Digital enabling parking space sharing system and use method thereof

Abstract

A digital enabling parking space sharing system disclosed by the present invention comprises a personal center, a reservation module, a navigation module, a my order, an order management module, a customer service module, an evaluation reputation module and a MySQL database, the personal center comprises a personal account, a my wallet and a my vehicle, and the navigation module comprises map positioning and real-time navigation. The my order comprises a previous parking order, a parking record, and a my issuing and settlement unit. The parking space sharing system has the beneficial effects that after a private parking space user logs in, the parking space information is uploaded and authenticated, and after verification of the parking space sharing system platform, the related information of the shared parking space, such as idle parking space address information and charging information, can be published; a parking space reservation user can search a parking lot near a specified position on a home page after logging in a system platform, and selects a required private parking space according to parking space information issued by a private parking space user, and performs reservation.

Description

Technical Field

[0001] The present invention relates to the technical field of parking space sharing systems, and in particular to a digitally enabled parking space sharing system and a method for using the same. Background Art

[0002] With the development of urban economy and the improvement of people's living standards, the number of cars in my country is also increasing; according to statistics from the Ministry of Public Security, as of the end of September last year, the national motor vehicle ownership had reached 330 million, and the number of motor vehicle drivers exceeded 300 million. In the first quarter of 2023, the number of newly registered motor vehicles in the country reached 9.34 million, and the number of newly licensed drivers was 7.758 million. The number of cars showed a rapid growth trend. As of the end of 2022, 79 cities in the country had a car ownership of more than 1 million, and 20 cities had a car ownership of more than 3 million. Among them, Beijing had a car ownership of more than 6 million, Chengdu and Chongqing had a car ownership of more than 5 million, and Zhengzhou, Xi'an, Shanghai, and Suzhou had a car ownership of more than 4 million.

[0003] For example, a shared parking space system and its use method with application number CN108109422A and announcement date 2018.06.01 include a parking space, a parking lock set in the parking space, a server and a user terminal. The server is connected to the parking lock and the user terminal respectively, and the parking lock is provided with identification information for identifying the parking lock; the parking lock is used to send status information of the parking lock to the server; the user terminal is used to obtain the identification information of the parking lock, process it to form instruction information, and send the instruction information to the server.

[0004] At present, the development of urban parking spaces in my country lags far behind the growth of the number of motor vehicles. The shortage of parking spaces requires motor vehicle travelers to spend more energy to find parking spaces during the parking process, which not only causes the daily fuel consumption of parkers, but also leads to greater traffic pressure and serious traffic jams. Therefore, it is urgent to design a digitally enabled parking space sharing system and its use method to solve the above problems. Summary of the invention

[0005] The purpose of the present invention is to provide a digitally enabled parking space sharing system and a method of using the same to address the above-mentioned deficiencies in the prior art.

[0006] In order to achieve the above object, the present invention provides the following technical solutions:

[0007] A digitally enabled parking space sharing system includes a personal center, a reservation module, a navigation module, my orders, order management, a customer service module, an evaluation reputation module and a MySQL database, wherein the personal center includes a personal account, my wallet and my vehicle, the navigation module includes map positioning and real-time navigation, and my orders include previous parking orders, parking records, my publishing and settlement units;

[0008] The reservation module is used to reserve a private parking space;

[0009] My wallet is used to store parking fees;

[0010] My vehicle includes private parking space information and reservation user vehicle information;

[0011] The map positioning is used to locate the user's location in real time;

[0012] The real-time navigation is used to navigate to the location of the vacant parking space according to the reserved vacant parking space information;

[0013] My Orders is used to display previous orders and ongoing orders for storage;

[0014] The parking record is used to record the private parking space information, parking duration and parking fee of previous parking;

[0015] The My Releases are used to display the parking space information that has been released in the past and is being released.

[0016] The settlement unit is used to settle the parking fee after parking is completed;

[0017] The order management module is used to manage the user's parking space reservation, payment, and rental completion process;

[0018] The customer service module is used to provide 24-hour customer service support to solve problems encountered by private parking space users and reserved parking space users in the process of using the parking space sharing system platform;

[0019] The evaluation and reputation module is used to establish a user evaluation and reputation system, so that private parking space users and reserved parking space users can evaluate the reputation of private parking space users and reserved parking space users, thereby improving the credibility of transactions;

[0020] The MySQL database is used to establish a data table based on personal user information, reservation order information and published shared parking space information, and to uniformly store and manage relevant information.

[0021] Furthermore, the vehicle information includes vehicle information of private parking space users and vehicle information of reserved users.

[0022] Furthermore, the private parking space user vehicle information includes the parking space address, parking space number, parking space vacancy time period and parking fee information.

[0023] Furthermore, the vehicle information of the reservation user includes personal basic information, vehicle basic information and estimated parking time information, personal information includes identity document and contact information; vehicle basic information includes vehicle type and license plate number.

[0024] Furthermore, when reserving a vehicle, the reservation module can select a desired parking space according to the address, number, new idle time and parking fee of the vacant parking space.

[0025] Furthermore, when the settlement unit settles the parking fee, it is divided into two settlement methods: one is that the system calculates the fee per hour according to the charging standard of each parking lot, and then the parking fee is paid directly in my order. After payment, the system feedbacks to the parking lot, and the user can directly pick up the car and leave quickly; the other is that the user picks up the car and leaves first, and the system automatically creates order information after calculating the fee per hour according to the standard. The user can actively pay the fee within the specified time, and the fee is directly deposited into the private parking space user's wallet, and the private parking space user can use it for the next parking fee or withdraw it to his own bank card.

[0026] Furthermore, when reserving a parking space, the user can query the available parking lot information by entering the specified location information. The search page will locate the user's location in real time and display the surrounding location information. The information can be manually zoomed and moved. Different parking lots can be selected through the search to operate. Click on the parking lot to query the specific information of the vacant parking spaces in the parking lot. The parking lot parking space information includes the total number of vacant parking spaces, the remaining number of vacant parking spaces, the charging standards for different types of vehicles, etc. After entering the vehicle information, you can click to make a reservation and select the reservation time to make the reservation operation.

[0027] Furthermore, the user information of the reserved parking space collected for the first reservation, including the vehicle license plate number and the user's mobile phone number, will be saved in the personal center after the first collection, and can be modified manually or added or deleted in subsequent use.

[0028] Furthermore, the private parking space users and reserved parking space users need to register and undergo real-name authentication before renting an idle parking space on the platform. The platform needs to collect the user's identity document, contact information and other information, and perform real-name authentication on the user to ensure the security and reliability of the transaction.

[0029] A method for using a digitally enabled parking space sharing system comprises the following steps:

[0030] S1. A private parking space user logs in to the parking space sharing system platform and uploads the parking space address and the information of the vacant parking spaces with charging prices on the parking space sharing system platform;

[0031] S2. Review and release of vacant parking space information: The parking space sharing system platform reviews the vacant parking space information uploaded by private parking space users. After the review is passed, the vacant parking space information can be released. Information that has not passed the review will not be released;

[0032] S3, the user who reserved the parking space logs in to the parking space sharing system platform;

[0033] S4. Parking space search: After logging into the parking space sharing system platform, the user who wants to reserve a parking space enters the destination to query the parking space information near the destination, including commercial parking lots, private parking spaces, etc., and selects the private parking space that best suits him / her based on the parking space address, number, free time period and parking fee;

[0034] S5. Parking space reservation: The user who makes a reservation for a parking space submits personal basic information, vehicle basic information, estimated duration and other information. After the reservation is successful, the parking space can be used. After the reservation is successful, the sharing system platform will feedback the reservation information to the private parking space user;

[0035] S6. Positioning and navigation: After the parking space reservation is successful, the private parking space information and location will be displayed in "My Orders". The map positioning will locate the current location of the user who reserved the parking space. The navigation map will generate a navigation route based on the current location of the user who reserved the parking space and the location of the private parking space. The real-time navigation will continue to locate as the user's device moves until the reserved private parking space is reached.

[0036] S7. Payment of fees: From the moment the vehicle is parked in the parking space, the parking space sharing system platform calculates the fee per hour according to the charging standard of each parking lot, and the parking fee is paid after the parking is completed;

[0037] S8. The parking is evaluated through the reputation evaluation module, and the free parking space sharing is completed.

[0038] In the above technical solution, the present invention provides a digitally enabled parking space sharing system and a method of using the same.

[0039] 1. After logging in through the private parking space user, the parking space information is uploaded and authenticated. After verification through the parking space sharing system platform, the relevant information of the shared parking space, such as the address information of the vacant parking space and the charging information, can be released. After logging in to the system platform, the user who makes a reservation for the parking space can search for parking lots near the specified location on the homepage, and select the required private parking space according to the parking space information released by the private parking space user, and make a reservation. After the reservation is completed, the navigation software installed in the mobile phone (taking Gaode Map as an example) is called for route navigation. After use, the parking fee can be queried and online payment can be made. The parking space sharing system platform integrates and staggers the use of shared parking resources, effectively utilizes parking resources, and can share the parking space by taking advantage of the different parking time between different parking demanders and parking space owners, which can effectively improve the utilization rate of parking spaces and solve the problem of inconvenience in parking. BRIEF DESCRIPTION OF THE DRAWINGS

[0040] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for use in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments recorded in the present invention. For ordinary technicians in this field, other drawings can also be obtained based on these drawings.

[0041] Figure 1 A schematic diagram of the system structure provided for an embodiment of a digitally enabled parking space sharing system and a method for using the same in the present invention.

[0042] Figure 2 A structural schematic diagram of a method for using a digitally enabled parking space sharing system is provided for an embodiment of a digitally enabled parking space sharing system and a method for using the same in the present invention. DETAILED DESCRIPTION

[0043] In order to enable those skilled in the art to better understand the technical solution of the present invention, the present invention will be further described in detail below with reference to the accompanying drawings.

[0044] like Figure 1-2 As shown, a digitally enabled parking space sharing system provided by an embodiment of the present invention includes a personal center, a reservation module, a navigation module, my orders, order management, a customer service module, an evaluation reputation module and a MySQL database, the personal center includes a personal account, my wallet and my vehicle, the navigation module includes map positioning and real-time navigation, and my orders include previous parking orders, parking records, my publishing and settlement units;

[0045] The reservation module is used to reserve private parking spaces. When reserving a vehicle, the required parking space can be selected according to the address, number, free time and parking fee of the vacant parking space;

[0046] My wallet is used to collect and deposit parking fees;

[0047] My vehicle includes private parking space information and reserved user vehicle information.

[0048] Vehicle information includes private parking space user vehicle information and reservation user vehicle information. Private parking space user vehicle information includes parking space address, parking space number, parking space vacancy time period and parking fee information. Reservation user vehicle information includes personal basic information, vehicle basic information and estimated parking duration information. Personal information includes identity documents and contact information; vehicle basic information includes vehicle type and license plate number;

[0049] Map positioning is used to locate the user's location in real time;

[0050] Real-time navigation is used to navigate to the location of an available parking space based on the reserved available parking space information;

[0051] My Orders is used to display previous orders and ongoing orders for saving;

[0052] Parking records are used to record the private parking space information, parking duration and parking fees in the past;

[0053] My Postings is used to display parking space information of past and ongoing releases.

[0054] The settlement unit is used to settle the parking fee after parking.

[0055] When the settlement unit settles parking fees, there are two settlement methods: one is that the system calculates the fee per hour according to the charging standard of each parking lot, and then the parking fee is paid directly in "My Order". After payment, the system will feedback to the parking lot, and the user can directly pick up the car and leave quickly; the other is that the user picks up the car and leaves first, and the system automatically creates order information after calculating the fee per hour according to the standard. The user can actively pay the fee within the specified time, and the fee is directly deposited into the private parking space user's wallet, and the private parking space user can use it for the next parking fee or withdraw it to his own bank card;

[0056] The order management module is used to manage the user's parking space reservation, payment, and rental completion process;

[0057] The customer service module is used to provide 24-hour customer service support to solve problems encountered by private parking space users and reserved parking space users when using the parking space sharing system platform;

[0058] The evaluation and reputation module is used to establish a user evaluation and reputation system, so that private parking space users and reserved parking space users can evaluate the reputation of private parking space users and reserved parking space users, thereby improving the credibility of transactions;

[0059] The MySQL database is used to establish data tables based on personal user information, reservation order information and published shared parking space information, and to uniformly store and manage related information.

[0060] In an embodiment provided by the present invention, when reserving a parking space, the user can query the available parking lot information by inputting the specified location information. The search page will locate the user's location in real time and display the surrounding location information. The information can be manually scaled and moved. Different parking lots can be selected for operation through search. By clicking on the parking lot, specific information about the available parking spaces in the parking lot can be queried. The parking lot parking space information includes the total number of available parking spaces, the remaining number of available parking spaces, charging standards for different types of vehicles, etc. After entering the vehicle information, you can click to make a reservation and select the reservation time to make the reservation operation.

[0061] In another embodiment provided by the present invention, the user information of the reserved parking space collected for the first reservation, including the vehicle license plate number and the user's mobile phone number, will be saved in the personal center after the first collection, and can be modified manually or added and deleted in subsequent use.

[0062] In another embodiment provided by the present invention, both private parking space users and reserved parking space users need to register and perform real-name authentication before renting an idle parking space on the platform. The platform needs to collect the user's identity document, contact information and other information, and perform real-name authentication on the user to ensure the security and reliability of the transaction.

[0063] A method for using a digitally enabled parking space sharing system comprises the following steps:

[0064] S1. A private parking space user logs in to the parking space sharing system platform and uploads the parking space address and the information of the vacant parking spaces with charging prices on the parking space sharing system platform;

[0065] S2. Review and release of vacant parking space information: The parking space sharing system platform reviews the vacant parking space information uploaded by private parking space users. After the review is passed, the vacant parking space information can be released. Information that has not passed the review will not be released;

[0066] S3, the user who reserved the parking space logs in to the parking space sharing system platform;

[0067] S4. Parking space search: After logging into the parking space sharing system platform, the user who wants to reserve a parking space enters the destination to query the parking space information near the destination, including commercial parking lots, private parking spaces, etc., and selects the private parking space that best suits him / her based on the parking space address, number, free time period and parking fee;

[0068] S5. Parking space reservation: The user who makes a reservation for a parking space submits personal basic information, vehicle basic information, estimated duration and other information. After the reservation is successful, the parking space can be used. After the reservation is successful, the sharing system platform will feedback the reservation information to the private parking space user;

[0069] S6. Positioning and navigation: After the parking space reservation is successful, the private parking space information and location will be displayed in "My Orders". The map positioning will locate the current location of the user who reserved the parking space. The navigation map will generate a navigation route based on the current location of the user who reserved the parking space and the location of the private parking space. The real-time navigation will continue to locate as the user's device moves until the reserved private parking space is reached.

[0070] S7. Payment of fees: From the moment the vehicle is parked in the parking space, the parking space sharing system platform calculates the fee per hour according to the charging standard of each parking lot, and the parking fee is paid after the parking is completed;

[0071] S8. The parking is evaluated through the reputation evaluation module, and the free parking space sharing is completed.

[0072] The parking space sharing system platform integrates and staggers the use of shared parking resources, effectively utilizing parking resources. It can share parking spaces by taking advantage of the different parking time usage between different parking demanders and parking space owners, effectively improving the utilization rate of parking spaces, realizing resource sharing, saving energy, and solving the problem of inconvenient parking.

[0073] The above description is only by way of illustration of certain exemplary embodiments of the present invention. It is undoubted that those skilled in the art can modify the described embodiments in various ways without departing from the spirit and scope of the present invention. Therefore, the above drawings and descriptions are illustrative in nature and should not be construed as limiting the scope of protection of the claims of the present invention.

Claims

1. A digitally enabled parking space sharing system, including a personal center, a reservation module, a navigation module, my orders, order management, a customer service module, an evaluation reputation module and a MySQL database, characterized in that: The personal center includes personal accounts, my wallet and my vehicle, the navigation module includes map positioning and real-time navigation, and my orders include previous parking orders, parking records, my releases and settlement units; The reservation module is used to reserve a private parking space; My wallet is used to store parking fees; My vehicle includes private parking space information and reservation user vehicle information; The map positioning is used to locate the user's location in real time; The real-time navigation is used to navigate to the location of the vacant parking space according to the reserved vacant parking space information; My Orders is used to display previous orders and ongoing orders for storage; The parking record is used to record the private parking space information, parking duration and parking fee of previous parking; The My Releases are used to display the parking space information that has been released in the past and is being released. The settlement unit is used to settle the parking fee after parking is completed; The order management module is used to manage the user's parking space reservation, payment, and rental completion process; The customer service module is used to provide 24-hour customer service support to solve problems encountered by private parking space users and reserved parking space users in the process of using the parking space sharing system platform; The evaluation and reputation module is used to establish a user evaluation and reputation system, so that private parking space users and reserved parking space users can evaluate the reputation of private parking space users and reserved parking space users, thereby improving the credibility of transactions; The MySQL database is used to establish a data table based on personal user information, reservation order information and published shared parking space information, and to uniformly store and manage relevant information.

2. A digitally enabled parking space sharing system according to claim 1, characterized in that: The vehicle information includes private parking space user vehicle information and reservation user vehicle information.

3. A digitally enabled parking space sharing system according to claim 2, characterized in that: The private parking space user vehicle information includes the parking space address, parking space number, parking space vacancy time period and parking fee information.

4. A digitally enabled parking space sharing system according to claim 2, characterized in that: The vehicle information of the reservation user includes personal basic information, vehicle basic information and estimated parking time information. Personal information includes identity document and contact information; vehicle basic information includes vehicle type and license plate number.

5. A digitally enabled parking space sharing system according to claim 1, characterized in that: When reserving a vehicle, the reservation module can select a desired parking space according to the address, number, new idle time and parking fee of the vacant parking space.

6. A digitally enabled parking space sharing system according to claim 1, characterized in that: When the settlement unit settles the parking fee, there are two settlement methods: one is that the system calculates the fee per hour according to the charging standard of each parking lot, and then the parking fee is paid directly in my order. After the payment, the system feedbacks to the parking lot, and the car can be picked up directly and quickly left; The other is that the user picks up the car and leaves first, and the system automatically creates order information after calculating the fee per hour according to the standard. The user can actively pay the fee within the specified time, and the fee will be directly deposited into the private parking space user's wallet. The private parking space user can use it for the next parking fee or withdraw it to his own bank card.

7. A digitally enabled parking space sharing system according to claim 1, characterized in that: When reserving a parking space, the user can query the available parking lot information by entering the specified location information. The search page will locate the user's location in real time and display the surrounding location information. The information can be manually zoomed and moved. Different parking lots can be selected through search to operate. Click on the parking lot to query the specific information of the vacant parking spaces in the parking lot. The parking lot parking space information includes the total number of vacant parking spaces, the remaining number of vacant parking spaces, the charging standards for different types of vehicles, etc. After entering the vehicle information, you can click to make a reservation and select the reservation time to make the reservation operation.

8. A digitally enabled parking space sharing system according to claim 1, characterized in that: The user information of the reserved parking space collected for the first reservation, including the vehicle license plate number and the user's mobile phone number, will be saved in the personal center after the first collection. If it needs to be modified in subsequent use, it can be manually added or deleted.

9. A digitally enabled parking space sharing system according to claim 1, characterized in that: The private parking space users and reserved parking space users need to register and undergo real-name authentication before renting an idle parking space on the platform. The platform needs to collect the user's identity document, contact information and other information, and conduct real-name authentication on the user to ensure the security and reliability of the transaction.

10. A method for using a digitally enabled parking space sharing system, comprising a digitally enabled parking space sharing system as claimed in any one of claims 1 to 9, characterized in that: The following steps are involved: S1. A private parking space user logs in to the parking space sharing system platform and uploads the parking space address and the information of the vacant parking spaces with charging prices on the parking space sharing system platform; S2. Review and release of vacant parking space information: The parking space sharing system platform reviews the vacant parking space information uploaded by private parking space users. After the review is passed, the vacant parking space information can be released. Information that has not passed the review will not be released; S3, the user who reserved the parking space logs in to the parking space sharing system platform; S4. Parking space search: After logging into the parking space sharing system platform, the user who wants to reserve a parking space enters the destination to query the parking space information near the destination, including commercial parking lots, private parking spaces, etc., and selects the private parking space that best suits him / her based on the parking space address, number, free time period and parking fee; S5. Parking space reservation: The user who makes a reservation for a parking space submits personal basic information, vehicle basic information, estimated duration and other information. After the reservation is successful, the parking space can be used. After the reservation is successful, the sharing system platform will feedback the reservation information to the private parking space user; S6. Positioning and navigation: After the parking space reservation is successful, the private parking space information and location will be displayed in "My Orders". The map positioning will locate the current location of the user who reserved the parking space. The navigation map will generate a navigation route based on the current location of the user who reserved the parking space and the location of the private parking space. The real-time navigation will continue to locate as the user's device moves until the reserved private parking space is reached. S7. Payment of fees: From the moment the vehicle is parked in the parking space, the parking space sharing system platform calculates the fee per hour according to the charging standard of each parking lot, and the parking fee is paid after the parking is completed; S8. The parking is evaluated through the reputation evaluation module, and the free parking space sharing is completed.

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