Intelligent parking auxiliary system

Abstract

The invention discloses an intelligent parking auxiliary system, which is characterized in that a parking space reservation module and a parking space handling module are in forward connection with a parking recording module, a temporary parking payment module is in bidirectional connection with the parking recording module, and the parking recording module is in forward connection with an arrearage repayment module; the monthly package module, the arrearage repayment module and the temporary parking payment module are all positively connected with the electronic invoice module, the nearby parking lot checking module is positively connected with the parking space reservation module and the temporary parking payment module in sequence, the nearby parking lot checking module is positively connected with the parking space handling module, and the parking space handling module is bidirectionally connected with the monthly package module. The system solves the problem of parking difficulty, reduces the time cost and energy consumption of finding a parking space by a user, provides a parking fee online payment function, enables the user to park and enter more conveniently and quickly, can provide a parking space long-term leasing function for the user, can provide more parking lot choices for the user, can finish parking space leasing more quickly, and improves the user experience. And more choices and convenience are brought to the user.

Description

Technical Field

[0001] The present invention relates to the technical field of parking systems, and in particular to an intelligent parking assistance system. Background Art

[0002] Currently, there are few intelligent parking assistance systems. The existing intelligent parking assistance systems can generally be divided into two categories: The first category is a parking space reservation system for specific needs. Such systems are only effective for the parking lots that have put forward requirements, do not support navigation functions, and many do not provide long-term rental services; The second category is the intelligent parking assistance function included in map software. As a function within map software, such systems mainly focus on the parking lot navigation function and cannot well solve the problems of reserved parking and parking space rental. Therefore, there is an urgent need to develop an intelligent parking assistance system to solve the above technical problems.

[0003] In view of this, the present invention is specifically proposed. Summary of the Invention

[0004] The object of the present invention is to provide an intelligent parking assistance system that integrates and authenticates parking lots, provides functions such as reservation of parking spaces in parking lots, long-term rental of parking spaces in parking lots, and online payment of fees, provides more parking lot options for users, completes parking space rental and temporary parking more quickly, brings more choices and conveniences to users, solves the problem of difficult parking, reduces the time cost and energy consumption of users looking for parking spaces, has broad application prospects, and is conducive to popularization and application.

[0005] To achieve the above object, an intelligent parking assistance system provided by the present invention includes a parking space handling module, a monthly package module, a parking record module, an overdue payment supplement module, an electronic invoice module, a parking space reservation module, a temporary parking payment module, and a module for viewing nearby parking lots. The parking space reservation module and the parking space handling module are positively connected to the parking record module. The temporary parking payment module is bidirectionally connected to the parking record module. The parking record module is positively connected to the overdue payment supplement module. The monthly package module, the overdue payment supplement module, and the temporary parking payment module are all positively connected to the electronic invoice module. The module for viewing nearby parking lots is sequentially positively connected to the parking space reservation module and the temporary parking payment module. The module for viewing nearby parking lots is positively connected to the parking space handling module. The parking space handling module is bidirectionally connected to the monthly package module.

[0006] Preferably, the parking space handling module is used for users to apply for long-term rental parking spaces in authenticated parking lots, and bind the vehicle with the parking space by binding the vehicle license plate number; it is also used for users to view the application status of their personal long-term rental parking spaces, and view the personal long-term rental parking spaces that have been applied for after completing the application, rental payment, and review of the parking spaces.

[0007] Preferably, the monthly package module is used for users to apply for a monthly parking space rental package supported by a certified parking lot, and to bind the vehicle and the parking space by binding the vehicle license plate number; it is also used for users to view the application status of personal packages, and after completing the application, payment and review of the package, view the monthly package information that the individual has applied for.

[0008] Preferably, the parking record module is used to record all order records of the user, including parking lot, license plate number, entry time, exit time, billing time, amount payable, actual amount paid, and payment method fields, and supports evaluation and appeal of orders. Users can view the parking records of bound vehicles in certified parking spaces, and can view the corresponding parking records by selecting the bound vehicle license plate number, viewing the month and parking status.

[0009] Preferably, the overdue payment module is used for users to view and pay overdue parking fees. Users can query the overdue payment records in two ways: one way is to query the vehicle's overdue payment record by selecting the license plate type and entering the license plate number; the other way is to select "My Overdue Payment" to query the overdue payment record of the vehicle bound to the login account. In addition, it is also used for users to view personal overdue payment records.

[0010] Preferably, the electronic invoice module is used to support users to issue electronic invoices for completed parking fees, including temporary parking fee invoices, property parking fee invoices, long-term parking fee invoices, and monthly package invoices, and supports users Check View invoicing history and manage invoice headers.

[0011] Preferably, the parking space reservation module is used for users to view the details of certified parking lots that support reservations, view the parking lot reservation service fee, parking lot charging standards, currently available parking spaces and available time periods. Users can reserve a parking space in the parking lot that needs to be reserved by entering the vehicle license plate number or selecting a bound vehicle license plate number. After a successful reservation, the parking space can be reserved for the user for 30 minutes. If the reservation is exceeded, the system will automatically cancel the reservation. After the reservation is completed, the user can use the navigation function to obtain route navigation to the reserved parking lot.

[0012] Preferably, the temporary parking payment module is used for users to view and pay parking fees. Users can query parking fees in two ways: one way is to enter the license plate number to query the parking fees incurred by temporary parking of the vehicle; the other way is to select "My Vehicle" to query the parking fees incurred by the temporary parking of the vehicle bound to the login account.

[0013] Preferably, the "View Nearby Parking Lots" module is used for users to view the certified parking lots and charging pile sites in the area near their location on the map. Users can also search for the sites they want to go to or the certified parking lots and charging pile sites in the area near the destination. When users select a certified parking lot, they can view the detailed information of the parking lot, including the specific location of the parking lot, the remaining parking spaces, the distance from the user, and the parking fee rules. When users use the navigation function, they can jump to the navigation software to navigate to the target parking lot.

[0014] A smart parking assistance system provided by the present invention has the following beneficial effects.

[0015] 1. The present invention provides users with more parking lot options. Users can view the usage of parking spaces in multiple parking lots near their location or near the destination, and can navigate to the designated parking lot, bringing more convenience to users.

[0016] 2. The present invention supports the reservation and payment of temporary parking spaces for users, and also supports the long-term lease of parking spaces. At the same time, it realizes the online payment of parking fees and the printing of electronic invoices, forming a complete service process for parking services, facilitating users to park, and saving the time cost and energy consumption of users for parking. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 is a structural block diagram of a smart parking assistance system provided by the present invention; Figure 2 is a working flow chart of a smart parking assistance system provided by the present invention. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0018] The following further describes the present invention in conjunction with specific embodiments and the accompanying drawings to help understand the content of the present invention.

[0019] As Figure 1 shown, it is a structural block diagram of a smart parking assistance system provided by the present invention. The smart parking assistance system includes a parking space handling module, a monthly package module, a parking record module, an overdue payment supplement module, an electronic invoice module, a parking space reservation module, a temporary parking payment module, and a "View Nearby Parking Lots" module. The parking space reservation module and the parking space handling module are positively connected to the parking record module. The temporary parking payment module is bidirectionally connected to the parking record module. The parking record module is positively connected to the overdue payment supplement module. The monthly package module, the overdue payment supplement module, and the temporary parking payment module are all positively connected to the electronic invoice module. The "View Nearby Parking Lots" module is sequentially positively connected to the parking space reservation module and the temporary parking payment module. The "View Nearby Parking Lots" module is positively connected to the parking space handling module. The parking space handling module is bidirectionally connected to the monthly package module.

[0020] The parking space handling module is used for users to apply for long-term parking spaces in certified parking lots, and to bind vehicles and parking spaces by binding vehicle license plate numbers; it is also used for users to check the application status of personal long-term parking spaces, and after completing the application, rental payment and review of the parking space, check the long-term parking spaces that they have applied for.

[0021] The monthly package module is used for users to apply for a monthly parking space rental package supported by a certified parking lot, and to bind the vehicle to the parking space by binding the vehicle license plate number; it is also used for users to view the application status of personal packages, and after completing the application, payment and review of the package, view the monthly package information that the individual has applied for.

[0022] The parking record module is used to record all the user's order records, including parking lot, license plate number, entry time, exit time, billing time, amount payable, actual amount paid, and payment method fields. It supports evaluation and appeal of orders. Users can view the parking records of bound vehicles in certified parking spaces. They can view the corresponding parking records by selecting the bound vehicle license plate number, viewing the month, and parking status.

[0023] The overdue fee payment module is used for users to view and pay overdue parking fees. Users can query the overdue fee records in two ways: one way is to query the vehicle's overdue fee record by selecting the license plate type and entering the license plate number; the other way is to select "My Overdue Fees" to query the overdue fee record of the vehicle bound to the login account. In addition, it is also used for users to view personal overdue fee payment records.

[0024] The electronic invoice module is used to support users to issue electronic invoices for completed parking fees, including temporary parking fee invoices, property parking fee invoices, long-term parking fee invoices, and monthly package invoices, and supports users Check View invoicing history and manage invoice headers.

[0025] The parking space reservation module is used for users to view the details of certified parking lots that support reservations, view the parking lot reservation service fee, parking lot charging standards, currently available parking spaces and available time periods. Users can reserve a parking space in the parking lot by entering the vehicle license plate number or selecting a bound vehicle license plate number. After a successful reservation, the parking space can be reserved for the user for 30 minutes. If the reservation is exceeded, the system will automatically cancel the reservation. After the reservation is completed, the user can use the navigation function to obtain route navigation to the reserved parking lot.

[0026] The temporary parking payment module is used for users to view and pay parking fees. Users can query parking fees in two ways: one way is to query the parking fees incurred by temporary parking of the vehicle by entering the license plate number; the other way is to select "My Vehicle" to query the parking fees incurred by the temporary parking of the vehicle bound to the login account.

[0027] The nearby parking lot viewing module is used for users to view the certified parking lots and charging pile sites in the area near the user's location on the map. Users can also search for the certified parking lots and charging pile sites in the area near the site or destination they want to go to. When the user selects a certified parking lot, the user can view the detailed information of the parking lot, including the specific location of the parking lot, the remaining number of parking spaces, the distance from the user, and the parking lot charging rules. When the user uses the navigation function, it jumps to the navigation software to navigate to the target parking lot.

[0028] As Figure 2 As shown, it is the working flow chart of a smart parking assistance system provided by the present invention. When the user uses the smart parking assistance system, the user views the certified parking lots near their location or destination, and views the detailed information and supported services of the parking lot. When the user has a long-term rental demand for the selected parking lot, the user can select the monthly package function, and the system will display the details of the packages supported by the parking lot. When the user selects a suitable package to handle the parking space, the long-term rental of the parking space in this parking lot can be completed; during the user's use of the parking space, when there is an overdue payment situation, the user can also use the system to complete the payment of the overdue amount. When the user uses the system to assist in temporary parking, the user can view the usage situation and charging standards of the parking spaces in the selected parking lot in advance and reserve a parking space according to the needs; after completing the temporary parking, the user can use the system to make a temporary parking payment, or complete the payment of the overdue amount by querying the parking record of the personal license plate. All payments of the system support issuing invoices. After the user completes the payment, the user can select the corresponding payment type to issue an electronic invoice.

[0029] The present invention solves the problem of difficult parking, reduces the time cost and energy consumption of users looking for parking spaces, and at the same time provides an online payment function for parking fees, making it more convenient and fast for users to enter and exit the parking lot. The system can also provide users with a long-term rental function for parking spaces, can provide users with more parking lot options, and complete the rental of parking spaces more quickly, bringing more choices and conveniences to users.

[0030] In this article, specific examples are used to elaborate on the inventive concept in detail. The description of the above embodiments is only used to help understand the core idea of the present invention. It should be pointed out that for those of ordinary skill in the art in this technical field, any obvious modification, equivalent replacement or other improvement made without departing from the inventive concept shall be included within the protection scope of the present invention.

Claims

1. An intelligent parking assistance system, characterized in that, It includes a parking space application module, a monthly package module, a parking record module, an overdue payment module, an electronic invoice module, a parking space reservation module, an on-street parking payment module, and a nearby parking lot viewing module. The parking space reservation module and the parking space application module are positively connected to the parking record module. The on-street parking payment module is bidirectionally connected to the parking record module. The parking record module is positively connected to the overdue payment module. The monthly package module, the overdue payment module, and the on-street parking payment module are all positively connected to the electronic invoice module. The nearby parking lot viewing module is successively positively connected to the parking space reservation module and the on-street parking payment module. The nearby parking lot viewing module is positively connected to the parking space application module. The parking space application module is bidirectionally connected to the monthly package module.

2. The intelligent parking assistance system according to claim 1, characterized in that, The parking space application module is used for users to apply for and authenticate long-term rental parking spaces in the parking lot. By binding the vehicle license plate number, the vehicle is bound to the parking space. It is also used for users to view the application status of their personal long-term rental parking spaces. After completing the application, rental payment, and review of the parking space, users can view the long-term rental parking spaces they have applied for.

3. The intelligent parking assistance system according to claim 2, characterized in that, The monthly package module is used for users to apply for and handle the monthly rental package for parking spaces supported by the authenticated parking lot. By binding the vehicle license plate number, the vehicle is bound to the parking space. It is also used for users to view the application status of their personal packages. After completing the application, payment, and review of the package, users can view the information of the monthly rental packages they have applied for.

4. The intelligent parking assistance system according to claim 3, characterized in that, The parking record module is used to record all order records of users, including parking lot, license plate number, entry time, exit time, billing time, payable amount, actual payment amount, and payment method fields. It supports evaluating and appealing against orders. Users can view the parking records of their bound vehicles in the authenticated parking lot spaces. They can view the corresponding parking records by selecting the bound vehicle license plate number, viewing month, and parking status.

5. The intelligent parking assistance system according to claim 4, characterized in that, The overdue payment module is used for users to view and pay parking overdue fees. Users can query overdue records in two ways: One way is to query the overdue records of the vehicle by selecting the license plate type and entering the license plate number. Another way is to select "My Overdue Payments" to query the overdue records of the vehicle bound to the logged-in account. In addition, it is also used for users to view their personal overdue payment records.

6. The intelligent parking assistance system according to claim 5, characterized in that, The electronic invoice module is used to support users in issuing electronic invoices for completed parking payments, including temporary parking fee invoices, property parking space fee invoices, long-term rental parking space fee invoices, monthly package invoices, and also supports users Check to view the invoice history and manage invoice headers.

7. The intelligent parking assistance system according to claim 6, characterized in that, The parking space reservation module is used for users to view the details of the authenticated parking lots that support reservations, view the reservation service fees of the parking lot, the parking lot charging standards, the currently available reserved parking spaces, and the available reservation time periods. Users can reserve the parking spaces they need in the parking lot by entering the vehicle license plate number or selecting the bound vehicle license plate number. After successful reservation, the parking space will be reserved for the user for 30 minutes. If the time limit is exceeded, the system will automatically cancel the reservation. After the reservation is completed, users can use the navigation function to obtain the route navigation to the reserved parking lot.

8. The intelligent parking assistance system according to claim 7, characterized in that, The on-street parking payment module is used for users to view and pay parking fees. Users can query parking fees in two ways: One way is to query the parking fees generated by the vehicle's on-street parking by entering the license plate number. Another way is to select "My Vehicles" to query the parking fees generated by the on-street parking of the vehicle bound to the logged-in account.

9. The intelligent parking assistance system according to claim 8, characterized in that, The nearby parking lot viewing module is used for the user to view the certified parking lots and charging pile sites in the area near the user's location on the map. The user can also search for the certified parking lots and charging pile sites in the area near the site or destination they want to go to. When the user selects a certified parking lot, they can view the detailed information of the parking lot, including the specific location of the parking lot, the remaining parking spaces, the distance from the user, and the parking lot charging rules. When the user uses the navigation function, they will be redirected to the navigation software to navigate to the target parking lot.

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