System and method for intelligent reservation of district temporary parking stalls

A temporary parking and community technology, applied in the field of parking space management, can solve problems such as unpredictable prepayment, difficult parking, system congestion and jamming, etc., to optimize parking time and space layout, reduce management and burden, and ease road traffic traffic effect

Inactive Publication Date: 2018-01-05
WUHAN SHENJIE TECH CORP LTD
9 Cites 22 Cited by

AI-Extracted Technical Summary

Problems solved by technology

[0002] With the rapid development of the economy, the number of motor vehicles maintained in my country is relatively large, but limited by urban planning, the parking spaces cannot meet the parking needs. The parking spaces in the community are relatively free during daytime working hours, and the public parking spaces are not enough.
Under the existing parking mode, the utilization rate of parking spaces in private communities is low, resulting in a large waste of resources, while public parking spaces cannot meet the needs of more vehicles, causing various problems such as traffic jams and parking difficulties
[0003] Chinese patent application number 201610020476.0 discloses a system and method for optimizing the utilization of idle parking spaces in ordinary residential quarters, which mainly includes four steps, parking space query and reservation, parking space navigation, parking space...
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Abstract

The present invention discloses a system and a method for intelligent reservation of district temporary parking stalls. The system comprises: a mobile phone client used for parking stall reservation,reservation cancel, route guidance and expense payment operation; a license plate identification module configured to collect and identify information of a reservation vehicle; a gateway control module configured to control closure and opening of a district gateway; and a background management server comprising a parking stall information collection module, a user behavior data collection module and a payment management module, wherein the parking stall information collection module is configured to collect and update usage states of parking stalls in each district to form a parking stall information database, the user behavior data collection module configured to record users' daily trips, reservation time, parking time periods and parking duration to form a user behavior database, the payment management module is configured to calculate cost generated by user parking and user credit grade evaluation, and the mobile phone client, the parking stall information collection module and thelicense plate identification module are connected with the background management server.

Application Domain

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  • System and method for intelligent reservation of district temporary parking stalls
  • System and method for intelligent reservation of district temporary parking stalls

Examples

  • Experimental program(1)

Example Embodiment

[0038] The present invention will be further described in detail below in conjunction with the drawings and embodiments.
[0039] See figure 1 As shown, an embodiment of the present invention provides an intelligent reservation system for temporary parking spaces in a community, including:
[0040] The mobile client terminal is used to perform parking reservations, reservation cancellation, route navigation and payment operations;
[0041] The license plate recognition module is used to collect and recognize the information of the vehicle reserved by the user;
[0042] The gateway control module is used to control the closing and opening of the gate of the community;
[0043] Back-end management server, the back-end management server includes parking space information collection module, user behavior data collection module, and charging management module. The parking space information collection module is used to collect and update the usage status of parking spaces in each district in real time to form a parking space information database; users The behavior data collection module is used to record the user's daily itinerary, appointment time, parking period and parking duration, to form a user behavior database, and a charging management module to calculate the cost of parking and user credit rating;
[0044] The mobile phone client, the parking space information collection module, and the license plate recognition module are respectively connected to the background management server.
[0045] See figure 2 As shown, an intelligent reservation method for temporary parking spaces in a community includes the following steps: S1, the user registers for the first time
[0046] The user registers for the first time through the mobile phone client and registers the user's vehicle information and payment method, and the mobile phone client sends the user's vehicle information and payment method data to the background management server;
[0047] S2, user parking space query and reservation
[0048] The user sends the destination he needs to reach to the back-end management server through the mobile phone client, and the parking space information collection module sends the reserved parking space to the mobile client according to the data in the parking information database. The user sends a reservation request to the back-end management server through the mobile client to complete the reservation. , The parking space information collection module updates the parking space information database, and the user behavior data collection module collects the user's daily itinerary, appointment time, parking period and parking duration in real time, and adds it to the user behavior database;
[0049] Among them, the user behavior data collection module generates a reserved parking plan suitable for the user according to the data in the user behavior database. The reserved parking plan includes the number of parking times and the parking area and parking time period of each time;
[0050] The background service manager pushes the scheduled parking plan to the mobile client for users to choose.
[0051] Among them, when a user makes a parking space reservation, he can choose a daily reservation mode, a weekly reservation mode, a monthly reservation mode, a quarterly reservation mode, and an annual reservation mode. The reservation area and reservation time period in each mode are the same.
[0052] S3, route navigation and parking space usage
[0053] After the user’s reservation is successful, the background management server combines the user’s mobile phone to push the driving route. When the user arrives at the reserved area, the license plate recognition module collects the user’s arrival time and license plate information, and sends the arrival time and license plate information to the background management server. The management server sends the data to the gateway control module, opens the community gateway, and the user enters the reserved community parking space;
[0054] S4, parking fee settlement
[0055] When the user leaves the reserved cell, the license plate recognition module collects the user's departure time and license plate information, and sends the arrival time and license plate information to the background management server, which sends the data to the gateway control module to open the community gateway;
[0056] If the user is 30 minutes late, the back-end management server will push to the mobile client whether to cancel the appointment reminder. If the user cancels the appointment, the charging management module will charge and deduct the fee, and the parking information collection module will update the parking information database. Otherwise, the appointment will continue effective;
[0057] If the user arrives early, the charging management module starts timing from the user's arrival time. When the user leaves the reserved cell, the charging management module stops timing, charging and deducting fees;
[0058] If the user arrives late, the charging management module starts charging from the time reserved by the user, and when the user leaves the reserved cell, the charging management module stops timing, charging and deducting fees;
[0059] If the user's last payment is not completed, the charging management module will send the completed payment data to the mobile phone client, and the background service manager controls the mobile client to be unable to complete the next residential parking space reservation operation.
[0060] If the user does not need to use the parking space of the reserved community on a certain day, the user can cancel the reservation content of the day through the mobile client in advance. The mobile client will send the cancellation data to the back-end service manager. The parking information collection module updates the parking information database and the charging management module No timing and deductions will be made.
[0061] S5, make an appointment for the credit rating of the community
[0062] After the parking fee is settled, the user can evaluate the reserved cell. The charging management module evaluates the credit rating of the reserved cell based on the user's evaluation. Other users can select the reserved cell based on the credit rating.
[0063] The present invention is not limited to the above-mentioned embodiments. For those of ordinary skill in the art, without departing from the principle of the present invention, several improvements and modifications can be made, and these improvements and modifications are also regarded as the protection of the present invention. Within range. The content not described in detail in this specification belongs to the prior art known to those skilled in the art.
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