CN108898882A - A kind of recommended method of intelligent network connection Parking Stall - Google Patents
A kind of recommended method of intelligent network connection Parking Stall Download PDFInfo
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- CN108898882A CN108898882A CN201810947979.1A CN201810947979A CN108898882A CN 108898882 A CN108898882 A CN 108898882A CN 201810947979 A CN201810947979 A CN 201810947979A CN 108898882 A CN108898882 A CN 108898882A
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- parking
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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
- G08G1/144—Traffic control systems for road vehicles indicating individual free spaces in parking areas with means giving the indication of available parking spaces on portable or mobile units, e.g. personal digital assistant [PDA]
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Abstract
The invention discloses a kind of recommended methods of intelligent network connection Parking Stall, obtain the set in parking lot according to destination including S1；S2, by the Resource selection parking lot in parking lot, obtains the set of the parking lot available parking places according to screening conditions；When S3 available parking places quantity is not zero, locking parking position；When quantity is zero, wait for a period of time；S4 for a period of time in when thering is vehicle to leave parking lot, locking parking position when no vehicle leaves parking lot, returns to S2, and all parking lots still without parking stall enter S5 after being selected；S5 expands destination periphery setting range and enters S1.The utilization efficiency of parking resource can be improved in the method for the present invention, saves user time.
Description
Technical field
The present invention relates to a kind of recommended methods of Parking Stall, more particularly to a kind of recommendation of intelligent network connection Parking Stall
Method.
Background technique
The intelligent driving epoch have arrived, and related innovative product and trip service emerge one after another.As vehicle is gathered around per capita
The continuous promotion for the amount of having, parking resource is more nervous, especially says big city.According to ASSOCIATE STATISTICS, tier 2 cities vehicle possesses
Amount and parking stall ratio are about 1：0.8, and the Vehicle's quantity of the megalopolis in a line city and parking stall ratio are about
It is 1：0.5, therefore in order to promote driving experience and veritably realize intelligent driving, parking difficulty problem has to solve, and related
Parking service platform and its working method require study.
Automobile consumption is increasingly mature, and market speedup tends to gentle, and diversified trend, consumption reason is presented in user demand of new generation
Thought is shifted from buying car to vehicle, and the challenge of trip service market is heavy, is made intelligent network connection parking trip and is serviced such platform
It is an opportunity.
Currently, related navigation application can provide the specific location of parking resource, but also only it is to provide the ground in parking lot
Position is managed, this is also far from enough；Or the parking application having, lock lifting and private car with being capable of providing mobile phone terminal control
The taxi etc. of position, but this also only simple service, not enough efficiently, intelligence.
Summary of the invention
In view of the above-mentioned defects in the prior art, it the present invention provides a kind of recommended method of intelligent network connection Parking Stall, mentions
The utilization efficiency of high parking resource saves user time.
Technical solution of the present invention is as follows：A kind of recommended method of intelligent network connection Parking Stall, includes the following steps：
S1, the destination that user is obtained by remote information processor obtain the setting of destination periphery according to the destination
The set in the parking lot in range；
S2, the one of parking lot of Resource selection by the parking lot, and obtain the available parking places in the parking lot
Set；
If the parking stall quantity of the set of S3, the available parking places obtained is not zero, in the available parking places
A parking stall is selected in set, the relevant information on the parking stall of selection is sent to the mobile terminal of user and by remotely controlling
The berth lock that device processed controls the parking stall of the selection locks parking stall, terminates process；If the available parking places obtained
The parking stall quantity of set is zero, then the parking lot information of selection is sent to the mobile terminal of user and monitored in a period of time
Whether the parking lot has vehicle to exit into step S4；
If S4, the parking lot has vehicle to leave in a period of time, the parking space information of the vehicle left is obtained, and
The relevant information on the parking stall is sent to the mobile terminal of user and controls the parking stall of the selection by remote controllers
Berth lock locks parking stall, terminates process；If the parking lot does not have vehicle to leave in a period of time, return step
Resource selection one other parking lots and repetition step S3 and S4 of the S2 from the parking lot, when in the set in the parking lot
All parking lots selected and when parking stall quantity of the set of available parking places is all zero enters step S5；
Destination periphery setting range described in S5, expansion step S1 simultaneously obtains the destination periphery setting range after expanding
The set in interior parking lot, return step S1 when the destination periphery setting range after expansion is less than range threshold, after expansion
Destination periphery setting range overrun threshold value when terminate process.
Further, it is that purpose is arranged in mobile terminal by user that the remote information processor, which obtains the destination of user,
Ground, and the remote information processor is sent to by the mobile terminal of the user.
Further, the step S2 is by the one of parking lot of Resource selection and step S4 in the parking lot from institute
It is the screening item selected from the set in the parking lot by user when stating one other parking lot of Resource selection in parking lot
Part is selected, the screening conditions include with parking lot at a distance from the destination by closely to remote selection parking lot, to stop
It charges and selects parking lot from low to high, select parking lot to complicated by simple with parking lot topographic features in parking lot.
Further, a period of time of the step S4 is presently in position according to user and travels to needed for the destination
Executeaaafunction determine, described a period of time be less than the executeaaafunction.
Further, be when destination periphery setting range described in the step S5 expansion step S1 with the purpose
Ground distance increases 1km or more and is expanded.
The advantages of technical solution provided by the present invention, is：
1, parking lot publication parking space information can be solved simultaneously and user finds suitable parking stall two large problems, it is sufficiently whole
It closes parking resource and parking demand information and matches supply and demand, improve parking stall utilization rate, and save user and spend in parking
Time and efforts；
2, make the synchronizing information of parking service supplier and demander online, real time data exchange, to share economic mould
Formula shares respective resource, while solving multi-party concern, realizes multi-win；
3, the recommended method logic of intelligent network connection Parking Stall is simple, and corresponding information processing platform building is not multiple
It is miscellaneous, the parking resource complete service of optimization is provided with very high cost performance for user；
4, remote information memory is divided into interim and permanent two kinds of memories by intelligent network connection parking trip service platform,
Make interim parking resource information processing, update faster more timely, the working efficiency of platform is also centainly promoted.
Detailed description of the invention
Fig. 1 is the recommended method flow diagram that intelligent network of the present invention joins Parking Stall.
Fig. 2 is the operating system module diagram for joining the recommended method of Parking Stall for completing intelligent network of the present invention.
Specific embodiment
Below with reference to embodiment, the invention will be further described, it should be understood that these embodiments be merely to illustrate the present invention and
It is not used in and limits the scope of the invention, after the present invention has been read, those skilled in the art are to various equal similar shapes of the invention
The modification of formula is fallen in the application range as defined in the appended claims.
Incorporated by reference to shown in Fig. 1 and Fig. 2, intelligent network involved in the present embodiment joins the operation system of the recommended method of Parking Stall
Module of uniting includes intelligently locking 1, remote information processor 2, remote controllers 3, remote information permanent memory 4, remote information
Temporary storage 5 and mobile terminal 6, wherein intelligently lock 1 and connected with remote controllers 3 by wireless network communication mode；Far
Journey message handler 2 is connected with remote information permanent memory 4 by wired communication modes；Remote information processor 2 and remote
Journey information temporary storage 5 is connected by wired communication modes；Remote information processor 2 and remote controllers 3 pass through wired
Communication modes connection；Remote controllers 3 are connected with mobile terminal 6 by wireless network communication mode；Mobile terminal 6 and intelligence
Ground lock 1 passes through wireless network communication mode or bluetooth connection；Remote information permanent memory 4 stores geographic long-term existence
Parking lot and its parking space information；Remote information temporary storage 5 stores available parking space information near user's real time position；Far
Journey message handler 2 controls the lifting of intelligently lock 1 by remote controllers 3, and 1 lifting is intelligently locked in the control of mobile terminal 6；
By the status indication of parking stall to be empty when user is left parking stall by remote information processor 2, and information is stored in remote information and is faced
When memory 5, remote information processor 2 connect with mobile terminal 6 by internet.
The recommended method of intelligent network connection Parking Stall is run according to the following steps：
Destination is arranged in mobile terminal 6 in S1, user, which is sent to remotely by the mobile terminal 6 of user
Message handler 2 obtains destination periphery according to destination by remote information processor 2 on remote information permanent memory 4 and sets
Determine the set in the parking lot in range, which is an initial range, such as setting range is 1km and destination periphery
Set of all parking lots of 1km range as parking lot；
S2, the one of parking lot of Resource selection according to the screening conditions of user's selection in parking lot, the screening of user
Condition include with parking lot at a distance from destination by closely selecting to stop from low to high to remote selection parking lot, with parking fee collective system
Field selects parking lot to complicated by simple with parking lot topographic features.Screening conditions can according to priority carry out Mutiple Choice, example
It if preferentially selected according to distance, is then selected according to charge, selects to obtain the available of the parking lot behind one of parking lot and stop
The set of parking stall；
If the parking stall quantity of the set of S3, the available parking places obtained is not zero, it is meant that the parking lot selected
In presently, there are vacant parking stalls, then in the set of available parking places select a parking stall, by the correlation on the parking stall of selection
Information is sent to the mobile terminal 6 of user and controls 1 pair of parking stall of intelligently lock on the parking stall of the selection by remote controllers 3
It is locked, terminates process；If the parking stall quantity of the set of the available parking places obtained is zero, it is meant that is selected stops
Currently without vacant parking stall in parking lot, the parking lot information of selection is sent to the mobile terminal 6 of user and monitors a period of time
Whether interior parking lot has vehicle to exit into step S4；Here a period of time is presently in position according to user and travels to destination
Required executeaaafunction determines, is less than executeaaafunction for a period of time.Such as user is presently in position and travels to destination needs
15min will can then be arranged to for a period of time 10min.
If S4, parking lot has vehicle to leave in this period, the parking space information of the vehicle left is obtained, and should
The relevant information on parking stall is sent to the mobile terminal 6 of user and controls the vehicle on the parking stall of the selection by remote controllers 3
Intelligently lock 1 is locked for position, terminates process；If parking lot does not have vehicle to leave in this period, return step S2 from
Resource selection one other parking lots in parking lot simultaneously repeat step S3 and S4, when all parking lots in the set in parking lot
It has been selected and when parking stall quantity of the set of available parking places is all zero enters step S5；
S5, the destination periphery setting range for increasing 1km expansion step S1 with destination distance, i.e., in the week of original 1km
Side setting range becomes 2km, becomes 3km from the periphery setting range of 2km when executing this step again, obtains the mesh after expanding
Ground periphery setting range in parking lot set, the destination periphery setting range after expansion returns when being less than range threshold
Return step S2, the destination periphery setting range after expansion overrun threshold value when terminate process, range threshold is prior by user
Setting, such as user can be 3km according to own situation setting range threshold value, then it represents that it can receive destination periphery 3km model
Enclose interior parking stall.
Using the method for the present invention it is a kind of typically, vehicle is sailed out of parking stall, remote information processor 2 by user
The status indication position on the parking stall is empty, and status indication position is stored in remote information temporary storage 5, which is in
State can be shared, other users can use the parking stall within the time of restriction, and parking stall owner is available
One cost of use, avoids the wasting of resources.Before user travels toward destination, destination information is set on mobile terminal 6, and
And the distance on parking stall near acceptable destination, i.e. range threshold are set, and the screening on parking stall is adjusted, such as distance
Far and near, charge height, topographic features complexity etc..Before user arrives at the destination, remote information processor 2 is analyzed in real time
User's vehicle-state recommends the optimal parking space information of user by the method for the present invention when vehicle arrives at the destination nearby, at this time
Intelligently lock 1 rises locking parking position to the control of remote controllers 3, avoids other users from robbing the parking stall, this is a kind of resource
Efficient method is always imitated in distribution, orderly use and society.Then, the V2X that mobile terminal 6 is obtained according to remote information processor 2
Information is with optimal path navigation user to parking stall, and remote controllers 3, which are assigned instruction in time and fallen, intelligently locks 1, user's parking.
User pick up the car when, mobile terminal 6 navigate user with the shortest distance to parking stall position, if encounter be parking systems parking
, parking apparatus can also be controlled in advance by remote controllers 3 take out user's vehicle in advance.Remote information processor 2
Evaluation time T when picking up the car according to user, by the parking space state labeled as available mode after T minutes.User, which picks up the car, sails out of parking stall,
Remote information processor 2 is closed the account, and is deducted from user in prestoring in expense on mobile terminal 6, non-parking charge, convenient,
Wireless payment.
Claims (5)
1. a kind of recommended method of intelligent network connection Parking Stall, which is characterized in that include the following steps：
S1, the destination that user is obtained by remote information processor obtain destination periphery setting range according to the destination
The set in interior parking lot；
S2, the one of parking lot of Resource selection by the parking lot, and obtain the set of the available parking places in the parking lot；
If the parking stall quantity of the set of S3, the available parking places obtained is not zero, in the set of the available parking places
One parking stall of middle selection, is sent to the mobile terminal of user for the relevant information on the parking stall of selection and passes through remote controllers
The berth lock for controlling the parking stall of the selection locks parking stall, terminates process；If the set of the available parking places obtained
Parking stall quantity be zero, then the parking lot information of selection is sent to the mobile terminal of user and monitored in a period of time described
Whether parking lot has vehicle to exit into step S4；
If S4, the parking lot has vehicle to leave in a period of time, the parking space information of the vehicle left is obtained, and should
The relevant information on parking stall is sent to the mobile terminal of user and controls the parking stall on the parking stall of the selection by remote controllers
Lock locks parking stall, terminates process；If the parking lot does not have vehicle to leave in a period of time, return step S2 from
Resource selection one other parking lots in the parking lot simultaneously repeat step S3 and S4, when the institute in the set in the parking lot
There is parking lot to be selected and when parking stall quantity of the set of available parking places is all zero enters step S5；
Destination periphery setting range described in S5, expansion step S1 simultaneously obtains in the destination periphery setting range after expanding
The set in parking lot, return step S1 when the destination periphery setting range after expansion is less than range threshold, the mesh after expansion
Ground periphery setting range overrun threshold value when terminate process.
2. the recommended method of intelligent network connection Parking Stall according to claim 1, which is characterized in that at the remote information
The destination that reason device obtains user is destination to be arranged in mobile terminal by user, and be sent to by the mobile terminal of the user
The remote information processor.
3. the recommended method of intelligent network connection Parking Stall according to claim 1, which is characterized in that the step S2 is by institute
The one of parking lot of Resource selection and step S4 for stating parking lot are stopped from one others of Resource selection in the parking lot
It is to be selected from the set in the parking lot by the screening conditions that user selects when parking lot, the screening conditions include to stop
Parking lot is at a distance from the destination by closely selecting parking lot from low to high to remote selection parking lot, with parking fee collective system, to stop
Parking lot topographic features are by simple to complicated selection parking lot.
4. the recommended method of intelligent network connection Parking Stall according to claim 1, which is characterized in that the one of the step S4
The section time is presently in position according to user and travels to the determination of executeaaafunction needed for the destination, and described a period of time is less than
The executeaaafunction.
5. the recommended method of intelligent network connection Parking Stall according to claim 1, which is characterized in that the step S5 expands
It is to increase 1km or more with the destination distance and be expanded when the setting range of destination periphery described in step S1.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810947979.1A CN108898882A (en) | 2018-08-20 | 2018-08-20 | A kind of recommended method of intelligent network connection Parking Stall |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810947979.1A CN108898882A (en) | 2018-08-20 | 2018-08-20 | A kind of recommended method of intelligent network connection Parking Stall |
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| CN108898882A true CN108898882A (en) | 2018-11-27 |
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| CN201810947979.1A Pending CN108898882A (en) | 2018-08-20 | 2018-08-20 | A kind of recommended method of intelligent network connection Parking Stall |
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Cited By (6)
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| CN109493636A (en) * | 2018-12-27 | 2019-03-19 | 杭州启迪万华科技产业发展有限公司 | A kind of recommended method and device of parking stall |
| CN109615919A (en) * | 2018-12-28 | 2019-04-12 | 西安艾润物联网技术服务有限责任公司 | Virtual parking area user management method, server and computer readable storage medium |
| CN110164173A (en) * | 2019-05-15 | 2019-08-23 | 广州南洋理工职业学院 | Intelligent parking system under car networking environment |
| CN112053587A (en) * | 2020-09-11 | 2020-12-08 | 吉林大学 | Automatic yield method based on automatic driving vehicle, storage medium and system |
| CN113012465A (en) * | 2021-02-23 | 2021-06-22 | 中国汽车技术研究中心有限公司 | Parking space recommendation method based on intelligent network connection, intelligent network connection platform and system |
| CN113487905A (en) * | 2021-06-09 | 2021-10-08 | 海南漫游谷电子商务有限公司 | Parking lot parking space prediction method and server |
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Application publication date: 20181127 |