CN106205191A - Unmanned parking stall based on mobile Internet management method - Google Patents

Unmanned parking stall based on mobile Internet management method Download PDF

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Publication number
CN106205191A
CN106205191A CN201610638239.0A CN201610638239A CN106205191A CN 106205191 A CN106205191 A CN 106205191A CN 201610638239 A CN201610638239 A CN 201610638239A CN 106205191 A CN106205191 A CN 106205191A
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China
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parking
parking lot
central server
server
intelligent terminal
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CN201610638239.0A
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Chinese (zh)
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谷静
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Xian University of Posts and Telecommunications
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Xian University of Posts and Telecommunications
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Priority to CN201610638239.0A priority Critical patent/CN106205191A/en
Publication of CN106205191A publication Critical patent/CN106205191A/en
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    • GPHYSICS
    • G08SIGNALLING
    • G08GTRAFFIC CONTROL SYSTEMS
    • G08G1/00Traffic control systems for road vehicles
    • G08G1/14Traffic control systems for road vehicles indicating individual free spaces in parking areas
    • G08G1/145Traffic control systems for road vehicles indicating individual free spaces in parking areas where the indication depends on the parking areas
    • G08G1/148Management of a network of parking areas

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Management, Administration, Business Operations System, And Electronic Commerce (AREA)
  • Devices For Checking Fares Or Tickets At Control Points (AREA)

Abstract

Unmanned parking stall based on mobile Internet disclosed by the invention management method, including: set up unmanned parking occupancy management system;Parking lot server carries out registering and uploading parking space information to central server;Mobile intelligent terminal carries out registration predetermined parking space to central server;After vehicle arrives, the predetermined 2 D code information of Quick Response Code scanning device scanning mobile intelligent terminal mates with parking lot server, and vehicle Ting Hao rear center server proceeds by timing down time;When vehicle leaves parking lot, central server generates and leaves Quick Response Code, and Quick Response Code scanning device is mated with parking lot server by the 2 D code information that leaves of scanning mobile intelligent terminal.Based on mobile Internet the unmanned parking stall management method of the present invention is with central server for information sharing and management platform, enable parking stall real time status information open to user, so that user can inquire about quickly and easily conveniently by online mode and subscribe parking stall in time.

Description

Unmanned parking stall based on mobile Internet management method
Technical field
The invention belongs to radio network technique field, be specifically related to a kind of unmanned parking stall based on mobile Internet pipe Reason method.
Background technology
In this day and age, the quantity of automobile quickly increases.Car owner enjoy automobile popularize for trip offer convenience same Time, also it is faced with the problem being increasingly difficult to of stopping.First, when people drive to go to and are unfamiliar with place, it is often necessary to spend big The parking lot of the time finding nearby of amount;Secondly, even if finding parking lot, being also frequently encountered parking lot and having a full house, shuttle back and forth in The situation that several parking stalls but find no parking space.Present in the quick-fried increasing of automobile amount, parking problem greatly weakens automobile to people The benefit that trip brings, therefore, the most quick and convenient problem finding parking stall has become as a problem demanding prompt solution.Separately On the one hand, although car owners suffer from searching parking stall, the most still there are many parking lots the remotest, hidden etc. former due to position Cause, long-term existence the unemployed situation of substantial amounts of empty parking space, thus the problems such as operating loss is occurred.
The main cause above-mentioned situation occur is that parking space information is the most sufficiently shared.Some patent documentations at present It is conceived to solve parking stall problem and devise the system and method for perfect in shape and function.But, most technical method needs Existing parking lot is carried out hardware unit upgrading by a relatively large margin, such as, substantial amounts of high-resolution photographic head, various sensing are installed Device, wireless communication module, automatic control module etc., this considerably increases construction cost and the maintenance cost in parking lot, and also Not being suitable for the other small-sized parking facility such as parking stall, community free parking space of road, some technical method even needs on vehicle Load hardware support kit module so that cost and the complexity of whole parking industry are greatly increased.Additionally, most technical methods Do not account for realizing the automatic management method that parking lot is unmanned, thus improve the parking efficiency of car owner, reduce the fortune in parking lot Battalion's cost.
Summary of the invention
It is an object of the invention to provide a kind of unmanned parking stall based on mobile Internet management method, solve existing Some parking space informations are difficult to the problem effectively shared of low cost.
The technical solution adopted in the present invention is: unmanned parking stall based on mobile Internet management method, including with Lower step:
Step 1, sets up unmanned parking occupancy management system, specifically includes central server, parking lot server, Quick Response Code Scanning device and mobile intelligent terminal, central server is for for setting up information sharing and management between car owner and multiple parking lot Platform, parking lot server is for communicating with central server and being managed parking lot, and Quick Response Code scanning device is used In the scanning Quick Response Code of mobile intelligent terminal and 2 D code information is uploaded to parking lot server compares, intelligent movable is eventually End is for communicating with central server;
Step 2, parking lot server carries out registering and uploading parking space information to central server to central server;
Step 3, the parking stall that car owner carries out registering and obtaining parking lot by mobile intelligent terminal to central server is believed Breath, then to central server predetermined parking space, central server generates predetermined Quick Response Code and is sent simultaneously to parking lot service Device and mobile intelligent terminal, central server updates parking space information simultaneously;
Step 4, when vehicle arrives behind parking lot, the predetermined Quick Response Code of Quick Response Code scanning device scanning mobile intelligent terminal and on Passing to parking lot server, two predetermined Quick Response Codes are mated by parking lot server, if success, open banister and allow Vehicle sails in predetermined parking stall, parking lot, and after vehicle stops predetermined parking space, car owner passes through mobile intelligent terminal to central server Sending vehicle and arrive information, central server proceeds by timing down time;If failure, refusal vehicle sails parking lot into;
Step 5, when vehicle leaves parking lot, first sends leave message to central server, and central server stops meter Time, generate leave Quick Response Code and be sent simultaneously to parking lot server and mobile intelligent terminal, Quick Response Code scanning device by scanning The Quick Response Code that leaves of mobile intelligent terminal mates with the Quick Response Code that leaves of parking lot server, if success, opens banister Permission vehicle sails out of, and parking lot server sends vehicle leave message to central server simultaneously, and central server updates and stops Position information, if failure, closes banister refusal vehicle and sails out of.
The feature of the present invention also resides in:
In step 2, parking lot server carries out registering and uploading parking space information to central server to central server, Specifically include following steps:
Step 2.1, its all parking stalls are numbered, and are marked each parking stall numbering by parking lot server one by one Note, then draws stop according to parking lot landform, gateway, parking lot, parking stall numbering, parking stall and passage relative position information Parking lot internal map;
Step 2.2, parking lot server will include that its parking facility is geographical position coordinates, the stopping of inner part of parking lot map Car pool information is sent to central server and registers;
Step 2.3, after the success of parking lot server registration, central server will to parking lot distribute parking lot ID with Facilitate in the electronic chart identifying and managing and incorporated by the parking lot information that parking lot server provides central server;
Step 2.4, parking lot ID, parking stall numbering binding are generated corresponding parking stall Quick Response Code by parking lot server, And the label of parking stall Quick Response Code is arranged on the parking stall of its correspondence, parking stall Quick Response Code is sent out by parking lot server simultaneously Give central server.
In step 2.2, parking lot information also includes paying price standard and predetermined maximum latency.
The parking stall that in step 3, car owner carries out registering and obtaining parking lot by mobile intelligent terminal to central server is believed Breath, then to central server predetermined parking space, central server generates predetermined 2 D code information and is sent simultaneously to parking lot Server and mobile intelligent terminal, central server updates parking space information simultaneously, specifically includes following steps:
Step 3.1, car owner is registered to central server by mobile intelligent terminal, and succeed in registration rear center's server To the unique ID identifying user identity of mobile intelligent terminal distribution;
Step 3.2, after car owner obtains ID and by being provided electronically by central server on mobile intelligent terminal Parking location information near figure inquiry current location or target location, then selectes parking lot by screening parking lot information;
Step 3.3, idle certain in selected parking lot is numbered to central server by car owner by mobile intelligent terminal Parking stall subscribe, subscribe successfully rear center's server by ID, predetermined parking lot ID, parking stall numbering, subscribe time Between with dynamic random number binding generate subscribe Quick Response Code be sent respectively to mobile intelligent terminal and parking lot server, center service The state being subscribed parking stall is updated to reservation state by idle condition by device.
The parking stall that in step 3, car owner carries out registering and obtaining parking lot by mobile intelligent terminal to central server is believed Breath, then to central server predetermined parking space, central server generates predetermined 2 D code information and is sent simultaneously to parking lot Server and mobile intelligent terminal, central server updates parking space information simultaneously, specifically includes following steps:
Step 3.1, car owner is registered to central server by mobile intelligent terminal, and succeed in registration rear center's server To the unique ID identifying user identity of mobile intelligent terminal distribution;
Step 3.2, after car owner obtains ID and by being provided electronically by central server on mobile intelligent terminal Parking location information near figure inquiry current location or target location, then selectes parking lot by screening parking lot information;
Step 3.3, car owner utilizes mobile intelligent terminal to central server to certain numbering idle in selected parking lot Parking stall pay deposit by mobile payment mode and subscribe, subscribe successfully rear center's server by ID, predetermined stop Parking lot ID, parking stall numbering, ticket reserving time, deposit number, predetermined maximum latency generate with the binding of dynamic random number and subscribe Quick Response Code is sent respectively to mobile intelligent terminal and parking lot server, and central server will be subscribed the state on parking stall by sky Not busy state is updated to reservation state.
In step 4 after vehicle arrives parking lot, the predetermined Quick Response Code of Quick Response Code scanning device scanning mobile intelligent terminal is also Being uploaded to parking lot server, two predetermined Quick Response Codes are mated by parking lot server, if success and the scheduled time And the interval of current time be not above predetermined maximum latency then open banister allow vehicle sail reservation parking stall, parking lot into In, after vehicle stops predetermined parking space, utilize the parking stall Quick Response Code on parking stall belonging to mobile intelligent terminal scanning and be uploaded to Central server, central server proceeds by timing down time and from predetermined state, parking stall is updated to seizure condition, If failure, refusal vehicle sails parking lot into.
In step 5 when vehicle leaves parking lot, first sending leave message to central server, central server stops meter Calculating parking fee time after and parking fee information is sent to mobile intelligent terminal, car owner utilizes mobile intelligent terminal to pass through to move The dynamic means of payment pays required parking fee to central server;After paying successfully, central server just generates and leaves Quick Response Code.
Leaving Quick Response Code is to include parking lot ID, parking stall numbering, ID, stopping timing time, payment information Clearing Quick Response Code.
The invention has the beneficial effects as follows: based on mobile Internet the unmanned parking stall management method of the present invention solves Existing parking space information is difficult to the problem effectively shared of low cost.Based on mobile Internet the unmanned parking of the present invention Position management method, with central server for information sharing and management platform, enables parking stall real time status information in time to user Open, so that user can inquire about quickly and easily conveniently by online mode and subscribe parking stall, really solve to use The problem of family parking difficulty, also makes parking stall can maximize the use and reduce human cost, increases the receipts in parking lot Benefit, specifically, has the advantage that
1) present invention is capable of real-time online parking stall and inquires about, subscribes, settles accounts and the unmanned room entry/exit management in parking lot etc. The parking stall management function of perfect in shape and function.Central server can update parking space information in real time, and user can also be quick Inquire about the parking space information near any position easily and subscribe, solving that parking stall is vacant and parking stall difficulty is looked for simultaneously Problem, and parking lot only need to set up with configuration service device after, just can realize operatorless vehicle room entry/exit management;
2) present invention only need to build one or a group switching centre server at hardware aspect, and only need to carry out on software Changing, compare with many has the system and method for identical function, parking lot is made without the upgrading of large-scale hardware unit And renewal, therefore the present invention realize low cost, quick and convenient, the suitability is wide.
Accompanying drawing explanation
Fig. 1 is the workflow diagram of based on mobile Internet the unmanned parking stall management method of the present invention;
Fig. 2 is the unmanned parking stall management system of based on mobile Internet the unmanned parking stall management method of the present invention System structural representation;
Fig. 3 a be the present invention based on mobile Internet unmanned parking stall management method in the reality of road roadside parking place Border map schematic diagram;
Fig. 3 b be the present invention based on mobile Internet unmanned parking stall management method in the inside of underground parking Map schematic diagram;
Fig. 4 a be the present invention based on mobile Internet unmanned parking stall management method in show at intelligent movable eventually The parking stall state figure schematic diagram practically of the road roadside parking place on end;
Fig. 4 b be the present invention based on mobile Internet unmanned parking stall management method in show at intelligent movable eventually The parking stall status map schematic diagram of the underground parking on end.
Detailed description of the invention
Based on mobile Internet the unmanned parking stall management method of the present invention is with central server as information sharing With management platform, enable parking stall real time status information in time open to user so that user can conveniently by The mode of line is inquired about quickly and easily and subscribes parking stall, the real problem solving user's parking difficulty, also makes the parking stall can Maximize the use and reduce human cost, increasing the income in parking lot.In realization, make full use of mobile Internet and The power of mobile intelligent terminal carries out system design, and avoid using high-resolution photographic head, a large amount of wireless communication module, Various sensors, the complicated contour cost apparatus of automatic control module so that the method for the present invention is prone to quilt in the way of low cost More parking facility uses.
The present invention is described in detail with detailed description of the invention below in conjunction with the accompanying drawings.
With reference to Fig. 1, the present invention unmanned parking stall based on mobile Internet management method, implementation step is as follows:
Step 1, with reference to Fig. 2, sets up unmanned parking occupancy management system, the unmanned parking stall management system that this step is set up System includes: mobile intelligent terminal, central server, parking lot server, Quick Response Code scanning device.Wherein, mobile intelligent terminal with Central server carries out double-direction radio connection by 2G, 3G, 4G Cellular Networks or WiFi, parking lot server and central server it Between both can also pass through wired connection by wireless connections.
Mobile intelligent terminal, need to install the car owner's end parking application software provided by central server, this application journey in advance Sequence includes electronic chart, parking stall inquiry, reservation, on-line payment module;
Central server, for for setting up information sharing and management platform between car owner and multiple parking lot;
Parking lot server, need to install the parking lot end management software provided by central server, in advance for parking Field is managed, and including two-dimension code label information retrieval, checking is subscribed on parking stall, clearing are verified, banister switchs the modules such as management.
Step 2, parking lot server is registered to central server, specifically includes:
Step 2.1, its all parking stalls are numbered by parking lot server one by one, and in the setting-out of ground, parking stall, in parking stall Each parking stall numbering is marked, then according to parking lot landform, gateway, parking lot, parking by the modes such as overhung number plate The unified drafting of inner part of parking lot map that bit number, parking stall and passage provide according to central server relative to information such as positions is marked Standard, draws inner part of parking lot map, and example is as shown in Figure 3 a and Figure 3 b shows;
Step 2.2, parking lot server by this parking facility geographical position coordinates, paying price standard, subscribe maximum The parking space informations such as waiting time, inner part of parking lot map are sent to central server, thus register at central server;
Step 2.3, after the success of parking lot server registration, central server will distribute a parking lot ID to this parking lot To facilitate identification and management, and the parking lot information that parking lot server provides is incorporated car owner moves intelligence end application In electronic chart;
Step 2.4, parking lot ID, parking stall numbering binding are generated parking stall Quick Response Code and are sent to center by parking lot server Server, and parking stall two-dimension code label is arranged in the corresponding ground on parking stall, corner mark post or overhead number plate etc. determines position. Example, parking stall state includes the free time, makes a reservation for and take three kinds of states.
Step 3, car owner is by the parking stall state in parking lot near mobile intelligent terminal login central server queries also Parking stall is subscribed, specifically includes:
Step 3.1, car owner registers to central server when using parking application software for the first time, and logon mode is with mostly Number application is identical, and registration rear center server distributes unique ID identifying user identity to user, after user needs to log in The functions such as parking stall online booking, clearing can be used;
Step 3.2, first car owner is inquired about currently by the electronic chart provided by central server on mobile intelligent terminal Parking location information near position or target location, by selected parking lot, it is also possible to check the concrete parking in this parking lot Position status information, including paying price standard, residue parking stall quantity, subscribes maximum latency, inner part of parking lot map etc., The inner part of parking lot map provided when being different from parking lot registration, the parking lot that central server is shown to mobile intelligent terminal Internal map can mark the parking stall of different conditions with different colors or pattern, as shown in figures 4 a and 4b;
Step 3.3, car owner pays a small amount of deposit according to selected parking lot by mobile intelligent terminal and completes being selected The parking stall of certain numbering in parking lot is subscribed, and optionally, can not also pay deposit during predetermined parking stall.After subscribing successfully Central server is by ID, predetermined parking lot ID, parking stall numbering, ticket reserving time, reserved funds and the binding life of dynamic random number Becoming to subscribe two-dimension code label and be sent to car owner's mobile intelligent terminal and parking lot server, central server will be subscribed parking stall State is updated to reservation state by idle condition, and when parking stall is in the state of being subscribed or occupied state, other car owner is equal Cannot subscribe it, different parking lots has different reservation maximum latencies, stops if car owner exceeds the time limit not arrive again Parking lot, then subscribe Quick Response Code and lost efficacy, and do not return margin.
Step 4, parking lot server carries out entrance management to car owner:
Step 4.1, when entering parking lot, car owner will be held on reservation two-dimension code label scanning device at Entrance Being scanned, scanning device reads and decodes Quick Response Code, and the information of acquisition is sent to parking lot server;
Step 4.2, comprises in the reservation Quick Response Code that the information of acquisition and central server are provided by parking lot server Subscription information mates, if the match is successful, and the interval of ticket reserving time and current time is not above subscribing maximum wait Time, then opening banister and allow vehicle to enter, car owner is according in the parking lot provided by central server on mobile intelligent terminal Portion's map can correctly find the parking stall subscribing numbering, after vehicle stops predetermined parking space, utilizes described intelligent movable eventually End scans the parking stall Quick Response Code on affiliated parking stall and is uploaded to described central server, when central server proceeds by parking Between timing this parking stall is updated to seizure condition from predetermined state;In otherwise refusal vehicle enters.
Step 5, when car owner leaves parking lot, stops timing by parking application software to central server notice, in Noon server calculates parking fee and sends that information to mobile intelligent terminal, and car owner utilizes mobile intelligent terminal to pass through mobile The mode of paying pays parking fee and the difference of margin to central server, optionally, if not paying deposit during predetermined parking space, Then need to pay all parking fees.After paying successfully, central server send to parking lot server and car owner comprise parking lot ID, ID, parking stall numbering, stopping timing time, the clearing Quick Response Code of payment;Scanning device scanning at EXIT moves Clearing Quick Response Code on dynamic intelligent terminal also sends that information to parking lot server and compares, parking lot server simultaneously Checking stop the interval of timing time and current time in the reasonable scope time, open banister permission car owner and sail out of.
In above step, when parking stall state changes, central server can update real-time parking stall state, parking stall Original state be idle, whenever having car owner to subscribe parking stall, parking stall state is updated to pre-by central server Ordering, start timing whenever car owner confirms to stop, parking stall state is updated to take by central server, and central server is the most more About the parking stall state in this parking lot on its electronic chart provided new.

Claims (8)

1. unmanned parking stall based on mobile Internet management method, it is characterised in that comprise the following steps:
Step 1, sets up unmanned parking occupancy management system, specifically includes central server, parking lot server, Quick Response Code scanning Device and mobile intelligent terminal, described central server is for for setting up information sharing and management between car owner and multiple parking lot Platform, described parking lot server is used for communicating with described central server and being managed parking lot, and described two Dimension code scanning device is for scanning the Quick Response Code of described mobile intelligent terminal and described 2 D code information being uploaded to described parking lot Server is compared, and described mobile intelligent terminal is for communicating with described central server;
Step 2, described parking lot server carries out registering and uploading parking to described central server to described central server Position information;
Step 3, car owner carries out registering and obtaining the parking in parking lot by described mobile intelligent terminal to described central server Position information, then to described central server predetermined parking space, described central server generates predetermined Quick Response Code and sends simultaneously To described parking lot server and described mobile intelligent terminal, the most described central server updates parking space information;
Step 4, after vehicle arrives parking lot, described Quick Response Code scanning device scans the predetermined Quick Response Code of described mobile intelligent terminal And it being uploaded to described parking lot server, two predetermined Quick Response Codes are mated by described parking lot server, if success, Opening banister allows vehicle to sail in predetermined parking stall, parking lot, and after vehicle stops predetermined parking space, car owner passes through described intelligent movable Terminal sends vehicle to described central server and arrives information, and described central server proceeds by timing down time;If Failed then refusal vehicle sail parking lot into;
Step 5, when vehicle leaves parking lot, first sends leave message to described central server, and described central server stops Only timing, generation are left Quick Response Code and are sent simultaneously to described parking lot server and described mobile intelligent terminal, described two dimension Code scanning device enters by scanning the Quick Response Code that leaves leaving Quick Response Code and described parking lot server of described mobile intelligent terminal Row coupling, if success, opens banister and allows vehicle to sail out of, and the most described parking lot server is sent out to described central server Sending vehicle leave message, described central server updates parking space information, if failure, closes banister refusal vehicle and sails out of.
2. unmanned parking stall based on mobile Internet as claimed in claim 1 management method, it is characterised in that described step In rapid 2, parking lot server carries out registering and uploading parking space information to described central server to described central server, tool Body comprises the following steps:
Step 2.1, its all parking stalls are numbered, and are marked each parking stall numbering by described parking lot server one by one Note, then draws stop according to parking lot landform, gateway, parking lot, parking stall numbering, parking stall and passage relative position information Parking lot internal map;
Step 2.2, described parking lot server will include that its parking facility is geographical position coordinates, the stopping of inner part of parking lot map Car pool information is sent to described central server and registers;
Step 2.3, after the success of described parking lot server registration, described central server will distribute one to described parking lot and stop Parking lot ID identifies and manages to facilitate and the parking lot information that described parking lot server provides is incorporated described central server Electronic chart in;
Step 2.4, parking lot ID, parking stall numbering binding are generated corresponding parking stall Quick Response Code by described parking lot server, And the label of described parking stall Quick Response Code is arranged on the parking stall of its correspondence, parking lot server is by described parking stall simultaneously Quick Response Code is sent to described central server.
3. unmanned parking stall based on mobile Internet as claimed in claim 2 management method, it is characterised in that described step In rapid 2.2, parking lot information also includes paying price standard and predetermined maximum latency.
4. unmanned parking stall based on mobile Internet as claimed in claim 2 management method, it is characterised in that described step The parking stall that in rapid 3, car owner carries out registering and obtaining parking lot by described mobile intelligent terminal to described central server is believed Breath, then to described central server predetermined parking space, described central server generates predetermined 2 D code information and sends simultaneously To described parking lot server and described mobile intelligent terminal, the most described central server updates parking space information, specifically wraps Include following steps:
Step 3.1, car owner is registered to described central server by described mobile intelligent terminal, described after succeeding in registration in Central server is to the unique ID identifying user identity of described mobile intelligent terminal distribution;
Step 3.2, after car owner obtains described ID and by being provided by described central server on described mobile intelligent terminal Electronic map query current location or target location near parking location information, then by screening parking lot information select Parking lot;
Step 3.3, car owner by described mobile intelligent terminal to described central server in select parking lot free time certain The parking stall of numbering is subscribed, and after subscribing successfully, ID, predetermined parking lot ID, parking stall are compiled by described central server Number, the binding of ticket reserving time and dynamic random number generates and subscribes Quick Response Code and be sent respectively to described mobile intelligent terminal and described parking Field server, the state being subscribed parking stall is updated to reservation state by idle condition by described central server.
5. unmanned parking stall based on mobile Internet as claimed in claim 3 management method, it is characterised in that described step The parking stall that in rapid 3, car owner carries out registering and obtaining parking lot by described mobile intelligent terminal to described central server is believed Breath, then to described central server predetermined parking space, described central server generates predetermined 2 D code information and sends simultaneously To described parking lot server and described mobile intelligent terminal, the most described central server updates parking space information, specifically wraps Include following steps:
Step 3.1, car owner is registered to described central server by described mobile intelligent terminal, described after succeeding in registration in Central server is to the unique ID identifying user identity of described mobile intelligent terminal distribution;
Step 3.2, after car owner obtains described ID and by being provided by described central server on described mobile intelligent terminal Electronic map query current location or target location near parking location information, then by screening parking lot information select Parking lot;
Step 3.3, car owner utilizes described mobile intelligent terminal to described central server to idle certain in selected parking lot The parking stall of numbering pays deposit by mobile payment mode and subscribes, and after subscribing successfully, described central server is by user ID, predetermined parking lot ID, parking stall numbering, ticket reserving time, deposit number, predetermined maximum latency are bound with dynamic random number Generating and subscribe Quick Response Code and be sent respectively to described mobile intelligent terminal and described parking lot server, described central server will be by The state subscribing parking stall is updated to reservation state by idle condition.
6. based on mobile Internet the unmanned parking stall management method as described in claim 4 or 5, it is characterised in that institute Stating in step 4 after vehicle arrives parking lot, described Quick Response Code scanning device scans the predetermined Quick Response Code of described mobile intelligent terminal And it being uploaded to described parking lot server, two predetermined Quick Response Codes are mated by described parking lot server, if success is also And the interval of the scheduled time and current time be not above predetermined maximum latency then open banister allow vehicle sail parking into Field is subscribed in parking stall, after vehicle stops predetermined parking space, utilizes the parking stall on parking stall belonging to the scanning of described mobile intelligent terminal Quick Response Code is also uploaded to described central server, and described central server proceeds by timing down time and by described parking stall Being updated to seizure condition from predetermined state, if failure, refusal vehicle sails parking lot into.
7. unmanned parking stall based on mobile Internet as claimed in claim 5 management method, it is characterised in that described step In rapid 5 when vehicle leaves parking lot, first sending leave message to described central server, described central server stops timing After calculate parking fee and described parking fee information be sent to described mobile intelligent terminal, car owner utilizes described intelligent movable Terminal pays required parking fee by mobile payment mode to described central server;After paying successfully, described central server Just generate and leave Quick Response Code.
8. unmanned parking stall based on mobile Internet as claimed in claim 7 management method, it is characterised in that described from Opening Quick Response Code is to include parking lot ID, parking stall numbering, ID, stopping timing time, the clearing Quick Response Code of payment information.
CN201610638239.0A 2016-08-05 2016-08-05 Unmanned parking stall based on mobile Internet management method Pending CN106205191A (en)

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CN106846888A (en) * 2017-01-22 2017-06-13 刘兰伟 City parking resource management system and management method
CN106846886A (en) * 2016-12-09 2017-06-13 武汉邮电科学研究院 The external parking management implementation method of residential parking space based on big data
CN106960594A (en) * 2017-04-28 2017-07-18 西安艾润物联网技术服务有限责任公司 Parking position transaction business model, detection terminal and the parking stall transaction system realized based on detection terminal
CN106997686A (en) * 2017-05-22 2017-08-01 苏州工业园区服务外包职业学院 Parking lot intelligent control system and control method based on programmable map
CN107248309A (en) * 2017-06-19 2017-10-13 深圳市盛路物联通讯技术有限公司 A kind of intelligentized parking charging method and system
CN107705624A (en) * 2017-11-13 2018-02-16 东北石油大学 A kind of computer based parking lot vehicles management method
CN108320576A (en) * 2018-03-16 2018-07-24 上海芭比信息技术服务有限公司 Intelligent three-dimensional garage reservation parking/withdrawing system based on Internet of Things and method
CN108335481A (en) * 2018-01-10 2018-07-27 佛山科学技术学院 A kind of shared bicycle specifies region parking system and control method
CN108460984A (en) * 2017-02-20 2018-08-28 北京嘀嘀无限科技发展有限公司 A kind of parking stall mark method and system
CN109255975A (en) * 2018-08-29 2019-01-22 北京筑梦园科技有限公司 A kind of parking lot management method and system and server and storage medium
CN113192357A (en) * 2021-04-25 2021-07-30 中国联合网络通信集团有限公司 Parking lot management method, edge server and area management server

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Application publication date: 20161207