CN105336008A - Two-dimension code scanning self-parking system and method oriented to unattended operation - Google Patents
Two-dimension code scanning self-parking system and method oriented to unattended operation Download PDFInfo
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- CN105336008A CN105336008A CN201510615941.0A CN201510615941A CN105336008A CN 105336008 A CN105336008 A CN 105336008A CN 201510615941 A CN201510615941 A CN 201510615941A CN 105336008 A CN105336008 A CN 105336008A
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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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- G—PHYSICS
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q20/00—Payment architectures, schemes or protocols
- G06Q20/30—Payment architectures, schemes or protocols characterised by the use of specific devices or networks
- G06Q20/32—Payment architectures, schemes or protocols characterised by the use of specific devices or networks using wireless devices
- G06Q20/327—Short range or proximity payments by means of M-devices
- G06Q20/3276—Short range or proximity payments by means of M-devices using a pictured code, e.g. barcode or QR-code, being read by the M-device
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Abstract
The invention discloses a two-dimension code scanning self-parking system oriented to unattended operation. The two-dimension code scanning self-parking system comprises an intelligent parking big data center, an intelligent parking stall management terminal, a parking management system, and a two-dimension code scanning entrance guard. The invention also discloses a two-dimension code scanning self-parking method oriented to unattended operation. The method comprises the following steps that the intelligent parking big data center receives a parking reservation request given by a personal mobile communication device and current positional information; the intelligent parking big data center pushes an available parking stall to a user according to the user position; the intelligent parking big data center receives order information confirmed by the personal mobile communication device, generates a personal parking two-dimension code, and sends the personal parking two-dimension code to the personal mobile communication device and a parking management system; the entrance guard records user arriving information when a first-time entrance guard opening request is sent; the entrance guard is opened when a second-time entrance guard opening request is sent; after the user leaves a parking lot, the entrance guard records user leaving information and the intelligent parking big data center updates the states of parking stalls.
Description
Technical field
The present invention relates to the field of parking, especially a kind of unattended self-service Intelligent parking system and method.
Background technology
Current, along with Chinese Economy Development is accelerated day by day, more and more tissue and family have automobile, for trip brings larger facility; On the other hand the increase of vehicle increases the traffic pressure in city greatly, and especially city parking position development is limited, and the problem of parking difficulty becomes increasingly conspicuous, and adding the consumption because finding car parking stall time, energy and the energy, exacerbating Current traffic especially and blocking up.In addition, infrastructure device and the management mode in domestic parking lot relatively lag behind, the normal mode that mainly 24 hours artificial are on duty, the manpower of aspect, parking lot, and financial resources consumption is larger.Current, self-help parking system is with convenient, low cost for domestic city traffic congestion provides good solution, and also for realizing parking lot unmanned, self-help parking provides the foundation and convenient.At present, abroad risen user self-help park application and parking system; Domestic Intelligent parking system have also been obtained significant progress, but also exist parking stall number statistical not accurately, the not high series of problems of accuracy of location of parking, reduce Consumer's Experience.In addition, domestic unmanned, user self-help parking system and industrial chain are set up not yet, substantially fail to realize complete unattended self-help parking service, are difficult to really improve the facility that user parks and the profit improving manager.Therefore, build the experience that the self-help parking system towards " unmanned " will be improved user widely and parks, improve efficiency of parking; Also can greatly reduce parking lot manpower and materials on duty, significantly reduce the traffic energy consumption in city.
Summary of the invention
The invention provides a kind of Portable safety towards unattended self-help parking system and method.
For achieving the above object, technical scheme of the present invention is as follows:
One sweeps Quick Response Code self-help parking system towards unattended, comprises intelligent parking large data center, parking space intelligent management end, management system of parking and sweeps Quick Response Code gate inhibition; Intelligent parking large data center is for receiving positional information and the predetermined request of personal mobile communication equipment, process predetermined request and examine actual recorded information and the sequence information of parking, generate and comprise the park individual of sequence information of individual subscriber and to park Quick Response Code be sent to personal mobile communication equipment, the list of each garage stall data sorting also searches empty parking space, by the parking space information sequencing display in each garage to personal mobile communication equipment; Parking space intelligent management end is used for all kinds of parking space information of parking in management system to be pushed to large data center, and is responsible for the parking space information in each garage to be updated to large data center; Management system of parking, for the treatment of the parking space information in parking lot, realizes between parking position data and the data of Intelligent management device mutual, receives scanning information, the reservation of checking client and payment information; Gate control system is then to park Quick Response Code by scanning individual, realizes the rising of parking lot gate inhibition, fall control and management.
Self-help parking system also comprises Third-party payment platform, mutual in order to what realize between user and parking lot cost data.
One sweeps Quick Response Code self-help parking method towards unattended, comprises the steps:
(1) intelligent parking large data center receives park predetermined request and the current location information that personal mobile communication equipment proposes;
(2) intelligent parking large data center according to customer location be pushed to user can parking position;
(3) intelligent parking large data center receives the sequence information that personal mobile communication equipment confirms, generates individual and to park Quick Response Code, and be sent to personal mobile communication equipment and park in management system;
(4) when individual in personal mobile communication equipment is parked Quick Response Code near gate inhibition's barcode scanning region by user, sweep Quick Response Code, send first time gate inhibition when opening request, gate control system recording user arrives information;
(5) after terminating when parking, user by with the Quick Response Code of parking in personal mobile communication equipment near gate inhibition's barcode scanning region, sweep Quick Response Code, send second time gate inhibition when opening request, gate control system is opened, leave behind parking lot until user, gate control system recording user leave message, large data center upgrades parking space state.
Wherein, comprise the steps: in (1) step
Step 1.1) the intelligent parking application program of personal mobile communication equipment opens, and upgrade positional information by GPS automatic acquisition, and upload location information is to large data center;
Step 1.2) personal mobile communication equipment proposes to park predetermined request to intelligent parking large data center, and request is according to whether there being object and in two kinds of situation: on purpose, map is chosen destination, need the parking space information pushing destination; Not preengage destination, need the parking space information pushing periphery according to current location.
Wherein, the 1.1st) step and the 1.2nd) comprise personal mobile communication equipment between step and send current location information to large data center, it comprises the steps:
Step 12.1) by GPS software Real-time Obtaining positional information;
Step 12.2) personal mobile communication equipment is in real time to vechicle position reporting information on large data platform center.
Wherein, (2) step comprises the steps:
Step 2.1) management system of parking managing parking field parking position information;
Step 2.2) Intelligent management device manages the parking space information and distribution situation that each parking system uploads;
Step 2.3) Intelligent management device uploads parking position information and distribution to intelligent parking large data center;
Step 2.4) large data center process different user request, and send different parking position information: to the user with not selected destination of parking, parking position information be according to user's current GPS location information centered by the position that the car of this user is current, obtaining d (as 500 meters) is at a certain distance radius, within the scope of this, find corresponding parking lot, parking lot information is pushed to individual subscriber mobile communication equipment; For the user that have selected destination of parking, system pushes neighbouring parking position information by according to customer objective.
Wherein, in (3) step, generate individual's Quick Response Code of parking comprise the steps:
Step 3.1) sequence information of parking of payment generated sends to intelligent parking large data center by personal mobile communication equipment;
Step 3.2) intelligent parking large data center accepts process sequence information, and upgrade data center parking space information, store order, and order is sent to parks in management system;
Step 3.3) intelligent parking large data center by order number, parking space information, initial time of parking, duration of parking, defrayment, the time of payment is encoded by QR code, generates the bar code of two-dimensional space, i.e. Quick Response Code;
Step 3.4) intelligent parking large data center Quick Response Code of the individual of generation being parked is sent to personal mobile communication equipment.
Wherein, (4) step comprises the steps:
Step 4.1) user arrives parking lot, Quick Response Code of individual in personal mobile communication equipment being parked, and near gate inhibition's barcode scanning region, carry out first time scanning individual and to park Quick Response Code, ask opening gate to be parked;
Step 4.2) gate inhibition obtains and resolves individual and to park Quick Response Code, and obtain user and to park sequence information; Compare with the initial time of user's order in management system of parking and current time in system;
Step 4.3.1) if user entry time arrives in the schedule time before and after order initial time of parking, initiate request opening gate to park, parking lot gate inhibition then open automatically, and the service of parking starts, and recording user is successfully entered parking lot information by gate control system and application of parking;
Step 4.3.2) do not arrive in the schedule time before and after initial time of parking if user initiates request, refusal is asked by personal mobile communication equipment, and do not park in time range predetermined to personal mobile communication equipment feedback, the information of parking can not be carried out;
Step 4.3.3) if user does not arrive at exceeding in another longer schedule time minute, cancel its parking stall after a certain proportion of parking fee of system deducts and make a reservation for, order and Quick Response Code are set to inefficacy by intelligent parking large data center, and upgrade parking space information;
Step 4.3.4) user now directly can get card of parking and park.
Wherein, (5) step concrete steps are as follows:
Step 5.1) preparing out car, after leaving parking position, Quick Response Code of parking in gate control system scanning personal mobile communication equipment, opens parking lot gate inhibition and leaves;
Step 5.2) gate inhibition to park Quick Response Code by resolving individual, obtains user and to park sequence information, and gate inhibition will to parking closing time, and park duration and current time in system contrast;
Step 5.2.1) if user exceed in closing time of parking initiate request opening gate go out car, park after user leaves service terminate; Recording user has been gone out car information by gate control system and application of parking, and order is set to and completes order by intelligent parking large data center, upgrades parking space information;
Step 5.2.2) not park in closing time exceeding if user initiates request, refusal is asked by gate inhibition, and has exceeded to managing system of car parking and intelligent terminal feedback the time range gate inhibition that makes a reservation for park and cannot open, and need hand in parking fee retroactively;
Step 5.2.3) personal mobile communication equipment is by parking the time of calculating according to park closing time and current time in system that user exceeds, and calculating should hand in parking fee order retroactively, request user payment;
Step 5.2.4) if user hands in reimbursement of expense success retroactively, renewal is parked order by personal mobile communication equipment, and sends to intelligent parking large data center;
Step 5.2.5) pay successfully, parking lot gate inhibition opens, and user leaves, and parking service terminates, and recording user has been gone out car information by gate control system and application of parking, and order is set to and completes order by intelligent parking large data center, upgrades parking space information.
Compared with prior art, the invention has the advantages that:
1, the best parking stall of quick recommendation request period is realized should being used for by parking;
2, in driving way, what application of parking was constantly updated can parking space's information, constantly recommend best can parking space, and ensure that parking stall can not be assigned to a worse parking space;
3. utilize Quick Response Code stored user sequence information, make user profile safer; Scanning Quick Response Code realizes self-help parking service, convenient, fast.
4, system can realize the unattended self-help parking service in parking lot completely by software, hardware system.
Accompanying drawing explanation
Fig. 1 is that the embodiment of the present invention sweeps service interaction process schematic between Quick Response Code self-help parking system each main body towards unattended.
To be the embodiment of the present invention to park scheduling flow figure towards unattended Quick Response Code self-help parking system of sweeping Fig. 2.
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.
As shown in Figure 1, the embodiment of the present invention sweeps Quick Response Code self-help parking system towards unattended, personal mobile communication equipment use can be coordinated, comprise intelligent parking large data center, parking space intelligent management end, management system of parking and sweep Quick Response Code gate inhibition, personal mobile communication equipment is used for providing to intelligent parking large data center the positional information and predetermined request that send request end, generate order, receive the parking space information list of intelligent parking large data center process request feedback, receive the Quick Response Code storing the individual sequence information of parking of built in user and open gate inhibition for scan request parking lot, intelligent parking large data center is for receiving personal mobile communication device request, process predetermined request, process gate inhibition opens and asks and examine actual recorded information and the sequence information of parking, generate and comprise individual subscriber and to park the Quick Response Code of sequence information, the list of each garage stall data sorting also searches empty parking space, by the parking space information sequencing display in each garage to personal mobile communication equipment, parking space intelligent management end is used for all kinds of parking space information of parking in management system to be pushed to large data center, and is responsible for the parking space information in each garage to be updated to large data center, management system of parking, for the treatment of the parking space information in parking lot, realizes between parking position data and the data of Intelligent management device mutual, gate control system is by sweeping the Quick Response Code checking reservation of client and payment information, realizes the rising of parking lot gate inhibition, fall control and management.
Wherein, personal mobile communication equipment has data communication and GPS locating module, can realize wireless transmission and the GPS location of data, personal communication apparatus can be smart mobile phone, PDA or GPS device, is obtained positional information by bitcom and GPS search software and is sent the request of parking.Intelligent parking large data center is a server system possessing high-speed data process and map datum process, realizes the mutual of personal mobile communication equipment and Intelligent management device by mobile wireless network.Intelligent management device is intelligent parking large data center and the hinge of management system of parking, and what realize between the two is mutual.Management system of parking belongs to the source of parking stall data, mainly can be divided into management system of parking, Minitype manual managing parking field, road wing-rooms on either side of a one-story house parking position management system.Management system of parking can by the Data classification in different parking lot, gather, sort, data are more rationalized.
In the present embodiment, intelligent parking service system also comprises Third-party payment platform, after user subscribes parking stall, the intelligent parking large data center at place sends to user according to different parking lots expense, and it is mutual that user realizes between user and parking lot cost data by Third-party payment.
As shown in Figure 2, the present embodiment method of parking comprises the steps:
(1) personal mobile communication equipment proposes to park predetermined request to intelligent parking large data center, sends current location information;
(2) intelligent parking large data center according to customer location be pushed to user can parking position;
(3) personal mobile communication equipment confirms that parking stall is subscribed, and completes order and pays;
(4) intelligent parking large data center receives sequence information, generates individual and to park Quick Response Code, and be sent to personal mobile communication equipment and park in management system;
(5) individual in personal mobile communication equipment is parked Quick Response Code near gate inhibition's barcode scanning region by user, sweeps Quick Response Code, send first time gate inhibition and open request, and recording user arrives information; User, after gate inhibition opens, drives to sail the parking position ordered in parking lot into;
(6) park terminate after, user by with the Quick Response Code of parking in personal mobile communication equipment near gate inhibition's barcode scanning region, sweep Quick Response Code, send second time gate inhibition and open request, gate control system leaves parking lot, recording user leave message after opening, and large data center upgrades parking space state;
Comprise the steps: in (1) step
Step 1.1) the intelligent parking application program of personal mobile communication equipment opens, and upgrade positional information by GPS automatic acquisition, and upload location information is to large data center;
Step 1.2) personal mobile communication equipment proposes to park predetermined request to intelligent parking large data center, and request is according to whether there being object and in two kinds of situation: on purpose, map is chosen destination, need the parking space information pushing destination; Not preengage destination, need the parking space information pushing periphery according to current location.
Between (1) step and (2) step, comprise personal mobile communication equipment send current location information to large data center, it comprises the steps:
Step 12.1) by GPS software Real-time Obtaining positional information;
Step 12.2) personal mobile communication equipment is in real time to vechicle position reporting information on large data platform center.
Comprise the steps: in (2) step
Step 2.1) management system of parking managing parking field parking position information;
Step 2.2) Intelligent management device manages the parking space information and distribution situation that each parking system uploads;
Step 2.3) Intelligent management device uploads parking position information and distribution to intelligent parking large data center;
Step 2.4.1) the different user's request of large data center process, and send different parking position information.To the user with not selected destination of parking, parking position information be according to user's current GPS location information centered by the position that the car of this user is current, obtaining d (as 500 meters) is at a certain distance radius, within the scope of this, find corresponding parking lot, parking lot information is pushed to individual subscriber mobile communication equipment.
Step 2.4.2) for the user that have selected destination of parking, system pushes neighbouring parking position information by according to customer objective.
In (3) step, user is comprised the steps: by personal mobile communication equipment
Step 3.1) personal mobile communication selection of equipment predetermined parking space, filling in order information, comprises user's car plate, initial time of parking, duration of parking, after confirming to subscribe parking stall.
Step 3.2) intelligent parking large data center calculates required parking fee and sends subscription cost and parking fee to user, raw
Become not pay order of parking.
Step 3.3) personal mobile communication equipment generation do not pay order of parking after, automatically turn to payment interface, user can select corresponding Third-party payment mode to pay, cost information is passed to Third-party payment platform by personal mobile communication equipment subsequently, and personal mobile communication equipment jumps to Third-party payment platform and pays.
Step 3.4) user pays successfully, and Third-party payment platform will feed back to personal mobile communication equipment parking fee payment information.
Step 3.4.1) if user did not have successful pay invoice in 15 minutes, system will cancel non-pay invoice automatically.
Step 3.5) personal mobile communication equipment receives and pays after successful information, generation user is paid order of parking, has paid sequence information of parking and comprised user's license board information, parking space information, user parks initial time, duration of parking, defrayment, the time of payment.
In (4) step, generate individual's Quick Response Code of parking comprise the steps:
Step 4.1) sequence information of parking of payment generated sends to intelligent parking large data center by personal mobile communication equipment.
Step 4.2) intelligent parking large data center accepts process sequence information, and upgrade data center parking space information, store order, and order is sent to parks in management system.
Step 4.3) intelligent parking large data center is by order number, and parking space information, initial time of parking, duration of parking, defrayment, the time of payment is by QR (i.e. QuickResponse) code coding.Generate the bar code of two-dimensional space, i.e. Quick Response Code.
Step 4.4) intelligent parking large data center Quick Response Code of the individual of generation being parked is sent to personal mobile communication equipment.
Parking lot process is entered by self-help parking opening gate as follows (5) user:
Step 5.1) user arrives parking lot, Quick Response Code of individual in personal mobile communication equipment being parked, and near gate inhibition's barcode scanning region, carry out first time scanning individual and to park Quick Response Code, ask opening gate to be parked.
Step 5.2) gate inhibition obtains and resolves individual and to park Quick Response Code, and obtain user and to park sequence information; Compare with the initial time of user's order in management system of parking and current time in system.
Step 5.3.1) if user entry time arrives in x (as value 15) minute before and after order initial time of parking, initiate request (namely by Quick Response Code of parking in gate control system scanning personal mobile communication equipment) opening gate to park, parking lot gate inhibition then open automatically, the service of parking starts, and recording user is successfully entered parking lot information by gate control system and application of parking;
Step 5.3.2) if user initiates request, (namely by Quick Response Code of parking in gate control system scanning personal mobile communication equipment) does not arrive in x (as value 15) minute before and after initial time of parking, refusal is asked by personal mobile communication equipment, and do not park in time range predetermined to personal mobile communication equipment feedback, the information of parking can not be carried out;
Step 5.3.3) if user does not arrive at exceeding in schedule time y (as value 30) minute, cancel its parking stall after a certain proportion of parking fee of system deducts to make a reservation for, order and Quick Response Code are set to inefficacy by intelligent parking large data center, and upgrade parking space information;
Step 5.3.4) in addition, user now directly can get card of parking and carry out that other patterns are auxiliary parks.
Parking lot step is left by self-help parking opening gate as follows (6) user:
Step 6.1) preparing out car, after leaving parking position, user uses gate control system to scan in personal mobile communication equipment Quick Response Code of parking, and opens parking lot gate inhibition and leaves.
Step 6.2) gate inhibition to park Quick Response Code by resolving individual, obtains user and to park sequence information, and gate inhibition will to parking closing time, and park duration and current time in system contrast.
Step 6.2.1) if user goes out car exceeding in x closing time that parks (as value 15) minute request of initiating (namely by Quick Response Code of parking in gate control system scanning personal mobile communication equipment) opening gate, the service of parking after user leaves terminates; Recording user has been gone out car information by gate control system and application of parking, and order is set to and completes order by intelligent parking large data center, upgrades parking space information.
Step 6.2.2) if user initiates request (namely by Quick Response Code of parking in gate control system scanning personal mobile communication equipment) not exceeding in x closing time that parks (as value 15) minute, refusal is asked by gate inhibition, and exceeded the predetermined time range gate inhibition that parks to managing system of car parking and intelligent terminal feedback and cannot open, need parking fee be handed in retroactively.
Step 6.2.3) personal mobile communication equipment is by parking the time of calculating according to park closing time and current time in system that user exceeds, and calculating should hand in parking fee order retroactively, request user payment.
Step 6.2.3.1) calculate the computing method of the parking fee that user should hand in retroactively under:
Suppose user scan individual park Quick Response Code request opening gate leave time, exceeded x closing time that parks (as
Value 15) minute.Need to consider three factors when parking fee is handed in calculating retroactively:
(1) predetermined t closing time that parks
0,
(2) current time in system t
1,
(3) parking fee collective system standard P
i, (i=1,2) unit/hour according to the different periods, the charge in parking lot is different, (with part parking lot 24:00-7:59 expenses standard for P
1, 8:00-23:59 is P
2for example)
The first step:
Calculate and judge that exceeding the time is assumed to be residing chargeable time section T
i:
Second step:
Calculate and should hand in expense C retroactively accordingly:
Step 6.2.4) user hands in reimbursement of expense success retroactively, and renewal is parked order by personal mobile communication equipment, and sends to intelligent parking large data center.
Step 6.2.5) pay successfully, parking lot gate inhibition opens, and user leaves, and parking service terminates, and recording user has been gone out car information by gate control system and application of parking, and order is set to and completes order by intelligent parking large data center, upgrades parking space information.
Compared with prior art, the advantage of the present embodiment is:
1, the best parking stall of quick recommendation request period is realized should being used for by parking;
2, in driving way, what application of parking was constantly updated can parking space's information, constantly recommend best can parking space, and ensure that parking stall can not be assigned to a worse parking space;
3. utilize Quick Response Code stored user sequence information, make user profile safer; Scanning Quick Response Code realizes self-help parking service, convenient, fast.
4, system can realize the unattended self-help parking service in parking lot completely by software, hardware system.
The above is only the preferred embodiment of the present invention, and protection scope of the present invention is also not only confined to above-described embodiment.For those skilled in the art, do not departing from the improvement that obtains under the technology of the present invention concept thereof and conversion also should be considered as protection scope of the present invention.
Claims (9)
1. sweep a Quick Response Code self-help parking system towards unattended, it is characterized in that, comprise intelligent parking large data center, parking space intelligent management end, management system of parking and sweep Quick Response Code gate inhibition; Intelligent parking large data center is for receiving positional information and the predetermined request of personal mobile communication equipment, process predetermined request and examine actual recorded information and the sequence information of parking, generate and comprise the park individual of sequence information of individual subscriber and to park Quick Response Code be sent to personal mobile communication equipment, the list of each garage stall data sorting also searches empty parking space, by the parking space information sequencing display in each garage to personal mobile communication equipment; Parking space intelligent management end is used for all kinds of parking space information of parking in management system to be pushed to large data center, and is responsible for the parking space information in each garage to be updated to large data center; Management system of parking, for the treatment of the parking space information in parking lot, realizes between parking position data and the data of Intelligent management device mutual, receives scanning information, the reservation of checking client and payment information; Gate control system is then to park Quick Response Code by scanning individual, realizes the rising of parking lot gate inhibition, fall control and management.
2. according to claim 1ly sweep Quick Response Code self-help parking system towards unattended, it is characterized in that, also comprise Third-party payment platform, mutual in order to what realize between user and parking lot cost data.
3. sweep a Quick Response Code self-help parking method towards unattended, it is characterized in that, comprise the steps:
(1) intelligent parking large data center receives park predetermined request and the current location information that personal mobile communication equipment proposes;
(2) intelligent parking large data center according to customer location be pushed to user can parking position;
(3) intelligent parking large data center receives the sequence information that personal mobile communication equipment confirms, generates individual and to park Quick Response Code, and be sent to personal mobile communication equipment and park in management system;
(4) when individual in personal mobile communication equipment is parked Quick Response Code near gate inhibition's barcode scanning region by user, sweep Quick Response Code, send first time gate inhibition when opening request, gate control system recording user arrives information;
(5) after terminating when parking, user by with the Quick Response Code of parking in personal mobile communication equipment near gate inhibition's barcode scanning region, sweep Quick Response Code, send second time gate inhibition when opening request, gate control system is opened, leave behind parking lot until user, gate control system recording user leave message, large data center upgrades parking space state.
4. according to claim 3ly sweep Quick Response Code self-help parking method towards unattended, it is characterized in that, comprise the steps: in (1) step
Step 1.1) the intelligent parking application program of personal mobile communication equipment opens, and upgrade positional information by GPS automatic acquisition, and upload location information is to large data center;
Step 1.2) personal mobile communication equipment proposes to park predetermined request to intelligent parking large data center, and request is according to whether there being object and in two kinds of situation: on purpose, map is chosen destination, need the parking space information pushing destination; Not preengage destination, need the parking space information pushing periphery according to current location.
5. according to claim 4ly sweep Quick Response Code self-help parking method towards unattended, it is characterized in that, the 1.1st) step and the 1.2nd) comprise personal mobile communication equipment between step and send current location information to large data center, it comprises the steps:
Step 12.1) by GPS software Real-time Obtaining positional information;
Step 12.2) personal mobile communication equipment is in real time to vechicle position reporting information on large data platform center.
6. according to claim 3ly sweep Quick Response Code self-help parking method towards unattended, it is characterized in that, (2) step comprises the steps:
Step 2.1) management system of parking managing parking field parking position information;
Step 2.2) Intelligent management device manages the parking space information and distribution situation that each parking system uploads;
Step 2.3) Intelligent management device uploads parking position information and distribution to intelligent parking large data center;
Step 2.4) large data center process different user request, and send different parking position information: to the user with not selected destination of parking, parking position information be according to user's current GPS location information centered by the position that the car of this user is current, obtaining d is at a certain distance radius, within the scope of this, find corresponding parking lot, parking lot information is pushed to individual subscriber mobile communication equipment; For the user that have selected destination of parking, system pushes neighbouring parking position information by according to customer objective.
7. according to claim 3ly sweep Quick Response Code self-help parking method towards unattended, it is characterized in that, in (3) step, generate individual's Quick Response Code of parking comprise the steps:
Step 3.1) sequence information of parking of payment generated sends to intelligent parking large data center by personal mobile communication equipment;
Step 3.2) intelligent parking large data center accepts process sequence information, and upgrade data center parking space information, store order, and order is sent to parks in management system;
Step 3.3) intelligent parking large data center by order number, parking space information, initial time of parking, duration of parking, defrayment, the time of payment is encoded by QR code, generates the bar code of two-dimensional space, i.e. Quick Response Code;
Step 3.4) intelligent parking large data center Quick Response Code of the individual of generation being parked is sent to personal mobile communication equipment.
8. according to claim 3ly sweep Quick Response Code self-help parking method towards unattended, it is characterized in that, (4) step comprises the steps:
Step 4.1) user arrives parking lot, Quick Response Code of individual in personal mobile communication equipment being parked, and near gate inhibition's barcode scanning region, carry out first time scanning individual and to park Quick Response Code, ask opening gate to be parked;
Step 4.2) gate inhibition obtains and resolves individual and to park Quick Response Code, and obtain user and to park sequence information; Compare with the initial time of user's order in management system of parking and current time in system;
Step 4.3.1) if user entry time arrives in the schedule time before and after order initial time of parking, initiate request opening gate to park, parking lot gate inhibition then open automatically, and the service of parking starts, and recording user is successfully entered parking lot information by gate control system and application of parking;
Step 4.3.2) do not arrive in the schedule time before and after initial time of parking if user initiates request, refusal is asked by personal mobile communication equipment, and do not park in time range predetermined to personal mobile communication equipment feedback, the information of parking can not be carried out;
Step 4.3.3) if user does not arrive at exceeding in another longer schedule time minute, cancel its parking stall after a certain proportion of parking fee of system deducts and make a reservation for, order and Quick Response Code are set to inefficacy by intelligent parking large data center, and upgrade parking space information;
Step 4.3.4) user now directly can get card of parking and park.
9. according to claim 3ly sweep Quick Response Code self-help parking method towards unattended, it is characterized in that, (5) step concrete steps are as follows:
Step 5.1) preparing out car, after leaving parking position, Quick Response Code of parking in gate control system scanning personal mobile communication equipment, opens parking lot gate inhibition and leaves;
Step 5.2) gate inhibition to park Quick Response Code by resolving individual, obtains user and to park sequence information, and gate inhibition will to parking closing time, and park duration and current time in system contrast;
Step 5.2.1) if user exceed in closing time of parking initiate request opening gate go out car, park after user leaves service terminate; Recording user has been gone out car information by gate control system and application of parking, and order is set to and completes order by intelligent parking large data center, upgrades parking space information;
Step 5.2.2) not park in closing time exceeding if user initiates request, refusal is asked by gate inhibition, and has exceeded to managing system of car parking and intelligent terminal feedback the time range gate inhibition that makes a reservation for park and cannot open, and need hand in parking fee retroactively;
Step 5.2.3) personal mobile communication equipment is by parking the time of calculating according to park closing time and current time in system that user exceeds, and calculating should hand in parking fee order retroactively, request user payment;
Step 5.2.4) if user hands in reimbursement of expense success retroactively, renewal is parked order by personal mobile communication equipment, and sends to intelligent parking large data center;
Step 5.2.5) pay successfully, parking lot gate inhibition opens, and user leaves, and parking service terminates, and recording user has been gone out car information by gate control system and application of parking, and order is set to and completes order by intelligent parking large data center, upgrades parking space information.
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Cited By (15)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105741360A (en) * | 2016-02-18 | 2016-07-06 | 浙江理工大学 | APP-based novel parking automatic charging system and method |
| CN106205191A (en) * | 2016-08-05 | 2016-12-07 | 西安邮电大学 | Unmanned parking stall based on mobile Internet management method |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2003506770A (en) * | 1999-07-30 | 2003-02-18 | フランス テレコム | Process for managing the payment of parking fees and proof documents and terminals for this |
| WO2005050575A1 (en) * | 2003-11-19 | 2005-06-02 | Aderbal Fernandes Lima | System for paying parking fees using cellular telephones |
| CN203192236U (en) * | 2013-04-02 | 2013-09-11 | 长安大学 | Two-dimension code parking space reservation management device |
| CN103903475A (en) * | 2014-04-04 | 2014-07-02 | 荣辉桂 | Intelligent parking service system for cities and parking scheduling method |
| CN104077717A (en) * | 2014-07-17 | 2014-10-01 | 赵利杰 | Parking place leasing method and system |
| CN104899932A (en) * | 2015-06-10 | 2015-09-09 | 王小安 | Mobile phone vehicle-parking payment software |
-
2015
- 2015-09-24 CN CN201510615941.0A patent/CN105336008A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2003506770A (en) * | 1999-07-30 | 2003-02-18 | フランス テレコム | Process for managing the payment of parking fees and proof documents and terminals for this |
| WO2005050575A1 (en) * | 2003-11-19 | 2005-06-02 | Aderbal Fernandes Lima | System for paying parking fees using cellular telephones |
| CN203192236U (en) * | 2013-04-02 | 2013-09-11 | 长安大学 | Two-dimension code parking space reservation management device |
| CN103903475A (en) * | 2014-04-04 | 2014-07-02 | 荣辉桂 | Intelligent parking service system for cities and parking scheduling method |
| CN104077717A (en) * | 2014-07-17 | 2014-10-01 | 赵利杰 | Parking place leasing method and system |
| CN104899932A (en) * | 2015-06-10 | 2015-09-09 | 王小安 | Mobile phone vehicle-parking payment software |
Cited By (16)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105741360B (en) * | 2016-02-18 | 2018-10-19 | 浙江理工大学 | A kind of novel parking automatic fare collection system and method based on APP |
| CN105741360A (en) * | 2016-02-18 | 2016-07-06 | 浙江理工大学 | APP-based novel parking automatic charging system and method |
| WO2017148257A1 (en) * | 2016-03-01 | 2017-09-08 | 中兴通讯股份有限公司 | Parking management method, platform and system |
| CN107464300A (en) * | 2016-06-06 | 2017-12-12 | 北京奥斯达兴业科技有限公司 | Parking lot control method and device |
| CN106205191A (en) * | 2016-08-05 | 2016-12-07 | 西安邮电大学 | Unmanned parking stall based on mobile Internet management method |
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| CN107392332A (en) * | 2017-06-23 | 2017-11-24 | 深圳市盛路物联通讯技术有限公司 | A kind of self-service reservation is parked service end, system and processing method |
| CN107154164A (en) * | 2017-07-13 | 2017-09-12 | 浦信科技（上海）有限公司 | A kind of parking lot reverse car seeking method and system |
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