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CN-121982928-A - Parking guiding system and method of stereo garage based on delivery time prediction

CN121982928ACN 121982928 ACN121982928 ACN 121982928ACN-121982928-A

Abstract

The invention discloses a parking guiding system and method of a stereo garage based on ex-warehouse time prediction, and relates to the technical field of parking guiding of lifting and horizontal moving type stereo garages, wherein the parking guiding system comprises a vehicle in-situ detection module, a vehicle in-situ detection module and a parking guiding module, wherein the vehicle in-situ detection module is used for monitoring single-time vehicle warehousing information, and the warehousing information comprises vehicle identity information and vehicle parking information; and the historical data storage module is used for receiving the monitoring records of the vehicle in-place detection module, classifying and summarizing according to the vehicle identity information, generating and storing the historical parking data of each vehicle. According to the historical parking data of each vehicle with the vehicle identity mark, the estimated number of the current in-place vehicles in each area of the garage in each future period is calculated, and the result of the number of the in-place vehicles is displayed to a driver, so that the driver can automatically select the parking area according to the result, the garage automatically completes parking distribution according to the in-place time distribution of the vehicles, the in-place peak congestion is effectively avoided, and the in-place waiting time is reduced.

Inventors

  • HE QIANGHUI

Assignees

  • 上海阪辉新能源科技有限公司

Dates

Publication Date
20260505
Application Date
20260409

Claims (17)

  1. 1. A parking guidance system of a stereo garage based on the prediction of the delivery time is characterized by comprising, The vehicle in-place detection module is used for monitoring single-time vehicle warehousing information, wherein the warehousing information comprises vehicle identity information and vehicle parking information; The historical data storage module is used for receiving the monitoring records of the vehicle in-place detection module, classifying and summarizing according to the identity information of the vehicles, generating and storing historical parking data of each vehicle; the data operation module is used for calculating and obtaining the estimated warehouse quantity of the current in-place vehicles in each region of the garage in each future period based on the historical parking data of each vehicle stored by the historical data storage module, and And the display guiding module is used for displaying the estimated warehouse quantity of each region of the garage, which is calculated by the data operation module, in each future period to a driver.
  2. 2. The parking guidance system of claim 1, wherein the vehicle presence detection module includes a vehicle identification unit, a parking space detection unit, and a time recording unit, wherein, The vehicle identity recognition unit is used for detecting the identity information of the vehicle; the parking space detection unit and the time recording unit are used for monitoring parking information of the vehicle.
  3. 3. The parking guidance system of claim 1, wherein the data operation module includes a departure prediction unit for independently estimating the estimated number of the garage in each region of the garage in each period of the future based on the historical departure time of the currently in-place vehicle.
  4. 4. The parking guidance system according to claim 3, wherein the data operation module further includes a congestion analysis unit for calculating a delivery waiting time for acquiring the vehicle in place based on the delivery number result predicted by the delivery prediction unit.
  5. 5. The parking guidance system of claim 1, wherein the display guidance module includes a time period dynamic dividing unit for dividing different time granularity at different time periods based on historical parking data of each area of the garage to display the estimated number of in-place vehicles in each area in each future time period.
  6. 6. The parking guidance system of claim 5, wherein the time period dynamic partitioning unit includes employing a first time granularity during peak hours of vehicle departure and a second time granularity during off-peak hours.
  7. 7. The parking guidance system of claim 1, further comprising, The identity recognition module is used for recognizing the identity of the vehicle in advance before the vehicle is put in storage and And the parking space recommending module is used for recommending a target area for parking in a warehouse to a driver of the vehicle to be parked.
  8. 8. The parking guidance system of claim 1, wherein the vehicle presence detection module comprises at least one of an automatic license plate recognition device, a manual magnetic card recognition device, or a mobile terminal two-dimensional code recognition device, disposed at a garage entrance and/or a road section leading to a garage; The vehicle presence detection module further includes a sensor.
  9. 9. The parking guidance system of claim 1, wherein the history data storage module includes a memory.
  10. 10. The parking guidance system of claim 1, wherein the display guidance module comprises a display device disposed at a garage entrance and/or on a road segment leading to a garage, and/or, The display guide module is configured on the driver mobile terminal.
  11. 11. The parking guidance system of claim 7, wherein the identification module comprises at least one of an automatic license plate recognition device, a manual magnetic card recognition device, or a mobile terminal two-dimensional code recognition device, disposed at a garage entrance and/or on a road segment leading to a garage.
  12. 12. The parking guidance system of claim 7, wherein the parking spot recommendation module includes a display device disposed at a garage entrance and/or a road segment leading to a garage, and/or, The parking space recommending module is configured on the driver mobile terminal.
  13. 13. A parking guidance method based on the parking guidance system according to any one of claims 1 to 12, characterized by comprising the steps of: S1, collecting and recording the warehousing information of a vehicle, wherein the warehousing information comprises a vehicle identity mark, a number of a parking space, warehousing time and ex-warehouse time; S2, establishing and storing historical parking data of the vehicle, wherein the historical parking data comprises a vehicle identity mark, a historical parking space number, a historical warehouse-in time and a historical warehouse-out time; s3, calculating the estimated warehouse quantity of each region of the garage in each future period according to the historical parking data of the current in-place vehicle; s4, outputting the estimation result in the step S3 to a driver so as to guide the driver to select a parking area of the vehicle; S5, pre-identifying the vehicle identity before warehousing the vehicle; And S6, inquiring historical parking data of the vehicle according to the vehicle identity, and recommending a target area for parking in a warehouse to a driver of the vehicle by combining situation analysis of the expected number of the garage in each area in each future period.
  14. 14. The parking guidance method of claim 13, wherein the step S3 includes: S31, counting historical delivery time distribution of the current parked vehicles in each area of the garage; s32, calculating the estimated warehouse-out quantity of each region in each future period according to the historical warehouse-out time distribution; And S33, evaluating the ex-warehouse congestion degree of each area according to the estimated ex-warehouse quantity.
  15. 15. The parking guidance method of claim 14, wherein the step S6 includes: S61, inquiring and acquiring historical ex-warehouse time distribution and historical parking space number distribution of the vehicle according to the vehicle identity; S62, calculating the estimated ex-warehouse quantity of each area in the corresponding ex-warehouse time period of the vehicle according to the historical ex-warehouse time distribution of the vehicle; S63, according to the historical parking space number distribution of the vehicle, combining the step S62, and acquiring a target area which is closest to the parking area of the vehicle and has the shortest waiting time for delivery; and S64, recommending the target area to a driver of the vehicle.
  16. 16. The parking guidance method of claim 15, further comprising, And S7, the driver autonomously selects a parking area of the vehicle according to the output result of the step S4 and/or the recommended suggestion of the step S6.
  17. 17. The parking guidance method of claim 16, further comprising, And S8, the driver self-determines the delivery time of the on-site vehicle according to the estimation result of the step S3.

Description

Parking guiding system and method of stereo garage based on delivery time prediction Technical Field The invention relates to the technical field of parking guidance of lifting and horizontal moving type stereo garage, in particular to a parking guidance system and method of a stereo garage based on prediction of delivery time. Background With the acceleration of the urban process and the continuous increase of the automobile conservation quantity, the problem of difficult urban parking is increasingly prominent. In order to solve the problem of insufficient urban parking spaces, the three-dimensional parking garage has become an important way for solving the problem of urban static traffic because the three-dimensional parking garage can fully utilize the space resources on the ground and can store vehicles by giving full play to the space advantages to the maximum extent. In various mechanical stereo garages, the lifting and horizontal moving type stereo garage combines vertical and horizontal movement, has strong adaptability and high space utilization rate, and is one of the most widely applied types at present. However, although the stereo garage can effectively relieve the problem of difficult parking caused by insufficient urban parking spaces, other problems are brought about pertinently, and most typically, the problem of vehicle delivery congestion is that the vehicle delivery congestion is caused in the morning delivery peak period of hospitals, residential communities and the like, or the queuing phenomenon caused by the centralized delivery of vehicles in the evening delivery peak period of office buildings, office parks and the like, so that daily travel is seriously influenced. The main reason for the above problems is that the existing garage management system lacks a necessary parking guidance system, so that after the vehicles are put in storage, the drivers often park by means of personal preference, such as parking in the nearest parking space of the unit building or parking in the parking space near the exit, so that the whole garage has irregular distribution of the vehicles in place. That is, the existing garage management system lacks the ability to predict the future departure time of the vehicle, and cannot conduct prospective parking area guidance according to the predicted departure time period of the vehicle; when a plurality of vehicles are concentrated and delivered in the same independent area in the same period, the lifting and transverse moving type stereo garage needs to sequentially lift and transversely move the vehicle carrying plate, the delivery efficiency is greatly reduced, and a congestion bottleneck is formed. Disclosure of Invention The invention aims to provide a parking guiding system and method of a stereo garage based on ex-warehouse time prediction, so as to solve the technical problems. The parking guidance system of the stereo garage based on the ex-warehouse time prediction comprises a vehicle in-situ detection module, a historical data storage module, a data operation module and a display guidance module, wherein the vehicle in-situ detection module is used for monitoring single-time warehouse entry information of vehicles, the warehouse entry information comprises vehicle identity information and vehicle parking information, the historical data storage module is used for receiving monitoring records of the vehicle in-situ detection module, classifying and summarizing according to the vehicle identity information to generate historical parking data of each vehicle and storing the historical parking data, the data operation module is used for calculating and obtaining the estimated ex-warehouse quantity of the vehicles in the garage in each area in the future according to the historical parking data of each vehicle stored by the historical data storage module, and the display guidance module is used for displaying the estimated ex-warehouse quantity of each area of the garage in each future period, which is calculated by the data operation module, to a driver. The parking guidance system of the stereo garage based on the ex-warehouse time prediction is characterized in that the vehicle in-situ detection module comprises a vehicle identification unit, a parking space detection unit and a time recording unit, wherein the vehicle identification unit is used for detecting the identification information of a vehicle, and the parking space detection unit and the time recording unit are used for monitoring the parking information of the vehicle. The parking guidance system for the stereo garage based on the ex-warehouse time prediction is characterized in that the data operation module comprises an ex-warehouse prediction unit and is used for independently calculating the expected ex-warehouse quantity of each area of the garage in each future period according to the historical ex-warehouse time of the current in-place vehicle. The parking guidance system for th