Private intelligent driverless car sharing system based on mobile application (APP) scheduling

Abstract

The invention relates to a private intelligent driverless car sharing system based on mobile application (APP) scheduling. The private intelligent driverless car sharing system integrates advanced technologies of intelligent traffic and sharing economy. According to the system, efficient integration and intelligent scheduling of private intelligent driverless car resources are realized through a car owner terminal APP, a passenger terminal APP and a powerful scheduling platform. By means of an innovative intelligent scheduling algorithm, vehicle state dynamic management and an automatic payment system, the vehicle utilization rate is remarkably improved, traffic congestion is effectively relieved, environmental protection is promoted, and additional income sources are brought to vehicle owners. The vehicle owner can easily set the vehicle state through the APP, and the passenger can conveniently issue the vehicle using demand and enjoy the one-button service. The system comprehensively optimizes the road resource distribution, obviously reduces the carbon emission, and has profound social and environmental benefits.

Description

Technical Field

[0001] The present invention relates to the field of intelligent transportation and sharing economy, and specifically to a system and an operation method thereof that utilizes a mobile application (APP) intelligent dispatching platform to realize efficient sharing and dispatching of private intelligent unmanned vehicles. The so-called intelligent unmanned vehicle refers to a vehicle that has no driver during its driving process, and the driving of the vehicle is completed by the vehicle's own intelligent control system or through a mobile Internet cloud intelligent control system. The present invention aims to improve vehicle utilization, reduce traffic congestion, and promote environmental protection through intelligent management. Background Art

[0002] With the rapid development of autonomous driving technology, more and more individuals will own intelligent driverless cars. However, this also brings about problems such as high vehicle idle rate and waste of road resources. Existing solutions mostly focus on the intelligent transformation of public transportation, while research on how to effectively utilize private intelligent driverless car resources is still insufficient. Therefore, it is particularly important to develop a system that can efficiently dispatch private intelligent driverless cars and realize vehicle sharing. Summary of the invention

[0003] The purpose of the present invention is to provide a private intelligent driverless car sharing system based on APP scheduling and an operation method thereof, which is implemented by the following technical solutions:

[0004] System architecture:

[0005] Owner-side APP: allows private smart driverless car owners to register as vehicle rental users, set the vehicle status (rental / self-use), receive platform dispatch information, and monitor the vehicle status.

[0006] Passenger-side APP: It allows individual car users to register as passenger users, publish car needs, including departure place, destination, car use time, etc., receive and confirm order information, and complete payment.

[0007] Dispatch platform: Based on cloud computing and big data analysis, it automatically matches the nearest and available smart driverless car according to passenger demand, vehicle location, traffic conditions and other factors, and sends order information to car owners and passengers.

[0008] Operation process:

[0009] S1: Vehicle rental setting: The owner sets the idle smart driverless car to rental status through the APP, and the platform starts monitoring and dispatching the vehicle.

[0010] S2: Order matching and dispatch: After the passenger submits a request for a vehicle, the platform quickly matches the vehicle based on the principle of proximity, sends a dispatch notification to the vehicle owner, and confirms the order details with the passenger.

[0011] S3: Autonomous driving execution: After receiving platform instructions, the intelligent driverless car autonomously navigates to the passenger's designated location, completes the pick-up service, and automatically drives to the destination according to the order destination.

[0012] S4: Fee Settlement: After the service is completed, the platform automatically calculates the fee based on the preset rate. The passenger completes the payment through the APP, and the funds go directly into the car owner's account.

[0013] S5: Switching the vehicle for personal use: When the owner needs to use the vehicle, he can set the vehicle to personal use through the APP. The vehicle will automatically return to the location specified by the owner and will no longer accept orders during this period.

[0014] Technological innovations:

[0015] Intelligent dispatching algorithm: Combines real-time traffic data to optimize route planning and improve dispatching efficiency.

[0016] Dynamic management of vehicle status: Realize instant switching of vehicles from rental to self-use, ensuring flexible use needs of car owners and passengers.

[0017] Automated payment system: Simplify the payment process and improve user experience.

[0018] Beneficial Effects

[0019] Improve vehicle utilization: effectively integrate private intelligent driverless car resources, reduce idleness, and improve the overall vehicle utilization efficiency of society.

[0020] Alleviate traffic congestion: Reduce idle driving through intelligent scheduling, optimize road resource allocation, and reduce urban traffic pressure.

[0021] Promote environmental protection: reduce the waste of resources caused by idle vehicles, reduce carbon emissions, and benefit environmental protection.

[0022] Increase car owners’ income: Provide car owners with an additional source of income and encourage more people to participate in the sharing of smart driverless cars.

[0023] The technical solution of the present invention is further described in detail below through the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0025] Figure 1 It is a flow chart showing a private intelligent driverless car sharing system based on APP scheduling and its operation method according to an exemplary embodiment. DETAILED DESCRIPTION

[0026] The following is a detailed description of the specific implementation of the present invention "a private intelligent driverless car sharing system based on mobile application (APP) scheduling":

[0027] 1. System architecture and function implementation

[0028] Car Owner APP

[0029] The car owner APP is the bridge for the car owner to interact with the dispatching platform. The car owner must first register through the APP and fill in the necessary information such as vehicle information and car owner contact information. After successful registration, the car owner can set his private intelligent driverless car to rental status or self-use status. When the vehicle is in the rental status, the APP will upload the vehicle location, status and other information to the dispatching platform in real time so that the platform can perform intelligent dispatching. The car owner can also view the vehicle rental record, income status and other information through the APP.

[0030] Passenger App

[0031] The passenger-side APP is the main tool for passengers to request a car, view order details, complete payment, etc. Passengers need to register through the APP and fill in personal information, contact information, etc. After successful registration, passengers can publish their car needs on the APP, including departure place, destination, car time, etc. The platform will automatically match vehicles according to passenger needs and send order details to passengers, including vehicle information, estimated arrival time, etc. After the passenger confirms the order, he can complete the payment through the APP.

[0032] Scheduling platform

[0033] The dispatching platform is the core part of the present invention, responsible for realizing intelligent dispatching and order management of vehicles. The platform uses cloud computing and big data technology to analyze the vehicle information uploaded by the car owner and the car demand published by the passengers in real time, and automatically matches the vehicle according to the principle of proximity. At the same time, the platform also has an intelligent dispatching algorithm that can combine real-time traffic data to optimize route planning and improve dispatching efficiency. During the order execution process, the platform will monitor the vehicle status and driving trajectory in real time to ensure that passengers arrive at their destination safely.

[0034] 2. Operation process

[0035] S1: Owner registration and vehicle settings

[0036] The car owner registers through the car owner APP and fills in the vehicle information, contact information, etc. After successful registration, the car owner can set the vehicle to be rented or used by himself. When the vehicle is in the rental state, the APP will upload the vehicle location, status and other information to the dispatch platform in real time.

[0037] S2: Passenger requests a car

[0038] Passengers publish their car needs through the passenger-side APP, including departure place, destination, car use time, etc. The platform will automatically match vehicles according to passenger needs and send order details to passengers.

[0039] S3: Platform dispatch and vehicle navigation

[0040] The dispatching platform automatically matches vehicles based on the principle of proximity and sends order information to the car owner and the passenger. After receiving the platform's instructions, the intelligent driverless car will autonomously navigate to the passenger's designated location.

[0041] S4: Vehicle pick-up and fee settlement

[0042] After the intelligent driverless car arrives at the passenger's designated location, the passenger gets on the car and confirms the order. The vehicle will automatically drive to the destination according to the order destination. After the service is completed, the platform automatically calculates the fee according to the preset rate, and the passenger completes the payment through the APP.

[0043] S5: Switching for vehicle self-use

[0044] When the owner needs to use the vehicle, he can set the vehicle to self-use status through the owner's APP. The vehicle will automatically return to the location specified by the owner and will no longer accept orders during this period. The owner can check the vehicle's location and status in real time through the APP.

[0045] 3. Expected Results

[0046] By implementing the present invention, the following effects can be expected:

[0047] Improve vehicle utilization: The present invention can effectively integrate private intelligent driverless car resources, reduce idleness and waste, and improve vehicle utilization.

[0048] Relieve traffic congestion: Through intelligent scheduling and route optimization, the present invention can reduce idle driving and waiting time, optimize road resource allocation, and alleviate urban traffic pressure.

[0049] Promoting environmental protection: The present invention can reduce resource waste and carbon emissions caused by idle vehicles, which is beneficial to environmental protection and sustainable development.

[0050] Increase the income of car owners: By providing a commercial sharing operation platform, the present invention can provide car owners with an additional source of income and encourage more people to participate in the sharing operation of intelligent driverless cars.

[0051] In summary, the present invention provides an efficient, flexible and environmentally friendly method for commercial sharing operation of private intelligent driverless cars, which has significant social and economic benefits.

Claims

1. A private intelligent driverless car sharing system based on mobile application (APP) scheduling, characterized in that: The system comprises: The car owner APP is used for private intelligent driverless car owners to register as vehicle rental users, set the vehicle status to shared or self-use, receive platform dispatch information, and monitor the vehicle status; The passenger-side APP is used by passengers to register as passenger users, publish car needs, receive and confirm order information, and complete payment; The dispatching platform, based on cloud computing and big data analysis, automatically matches the nearest and available smart driverless car according to factors such as passenger demand, vehicle location, traffic conditions, etc., and sends order information to car owners and passengers.

2. The private intelligent driverless car sharing system based on APP scheduling according to claim 1 is characterized in that: The dispatching platform also includes an intelligent dispatching algorithm for optimizing route planning, improving dispatching efficiency, and combining with real-time traffic data to achieve dynamic dispatching and supervise and regulate the passenger service process.

3. The private intelligent driverless car sharing system based on APP scheduling according to claim 1 is characterized in that: The owner-side APP also has a dynamic vehicle status management function, allowing the owner to instantly switch the vehicle status from a shared status to a self-use status, or vice versa. During this period, the platform adjusts the dispatch strategy based on the vehicle status.

4. The private intelligent driverless car sharing system based on APP scheduling according to claim 1 is characterized in that: The passenger-side APP is equipped with an automated payment system that automatically calculates fees based on preset rates. Passengers complete payment through the APP, and the funds go directly into the car owner's account.

5. The private intelligent driverless car sharing system based on APP scheduling according to any one of claims 1 to 4, characterized in that: System Operation The following steps are involved: S1: The car owner sets the idle smart driverless car to rental status through the car owner APP; S2: The passenger submits a car request through the passenger app; S3: The dispatching platform matches vehicles based on the principle of proximity and sends order information to vehicle owners and passengers; S4: After receiving the platform command, the intelligent driverless car autonomously navigates to the passenger’s designated location and completes the pick-up service; S5: After the service is completed, the platform automatically calculates the fee based on the preset rate, and the passenger completes the payment through the passenger-side APP.

6. The method of use according to claim 5, characterized in that: It also includes the step of the car owner setting the vehicle to self-use status through the car owner-side APP. The vehicle will automatically return to the location specified by the car owner. During this period, the vehicle will no longer accept orders and will be out of the supervision of the dispatch platform. However, if the car owner changes the shared vehicle back to shared status, it can accept orders again.

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