WO2018227532A1

WO2018227532A1 - Fully intelligent unattended parking system and method

Info

Publication number: WO2018227532A1
Application number: PCT/CN2017/088585
Authority: WO
Inventors: 黄伟林
Original assignee: 黄伟林
Priority date: 2017-06-16
Filing date: 2017-06-16
Publication date: 2018-12-20

Abstract

A fully intelligent unattended parking system and method, the fully intelligent unattended parking system comprising: an intelligent mobile phone on which a dedicated application is installed and a parking lot information management system (10) that wirelessly communicates with the intelligent mobile phone, the application of the intelligent phone being used for finding a parking space; detection cameras are installed at the entrance and exit of the parking lot and on the parking space, and a two-dimensional code (20) and a personal computer (PC) end (50) are installed at the entrance of the parking lot; a two-dimensional code scanning result is transmitted to the PC end (50), the PC end (50) confirming the information by means of accessing the parking lot information management system (10); the detection camera on the parking space is used to detect a vehicle in the parking space within the parking lot, to obtain location information of the parking space, and to upload the location information to the parking lot information management system (10); a car owner may complete payment by means of scanning a two-dimensional code (20) at the exit, and payment information is sent to the mobile phone of the car owner. The present invention solves jamming factors during parking in the existing technology, such as low toll-collection efficiency and low reliability.

Description

Full intelligent unattended parking system and method

Technical field

The invention relates to a parking space charging system and method, in particular to a fully intelligent unattended parking system and method.

Background technique

With the continuous development of the economy, the number of vehicles owned by per capita vehicles has gradually increased, bringing great convenience to people's lives. People choose to drive to friends gatherings, shopping, etc., which greatly shortens the road time. However, private car owners face parking difficulties every time. Driving a car in the attached street to find a parking space, often entering the parking lot can not find a parking space phenomenon frequently occurs, which brings great congestion to the traffic and affect the mood of the private car owners.

The chaotic management of parking lots in China and the unfair charging phenomenon are widespread. The main reason for these problems is the backwardness of parking lot management. Many domestic temporary parking lots still remain in manual management, such as: manual cash charges, but the management level of temporary parking lots based on manual management is limited, and requires a certain amount of manpower and material resources, resulting in low efficiency, leakage charges, wrong charges, etc. Frequent occurrences make people's lives inconvenient and affect social stability.

Summary of the invention

In view of the deficiencies of the prior art described above, the present invention provides a fully intelligent unattended parking system and method.

In order to achieve the above technical purpose, the present invention adopts the following technical solutions: a fully intelligent unattended parking system, which comprises: a smart phone with a dedicated APP installed, and a parking information management system for wirelessly communicating with a smart phone, a smart phone The APP is used for the search of the parking space. The detection camera is installed at the entrance and exit of the parking lot and the parking space is installed. The QR code and the PC end are installed at the entrance of the parking lot, and the scanning result of the two-dimensional code is transmitted to the PC through the USB to serial port module. The PC side confirms the information by accessing the parking lot information management system, and records the parking time; the detection camera on the parking space is used to detect the vehicle on the parking space in the parking lot, and obtain the location information of the parking space, and The location information is uploaded to the parking lot information management system; the owner can obtain the current location through the GPS of the mobile phone itself, and compare with the location information of the parking space displayed on the mobile phone map to obtain a navigation path and find the parking space. Vehicle; the owner can complete the payment by scanning the QR code at the exit again, and the PC controls the stop. Crossbar at the outlet of the field, leaving the parking lot.

Further, the system further includes an exit crossbar and an entrance crossbar for raising or dropping according to an instruction of the parking lot PC end to control the vehicle to allow or prohibit entry.

Further, the entrance and exit of the parking lot are installed with a detection camera for taking an image of the vehicle entering and leaving the lane and transmitting it to the PC for storage.

Further, the detection camera on the parking space is used for photo taking and stored on the PC end.

Further, an LED display screen is installed at the entrance of the parking lot for displaying the current The parking space of the parking lot and the remaining parking space information, the PC side updates the information on the LED display.

Further, the present invention also provides a method for a fully intelligent unattended parking system, characterized in that it comprises the following steps:

Step S301: The owner installs a special APP on the smart phone, and the owner can automatically display all the parking spaces and parking lots within one kilometer around by running the APP, and indicate the remaining parking number and number of each parking lot for the vehicle owner to select;

Step S302: The owner arrives at the parking place, scans the two-dimensional code set at the entrance with the mobile phone, and records the parking service start time T1 and uploads it to the server to connect with the license plate information detected by the entrance detection camera, and the entrance of the entrance is controlled by the pc end. Crossbar release;

Step S303: After the vehicle enters the parking space, the detection camera on the parking space aligns with the parking space where the vehicle is parked to take photos and collect the evidence, and stores the photo in the parking lot information management system and the corresponding license plate information link, and the location information of the parking space is obtained. Displayed on the map of the phone;

Step S304: When the vehicle owner searches for a car, the current location is obtained by the GPS positioning system of the vehicle, and the location information of the parking space displayed on the mobile phone map is compared, the navigation path is obtained, and the vehicle on the parking space is found;

Step S305: When the vehicle leaves the parking lot, the QR code is scanned again at the exit of the parking lot, and the parking service end time T2 is recorded, and the server and the license plate information link are uploaded, and the parking lot information management system is based on the parking time and the charging standard. The determined amount is paid for, and the exit bar is controlled by the PC to control the exit of the parking lot. The invention adopts the above technical solutions and achieves the following technical effects: the invention realizes the vehicle main line acquisition and the consumption of the vehicle owner through the special APP of the smart phone and the two-dimensional code scanning. The invention has the advantages of simple operation, high efficiency and humanization, and the utilization rate of the parking lot is well expanded, and the interference factors such as low charging efficiency and low reliability in the prior art can be effectively solved.

DRAWINGS

1 is a schematic structural view of a fully intelligent unattended parking system according to the present invention;

2 is a service flow diagram of the present invention for a fully intelligent unattended parking system.

detailed description

The specific embodiments, structures, features and functions of the present invention are described in detail below with reference to the accompanying drawings and preferred embodiments. It is to be understood that the specific embodiments of the invention are not intended to be construed

1 is a block diagram showing a preferred embodiment of a fully intelligent unattended parking system of the present invention.

In this embodiment, the fully intelligent unattended parking system includes, but is not limited to, a parking lot information management system 10, a two-dimensional code 20, a mobile APP scanning 30, an LED display 40, a PC end 50, and a crossbar 60. .

The mobile phone APP scan 30 is used for scanning and combined with its own GPS positioning system to display a parking space information map in the parking lot.

The two-dimensional code 20 is installed in an entrance and exit of the parking lot, and the two-dimensional code 20 is The USB to serial port module establishes a connection with the PC end 50, and the result of the mobile phone APP scanning 30 scanning the two-dimensional code 20 is transmitted to the pc end 50.

The PC end 50 confirms the information by accessing the parking lot information management system 10, and the PC end 50 records the time T1 of the parking, and issues a control command to allow the vehicle to enter; when the vehicle leaves the parking lot, the owner scans again. The two-dimensional code 20 at the exit, the PC end 50 records the time T2 and sends it to the parking lot information management system 10, and the parking lot information management system 10 calculates the parking time as T2-T1 and Corresponding to the corresponding consumption amount, the owner completes the payment on the mobile phone, and the PC terminal 50 issues a control command to release the vehicle.

The LED display screen 40 is installed at the entrance of the parking lot for displaying the parking space distribution and remaining parking space information of the current parking lot, and the PC end 50 updates the information on the LED display screen 40 in real time.

The full intelligent unattended parking system further includes a detection camera, which is installed at a parking lot entrance and exit and all parking spaces; the parking lot entrance and exit detection camera is used to capture an image or license plate of the entry and exit vehicle. The information is transmitted to the PC end 50 for storage; the detection camera on the parking space is used for photo taking and stored in the parking lot information management system 10.

Wherein, the all-intelligent unattended parking system further comprises a detection camera further comprising an exit crossbar and an entrance crossbar, wherein the entrance and exit crossbar is used for controlling the entrance and exit according to the instruction of the PC end 50 to rise or fall.

As shown in FIG. 2, FIG. 2 is a service flow diagram of the present invention for a fully intelligent unattended parking system.

In this embodiment, the method for a fully intelligent unattended parking system includes the following steps:

Step S301: The owner installs a special APP on the smart phone, and the owner can automatically display all the parking spaces and parking lots within one kilometer around by running the APP, and indicate the remaining parking number and number of each parking lot for the owner to select; the owner can pass Install a dedicated APP, combined with its own GPS positioning system, can display information maps such as parking spaces, parking lots, buildings and lanes within one kilometer of the attachment, and indicate the number and number of parking spaces remaining in each parking lot for the owner to choose, and the owner First, download and install the dedicated app on your smartphone.

Step S302: The owner arrives at the parking place, scans the two-dimensional code set at the entrance with the mobile phone, and records the parking service start time T1 and uploads it to the server to connect with the license plate information detected by the entrance detection camera, and the entrance of the entrance is controlled by the pc end. The crossbar is released; the owner arrives at the entrance of the parking lot, and the detection camera set at the entrance captures the vehicle image or license plate information entering the parking lot and transmits the PC end storage, and the owner scans the two-dimensional code set at the entrance, and the exit cross The pole automatically rises and the vehicle enters the parking lot; wherein the owner can also display the current parking space distribution and the remaining parking space information displayed on the LED display at the entrance, and the PC end will be on the LED display. Information is updated in real time.

Step S304: When the owner searches for a car, the current location is obtained through the GPS positioning system of the vehicle, and the location information of the parking space displayed on the mobile phone map is compared and obtained. Take the navigation path and find the vehicle on the parking space;

Step S305: When the vehicle leaves the parking lot, the QR code is scanned again at the exit of the parking lot, and the parking service end time T2 is recorded, and the server and the license plate information link are uploaded, and the parking lot information management system is based on the parking time and the charging standard. The determined amount is paid for, and the exit bar is controlled by the PC to control the exit of the parking lot. When the owner drives the vehicle away from the parking space, it is necessary to scan the two-dimensional code set at the exit again, record the current time T2 and upload it to the parking lot information management system and the owner information link to calculate the parking time, and according to the corresponding charging amount. For the fee, the owner completes the payment on the smartphone, and the PC controls the exit bar at the exit of the parking lot to release the vehicle and leaves the parking lot.

The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and equivalent structural or equivalent functional changes made by the description of the present invention and the accompanying drawings may be directly or indirectly applied to other related technical fields. The same is included in the scope of patent protection of the present invention.

Claims

An all-intelligent unattended parking system, comprising: a smart phone with a dedicated APP and a parking information management system for wireless communication with a smart phone, an APP for a mobile phone for searching for a parking space, an entrance and exit of a parking lot, and parking The detection camera is installed on the position, and the QR code and the PC end are installed at the entrance of the parking lot. The scanning result of the two-dimensional code is transmitted to the PC through the USB to serial port module, and the PC end confirms the information by accessing the parking lot information management system. At the same time, the parking time is recorded; the detection camera on the parking space is used to detect the vehicle on the parking space in the parking lot, and obtain the location information of the parking space, and upload the location information to the parking lot information management system; the owner can The current location is obtained by the mobile phone's own GPS, and compared with the location information of the parking space displayed on the mobile phone map, the navigation path is obtained, and the vehicle on the parking space is found; the owner can scan the two-dimensional code at the exit again. Upon completion of the payment, the PC controls the crossbar at the exit of the parking lot and leaves the parking lot.
A fully intelligent unattended parking system according to claim 1, wherein said system further comprises an exit crossbar and an entrance crossbar, said rail crossbar being used to rise according to the instruction of said parking lot PC end Starting or falling to achieve control of the vehicle allows or prohibits entry.
The all-intelligent unattended on-board parking system according to claim 1, wherein the entrance and exit of the parking lot are equipped with a detection camera for capturing image or license plate information of the vehicle entering and leaving the vehicle and transmitting it to the PC for storage.
The all-intelligent unattended on-board parking system according to claim 1, wherein the detection camera on the parking space is used for photographing forensics and stored in the parking lot information management system.
The all-intelligent unattended on-board parking system according to claim 1, wherein an LED display screen is installed at the entrance of the parking lot for displaying the parking space distribution and remaining parking space information of the current parking lot, PC The end updates the information on the LED display in real time.
A method for intelligently monitoring an unattended parking system according to any one of claims 1 to 5, comprising the steps of:

Step S301: The owner installs a special APP on the smart phone, and the owner can automatically display all the parking spaces and parking lots within one kilometer around by running the APP, and indicate the remaining parking number and number of each parking lot for the vehicle owner to select;

Step S302: The owner arrives at the parking place, scans the two-dimensional code set at the entrance with the mobile phone, and records the parking service start time T1 and uploads it to the server to connect with the license plate information detected by the entrance detection camera, and the entrance of the entrance is controlled by the pc end. Crossbar release;

Step S303: After the vehicle enters the parking space, the detection camera on the parking space aligns with the parking space where the vehicle is parked to take photos and collect the evidence, and stores the photo in the parking lot information management system and the corresponding license plate information link, and the location information of the parking space is obtained. Displayed on the map of the phone;

Step S304: When the vehicle owner searches for a car, the current location is obtained by the GPS positioning system of the vehicle, and the location information of the parking space displayed on the mobile phone map is compared, the navigation path is obtained, and the vehicle on the parking space is found;

Step S305: When the vehicle leaves the parking lot, the QR code is scanned again at the exit of the parking lot, and the parking service end time T2 is recorded, and the server and the license plate information link are uploaded, and the parking lot information management system is based on the parking time and the charging standard. The determined amount is paid for, and the exit bar is controlled by the PC to control the exit of the parking lot.