System and method for realizing private parking space sharing parking

Abstract

The invention relates to the technical field of parking space sharing parking, in particular to a private parking space sharing parking system and method, and a private parking space master user uploads related authentication data on a platform, the platform automatically checks, selects a sharing mode after passing, and can share after starting. The temporary parking user enters the parking lot to park a private shared parking space, scans a code to park the vehicle or directly clicks a button to park the vehicle, at the moment, a parking space owner or a parking lot manager arrives at the parking space site, takes a picture and uploads a vehicle occupying picture to the system, and the platform automatically rechecks the occupying state and automatically updates a current vehicle parking order; and the temporary parking income enters the parking space master user. According to the parking space management method and system, the vehicle owner can rent the idle parking space to other people for use, so that a certain income is obtained, the supply quantity of the parking space is increased, the vehicle owner can reduce the parking cost through the parking space, the vehicle owner can use the parking space more safely, and the user requirement is met.

Description

Technical Field

[0001] The present invention relates to the technical field of shared parking spaces, and in particular to a system and method for realizing shared parking spaces for private parking spaces. Background Art

[0002] Smart parking is the intelligent management and utilization of parking resources achieved through the application of advanced technologies such as the Internet of Things, big data, and artificial intelligence. Specifically, smart parking can solve the market demand for parking in a variety of ways.

[0003] At present, there are three main modes of smart parking: parking information sharing, full process optimization and valet parking. 1. Parking information sharing: Through parking meters, smart parking management systems, parking garage card issuing machines, etc., smart parking lots are connected to the Internet, real-time vacant parking information is integrated, parking information sharing is realized, and parking search recommendations and parking lot navigation services are provided to users, saving search costs. However, it is difficult to form wide coverage and accurate and reliable real-time parking information. The level of parking lot intelligence is low, the data standards of each company are different, and integration is difficult. Parking lot operators are not willing to open data for free. Second, the whole process optimization focuses on the two major pain points of "parking space search and navigation" and "payment", providing C-end car owners with parking optimization services for the whole process of empty parking space search / matching, parking space reservation / booking, parking lot navigation, parking space navigation, reverse car search and quick payment. At the same time, it deeply intervenes in the operation and management of parking lots, plugs loopholes for B-end parking lot users, improves management efficiency, and realizes unattended parking lots. However, the offline process is too heavy, and entering the parking lot requires breakthroughs in each parking lot, profit sharing negotiations, installation, transformation, maintenance, and upgrading of smart equipment. The progress is slow and difficult to standardize and replicate, and a large number of ground promotion teams are required. Third, valet parking. After the car owner puts forward the parking demand through the software, the valet driver receives the parking order to help the car owner park and pick up the car, that is, the most primitive point-to-point method is used to fundamentally solve the problem of parking difficulties. Such startups include e-valet parking, Youbo, etc. Of course, many car owners will have concerns. Is it safe to give their car keys to strangers completely? What if someone pretends to be a valet driver and cheats the car keys? Even if there are measures to confirm by taking photos, what if the driver sends the parking photos and drives away the car? If an accident occurs, who will be held responsible?

[0004] Existing smart parking systems all have shortcomings and cannot meet user needs. Therefore, we should actively promote smart parking technology, strengthen technology research and development and application, and create a more convenient, efficient and safe environment for urban management and people's travel. Summary of the invention

[0005] The purpose of the present invention is to provide a system and method for realizing shared parking of private parking spaces, which solves the problem that existing smart parking has shortcomings and cannot meet the needs of users.

[0006] To achieve the above object, the present invention provides a method for realizing shared parking of private parking spaces, comprising the following steps:

[0007] The owner of a private parking space clicks on the platform to share the parking space and uploads relevant certification information, which is automatically reviewed by the platform;

[0008] After the review is passed, select the sharing mode and set the flexible mode or hosting mode. Then enable it to share.

[0009] Temporary parking users enter the parking lot and park in private shared parking spaces;

[0010] After the temporary parking user's vehicle leaves the parking space, the temporary parking income goes to the main user of the parking space.

[0011] The owner of the private parking space clicks on the platform to share the parking space and uploads relevant authentication information, which is automatically reviewed by the platform. The steps also include:

[0012] Relevant authentication documents include parking space contract / property rights, front and back of ID card, payment account and parking space photo.

[0013] After the review is passed, the sharing mode is selected, and the flexible mode or the hosting mode is set, and the sharing can be realized by turning it on. The steps also include:

[0014] The flexible mode allows parking space owners to set the time to release the shared market every day.

[0015] After the review is passed, the sharing mode is selected, and the flexible mode or the hosting mode is set, and the sharing can be realized by turning it on. The steps also include:

[0016] The hosting model is that parking space owners host their parking spaces on the platform around the clock on fixed days of the week, quarterly, or throughout the year, freeing up time for the shared market every day.

[0017] Wherein, the temporary parking user's vehicle enters the parking lot and parks in a private shared parking space, and the steps also include:

[0018] When temporary parking users enter the parking lot, their vehicle information will be identified and recorded at the entrance;

[0019] If the temporary parking user chooses to park in a shared parking space, he / she will scan the code of the parking space, and the platform will prompt relevant information, and the user can choose to confirm the parking;

[0020] If the temporary parking user does not choose to park in a shared parking space, the parking space owner or manager will go to the parking space, take photos of the occupied vehicle and upload them to the platform. The platform will automatically review the occupied space status and automatically update the current parking order.

[0021] Among them, the temporary parking user's vehicle enters the parking lot and parks in a private shared parking space, and the steps also include:

[0022] Users who need to park temporarily can remotely reserve a parking space at their destination before departure;

[0023] After the reservation is successful, the navigation function is used on the platform to navigate the user to the entrance, and the reservation vehicle order is displayed at the identification location;

[0024] When the vehicle enters the underground space entrance, the navigation takes the user to the reserved parking space, and the parking space lock automatically lowers the lock;

[0025] After parking, the charging standards for the reserved exclusive parking space will begin.

[0026] A shared parking system for private parking spaces, comprising a parking space master terminal, a platform and a temporary parking user terminal, wherein the parking space master terminal is connected to the platform, and the temporary parking user terminal is connected to the platform;

[0027] The parking space master terminal is used for private parking space owners to upload relevant authentication information and set sharing modes, including flexible mode and hosting mode;

[0028] The platform is used to review relevant certification information, release the time of the sharing market according to the sharing model, record vehicle parking information, and calculate temporary parking income;

[0029] The temporary parking user terminal is used to select a private shared parking space and pay for temporary parking.

[0030] The present invention provides a system and method for realizing shared parking of private parking spaces. The owner of a private parking space clicks on the platform to share the parking space and uploads relevant authentication information. The platform automatically reviews it. After passing the review, the user can select the sharing mode, set it, and start it. When a temporary parking user enters the private shared parking space, he can scan the code to park or directly click the no button to park the vehicle. At this time, the owner of the parking space or the parking lot manager goes to the parking space site, takes a photo and uploads the photo of the occupied vehicle to the system. The platform automatically reviews the occupied space status and automatically updates the current vehicle parking order. After the temporary parking user's vehicle leaves the site, the temporary parking income goes to the owner of the parking space. Allowing car owners to rent out their idle parking spaces to others for use, thereby obtaining certain income, not only increases the supply of parking spaces, but also allows car owners to reduce their parking fees by renting parking spaces. Car owners can also use it with more confidence, solving the shortcomings of existing smart parking and meeting user needs. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] 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 or the description of the prior art are briefly introduced below.

[0032] Figure 1 It is a schematic diagram of the process of a temporary parking user's vehicle entering the parking lot and parking in a private shared parking space according to the present invention.

[0033] Figure 2It is a flow chart of the process in which the owner of a private parking space of the present invention clicks on the parking space sharing on the platform and uploads relevant authentication information, and the platform automatically reviews it.

[0034] Figure 3 It is a schematic diagram of embodiment 1 of the present invention.

[0035] Figure 4 It is a flow chart of the steps of realizing the shared parking method of a private parking space of the present invention.

[0036] Figure 5 It is a principle block diagram of the private parking space sharing parking system of the present invention.

[0037] In the figure: 201-parking space master terminal, 202-platform, 203-temporary parking user terminal. DETAILED DESCRIPTION

[0038] Embodiments of the present invention are described in detail below. Examples of the embodiments are shown in the accompanying drawings. The embodiments described below with reference to the accompanying drawings are exemplary and are intended to be used to explain the present invention, but should not be construed as limiting the present invention.

[0039] See also Figures 1 to 4 ,in, Figure 1 It is a schematic diagram of the process of a temporary parking user's vehicle entering the parking lot and parking in a private shared parking space according to the present invention. Figure 2 It is a flow chart of the process in which the owner of a private parking space of the present invention clicks on the parking space sharing on the platform and uploads relevant authentication information, and the platform automatically reviews it. Figure 3 It is a schematic diagram of embodiment 1 of the present invention. Figure 4 It is a flow chart of the steps of realizing the shared parking method of a private parking space of the present invention.

[0040] The present invention provides a method for realizing shared parking of private parking spaces, comprising the following steps:

[0041] S101: The owner of a private parking space clicks on the platform 202 to share the parking space and uploads relevant authentication information, which is automatically reviewed by the platform 202;

[0042] Specifically, the owner of a private parking space clicks on parking space sharing on the platform 202 and uploads relevant documents and parking space information, including the parking space contract / property rights, the front and back of the ID card, the payment account and the parking space photo, which are automatically reviewed by the platform 202.

[0043] S102: After the review is passed, select the sharing mode and set the flexible mode or hosting mode. Once enabled, sharing can be realized;

[0044] Specifically, after the review is passed, you can choose the sharing mode and set the flexible mode or the hosting mode. In the flexible mode, users can set the time to release the shared market every day, such as 8 hours, 12 hours, 18 hours, and 24 hours. In the hosting mode, users can host the platform 202 around the clock on fixed days of the week, quarterly, or throughout the year, and release the shared market every day, such as 8 am to 7 pm from Monday to Friday; January 1 to May 30 or throughout the year.

[0045] S103: Temporary parking users enter the parking lot and park in private shared parking spaces;

[0046] Specifically, temporary parking users who enter to park in private shared parking spaces can choose to scan the code and park according to the process, that is, scan the code through WeChat or APP, and the platform 202 will prompt the parking time, rate, and overtime parking rate information, confirm the parking, and scan the code to pay when the vehicle leaves the parking space; they can also choose to directly click the No button to park the vehicle. At this time, the parking space owner or parking lot manager goes to the parking space, enters the mobile platform 202, takes a photo and uploads it to the system. The background automatically verifies the occupancy status, and the platform 202 automatically updates the current vehicle parking order.

[0047] Temporary parking users can also make exclusive reservations remotely: install a smart parking lock on the parking space, which has a 4 / 5G communication module and an ultrasonic sensor. When the vehicle leaves the parking space, the parking lock automatically rises. Before departure, users can remotely reserve the destination parking space in the 202 applet or APP of this platform (reserving the parking space for a limited time). After the reservation is successful, use the navigation function on the platform 202, and use Gaode and Baidu maps. Navigate the user to the entrance and display the reservation vehicle order at the identification point. When the vehicle enters the entrance of the underground space, the platform 202 will automatically jump to the parking lot navigation (this platform 202 independently models the parking space map), and the navigation will take the user to the reserved parking space, and the parking space lock will automatically lock (use Bluetooth beacon navigation to the vehicle to arrive 50CM near the parking space, and the parking space lock will automatically lock). After parking, the exclusive parking space reservation fee standard will be entered. If the user does not scan the code or does not reserve the parking space remotely, after entering the site uniformly, the fee will be charged according to the external temporary parking fee standard logic.

[0048] S14: After the temporary parking user's vehicle leaves the parking space, the temporary parking income goes to the main user of the parking space.

[0049] Specifically, the income goes directly to the parking space owners, allowing them to rent out their idle parking spaces to other people and thus obtain certain profits. This not only increases the supply of parking spaces, but also allows car owners to reduce their parking fees by renting out parking spaces.

[0050] Example 1: The parking lot charges 5 yuan per hour for temporary parking. The underground shared parking space charging standard of this parking lot is posted or erected in the lot: 0.5 yuan / hour for scanning code parking; 3 yuan / hour for remote reservation of exclusive parking space.

[0051] Scan code to park: The vehicle enters the parking lot entrance identification area, and the identification result is a temporary parking order. Enter the underground parking scene, hang a shared parking information sign + QR code on the top of the associated shared parking space or paste a shared parking information sign + QR code on the parking space.

[0052] After parking the vehicle, the user scans the code with WeChat or Alipay or the C-end user APP developed by this platform 202 to park the vehicle. The mobile app screen shows that the parking space No. XX can be parked for 12 hours. Overtime parking will be charged 5 yuan / hour (including 5 yuan and above). Do you want to continue parking in this shared parking space?

[0053] The user clicks: OK, and then enters the license plate. Then, you can prepay or not prepay the parking fee (prepay 20 yuan, refund or supplement when leaving; not prepay: scan the code to pay when leaving the car at the exit identification area);

[0054] User clicks: No. The parking fee for this vehicle will be charged according to the external temporary parking fee standard logic, i.e.: 5 yuan / hour.

[0055] Remote exclusive reservation: A smart parking lock is installed on the parking space, which is equipped with a 4 / 5G communication module and an ultrasonic sensor (the parking lock automatically rises when the vehicle exits the parking space). Before departure, the user can remotely reserve a parking space at the destination in the system applet or APP (reserving the parking space for a limited time). After the reservation is successful, use the navigation function on platform 202 (with the help of Gaode and Baidu Maps). Navigate the user to the entrance, and display the reserved vehicle order at the identification point. When the vehicle enters the entrance of the underground space, the system will automatically jump to the parking lot navigation (the platform 202 independently models the parking space map), and the navigation will take the user to the reserved parking space, and the parking lock will automatically lock (use Bluetooth beacon to navigate the vehicle to 50CM near the parking space, and the parking lock will automatically lock). After parking, the charging standard for reserved exclusive parking spaces will begin.

[0056] In short: shared parking is cheaper than external temporary parking. If users do not scan the code or make a remote reservation, they will be charged according to the external temporary parking fee logic after entering the parking lot.

[0057] The second embodiment of the present application is:

[0058] Based on the first embodiment, please refer to Figure 5 ,in, Figure 5 It is a principle block diagram of the private parking space sharing parking system of the present invention.

[0059] A private parking space sharing parking system of this embodiment includes a parking space host terminal 201, a platform 202 and a temporary parking user terminal 203.

[0060] According to this specific implementation, the parking space master terminal 201 is connected to the platform 202, and the temporary parking user terminal 203 is connected to the platform 202;

[0061] The parking space master terminal 201 is used for private parking space owners to upload relevant authentication information and set sharing modes, including flexible mode and hosting mode;

[0062] The platform 202 is used to review relevant certification information, release the time of the sharing market according to the sharing mode, record vehicle parking information, and calculate temporary parking income;

[0063] The temporary parking user terminal 203 is used to select a private shared parking space and pay for the temporary parking.

[0064] A shared parking system for private parking spaces is implemented using this embodiment, wherein the parking space master terminal 201 is a mobile device of the parking space owner, such as a mobile phone, and is used by the private parking space owner to upload relevant authentication information, set a sharing mode, and start a shared parking space. The temporary parking user terminal 203 is a mobile device of the temporary parking user, such as a mobile phone, and is used to select a private shared parking space and pay for temporary parking. The platform 202 is used to provide a sharing platform 202, review relevant authentication information, and release the time of the sharing market according to the sharing mode, as well as record vehicle parking information, calculate temporary parking income, and allow car owners to rent out their idle parking spaces to others for use, thereby obtaining certain benefits. This not only increases the supply of parking spaces, but also allows car owners to reduce their parking fees by renting parking spaces. Car owners can also use it with more confidence, solving the shortcomings of existing smart parking and meeting user needs.

[0065] What is disclosed above is only one or more preferred embodiments of the present application, and cannot be used to limit the scope of rights of the present application. Ordinary technicians in this field can understand that all or part of the processes of implementing the above embodiments and equivalent changes made according to the claims of the present application are still within the scope covered by the present application.

Claims

1. A method for realizing shared parking of private parking spaces, characterized in that: The following steps are involved: The owner of a private parking space clicks on the platform to share the parking space and uploads relevant certification information, which is automatically reviewed by the platform; After the review is passed, select the sharing mode and set the flexible mode or hosting mode. Then enable it to share. Temporary parking users enter the parking lot and park in private shared parking spaces; After the temporary parking user's vehicle leaves the parking space, the temporary parking income goes to the main user of the parking space.

2. The method for realizing shared parking of private parking spaces as claimed in claim 1, characterized in that: The owner of a private parking space clicks on the platform to share the parking space and uploads relevant authentication information, which is automatically reviewed by the platform. The steps also include: Relevant authentication documents include parking space contract / property rights, front and back of ID card, payment account and parking space photo.

3. The method for realizing shared parking of private parking spaces as claimed in claim 1, characterized in that: After the review is passed, select the sharing mode and set the flexible mode or hosting mode. Then enable sharing. The steps also include: The flexible mode allows parking space owners to set the time to release the shared market every day.

4. The method for realizing shared parking of private parking spaces as claimed in claim 1, characterized in that: After the review is passed, select the sharing mode and set the flexible mode or hosting mode. Then enable sharing. The steps also include: The hosting model is that parking space owners host their parking spaces on the platform around the clock on fixed days of the week, quarterly, or throughout the year, freeing up time for the shared market every day.

5. The method for realizing shared parking of private parking spaces as claimed in claim 1, characterized in that: The temporary parking user's vehicle enters the parking lot and parks in a private shared parking space, and the steps also include: When temporary parking users enter the parking lot, their vehicle information will be identified and recorded at the entrance; If the temporary parking user chooses to park in a shared parking space, he / she will scan the code of the parking space, and the platform will prompt relevant information, and the user can choose to confirm the parking; If the temporary parking user does not choose to park in a shared parking space, the parking space owner or manager will go to the parking space, take photos of the occupied vehicle and upload them to the platform. The platform will automatically review the occupied space status and automatically update the current parking order.

6. The method for realizing shared parking of private parking spaces as claimed in claim 5, characterized in that: The temporary parking user's vehicle enters the parking lot and parks in a private shared parking space, and the steps also include: Users who need to park temporarily can remotely reserve a parking space at their destination before departure; After the reservation is successful, the navigation function is used on the platform to navigate the user to the entrance, and the reservation vehicle order is displayed at the identification location; When the vehicle enters the underground space entrance, the navigation takes the user to the reserved parking space, and the parking space lock automatically lowers the lock; After parking, the charging standards for the reserved exclusive parking space will begin.

7. A system for realizing shared parking of private parking spaces, applicable to the method for realizing shared parking of private parking spaces as claimed in claim 1, characterized in that: It includes a parking space master terminal, a platform and a temporary parking user terminal, wherein the parking space master terminal is connected to the platform, and the temporary parking user terminal is connected to the platform; The parking space master terminal is used for private parking space owners to upload relevant authentication information and set sharing modes, including flexible mode and hosting mode; The platform is used to review relevant certification information, release the time of the sharing market according to the sharing model, record vehicle parking information, and calculate temporary parking income; The temporary parking user terminal is used to select a private shared parking space and pay for temporary parking.

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