test drive services according to the specific needs and preferences of the user. For example, the user can select a suitable test drive time and route according to their own schedule and preferences, improving the personalization and satisfaction of the test drive experience. During the test drive, corresponding assisted driving services can be provided to the user according to the actual driving scenario, improving the user's driving experience. After the test drive is completed, the cloud platform will generate a test drive report and push it to the user. Such a report can help the user review and evaluate the test drive experience and provide decision-making support for the user. In short, through the real-time data information exchange and sharing among the test drive vehicle, the cloud platform big data center, and the after-sales service platform, a more convenient, intelligent, and comfortable test drive and test ride service experience is provided for customers. Description of the Drawings

[0016] Figure 1 It is a flowchart of the test drive and test ride management method in the embodiment of the present application; Figure 2 It is a structural block diagram of the test drive and test ride management system in the embodiment of the present application; Figure 3 It is a detailed flowchart of the test drive and test ride management method in the embodiment of the present application. Detailed Embodiments

[0017] The method of the present invention will be further elaborated below in conjunction with embodiments and accompanying drawings. This embodiment is implemented on the premise of the technical solution of the present invention, and detailed implementation manners and specific operation processes are given, but the protection scope of the present invention is not limited to the following embodiments.

[0018] Referring to Figure 1 , an embodiment of the present application provides a test drive and test ride management method, including: S101. The cloud platform generates a test drive order according to the user's test drive application and pushes it to the user.

[0019] Among them, the information in the test drive order includes any one piece of information or a combination thereof in the user identity information, user driver's license information, test drive vehicle model configuration selected by the user, test drive method, test drive time, and test drive route.

[0020] By verifying the user's identity information, the security and exclusivity of the test drive service can be ensured, preventing unauthorized personnel from abusing the test drive service. It not only protects the user's personal privacy but also enhances the user's trust in the test drive process.

[0021] The confirmation of the user's driver's license information is an important step before the test drive. It ensures that the test driver has a legal driving qualification, thus guaranteeing traffic safety during the test drive. At the same time, it also helps the 4S store or the brand party evaluate the actual driving age of the test driver and provide test drive guidance more in line with the driver's driving skills.

[0022] The user can select the test drive vehicle model configuration according to their own needs. Such a personalized selection enables the user to more accurately experience the vehicle model they are interested in, enhancing the relevance and satisfaction of the test drive.

[0023] Providing different test drive methods (such as daytime test drive and long-distance test drive) can meet the user's test drive needs in different scenarios, enabling the user to more comprehensively experience the vehicle performance and thus make a car purchase decision more in line with their own needs.

[0024] Allowing the user to select the test drive time enables the user to test drive according to their own schedule. Such flexibility can greatly enhance the user experience and make the user feel more convenient and comfortable.

[0025] By allowing the user to select or confirm the test drive route, it can be ensured that the test drive route not only meets the user's interests but also showcases the performance characteristics of the vehicle. At the same time, a clear test drive route also helps ensure the safety and efficiency of the test drive process.

[0026] Before step S101, it can also be executed first: The cloud platform pushes a test drive invitation to the user who is the target population, enabling the user to initiate a test drive application according to the test drive invitation.

[0027] S102. After the user gets on the test drive vehicle, the test drive vehicle enters the test drive mode, and the test drive vehicle authenticates the user's identity.

[0028] The test drive mode is a functional state of the whole vehicle. The realization of the entire test drive process needs to be achieved in this functional state. There is a function entry for the test drive mode set on the in-vehicle computer of the test drive vehicle, but this entry is not open to users. It requires manual operation, debugging, and authorization by the salesperson for the test drive vehicle to enter the test drive mode.

[0029] The test drive vehicle uses fingerprint recognition technology, face recognition technology, and / or voice recognition technology to authenticate the user's identity.

[0030] For example: The test drive vehicle that enters the test drive mode uses the in-vehicle camera to collect the user's face, and then uploads the user's face information to the cloud platform. The cloud platform compares and identifies the user's face with the faces stored in the system, thereby completing the authentication of the user's identity. Among them, the face information stored in the system refers to the face information in all test drive applications received for the same test drive vehicle that have not yet completed the test drive.

[0031] S103. After completing the identity authentication, the test drive vehicle obtains the test drive order corresponding to the user from the cloud platform and provides a driving test service for the user according to the test drive order.

[0032] After completing the identity authentication, all the test drive orders of the user can be found according to the user's identity information.

[0033] Among them, this step S103 specifically includes: The test drive vehicle first shows all the test drive orders that have not yet been test driven to the user for the user to select the target test drive order for this upcoming test drive; After the user selects the target test drive order, the test drive vehicle prompts the user to perform pre-driving debugging; After the user completes the pre-driving debugging, the test drive vehicle conducts a seat belt detection; After confirming that all personnel have fastened their seat belts, the test drive vehicle navigates for the user according to the test drive route in the target test drive order.

[0034] The test drive vehicle prompts the user to perform pre-driving debugging to facilitate the user to be in the best driving position. The steps of this pre-driving debugging include: the in-vehicle intelligent cockpit system sequentially pops up the seat adjustment, rearview mirror adjustment, and HUD adjustment interfaces, and at the same time, the intelligent voice wizard voice broadcasts to prompt the user to make position adjustments. For example: For your better driving and riding experience, please first adjust the seat position, rearview mirror position, and HUD to your comfortable position.

[0035] To better serve users, it is also necessary to require users to sign a privacy agreement before the steps of pre-driving debugging. For example, through the in-vehicle intelligent cockpit system, a pop-up window will inform users that for your safety, this test drive will be recorded and videotaped throughout the journey, and users are required to sign and review relevant regulations such as the privacy agreement.

[0036] After completing the signing of the privacy agreement, the in-vehicle intelligent cockpit system enters the exclusive interface for the test drive mode. At the same time, the intelligent voice assistant will broadcast a welcome message: "Dear Mr. (Ms.) X, welcome to test drive XX Automobile. I am your exclusive navigator for this test drive journey."

[0037] When the seat belt of the test drive vehicle is detected, a voice broadcast will be made first: For the driving safety of you and your family, please fasten the seat belts of all passengers in the vehicle and then click "Start Test Drive" to start this test drive. Then, a "Start Test Drive" button switch will be provided in a pop-up window. When it is detected that there is someone in the vehicle but not wearing a seat belt, the "Start Test Drive" switch should be grayed out and inoperable.

[0038] S104, during the test drive, the test drive vehicle will upload real-time driving data and in-vehicle real-time monitoring data to the cloud platform.

[0039] In the embodiments of this application, the real-time driving data includes: driving trajectory, driving mileage, average vehicle speed, maximum vehicle speed, average energy consumption, and other driving-related data.

[0040] During the test drive, the vehicle can also passively provide basic vehicle control services required by the user according to the voice commands input by the user. In the embodiments of this application, the basic vehicle control services include, for example: multimedia services, window control services, air conditioning control services, windshield wiper control services, and / or lighting control services.

[0041] During the test drive, the test drive vehicle can also actively push auxiliary services corresponding to the real-time driving scenario to the user according to the real-time driving scenario; and provide or not provide auxiliary services according to the user's selection.

[0042] In the embodiments of this application, the auxiliary services include, for example: assisted driving services and / or driving mode switching services. For example: When the vehicle travels on a highway section, the voice assistant will ask the user if they need to turn on the intelligent assisted driving function for you, and after obtaining the user's consent, turn on the intelligent assisted driving function. Another example: During driving, if it is detected that the road conditions ahead are clear, the voice assistant will automatically ask the user if they want to switch to another driving mode to experience a different driving experience, and automatically switch the driving mode after obtaining the user's consent.

[0043] For the cloud platform, it can understand the user's preference for the test drive vehicle according to the in-vehicle real-time monitoring data, so as to select this user as an intended customer and further invite them to purchase.

[0044] S105. After the test drive is completed, the cloud platform generates a test drive report based on the test drive order information, real-time driving data, and in-vehicle real-time monitoring data, and pushes the test drive report to the user.

[0045] The cloud platform receives and integrates all the above data, and generates a test drive report through data analysis and processing. The report not only includes objective driving data, but also combines the subjective feedback of the test driver to provide a comprehensive test drive analysis. For example, the test drive report may include the satisfaction level of the test drive user with various aspects of the vehicle, as well as specific driving data during the test drive, such as speed, average speed, maximum speed, minimum speed, fuel consumption, etc. Once the test drive report is generated, the cloud platform will push the report to the user, and the user can view the test drive report on their own device to understand the test drive performance and vehicle performance, as well as their own driving habits and experience feedback. In this way, the test drive report not only helps users understand the vehicle performance, but also provides valuable user feedback for vehicle manufacturers and sellers, which helps to improve products and services.

[0046] After the test drive is completed, the test drive vehicle prompts the user with a test drive completion prompt message.

[0047] In the test drive and test ride management method provided in the embodiments of the present application, since the test drive order generated by the cloud platform is unique, and the test drive vehicle obtains the corresponding test drive order from the cloud platform after completing identity authentication, it ensures the personalization of the test drive service and the non-tamperability of the order. The test drive vehicle performs identity authentication after the user enters the vehicle, which can effectively prevent unauthorized personnel from taking the test drive, ensuring the accuracy of the test drive data and the authenticity of the test driver's identity. The test drive vehicle uploads the real-time driving data and in-vehicle real-time monitoring data to the cloud platform. This real-time monitoring can ensure that the data during the test drive is not tampered with, and can also monitor in real time whether the test drive behavior actually occurs, preventing cheating behavior; through millisecond-level time synchronization, it ensures the spatio-temporal alignment and consistency of the original data.

[0048] By conducting real-time data information exchange and sharing among the mobile terminal, test drive vehicle, and cloud platform, the test drive process can be digitized. Users can quickly complete the signing of the test drive agreement through the e-signing cloud platform, eliminating the need to copy and file the driver's license and manually fill out the test drive agreement. Such a process is more efficient and convenient. The cloud platform can provide personalized test drive services according to the specific needs and preferences of users. For example, users can choose a suitable test drive time and route based on their schedule and preferences, enhancing the personalization and satisfaction of the test drive experience. During the test drive, corresponding assisted driving services can be provided to users according to the actual driving scenario, improving the driving experience of users. After the test drive is completed, the cloud platform will generate a test drive report and push it to the user. Such a report can help users review and evaluate the test drive experience and provide decision-making support for users. In short, through the real-time data information exchange and sharing among the test drive vehicle, cloud platform big data center, and after-sales service platform, a more convenient, intelligent, and comfortable test drive service experience is provided for customers.

[0049] Refer to the appendix Figure 3 In addition, an automated test drive management system is provided in an embodiment of the present application, including a cloud platform and an in-vehicle intelligent cockpit system of the test drive vehicle.

[0050] Among them, Figure 3 the vehicle-cloud big data center and the after-sales service platform in constitute the aforementioned cloud platform. The vehicle remote communication terminal is used for the test drive vehicle to communicate with the cloud platform.

[0051] The in-vehicle intelligent cockpit system is responsible for obtaining order information from the after-sales service platform, and at the same time providing a test drive mode function entry for users, intelligently guiding users to safely complete the test drive order, and uploading the recorded video and audio during the test drive to the after-sales service platform; the vehicle remote communication terminal is responsible for collecting and uploading various driving data during the user's test drive (such as driving trajectory, driving mileage, average vehicle speed, maximum vehicle speed, average energy consumption, etc.) and uploading them to the vehicle-cloud big data center; the vehicle-cloud big data center statistically screens potential customers and sends test drive invitation applications to the user's mobile phone, analyzes the user's driving behavior habits based on the data uploaded by the in-vehicle terminal, and uploads the analyzed results to the after-sales service platform; the after-sales service platform is responsible for monitoring the status information of all test drive vehicles, approving user test drive applications, automatically matching test drive orders for users, counting the number of orders, and at the same time generating a dedicated test drive report for this order based on the test drive information feedback from the in-vehicle terminal and the vehicle-cloud and pushing it to the user terminal; the user terminal is responsible for providing an entrance for users to make an appointment for a test drive and uploading the user's appointment test drive information (name, phone number, intended vehicle model and configuration, test drive method, test drive store, test drive route, expected test drive time, ID card and driver's license photo information, etc.).

[0052] See Figure 2, the embodiment of the present application also provides a specific process for a test drive management method, including: S1: The vehicle cloud big data center screens the interested people and sends out test drive invitations; S2: After the user accepts the test drive invitation, fill in relevant information such as name, phone number, expected test drive vehicle configuration, test drive method (store test drive or home test drive), test drive time, test drive route (test drive starting point, test drive ending point), etc., and upload ID card and driver's license information to submit a test drive application; S3: The after-sales service center reviews the information submitted by the user; S4: After passing the review, automatically generate a test drive order for the user according to the expected test drive vehicle model, test drive time, and test drive method, and push the information of the test drive order to the user's mobile phone; S5: The user arrives at the designated test drive store or the starting point of the test drive route before the appointed time; S6: The salesperson guides the user into the test drive vehicle and operates to enter the test drive mode function; S7: The in-vehicle intelligent cockpit system will automatically authenticate the user's identity using the in-vehicle camera; S8: After the vehicle confirms the identity information, it automatically obtains the corresponding test drive order from the after-sales service center; S9: The user selects the test drive order and confirms to start the order; S10: The in-vehicle intelligent cockpit system will pop up a window to inform the user that for your safety, this test drive will be recorded and videotaped throughout the process, and requires the user to sign and review relevant regulations such as the privacy agreement; S11: The in-vehicle intelligent cockpit system enters the exclusive interface of the test drive mode, and at the same time, the intelligent voice wizard will broadcast a welcome message "Dear Mr. (Ms.) X, welcome to test drive XX car. I am your exclusive navigator for this test drive journey"; S12: The in-vehicle intelligent cockpit system successively pops up the seat adjustment, rearview mirror adjustment, and HUD adjustment interfaces, and at the same time, the intelligent voice wizard broadcasts: For a better driving and riding experience for you, please first adjust the seat position, rearview mirror position, and HUD to your comfortable position; S13: After the user completes all the adjustments in step S12, the voice broadcasts: For the driving safety of you and your family, please fasten your seat belts for all passengers in the vehicle and then click "Start Test Drive" to start this test drive. A "Start Test Drive" button switch is provided in the pop-up window. When it is detected that there is someone in a seat in the vehicle and the seat belt is not fastened, the "Start Test Drive" switch should be grayed out and inoperable; S14: The user clicks to select "Start Test Drive"; S15: The in-vehicle intelligent cockpit system interface automatically jumps to the navigation interface, and automatically plans a navigation route for the user according to the test drive order information and starts navigation (automatically turns on the headrest navigation mode); S16: When the user starts a test drive, the vehicle will upload the driving data information of the vehicle to the after-sales service platform and the vehicle cloud big data center in real time; S17: During driving, if it is detected that the road conditions ahead are smooth, the voice assistant will automatically ask the user whether to switch to other driving modes to experience a different driving experience, and automatically switch the driving mode after obtaining the user's consent; S18: When the vehicle travels to the highway section, the voice assistant will ask the user whether to turn on the intelligent assisted driving function for you, and turn on the intelligent assisted driving function after obtaining the user's consent; S19: During driving, the voice is always in the standby listening state. The user can consult any information by voice or perform a series of basic vehicle control operations by voice (including multimedia, air conditioning, windows, wipers, lights, etc.) S20: After the vehicle reaches the test drive end point, it is detected that the vehicle is in P gear and the user can click to select to end this test drive. The voice assistant will broadcast the farewell message "Mr. (Ms.) X, this test drive comes to an end here. Thank you for your trust and support in the XX automobile brand. Goodbye!"; S21: Upload the relevant information of this test drive to the vehicle cloud big data center and the after-sales service platform; S22: The vehicle cloud big data center and the after-sales service platform will summarize and analyze the relevant data and information of this test drive and form a special test drive report for the user; S23: Push the test drive report to the user in the form of the user terminal or text message, and invite the user to evaluate this test drive service.

[0053] It should be noted that each embodiment in this specification is described in a progressive manner. The key point of each embodiment is to explain the differences from other embodiments. The same or similar parts between the embodiments can be referred to each other.

[0054] Although the preferred embodiments of the embodiments of the present invention have been described, those skilled in the art can make additional changes and modifications once they know the basic creative concept. Therefore, the appended claims are intended to be construed to include the preferred embodiments and all changes and modifications falling within the scope of the embodiments of the present invention.

[0055] It should also be noted that in this text, terms such as "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", etc. indicate the orientation or positional relationship based on the orientation or positional relationship shown in the drawings. This is for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or component referred to must have a specific orientation, be constructed and operated in a specific orientation. Therefore, it should not be construed as a limitation to the present invention. In addition, relative terms such as "first" and "second" are used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations, nor can they be construed as indicating or implying relative importance. Moreover, the term "comprising", "including" or any other variant thereof is intended to cover non-exclusive inclusion, so that a process, method, article or terminal device comprising a series of elements does not include those elements, but also includes other elements not expressly listed, or elements inherent to such process, method, article or terminal device. Without further limitation, an element defined by the statement "comprising an..." does not exclude the presence of additional identical elements in the process, method, article or terminal device comprising the element.

[0056] The technical solutions provided by the present invention have been introduced in detail above. Specific examples are used in this text to elaborate on the principles and implementation manners of the present invention. The description of the above embodiments is only for helping to understand the present invention, and the content of this specification should not be construed as a limitation to the present invention. At the same time, for those of ordinary skill in the art, according to the present invention, there will be various forms of changes in the specific implementation manners and application scopes. It is not necessary and impossible to list all the implementation manners here, and the obvious changes or variations derived therefrom are still within the protection scope of the present invention.

Claims

1. A test drive and test ride management method, characterized in that: include: The cloud platform generates a test drive order based on the user's test drive application and pushes it to the user; After the user gets on the test drive vehicle, the test drive vehicle enters the test drive mode, and the test drive vehicle authenticates the user; After completing the identity authentication, the test drive vehicle obtains the test drive order corresponding to the user from the cloud platform, and provides the user with a test drive service according to the test drive order; During the test drive, the test vehicle will upload real-time driving data and in-vehicle real-time monitoring data to the cloud platform; After the test drive is completed, the cloud platform generates a test drive report based on the test drive order information, the real-time driving data and the real-time in-vehicle monitoring data, and pushes the test drive report to the user.

2. The test drive and test ride management method according to claim 1, characterized in that: The method further comprises: The cloud platform pushes a test drive invitation to the users who are the intended group, so that the users can initiate a test drive application based on the test drive invitation.

3. The test drive and test ride management method according to claim 1, characterized in that: The method further comprises: During the test drive, the test drive vehicle actively pushes auxiliary services corresponding to the real-time driving scene to the user according to the real-time driving scene; Provide or not provide the auxiliary service according to the user's choice; The auxiliary services include: assisted driving services and / or driving mode change services.

4. The test drive and test ride management method according to claim 1, characterized in that: In the step where the cloud platform generates test drive order information based on the user's test drive application and pushes it to the user, the information in the test drive order includes: any one or a combination of user identity information, user driver's license information, test drive model configuration selected by the user, test drive method, test drive time and test drive route.

5. The test drive and test ride management method according to claim 4, characterized in that: After completing the identity authentication, the test drive vehicle obtains the test drive order corresponding to the user from the cloud platform, and provides the user with the test drive service according to the test drive order, including the following steps: The test drive vehicle first displays all the test drive orders that have not been tested yet to the user, so that the user can select the target test drive order that is about to be tested; After the user selects the target test drive order, the test drive vehicle prompts the user to perform pre-driving commissioning; After the user completes the pre-driving commissioning, test drive the vehicle to test the seat belts; After confirming that all persons have fastened their seat belts, the test drive vehicle navigates for the user according to the test drive route in the target test drive order.

6. The test drive and test ride management method according to claim 1, characterized in that: The method further comprises: During the test drive, the system passively provides users with the basic vehicle control services they require based on the user's input commands; The basic vehicle control services include: multimedia services, window control services, air conditioning control services, wiper control services and / or lighting control services.

7. The test drive and test ride management method according to claim 1, characterized in that: Test drive vehicles use fingerprint recognition technology, face recognition technology and / or voice recognition technology to authenticate user identity.

8. The test drive and test ride management method according to claim 1, characterized in that: The method further comprises: After the test drive is completed, the test drive vehicle prompts the user with a test drive completion prompt message.

9. An automated test drive management system, characterized in that: include: Cloud platform and test drive vehicles; The test drive vehicle's intelligent cockpit system communicates with the cloud platform via a remote communication terminal; Among them, the cloud platform generates a test drive order corresponding to the user based on the user's test drive application; After the user gets on the test drive vehicle, the test drive vehicle enters the test drive mode, and the test drive vehicle authenticates the user; After completing the identity authentication, the vehicle-side intelligent cockpit system of the test drive vehicle obtains the test drive order corresponding to the user from the cloud platform, and provides the user with a test drive service according to the test drive order; During the test drive, the vehicle-side intelligent cockpit system of the test drive vehicle uploads real-time driving data and real-time in-vehicle monitoring data to the cloud platform; After the test drive is completed, the cloud platform generates a test drive report based on the test drive order information, the real-time driving data and the real-time in-vehicle monitoring data.

10. A vehicle, characterized in that: The vehicle is used to execute the test drive task performed by the test drive vehicle in the test drive and test ride management method described in any one of claims 1-8.

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