CN106781667B - Method and system for managing unattended parking lot at entrance and exit - Google Patents
Method and system for managing unattended parking lot at entrance and exit Download PDFInfo
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- CN106781667B CN106781667B CN201611250393.7A CN201611250393A CN106781667B CN 106781667 B CN106781667 B CN 106781667B CN 201611250393 A CN201611250393 A CN 201611250393A CN 106781667 B CN106781667 B CN 106781667B
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- 238000000034 method Methods 0.000 title claims abstract description 31
- 238000012544 monitoring process Methods 0.000 claims abstract description 27
- 238000007726 management method Methods 0.000 claims description 51
- 230000000903 blocking effect Effects 0.000 claims description 34
- 230000006698 induction Effects 0.000 claims description 30
- 230000002159 abnormal effect Effects 0.000 claims description 22
- 238000012545 processing Methods 0.000 claims description 4
- 230000008569 process Effects 0.000 claims description 3
- 238000004891 communication Methods 0.000 abstract description 11
- 230000007547 defect Effects 0.000 abstract description 4
- 230000033228 biological regulation Effects 0.000 abstract description 2
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/14—Traffic control systems for road vehicles indicating individual free spaces in parking areas
- G08G1/141—Traffic control systems for road vehicles indicating individual free spaces in parking areas with means giving the indication of available parking spaces
- G08G1/142—Traffic control systems for road vehicles indicating individual free spaces in parking areas with means giving the indication of available parking spaces external to the vehicles
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07B—TICKET-ISSUING APPARATUS; FARE-REGISTERING APPARATUS; FRANKING APPARATUS
- G07B15/00—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points
- G07B15/02—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points taking into account a variable factor such as distance or time, e.g. for passenger transport, parking systems or car rental systems
- G07B15/04—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points taking into account a variable factor such as distance or time, e.g. for passenger transport, parking systems or car rental systems comprising devices to free a barrier, turnstile, or the like
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Abstract
The invention relates to a method and a system for managing an unattended parking lot at an entrance, wherein the method comprises the following steps: user parking guidance, vehicle entrance judgment, vehicle parking management, parking fee management and vehicle exit judgment. According to the invention, the types of vehicles entering and exiting are judged through the vehicle sensors arranged at the exit and the entrance of the parking lot, the license plate numbers are recognized through the integrated machine snapshot recognition system, the vehicles are automatically released, the monitoring system monitors the states of the entrance and the parking area in real time, the parking space information of the parking lot is updated in real time, the payment system can pay through multiple modes and multiple areas, the defect of the existing parking lot in a fixed-place fixed-mode payment mode is effectively avoided, the defect of the unmanned guard system is effectively overcome by the handheld terminal system, each branch system is connected with the server in a wireless or wired mode, and the server is communicated with the payment platform and the branch system in an instruction, signal or communication mode, so that the effective regulation and control of the whole parking lot are completed.
Description
Technical Field
The invention relates to the technical field of parking lot management, in particular to a method and a system for managing an unattended parking lot at an entrance.
Background
Along with the progress of science and technology and the improvement of resident living standard, automobiles become necessary transportation means and living modes of urban residents, meanwhile, the maintenance quantity of urban motor vehicles is continuously increased, so that the parking problem caused by the continuous increase of the maintenance quantity of urban motor vehicles is increasingly serious, along with the development and popularization of OCR technology, image recognition technology, video acquisition, mobile terminals, electronic payment, artificial intelligence and other technologies, intelligent parking lot management application is gradually mature, but the traditional parking lot entrance and exit management cannot get rid of the problems of manpower use, artificial management and the like.
The prior art has at least the following problems:
(1) The prior art mainly manages the state of parking spaces of a single parking lot, the occupied number of the parking spaces is displayed through a display screen outside a parking lot, the state of the parking spaces is detected by a sensor system, when a sensor detects that vehicles exist on the parking spaces, the number of the idle parking spaces displayed by the parking display screen is reduced, and when the sensor detects that the occupied number of the parking spaces is changed into the empty number of the vehicles from the vehicles, the number of the idle parking spaces displayed by the parking lot display screen is increased;
(2) In the prior art, the selection of the vehicle users to the parking lot is random, the parking lot can be randomly selected only according to the information indication board of the idle parking space of the parking lot at the roadside, the effective utilization of the parking lot is inconvenient, and meanwhile, the customized service popularization is also unfavorable;
(3) In the prior art, the parking lot management mainly adopts a manmade management mode, the parking is timed and charged in a manual parking card issuing mode, more manpower and material resources are consumed, the payment place is only limited to an outlet, the payment mode is only limited to a cash mode, and the method is unsuitable for the increasingly developed mobile payment today;
(4) After the vehicle is driven in, the parking lot in the prior art is used for searching the free parking space by the vehicle owner, so that a great amount of time of the vehicle owner is wasted, and the fine management of the free parking space is inconvenient.
Thus, improvements are needed in the art.
Disclosure of Invention
The invention discloses a method and a system for managing an unattended parking lot at an entrance and an exit, which are used for solving the problems in the prior art.
Based on one aspect of the invention, there is provided a gateway unmanned parking lot management method, comprising:
the user parks and guides, and the parking user selects a parking lot driving path through guiding information, knows the idle parking space information of the parking lot and the parking lot information and helps the parking user to park;
The vehicle entrance judgment, through the vehicle sensor and the integrated machine snapshot recognition system which are arranged at the entrance of the parking lot, intelligently recognizes the license plate and the vehicle type of the vehicle, automatically records and releases each entrance vehicle, and for the vehicles which can not recognize the license plate and the vehicle type, the vehicles are processed by a manual mode;
after the intelligent parking management equipment releases the vehicle, uploading the vehicle information to a server in a wired or wireless mode, automatically timing by a timing system and starting charging by a charging system;
The parking payment management is that when a parking user needs to pay parking, the parking user pays through a mobile phone APP client, weChat payment and an on-site payment machine in a guiding mode of an on-site indication board, a voice prompt and an on-site operator;
And the vehicle is judged to be driven out, when the parked vehicle finishes paying, the vehicle drives to the exit of the parking lot, the vehicle sensor and the integrated machine snapshot recognition system recognize the vehicle and upload the vehicle information to the server to check the paying information, and when the paying instruction of the vehicle sent by the server is received, the vehicle is automatically released.
In another embodiment of the method for managing an unattended parking lot based on the above entrance/exit, the user parking guidance includes:
The method comprises the steps that a user checks a parking lot through a mobile phone APP client, and navigates a driving route through a path navigation system, the user mobile phone APP client optimally recommends the driving route between the existing position of a vehicle and the position of the parking lot through a map navigation system, and in the process of recommending the driving route, comprehensive judgment is carried out by monitoring real-time traffic flow data, traffic light data and path length data;
After a user arrives at a parking lot, the information of the idle parking spaces is known through the comprehensive information display screen, the comprehensive information display screen updates and displays the number of the idle parking spaces of the parking lot in real time, when vehicles enter from the entrance of the parking lot, the number of the idle parking spaces of the parking lot is reduced by 1, and when vehicles exit from the exit of the parking lot, the number of the idle parking spaces of the parking lot is increased by 1;
after a parking user enters a parking lot entrance, an idle parking space is selected according to information indication boards, the information indication boards are arranged at each turning intersection and the parking area, the information indication boards at the turning intersections indicate the parking space through directional arrows and the number of the idle parking spaces, the information indication boards at the parking area indicate the parking space through the proficiency of the idle parking spaces in the parking area where the information indication boards are located, and the idle parking space information of the information indication boards is updated in real time.
In another embodiment of the method for managing an unattended parking lot based on the entrance/exit, the vehicle entrance judgment includes the following steps:
The vehicle sensor judges the type of the entering vehicle, the vehicle sensor judges the type of the entering vehicle by sensing the magnitude of pressure, the position relation of the sensed pressure and the frequency of pressure generated on the vehicle sensor, if the vehicle sensor judges that the entering vehicle generates not less than 4 and is 2N pressure inductions, N is a positive integer, each time the tires generate 2N pressure inductions, N is a positive integer, the spacing of the tire pressure inductions is consistent, the entering vehicle is judged to be a motor vehicle, if the vehicle sensor judges that the entering vehicle generates less than 4 pressure inductions, each time the tires generate an odd number of pressure inductions, the entering vehicle is judged to be a non-motor vehicle;
If the entering vehicle is a non-motor vehicle, the vehicle enters normally, and the integral machine snapshot recognition system is not started;
if the driving-in vehicle is a motor vehicle, starting the all-in-one snapshot recognition system;
judging whether the integrated machine snapshot recognition system can recognize license plate numbers and vehicle types of the vehicles or not;
If the vehicle license plate, the vehicle type and the entering time data of the entering vehicle can be identified, and the data is sent to a server system;
If the abnormal information cannot be identified, the abnormal information is pushed to a server system, and the server system sends a reminding instruction to a parking lot operator to remind the operator of manual processing;
The parking lot operator inputs abnormal identification vehicle information through the handheld terminal system, sends the vehicle information to the server, simultaneously carries out voice broadcasting on abnormal license plate vehicle information, and distributes random numbers for abnormal license plate vehicles;
The parking lot entrance display screen displays license plate information of the incoming vehicle or a random number distributed by a parking lot operator, and voice broadcasting is carried out;
and lifting the vehicle blocking rod, driving in the vehicle, updating the information of the number of idle parking spaces in the parking lot by the server, and sending the information to the comprehensive information display screen.
In another embodiment of the method for managing an unattended parking lot based on the above entrance, the vehicle parking management includes:
The method comprises the steps that a server carries out timing and charging on vehicles entering a parking lot, and the timing and charging is recorded under vehicle license plates or vehicle information recorded by a parking lot operator according to the vehicle entrance time;
the information indication board guides the vehicle to drive to the free parking space, the vehicle selects the parking space according to the direction indication arrow of the information indication board and the number of the free parking spaces, after the vehicle selects the parking space and determines to park, the parking lot operator sends the information of the occupied parking space of the vehicle to the server through the handheld terminal system, and the server updates the information indication board data.
In another embodiment of the method for managing an unattended parking lot based on the above entrance, the parking fee management includes:
Selecting a payment mode, wherein the payment mode comprises the following steps: member WeChat or mobile phone APP client payment, non-member WeChat payment, self-service payment machine payment;
if member WeChat or mobile phone APP client payment is selected, selecting a bound license plate number or inputting a random number distributed by a parking lot operator;
The WeChat or mobile phone APP client displays payment information of the license plate number or the random number, and the payment information comprises: driving time, rate, charge, preferential charge and charged charge;
Paying by using a WeChat or mobile phone APP client;
If the payment is successful, prompting that the payment is successful, and prompting the effective duration of exiting the parking lot;
If the payment fails, prompting the payment failure, and prompting the continuous use of the method for payment or other modes for payment;
if the non-member WeChat payment is selected, inputting a payment license plate number or inputting a random number distributed by a parking lot operator;
the WeChat displays the license plate number or the payment information of the random number;
using WeChat to pay fees;
if the self-service payment machine is selected to pay, inputting a payment license plate number or inputting a random number distributed by a parking lot operator;
The self-service payment machine display screen displays the payment information of the license plate number or the random number;
Selecting a payment mode to pay, wherein the payment mode comprises the following steps: bank card payment, cash payment, and internet payment software payment.
In another embodiment of the method for managing an unattended parking lot based on the entrance/exit, the vehicle exit judgment includes:
The vehicle sensor judges the type of the outgoing vehicle, the vehicle sensor judges the type of the outgoing vehicle by sensing the magnitude of pressure, the position relation of the sensed pressure and the frequency of pressure generated on the vehicle sensor, if the vehicle sensor judges that the outgoing vehicle generates not less than 4 and is 2N pressure inductions, N is a positive integer, each time the tires generate 2N pressure inductions, N is a positive integer, the spacing of the tire pressure inductions is consistent, the outgoing vehicle is judged to be a motor vehicle, if the vehicle sensor judges that the outgoing vehicle generates less than 4 pressure inductions, each time the tire generates an odd number of pressure inductions, the outgoing vehicle is judged to be a non-motor vehicle;
if the outgoing vehicle is a non-motor vehicle, the vehicle is normally outgoing, and the snapshot recognition system of the all-in-one machine is not started;
if the outgoing vehicle is a motor vehicle, starting the all-in-one snapshot recognition system;
judging whether the integrated machine snapshot recognition system can recognize license plate numbers and vehicle types of the vehicles or not;
if the license plate number can be identified, uploading the license plate number as a server, and verifying payment information of the vehicle by the server;
if the fee is paid, the outlet display screen displays that the fee is paid, the blocking rod is automatically lifted, and the vehicle normally runs out;
If the payment is not paid, carrying out voice prompt on the payment, and displaying the payment information of the vehicle on an outlet display screen, wherein the payment information comprises: driving time, rate, charge, preferential charge and charged charge;
the parking lot operator charges the driver by using the handheld terminal system, charges information is uploaded to the server, the paying fee is displayed on the exit display screen, the blocking rod is automatically lifted, and the vehicle is driven out;
If not, voice prompt is carried out to indicate that the license plate number is not recognized, and an outlet display screen displays that the license plate number is abnormal in recognition;
the parking lot operator uses a handheld terminal system to input a vehicle random number, and uploads the random number to a server to verify payment information;
if the fee is paid, the outlet display screen displays that the fee is paid, the blocking rod is automatically lifted, and the vehicle normally runs out;
If the payment is not paid, carrying out voice prompt on the payment, and displaying the payment information of the vehicle on an outlet display screen, wherein the payment information comprises: driving time, rate, charge, preferential charge and charged charge;
the parking lot operator charges the driver by using the handheld terminal system, charges information is uploaded to the server, the paying fee is displayed on the exit display screen, the blocking rod is automatically lifted, and the vehicle is driven out;
the server updates the information of the free parking spaces of the information comprehensive display screen and the information indication board.
Based on another aspect of the present invention, an entrance-exit unattended parking lot management system is disclosed, the entrance-exit unattended parking lot management system comprising:
The system comprises a server, a vehicle sensor, an integrated machine snapshot recognition system, an automatic blocking rod, a monitoring system, an alarm system, a display system, a payment system, a handheld terminal system and a mobile phone APP client;
The server is a data processing center of a parking lot management system, calculates the conditions of idle parking spaces, parking payment and vehicle identification of the parking lot, provides positioning navigation for mobile phone users by calling a GIS system, settles in real time with a banking system, performs parking payment, controls application and work of a vehicle sensor, an integrated machine snapshot identification system, an automatic blocking rod, a monitoring system, an alarm system, a display system, a payment system and a handheld terminal system by sending control instructions, and is connected with the vehicle sensor, the integrated machine snapshot identification system, the automatic blocking rod, the monitoring system, the alarm system, the display system, the payment system, the handheld terminal system and a mobile phone APP client.
In another embodiment of the unattended parking lot management system based on the above entrance, the vehicle sensor comprises a gravity sensor, a wheel distance sensor, a vehicle speed sensor and a timer;
The gravity sensor is used for monitoring the pressure when the wheels drive through the vehicle sensor device, the wheel distance sensor is used for monitoring the distance between two or more wheels when the wheels drive through the vehicle sensor device at the same time, if the number of the wheels drive through the vehicle sensor device at the same time is 1, the wheel sensor senses that the wheel distance is 0, and the vehicle speed sensor is used for monitoring the speed of the vehicle when the vehicle drives through the vehicle sensor device and calculating the distance between the front wheels and the rear wheels of the vehicle together with the timer;
The vehicle sensor presets judging parameters of a motor vehicle and a non-motor vehicle, judges the types of vehicles entering and exiting, and the judging parameters comprise: the vehicle sensor is connected with the server, when the vehicle is judged to be a vehicle, the server sends out a starting identification instruction to the snapshot identification system of the integrated machine, when the vehicle is judged to be a non-vehicle, the server does not send out identification instructions, and the number of the vehicle sensors is at least 2 and is respectively arranged at the entrance and the exit of the parking lot.
In another embodiment of the unattended parking lot management system based on the entrance and exit, the integrated machine snapshot recognition system comprises a camera and a license plate recognition system;
the camera is used for shooting license plates of vehicles entering and exiting, uploading the license plates to the license plate recognition system, recognizing the shot license plate information by the license plate recognition system, analyzing the license plate numbers of the shot license plates, and sending the license plate numbers to the server;
After the license plate number is normally identified, the integrated machine snapshot identification system sends the license plate number to the server, if the license plate number cannot be normally identified, abnormal information is sent to the server, and the number of the integrated machine snapshot identification system is consistent with the number of the vehicle sensors and is matched with the vehicle sensors.
In another embodiment of the above-mentioned access unmanned parking lot management system, the automatic arresting bar includes: the blocking rod, the controller and the alarm for the break-through;
the arresting bar is used for arresting the exit and entrance of the vehicle, the controller is lifted up under the instruction of the server and descends according to the in-out condition of the vehicle and the set time parameter, and the break-over alarm is used for giving sound and displaying alarm to the vehicle or personnel running the arresting bar strongly;
the automatic arresting bar is automatically lifted after receiving an instruction of the server, and automatically falls after the vehicle runs out or runs in, if no vehicle passes through, the automatic arresting bar falls after a set time passes, and the number of the automatic arresting bars is consistent with the number of the vehicle sensors and is matched with the vehicle sensors and the snapshot recognition system of the all-in-one machine.
In another embodiment of the unattended parking lot management system based on the entrance and exit, the monitoring system is a plurality of camera devices, is arranged at the entrance and exit of the parking lot and is used for shooting video information of the entrance and exit of the parking lot and realizing unattended intelligent parking lot order management, and is used as video evidence for evidence collection and investigation when abnormal conditions occur; the system is arranged in a parking area, is used for monitoring the state of a parking space in the parking area, is arranged at a turning intersection and is used for monitoring the running state of a vehicle in a parking lot.
In another embodiment of the unattended parking lot management system based on the above entrance, the alarm system comprises an audio alarm system and a display alarm system;
The sound alarm system is used for carrying out voice broadcasting on alarm information and sounding different alarm signals according to different alarm types, wherein the alarm signals comprise whether a vehicle normally identifies information, whether a vehicle normally pays fees and whether the vehicle normally drives in and out, and the broadcasting of the sound alarm system is divided into manual broadcasting and automatic broadcasting;
the alarm display system displays alarm information on a display screen, wherein the alarm is divided into preset alarms and instruction alarms, the preset alarms are alarms sent when the alarms are triggered and set in the alarm system, and the instruction alarms are alarms carried out by receiving an instruction of a server.
In another embodiment of the unmanned parking lot management system based on the above entrance, the display system is an LED display screen, the display system displays the display content sent by the server, and the display system is set in: parking lot entrances, parking lot exits, road turns or intersections, and parking areas.
In another embodiment of the unmanned parking lot management system based on the above entrance, the payment system includes: the system comprises a server charging system, a payment mode selection system and a payment terminal;
the server charging system calculates the generated parking fee by the server according to the time length of the vehicles driving in and out and the fee rate, and pushes the parking fee to the payment terminal, the payment mode selection system communicates with the corresponding payment platform by the server according to the payment mode selected by the user, and transfers the generated fee to the charging account by the payment platform, and the payment terminal is used for the client to pay fees;
The payment mode selection system comprises cash payment, bank card payment and internet payment software payment, after the cash payment mode is selected, a parking lot operator carries out site charging or a self-service payment machine automatically identifies cash to carry out charging, after charging is successful, payment information is sent to a server and charging certificates are printed, after the bank card payment mode is selected, the server communicates with a bank joint calculation center, the charging amount of a corresponding bank account is transferred to the parking lot account, and electronic or paper transaction certificates are generated; when an internet payment software payment mode is selected, the server establishes communication with a payment platform, the charged amount of the payment platform is transferred to a parking lot account, and an electronic transaction record is generated;
the payment terminal comprises: the mobile phone APP client pays, the WeChat public number pays, the self-service fee paying machine pays and the hand-held terminal equipment pays, and stopping charging the parked vehicle after the server receives the payment information submitted by the payment terminal.
In another embodiment of the unattended parking lot management system based on the entrance and exit, the handheld terminal system comprises a manual input unit, a display unit, an alarm signal receiving unit and a communication unit;
The manual input unit is used for manually operating a customer incapable of automatically identifying the license plate number vehicle and self-service payment, and uploading the input information to the server through the communication unit after the manual input unit inputs the information; the display unit displays the operated items and manually entered contents; the alarm signal receiving unit is used for receiving alarm information and alarm sound sent by the server, and the communication unit is communicated with the server;
The hand-held terminal system performs manual operation on the work which cannot be completed by the integrated machine snapshot recognition system, the automatic blocking rod, the monitoring system, the alarm system, the display system and the payment system through the manual modification modes of inputting vehicle information, distributing random numbers, implementing payment settlement, terminal warning control and the display system.
In another embodiment of the unattended parking lot management system based on the entrance and exit, the mobile phone APP client is application software installed on a mobile phone of a user and has the functions of positioning navigation, license plate number binding and parking payment, and the mobile phone APP client is connected with a server through a computer network to obtain services.
Compared with the prior art, the invention has the following advantages:
According to the invention, the types of vehicles entering and exiting are judged through the vehicle sensors arranged at the exit and the entrance of the parking lot, the license plate numbers are recognized through the integral machine snapshot recognition system, then the vehicles are automatically released, the monitoring system monitors the states of the entrance and the parking area in real time, the parking space information of the parking lot is updated in real time, the payment system can pay in multiple modes and multiple areas, the defect of paying in a fixed-place fixed-mode manner in the existing parking lot is effectively avoided, the defect of an unmanned guard system is effectively overcome by the handheld terminal system, each branch system is connected with the server in a wireless or wired mode, and the server is communicated with the payment platform and the branch system in an instruction, signal or communication mode, so that the effective regulation and control of the whole parking lot are completed.
The technical scheme of the invention is further described in detail through the drawings and the embodiments.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, a brief description will be given below of the drawings used in the description of the embodiments or the prior art.
Fig. 1 is a schematic structural view of an embodiment of an unattended parking lot management system according to the invention.
FIG. 2 is a flow chart of one embodiment of a doorway unattended parking lot management method of the invention.
Fig. 3 is a flowchart of another embodiment of a gateway-free parking lot management method of the present invention.
Fig. 4 is a flowchart of still another embodiment of a gateway-free parking lot management method of the present invention.
Fig. 5 is a flowchart of still another embodiment of a gateway-free parking lot management method of the present invention.
Fig. 6 is a flowchart of still another embodiment of a gateway-free parking lot management method of the present invention.
Fig. 7 is a flowchart of still another embodiment of a gateway-free parking lot management method of the present invention.
In the figure: 1 server, 2 vehicle sensor, 21 gravity sensor, 22 wheel distance sensor, 23 vehicle speed sensor, 24 timer, 3 all-in-one snapshot recognition system, 31 camera, 32 license plate recognition system, 4 automatic blocking rod, 41 blocking rod, 42 controller, 43 break-over alarm, 5 monitoring system, 6 alarm system, 61 sound alarm system, 62 display alarm system, 7 display system, 8 payment system, 81 server charging system, 82 payment mode selection system, 83 payment terminal, 9 hand-held terminal system, 91 manual input unit, 92 display unit, 93 alarm signal receiving unit, 94 communication unit, 10 mobile phone APP client
Detailed Description
For the purpose of making the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is apparent that the described embodiments are only some embodiments of the present invention, not all embodiments.
All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Fig. 1 is a schematic structural diagram of an embodiment of an access unmanned parking lot management system according to the present invention, as shown in fig. 1, the access unmanned parking lot management system includes:
The system comprises a server 1, a vehicle sensor 2, an integrated machine snapshot recognition system 3, an automatic blocking rod 4, a monitoring system 5, an alarm system 6, a display system 7, a payment system 8, a handheld terminal system 9 and a mobile phone APP client 10;
The server 1 is a data processing center of a parking lot management system, calculates the conditions of idle parking spaces, parking payment and vehicle identification of the parking lot, provides positioning navigation for mobile phone users by calling a GIS system, performs parking payment by settling accounts with a banking system in real time, controls the application and the work of a vehicle sensor 2, an integrated machine snapshot identification system 3, an automatic blocking rod 4, a monitoring system 5, an alarm system 6, a display system 7, a payment system 8 and a handheld terminal system 9 by sending control instructions, and is connected with the vehicle sensor 2, the integrated machine snapshot identification system 3, the automatic blocking rod 4, the monitoring system 5, the alarm system 6, the display system 7, the payment system 8, a handheld terminal system 9 and a mobile phone APP client 10.
The vehicle sensor 2 comprises a gravity sensor 21, a wheel distance sensor 22, a vehicle speed sensor 23 and a timer 24;
The gravity sensor 21 is used for monitoring the pressure when the wheels drive through the vehicle sensor 2 device, the wheel distance sensor 22 is used for monitoring the distance between two or more wheels when the wheels drive through the vehicle sensor 2 device at the same time, if the number of the wheels drive through the vehicle sensor 2 device at the same time is 1, the wheel sensor 22 senses that the wheel distance is 0, the vehicle speed sensor 23 is used for monitoring the speed of the vehicle when the vehicle drives through the vehicle sensor device, and the distance between the front wheels and the rear wheels of the vehicle is calculated together with the timer 24;
The vehicle sensor 2 sets in advance the judging parameters of the motor vehicle and the non-motor vehicle, judges the type of the vehicle which is driven in and driven out, and the judging parameters comprise: the vehicle sensor 2 is connected with the server 1, when the vehicle is judged to be a motor vehicle, the server 1 sends out a starting identification instruction to the integrated machine snapshot identification system 3, when the vehicle is judged to be a non-motor vehicle, the server 1 does not send out an identification instruction, and the number of the vehicle sensors 2 is at least 2 and is respectively arranged at the entrance and the exit of a parking lot.
The all-in-one snapshot recognition system 3 comprises a camera 31 and a license plate recognition system 32;
The camera 31 is used for shooting license plates of vehicles entering and exiting, uploading the license plates to the license plate recognition system 32, recognizing the shot license plate information by the license plate recognition system 32, analyzing the license plate numbers of the shot license plates, and sending the license plate numbers to the server 1;
After the license plate number is normally identified, the integrated machine snapshot identification system 3 sends the license plate number to the server 1, if the license plate number cannot be normally identified, abnormal information is sent to the server 1, and the number of the integrated machine snapshot identification system 3 is consistent with the number of the vehicle sensors 2 and is matched with the vehicle sensors 2.
The automatic arresting bar 4 comprises: a blocking rod 41, a controller 42 and an intrusion alarm 43;
The blocking rod 41 is used for blocking an outlet and an inlet of a vehicle, the controller 42 is lifted under the instruction of the server 1 and descends according to the in-out condition of the vehicle and the set time parameter, and the jogger Guan Jingbao 43 is used for carrying out sound and display alarm on the vehicle or personnel running the blocking rod strongly;
After receiving the instruction of the server 1, the automatic blocking rods 4 automatically lift the blocking rods 41, and after the vehicles run out or run in, the blocking rods 41 automatically fall down, if no vehicles pass, the blocking rods 41 automatically fall down after the set time passes, and the number of the automatic blocking rods 4 is consistent with the number of the vehicle sensors 2 and is matched with the vehicle sensors 2 and the integral snap recognition system 3.
The monitoring system 5 is camera equipment, the monitoring system 5 is provided with a plurality of cameras, is installed at the entrance and exit of the parking lot and is used for shooting video information of the entrance and exit of the parking lot, and is used for realizing unattended intelligent parking lot order management, and the intelligent parking lot order management is used as video evidence for evidence collection and investigation when abnormal conditions occur; the system is arranged in a parking area, is used for monitoring the state of a parking space in the parking area, is arranged at a turning intersection and is used for monitoring the running state of a vehicle in a parking lot.
The alarm system 6 comprises an audio alarm system 61 and a display alarm system 62;
The voice alarm system 61 performs voice broadcasting on alarm information and sounds different alarm signals according to different alarm types, including whether the vehicle is normal identification information, whether the vehicle is normal payment information and whether the vehicle is normal driving in and out information, and the broadcasting of the voice alarm system 61 is divided into manual broadcasting and automatic broadcasting;
The alarm display system 62 displays alarm information on a display screen, wherein the alarms are divided into preset alarms and instruction alarms, the preset alarms are alarms sent when the alarms are triggered and set in the alarm system, and the instruction alarms are alarms sent by the receiving server 1.
The display system 7 is an LED display screen, the display system 7 displays display content sent by the server 1, and the display system is set in: parking lot entrances, parking lot exits, road turns or intersections, and parking areas.
The payment system 8 includes: a server billing system 81, a payment mode selection system 82 and a payment terminal 83;
The server charging system 81 calculates the generated parking fee by the server according to the time length and the rate of the vehicles driving in and out, and pushes the parking fee to the payment terminal 83, the payment mode selecting system 82 communicates with the corresponding payment platform by the server 1 according to the payment mode selected by the user, and transfers the generated fee to the charging account by the payment platform, and the payment terminal 83 is used for the customer to pay;
The payment mode selection system 82 comprises cash payment, bank card payment and internet payment software payment, after the cash payment mode is selected, a parking lot operator performs site charging or a self-service payment machine automatically recognizes cash to charge, after charging is successful, payment information is sent to the server 1 and a charging certificate is printed, after the bank card payment mode is selected, the server 1 communicates with a bank joint calculation center, the charging amount of a corresponding bank account is transferred to the parking lot account, and an electronic or paper transaction certificate is generated; when an internet payment software payment mode is selected, the server 1 establishes communication with a payment platform, allocates the charge amount of the payment platform to a parking lot account, and generates an electronic transaction record;
The payment terminal 83 includes: the mobile phone APP client pays, the WeChat public number pays, the self-service payment machine pays, the handheld terminal device pays, after the server 1 receives the payment information submitted by the payment terminal 83, the charging of the parking vehicle is stopped.
The hand-held terminal system 9 comprises a manual input unit 91, a display unit 92, an alarm signal receiving unit 93 and a communication unit 94;
The manual input unit 91 performs manual operation on a customer who cannot automatically identify the license plate number vehicle and cannot pay by self, and uploads the input information to the server 1 through the communication unit 94 after the manual input unit inputs the information; the display unit 92 is shown displaying the operated items and manually entered content; the alarm signal receiving unit 93 is configured to receive alarm information and alarm sound sent by the server 1, and the communication unit 94 communicates with the server 1;
The hand-held terminal system 9 performs manual operation on the work which cannot be completed by the integrated machine snapshot recognition system 3, the automatic blocking rod 4, the monitoring system 5, the alarm system 6, the display system 7 and the payment system 8 through the manual modification modes of inputting vehicle information, distributing random numbers, implementing payment settlement and terminal warning control and the display system.
The mobile phone APP client 10 is application software installed on a mobile phone of a user and has the functions of positioning navigation, license plate number binding and parking payment, and the mobile phone APP client 10 is connected with the server 1 through a computer network to acquire services.
FIG. 2 is a flowchart of an embodiment of an access unmanned parking lot management method according to the present invention, as shown in FIG. 2, comprising:
101, guiding a user to park, wherein the user selects a parking lot driving path through guiding information, knows the idle parking space information and the parking lot information of the parking lot, and helps the user to park;
102, vehicle entrance judgment, namely intelligently identifying license plates and vehicle types of vehicles through a vehicle sensor 2 and an integrated machine snapshot identification system 3 which are arranged at the entrance of a parking lot, automatically recording and releasing each entrance vehicle, and manually processing vehicles which cannot identify the license plates and the vehicle types;
103, vehicle parking management, wherein after the intelligent parking management equipment releases the vehicle, the intelligent parking management equipment uploads the vehicle information to the server 1 in a wired or wireless mode, a timing system automatically counts time, and a charging system starts charging;
104, managing parking payment, wherein when a parking user needs to pay parking, the parking user pays through a mobile phone APP client 10, weChat payment and an on-site payment machine in a guiding mode of an on-site indication board, a voice prompt and an on-site operator;
105, the vehicle is judged to be driven out, when the parking vehicle finishes paying, the vehicle drives to the exit of the parking lot, the vehicle sensor 2 and the integrated machine snapshot recognition system 3 recognize the vehicle and upload the vehicle information to the server 1 to check the paying information, and when the paying instruction of the vehicle sent by the server 1 is received, the vehicle is automatically released.
Fig. 3 is a flowchart of another embodiment of a gateway-free parking lot management method according to the present invention, and as shown in fig. 3, the user parking guidance includes:
201, a user checks a parking lot through a mobile phone APP client 10 and navigates a driving route through a path navigation system, the user mobile phone APP client 10 optimally recommends the driving route between the existing position of a vehicle and the position of the parking lot through a map navigation system, and in the process of recommending the driving route, comprehensive judgment is carried out by monitoring real-time traffic flow data, traffic light data and path length data;
202, after a user arrives at a parking lot, knowing the information of the idle parking spaces through a comprehensive information display screen, and updating and displaying the number of the idle parking spaces of the parking lot in real time through the comprehensive information display screen, wherein when a vehicle enters from a parking lot entrance, the number of the idle parking spaces of the parking lot is reduced by 1, and when the vehicle exits from a parking lot exit, the number of the idle parking spaces of the parking lot is increased by 1;
203, after a parking user enters a parking lot entrance, selecting an idle parking space according to an information indication board, wherein the information indication board is arranged at each turning intersection and a parking area, the information indication board at the turning intersection indicates the parking space through a direction arrow and the number of the idle parking spaces, the information indication board at the parking area indicates the parking space through a prompt of the proficiency of the idle parking spaces in the parking area, and the idle parking space information of the information indication board is updated in real time.
Fig. 4 is a flowchart of still another embodiment of a method for managing an unattended parking lot at an entrance according to the present invention, and as shown in fig. 4, the vehicle entrance judgment includes the steps of:
301, the vehicle sensor 2 judges the type of the entering vehicle by sensing the magnitude of pressure, the position relation of the sensed pressure and the frequency of the pressure generated on the vehicle sensor 2, if the vehicle sensor 2 judges that the entering vehicle generates not less than 4 and is 2N pressure inductions, N is a positive integer, each time the tires generate 2N pressure inductions, N is a positive integer, the interval between the tire pressure inductions is consistent, the entering vehicle is judged to be a motor vehicle, if the vehicle sensor 2 judges that the entering vehicle generates less than 4 pressure inductions, each time the tires generate an odd number of pressure inductions, the entering vehicle is judged to be a non-motor vehicle;
302, if the entering vehicle is a non-motor vehicle, the vehicle enters normally, and the integrated machine snapshot recognition system 3 is not started;
303, if the entering vehicle is a motor vehicle, starting the integrated machine snapshot recognition system 3;
304, judging whether the integrated machine snapshot recognition system 3 can recognize the license plate number and the vehicle type of the vehicle;
305, if the license plate, the vehicle type and the entering time data of the entering vehicle can be recorded, and the data is sent to a server 1 system;
306, if the abnormal information cannot be identified, pushing the abnormal information to a server 1 system, and sending a reminding instruction to a parking lot operator by the server 1 system to remind the operator of manual processing;
307, the parking lot operator inputs the abnormal identified vehicle information through the handheld terminal system 9, sends the vehicle information to the server 1, simultaneously carries out voice broadcasting on the abnormal license plate vehicle information, and distributes a random number for the abnormal license plate vehicle;
308, displaying license plate information of the incoming vehicle or a random number distributed by a parking lot operator on a parking lot entrance display screen, and broadcasting by voice;
309, lifting the vehicle blocking rod, driving in the vehicle, updating the information of the number of idle parking spaces in the parking lot by the server 1, and sending the information to the comprehensive information display screen.
Fig. 5 is a flowchart of still another embodiment of a gateway-free parking lot management method of the present invention, as shown in fig. 5, the vehicle parking management including:
401, the server 1 performs timing and charging on vehicles entering a parking lot, wherein the timing and charging is recorded under vehicle license plates or vehicle information recorded by a parking lot operator according to vehicle entrance time;
402, the information indicator guides the vehicle to drive to the free parking space, the vehicle selects the parking space according to the direction indicator arrow of the information indicator and the number of the free parking spaces, after the vehicle selects the parking space and determines to park, the parking lot operator sends the information of the occupied parking space of the vehicle to the server 1 through the handheld terminal system 9, and the server 1 updates the information indicator data.
Fig. 6 is a flowchart of still another embodiment of a gateway-free parking lot management method according to the present invention, and as shown in fig. 6, the parking fee management includes:
501, selecting a payment mode, wherein the payment mode comprises the following steps: member WeChat or mobile phone APP client 10 payment, non-member WeChat payment, self-service payment machine payment;
502, if member WeChat or mobile phone APP client 10 payment is selected, selecting a bound license plate number or entering a random number distributed by a parking lot operator;
503, the WeChat or mobile phone APP client 10 displays payment information of the license plate number or the random number, wherein the payment information comprises: driving time, rate, charge, preferential charge and charged charge;
504, paying by using WeChat or mobile phone APP client 10;
505, if the payment is successful, prompting that the payment is successful, and prompting that the parking lot effectively exits for a long time;
506, if the payment fails, prompting the payment failure and prompting to continue to pay by using the method or using other modes for payment;
507, if the non-member WeChat payment is selected, inputting a payment license plate number or inputting a random number distributed by a parking lot operator;
508, displaying the payment information of the license plate number or the random number by WeChat;
509, paying by using WeChat;
510, if the self-service payment machine is selected to pay, inputting a payment license plate number or inputting a random number distributed by a parking lot operator;
511, the self-service payment machine display screen displays the payment information of the license plate number or the random number;
512, selecting a payment mode to pay, wherein the payment mode comprises: bank card payment, cash payment, and internet payment software payment.
Fig. 7 is a flowchart of still another embodiment of a method for managing an unattended parking lot at an entrance according to the present invention, and as shown in fig. 7, the vehicle exit judgment includes:
601, the vehicle sensor 2 judges the type of the outgoing vehicle by sensing the magnitude of the pressure, the position relation of the sensed pressure and the frequency of the pressure generated on the vehicle sensor 2, if the vehicle sensor 2 judges that the outgoing vehicle generates not less than 4 and is 2N pressure inductions, N is a positive integer, each time the tires generate 2N pressure inductions, N is a positive integer, the spacing of the tire pressure inductions is consistent, the outgoing vehicle is judged to be a motor vehicle, if the vehicle sensor 2 judges that the outgoing vehicle generates less than 4 pressure inductions, each time the tires generate pressure inductions to be an odd number, the outgoing vehicle is judged to be a non-motor vehicle;
602, if the outgoing vehicle is a non-motor vehicle, the vehicle is normally outgoing, and the integrated machine snapshot recognition system 3 is not started;
603, if the outgoing vehicle is a motor vehicle, starting the integrated machine snapshot recognition system 3;
604, judging whether the integrated machine snapshot recognition system 3 can recognize the license plate number and the vehicle type of the vehicle;
605, if the license plate number can be identified, uploading the license plate number to a server 1, and verifying the payment information of the vehicle by the server 1;
606, if the fee is paid, the outlet display screen displays that the fee is paid, the blocking rod 41 is automatically lifted, and the vehicle normally runs out;
607, if the fee is not paid, carrying out a fee paying voice prompt, and displaying fee paying information of the vehicle on an outlet display screen, wherein the fee paying information comprises: driving time, rate, charge, preferential charge and charged charge;
608, the parking lot operator charges the driver by using the handheld terminal system 9 and uploads charging information to the server 1, an exit display screen displays that the charge is paid, a blocking rod is automatically lifted, and the vehicle is driven out;
609, if not, voice prompt is carried out to indicate that the license plate number is not recognized, and the exit display screen displays abnormal license plate number recognition;
610, the parking lot operator uses the handheld terminal system 9 to input a vehicle random number and uploads the random number to the server 1 to verify payment information;
606, if the fee is paid, the outlet display screen displays that the fee is paid, the blocking rod 41 is automatically lifted, and the vehicle normally runs out;
607, if the fee is not paid, carrying out a fee paying voice prompt, and displaying fee paying information of the vehicle on an outlet display screen, wherein the fee paying information comprises: driving time, rate, charge, preferential charge and charged charge;
608, the parking lot operator charges the driver by using the handheld terminal system 9 and uploads charging information to the server 1, an exit display screen displays that the charge is paid, the blocking rod 41 is automatically lifted, and the vehicle is driven out;
611, the server 1 updates the free parking space information of the information integrated display screen and the information sign.
The above describes in detail a method and a system for managing an unattended parking lot at an entrance and an unattended parking lot, and specific examples are applied to describe the principle and the implementation of the invention, and the description of the above examples is only used for helping to understand the method and the core idea of the invention; meanwhile, as those skilled in the art will have variations in the specific embodiments and application scope in accordance with the ideas of the present invention, the present description should not be construed as limiting the present invention in view of the above.
Finally, it should be noted that: the foregoing description is only illustrative of the preferred embodiments of the present invention, and although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the embodiments described, or equivalents may be substituted for elements thereof, and any modifications, equivalents, improvements or changes may be made without departing from the spirit and principles of the present invention.
Claims (5)
1. An unattended parking lot management method for an entrance and an exit is characterized by comprising the following steps:
the user parks and guides, and the parking user selects a parking lot driving path through guiding information, knows the idle parking space information of the parking lot and the parking lot information and helps the parking user to park;
The vehicle entrance judgment, through the vehicle sensor and the integrated machine snapshot recognition system which are arranged at the entrance of the parking lot, intelligently recognizes the license plate and the vehicle type of the vehicle, automatically records and releases each entrance vehicle, and for the vehicles which can not recognize the license plate and the vehicle type, the vehicles are processed by a manual mode;
The vehicle entrance judgment method comprises the following steps:
The vehicle sensor judges the type of the entering vehicle, the vehicle sensor judges the type of the entering vehicle by sensing the magnitude of pressure, the position relation of the sensed pressure and the frequency of pressure generated on the vehicle sensor, if the vehicle sensor judges that the entering vehicle generates not less than 4 and is 2N pressure inductions, N is a positive integer, each time the tires generate 2N pressure inductions, N is a positive integer, the spacing of the tire pressure inductions is consistent, the entering vehicle is judged to be a motor vehicle, if the vehicle sensor judges that the entering vehicle generates less than 4 pressure inductions, each time the tires generate an odd number of pressure inductions, the entering vehicle is judged to be a non-motor vehicle;
If the entering vehicle is a non-motor vehicle, the vehicle enters normally, and the integral machine snapshot recognition system is not started;
if the driving-in vehicle is a motor vehicle, starting the all-in-one snapshot recognition system;
judging whether the integrated machine snapshot recognition system can recognize license plate numbers and vehicle types of the vehicles or not;
If the vehicle license plate, the vehicle type and the entering time data of the entering vehicle can be identified, and the data is sent to a server system;
If the abnormal information cannot be identified, the abnormal information is pushed to a server system, and the server system sends a reminding instruction to a parking lot operator to remind the operator of manual processing; the parking lot operator inputs abnormal identification vehicle information through the handheld terminal system, sends the vehicle information to the server, simultaneously carries out voice broadcasting on abnormal license plate vehicle information, and distributes random numbers for abnormal license plate vehicles;
The parking lot entrance display screen displays license plate information of the incoming vehicle or a random number distributed by a parking lot operator, and voice broadcasting is carried out;
The vehicle stopping rod is lifted, the vehicle is driven in, the server updates the information of the number of idle parking spaces in the parking lot, and the information is sent to the comprehensive information display screen;
After the intelligent parking management equipment releases the vehicle, uploading the vehicle information to a server in a wired or wireless mode, automatically timing by a timing system and starting charging by a charging system; the parking payment management is that when a parking user needs to pay parking, the parking user pays through a mobile phone APP client, weChat payment and an on-site payment machine in a guiding mode of an on-site indication board, a voice prompt and an on-site operator;
And the vehicle is judged to be driven out, when the parked vehicle finishes paying, the vehicle drives to the exit of the parking lot, the vehicle sensor and the integrated machine snapshot recognition system recognize the vehicle and upload the vehicle information to the server to check the paying information, and when the paying instruction of the vehicle sent by the server is received, the vehicle is automatically released.
2. The method of claim 1, wherein the user parking guidance comprises: the method comprises the steps that a user checks a parking lot through a mobile phone APP client, and navigates a driving route through a path navigation system, the user mobile phone APP client optimally recommends the driving route between the existing position of a vehicle and the position of the parking lot through a map navigation system, and in the process of recommending the driving route, comprehensive judgment is carried out by monitoring real-time traffic flow data, traffic light data and path length data;
After a user arrives at a parking lot, the information of the idle parking spaces is known through the comprehensive information display screen, the comprehensive information display screen updates and displays the number of the idle parking spaces of the parking lot in real time, when vehicles enter from the entrance of the parking lot, the number of the idle parking spaces of the parking lot is reduced by 1, and when vehicles exit from the exit of the parking lot, the number of the idle parking spaces of the parking lot is increased by 1;
after a parking user enters a parking lot entrance, an idle parking space is selected according to information indication boards, the information indication boards are arranged at each turning intersection and the parking area, the information indication boards at the turning intersections indicate the parking space through directional arrows and the number of the idle parking spaces, the information indication boards at the parking area indicate the parking space through the proficiency of the idle parking spaces in the parking area where the information indication boards are located, and the idle parking space information of the information indication boards is updated in real time.
3. The method of claim 1, wherein the vehicle parking management comprises: the method comprises the steps that a server carries out timing and charging on vehicles entering a parking lot, and the timing and charging is recorded under vehicle license plates or vehicle information recorded by a parking lot operator according to the vehicle entrance time;
the information indication board guides the vehicle to drive to the free parking space, the vehicle selects the parking space according to the direction indication arrow of the information indication board and the number of the free parking spaces, after the vehicle selects the parking space and determines to park, the parking lot operator sends the information of the occupied parking space of the vehicle to the server through the handheld terminal system, and the server updates the information indication board data.
4. The method of claim 1, wherein the parking payment management comprises: selecting a payment mode, wherein the payment mode comprises the following steps: member WeChat or mobile phone APP client payment, non-member WeChat payment, self-service payment machine payment;
if member WeChat or mobile phone APP client payment is selected, selecting a bound license plate number or inputting a random number distributed by a parking lot operator;
The WeChat or mobile phone APP client displays payment information of the license plate number or the random number, and the payment information comprises: driving time, rate, charge, preferential charge and charged charge; paying by using a WeChat or mobile phone APP client;
If the payment is successful, prompting that the payment is successful, and prompting the effective duration of exiting the parking lot;
If the payment fails, prompting the payment failure, and prompting the continuous use of the method for payment or other modes for payment;
if the non-member WeChat payment is selected, inputting a payment license plate number or inputting a random number distributed by a parking lot operator;
the WeChat displays the license plate number or the payment information of the random number;
using WeChat to pay fees;
if the self-service payment machine is selected to pay, inputting a payment license plate number or inputting a random number distributed by a parking lot operator;
The self-service payment machine display screen displays the payment information of the license plate number or the random number;
Selecting a payment mode to pay, wherein the payment mode comprises the following steps: bank card payment, cash payment, and internet payment software payment.
5. The method of claim 1, wherein the vehicle exit determination comprises:
The vehicle sensor judges the type of the outgoing vehicle, the vehicle sensor judges the type of the outgoing vehicle by sensing the magnitude of pressure, the position relation of the sensed pressure and the frequency of pressure generated on the vehicle sensor, if the vehicle sensor judges that the outgoing vehicle generates not less than 4 and is 2N pressure inductions, N is a positive integer, each time the tires generate 2N pressure inductions, N is a positive integer, the spacing of the tire pressure inductions is consistent, the outgoing vehicle is judged to be a motor vehicle, if the vehicle sensor judges that the outgoing vehicle generates less than 4 pressure inductions, each time the tire generates an odd number of pressure inductions, the outgoing vehicle is judged to be a non-motor vehicle;
if the outgoing vehicle is a non-motor vehicle, the vehicle is normally outgoing, and the snapshot recognition system of the all-in-one machine is not started;
if the outgoing vehicle is a motor vehicle, starting the all-in-one snapshot recognition system;
judging whether the integrated machine snapshot recognition system can recognize license plate numbers and vehicle types of the vehicles or not;
if the license plate number can be identified, uploading the license plate number as a server, and verifying payment information of the vehicle by the server;
if the fee is paid, the outlet display screen displays that the fee is paid, the blocking rod is automatically lifted, and the vehicle normally runs out;
If the payment is not paid, carrying out voice prompt on the payment, and displaying the payment information of the vehicle on an outlet display screen, wherein the payment information comprises: driving time, rate, charge, preferential charge and charged charge;
The parking lot operator charges the driver by using the handheld terminal system, charges information is uploaded to the server, the paying fee is displayed on the exit display screen, the blocking rod is automatically lifted, and the vehicle is driven out; if not, voice prompt is carried out to indicate that the license plate number is not recognized, and an outlet display screen displays that the license plate number is abnormal in recognition;
the parking lot operator uses a handheld terminal system to input a vehicle random number, and uploads the random number to a server to verify payment information;
if the fee is paid, the outlet display screen displays that the fee is paid, the blocking rod is automatically lifted, and the vehicle normally runs out;
If the payment is not paid, carrying out voice prompt on the payment, and displaying the payment information of the vehicle on an outlet display screen, wherein the payment information comprises: driving time, rate, charge, preferential charge and charged charge;
the parking lot operator charges the driver by using the handheld terminal system, charges information is uploaded to the server, the paying fee is displayed on the exit display screen, the blocking rod is automatically lifted, and the vehicle is driven out;
the server updates the information of the free parking spaces of the information comprehensive display screen and the information indication board.
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| CN201611250393.7A CN106781667B (en) | 2016-12-30 | 2016-12-30 | Method and system for managing unattended parking lot at entrance and exit |
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| CN201611250393.7A CN106781667B (en) | 2016-12-30 | 2016-12-30 | Method and system for managing unattended parking lot at entrance and exit |
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