CN103886775B - A kind of parking stall intelligent inquire reservation system and method - Google Patents

A kind of parking stall intelligent inquire reservation system and method Download PDF

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Publication number
CN103886775B
CN103886775B CN201410014983.4A CN201410014983A CN103886775B CN 103886775 B CN103886775 B CN 103886775B CN 201410014983 A CN201410014983 A CN 201410014983A CN 103886775 B CN103886775 B CN 103886775B
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parking stall
parking
reservation
user
stall
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CN201410014983.4A
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CN103886775A (en
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朱洪波
徐源吾
赵莎莎
王思为
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南京邮电大学
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Abstract

The invention provides a kind of parking stall intelligent inquire reservation system and method thereof, comprise parking stall information acquisition system, parking lot gateway, parking lot host computer, parking stall idle pilot lamp, local induced screen, cloud server, reserve terminal.Utilize this system, user can by inputting destination, screening oneself satisfied parking stall and preengage.The invention enables the people that can not find parking stall can find the parking stall meeting self-demand fast, can also the behavior of regulation subscriber, and there is parking stall inducing function, can also forecast in advance in parking stall idle condition change advance row parking space information, solve problems of the prior art well.

Description

A kind of parking stall intelligent inquire reservation system and method

Technical field

The present invention relates to intelligent inquire reservation field, particularly a kind of parking stall intelligent inquire reservation system and method thereof.

Background technology

Along with the develop rapidly of economy, automobile becomes new consumption hotspot and point of economic increase, and automobile pollution rises fast.Parking difficulty has become a great problem of citizens' activities, because can not find, parking stall is just random is parked in roadside by car to a lot of people, not only have impact on normal traffic order, and have impact on city look and feel, how to make car owner that most suitable parking stall can be found within the shortest time to be very practical also problem highly significant.

Current domestic a lot of parking lot also adopts labor management mode, arranges staff, manual control vehicles while passing at the entrance and exit in parking lot, after parking position has been expired, then places the label of Occupied in porch.This kind of mode input cost is low, but efficiency is low, and operation cost is high, and easily information is inaccurate, and the full state of parking stall sky just can be learnt by car owner Entrance place of must driving.If parking stall is entirely occupied, car owner looks for again again, and this easily causes traffic jam, and car owner also cannot predict the position in parking lot in advance.Also there are some parking lots to improve the parking stall efficiency of management, electronic induction screen is set at Entrance, establish the empty parking space quantity in one piece of dynamic electron display screen display parking lot at entrance or crossing.Although this is more efficient than manual type, this induced screen can only fixedly be built up in around parking lot, and car owner must walk close to electrical screen and just can see.

Patent publication No. is CN102831785A, number of patent application is that the Chinese patent of CN201210340300.5 discloses parking stall inquiry reservation system and inquiry preordering method thereof, parking stall inquiry reservation system comprises at least one parking space information collecting unit, the inquiry of at least one parking stall book server, at least one communication controler and at least one terminal device, parking space information collecting unit is connected with communication controler by communication media, and communication controler is inquired about book server by internet or mobile communications network with parking stall with terminal device and is connected.Parking stall of the present invention inquiry reservation system, intelligence degree is high, simple to operate, easy to use, parking space information collection and issue is accurate, hardware cost is low; Predetermined method is inquired about on described parking stall can according to the information of car owner position, the parking space information of automatically, personalized displaying car owner periphery, simplify the operation flow process, reduce the time that car owner operates and searches for vacant parking stall, improve operating effect, avoid car owner cause traffic congestion because of dispersion attention or cause traffic hazard.But this patent has the following disadvantages: (1) system can not be initiatively that user filters out suitable parking lot and parking stall, user but receives parking position after clicking reservation full, subscribe failed information, then parking lot is reselected again, this certainly will cause inconvenience to the user, waste user time; (2) parking lot end cannot carry out real-time inspection to the duty of parking stall collecting device.Once the parking stall collecting device operation irregularity on some parking stall, these parking stalls will become bad point, and cannot continue provides service, cause the wasting of resources; (3) although have parking lot inducing function (the S3 parking lot see patent searching is induced), user can be guided to arrive the parking lot of reservation, lack parking stall inducing function.If large parking lot, user still conveniently cannot find oneself reservation parking stall after arriving parking lot; (4) system of users behavior lacks restriction, can finally but not come if user is subscribed to certain parking stall, and that time of that reservation can be brought economic loss to parking lot by the parking stall preengage, and also result in the wasting of resources.(5) parking space information real-time is inadequate.Such as user finds do not had idle parking stall when inquiring about certain parking stall, parking lot, but part car now may be had just to intend to leave.User has just abandoned this parking lot, but has had vacant position in this parking lot.That is system can not accomplish to forecast before parking stall idle condition change prerequisite, provides ageing higher parking space information.

Summary of the invention

For solving the problems of the technologies described above, the invention provides a kind of parking stall intelligent inquire reservation system:

A kind of parking stall intelligent inquire reservation system, comprises parking stall information acquisition system, parking lot gateway, parking lot host computer, parking stall idle pilot lamp, local induced screen, cloud server, reserve terminal;

Parking stall information acquisition system comprises ultrasonic stall detecting device and car park areas controller, zone controller is connected with all ultrasonic stall detecting devices in this region, and the car park areas controller of parking stall information acquisition system is connected by Controller Area Network BUS with parking lot gateway;

Parking lot gateway is connected with cloud server and parking lot host computer respectively by the Internet;

Parking lot host computer comprises parking stall administration module, data processing module, local data base, and parking stall uses Charging Module, parking stall visualized management module, information issuing module; Data processing module is connected with other modules of parking lot host computer respectively; The idle pilot lamp in parking stall is all connected by the information issuing module of RS485 bus with parking lot host computer with local induced screen.

Cloud server comprises distributed data processing module, parking stall query-reservation module, cloud database, parking stall reservation Charging Module, parking lot management module.Distributed data processing module is connected with other four modules of cloud server respectively;

Reserve terminal is connected with cloud server by the Internet.

Described ultrasonic stall detecting device is arranged on, 3 meters, top of parking stall.

Described parking lot gateway is Ethernet-control area net(CAN) data converter.

Described Ethernet-control area net(CAN) data converter is CANET-200T.

A kind of parking stall intelligent inquire reserving method, utilize above-mentioned a kind of parking stall intelligent inquire reservation system to realize, its step comprises:

Step 1: user uses reserve terminal to log in cloud server;

Step 2: user inputs destination;

Step 3: user checks destination periphery parking position state and expenses standard;

Step 4: user selects reservation condition according to demand;

Step 5: cloud server filters out suitable parking stall and carries out meter calculation;

Step 6: user receives position induction information and the subscription price use on parking lot and parking stall;

Step 7: user confirms to preengage and pays parking stall subscription price;

Step 8: user goes to use parking stall, parking lot according to the reservation object information received;

Step 9: user finishes using and leaves parking stall and pay parking stall usage charges.

Described a kind of parking stall intelligent inquire reserving method, the reservation condition described in its step 4 is nearest.

Described a kind of parking stall intelligent inquire reserving method, the reservation condition described in its step 4 is network minimal.

Described a kind of parking stall intelligent inquire reserving method, the reservation condition described in its step 4 is that credit worthiness is best.

The invention enables the people that can not find parking stall can find the parking stall meeting self-demand, parking facility utilization factor is impelled significantly to improve, reduce curb parking phenomenon, reduce and wait for warehouse-in queuing vehicle, reduce the time loss that driver finds parking position, thus minimizing city is the volume of traffic added that stops, the present invention simultaneously can also screen suitable parking lot for subscriber, the behavior of regulation subscriber, and there is parking stall inducing function, can forecast according to before parking stall idle condition change prerequisite, solve Problems existing in existing patent well.

Accompanying drawing illustrates:

Fig. 1 is overall system architecture figure.

Fig. 2 is parking stall information acquisition system Organization Chart.

Fig. 3 is cloud server Organization Chart.

Fig. 4 is parking lot host computer Organization Chart.

Fig. 5 is System Utilization Procedure process flow diagram.

Specific embodiments

The object of the present invention is to provide a kind of parking stall intelligent inquire reservation system, by native system, user obtains the parking space information in parking lot, each department whenever and wherever possible by mobile phone or computer etc., and preengages satisfied parking stall according to the demand of self.Preengage the route information that can obtain successfully and go to parking lot, place, preengage parking stall, and the number information of this parking stall in this parking lot.The invention enables the people that can not find parking stall can find the parking stall meeting self-demand.Impel parking facility utilization factor significantly to improve, minimizing curb parking phenomenon, reduces and waits for warehouse-in queuing vehicle, reduces the time loss that driver finds parking position, thus minimizing city is the volume of traffic added that stops.

Below in conjunction with Figure of description, the present invention is described further.

With reference to Fig. 1 parking position inquiry of the present invention and reservation system, native system comprises parking stall information acquisition system, parking lot gateway, parking lot host computer, local induced screen, the idle pilot lamp in parking stall, cloud server, reserve terminal.

Parking stall information acquisition system comprises ultrasonic stall detecting device and car park areas controller, zone controller is connected with all ultrasonic stall detecting devices in this region, the car park areas controller of parking stall information acquisition system and parking lot gateway are by CAN (ControllerAreaNetwork, controller local area network) bus, namely Controller Area Network BUS is connected;

As shown in Fig. 2 parking stall information acquisition system Organization Chart, parking stall information acquisition system is made up of ultrasonic stall detecting device and car park areas controller.In order to make parking stall information acquisition system run more reliable and convenient management, Region dividing is carried out in a parking lot by us, and there is a zone controller in each region.A zone controller controls some ultrasonic stall detecting devices in this region, and the parking stall duty information collected is sent to the zone controller at this place, parking stall by ultrasonic stall detecting device by CAN.Information is sent to parking lot gateway by CAN by zone controller again.Ultrasonic stall detecting device is arranged on the position of about 3 meters, the top of parking stall.Measure its distance to below.When the distance that parking stall records without ultrasonic detector during car will be about 3 meters, represent without car.The distance that ultrasonic detector records when parking stall there being car will much smaller than 3 meters, and representative has car.In order to prevent the erroneous judgement caused such as walking about because of people, can differentiate that time delay be set to about 30 seconds, the range information namely recorded when ultrasonic detector keeps 30 seconds more than constant, then think in stable condition.Certain parking stall only ultrasonic stall detecting device detect this parking stall without car and system is not preengage away this parking stall time just think that this parking stall is idle.

Parking lot gateway is connected with cloud server and parking lot host computer respectively by the Internet;

Parking lot gateway is Ethernet-control area net(CAN) data converter, and it is CANET-200T that the present embodiment is selected, and this is a technical grade Ethernet-control area net(CAN) data converter of Beijing Science and Technology Ltd. of Ai Taiyi section exploitation, and 200T is model.Or select CANTCP-01, this is the product of Guangzhou En Pu Electronics Co., Ltd., also Ethernet-control area net(CAN) data converter is, model is 01 function realizing that CAN-bus (ControllerAreaNetwork-bus, Controller Area Network BUS) data and Ethernet (Ethernet) data change mutually.

Parking lot gateway by parking stall duty information according to CAN agreement (Controller Area Network BUS agreement, a kind of serial communication network agreement) resolve, then according to TCP/IP (TransmissionControlProtocol transmission control protocol/InternetProtocol Internet protocol) agreement, Information encapsulation is sent to cloud server and parking lot host computer respectively by internet.

As shown in Figure 4, parking lot host computer comprises data processing module, information issuing module, and parking stall uses Charging Module, local data base, parking stall visualized management module.Data processing module is connected with other modules of parking lot host computer respectively.The idle pilot lamp in parking stall and local induced screen are all connected with the information issuing module of parking lot host computer by RS485 (a kind of asynchronous serial bus standard, RS is that recommededstandard is meant to proposed standard, and 485 is identification numbers) bus.

The idle pilot lamp in parking stall is all connected with parking lot host computer by RS485 bus with local induced screen, and is all controlled by parking lot host computer.

After parking lot host computer receives the parking stall duty information that gateway sends, carry out data processing and data are stored to local data base, parking stall visualized management module can show all parking space information in current parking lot in real time.Parking lot host computer also can receive the user profile that parking lot gateway is sent here, and can in the visualized management module of parking stall searching user's information.User profile mainly comprises the license plate number of user, the parking stall number of user's reservation, the pre-due in of user, user pre-service time.This information carries out vehicle and parking stall management by facilitating parking lot management personnel.Information issuing module is connected with local induced screen, and user can know residue parking stall situation and the parking stall Regional Distribution of Registered in current parking lot according to the information of this locality induction screen display.Information issuing module is also connected with parking stall idle condition pilot lamp, and parking stall idle condition pilot lamp is that green interval scale parking stall is idle, and parking stall idle condition pilot lamp is that red interval scale parking stall is occupied or to be preengage.Pass through host computer, parking lot management personnel can real time inspection self parking position service condition, service condition comprises parking lot and has how many parking stalls, also remain how many empty parking spaces at present, which parking stall by which user is subscribed to, which user preengages this parking position, and which subscriber has arrived, subscription time that the subscriber be less than also remains etc.By parking lot host computer, parking lot management personnel can also carry out fault detect to parking stall information acquisition system, and whether the parking space detector detecting regional can normally work, Timeliness coverage bad point.

Local induced screen is connected by the information issuing module of RS485 bus with parking lot host computer with the idle pilot lamp in parking stall, and is all controlled by parking lot host computer.Local induced screen shows the remaining parking stall of regional, current parking lot and the position of regional in parking lot.Guiding is come, and user is convenient and swift finds parking stall.The idle pilot lamp in parking stall is arranged on 3 meters of above parking stall, and shown in green interval scale parking stall is idle, shows red interval scale parking stall to account for or to be preengage.

Reserve terminal is connected with cloud server by the Internet.

Cloud server carries out data distributed treatment after receiving the information that each parking lot gateway sends here and stores.As shown in Fig. 3 cloud server Organization Chart, cloud server comprises distributed data processing module, parking stall query-reservation module, cloud database, parking stall reservation Charging Module, parking lot management module.Distributed data processing module is connected with other four modules of cloud server respectively.After parking stall query-reservation module receives reserve requests, distributed data processing module is issued in request, distributed data processing module filters out suitable parking lot and parking stall according to reserve requests and this information is sent to parking stall to preengage Charging Module from cloud database.Reservation Charging Module in parking stall calculates subscription price according to current time and the pre-due in of user and postbacks to distributed data processing module.The number information of parking lot to the route information of user current address, parking stall in parking lot and reservation pay imformation are sent to parking stall query-reservation module and parking lot management module as reservation result by distributed data processing module.Parking stall query-reservation module will preengage result feedback to user's reserve terminal.Reservation object information is sent to corresponding parking lot gateway by parking lot management module.Meanwhile, cloud database carries out Data Update operation.If user does not also arrive parking lot in first 15 minutes at pre-due in addition, the parking stall query-reservation module of cloud server also can send prompting message to reserve terminal, tells that user preengages by expired and inquire whether user carries out reservation time delay.The parking stall query-reservation module of cloud server also has active push parking lot information function, be embodied in the reservation custom of parking stall query-reservation module to user and carry out autonomous learning, the reservation as user high for the frequency in reservation selection before this user is accustomed to, and is regularly user's active push Parking position real time status information according to this reservation custom.The propelling movement cycle is arranged in the reservation software of reserve terminal by user.Due to the ability of the large data Storage and Processing of cloud server, make the reserve requests of the information management in each parking lot and process user more efficient, also facilitate the Function Extension of follow-up system and the increase of parking number of fields and customer volume.

User's reserve terminal is opened reservation software and can be inquired about periphery parking lot and parking stall idle condition information and expenses standard with map view after logging in cloud server.System can utilize and economize on user costs two principles initiatively recommend parking lot from this destination periphery to user according to parking lot equilibrium.Certain user also can carry out parking stall reservation according to self-demand, be specially user and input destination, the different options such as " nearest ", " network minimal ", " credit worthiness is best " after checking destination periphery Parking position remaining information and expenses standard, can be selected to preengage suitable parking stall.User also needs the input pre-due in of user and pre-service time when preengaging.Cloud server filters out suitable parking lot and parking stall after receiving reserve requests, and calculates subscription price use according to the pre-due in of current time and user, and reservation result is sent to reserve terminal and parking lot gateway by cloud server.The reservation object information that reserve terminal receives comprises the number information of parking lot to the route information of user current address, parking stall in parking lot and reservation cost information.Reserve terminal carries out confirmation operation after receiving reservation structural information.Reservation object information is sent to parking lot host computer by parking lot gateway.Parking lot host computer carries out local data base renewal according to this information.Now still normally worked by the ultrasonic stall detecting device above reservation parking stall, although detect that this parking stall is without car, but because this parking stall is gone out by reservation, so system thinks that this parking stall is no longer idle, parking stall idle condition pilot lamp on the corresponding reservation parking stall of PC control, make it become redness, represent that this parking stall is preengage.Local induced screen is by the control of parking lot host computer, and the residue parking space information on it also adjusts accordingly.After user arrives reservation parking lot, according to the guidance information on the reservation object information received before and local induction display screen, the parking stall finding oneself to preengage also is stopped, now parking stall information acquisition system detects, and there is car on this parking stall, representative reservation vehicle arrives, host computer starts timing, and information is sent to parking lot host computer and cloud server by parking lot gateway.Parking lot host computer and cloud server carry out the information updating of database.When user leaves, parking stall information acquisition system detects that represent car and driven away, record current time departure, host computer carries out operation of deducting fees without car on this parking stall.Parking lot host computer and cloud server carry out Data Update.This serves end.If user does not come parking lot at pre-due in and do not carry out reservation delay operation, then parking lot discharges this parking stall automatically, and this parking stall is in idle condition again.

Reserve terminal can be mobile phone, computer etc.Parking stall query-reservation software is installed in reserve terminal.User is by just normally using parking stall query-reservation software after software registration information.In log-on message, license plate number is requisite information, using the unique identification as identification subscriber, user preengages successfully, its license plate number and the parking stall numbering be assigned with can together be sent to corresponding parking lot host computer, facilitate parking lot end to the identification of subscriber and management.Parking stall query-reservation software downloads electronic chart by calling Baidu map API (ApplicationProgrammingInterface, application programming interface), and navigates to user's current location.User is Input Address in hurdle in " destination ", and map just navigates to destination and shows periphery parking lot distribution situation.User clicks some parking lots on map, just can see this parking lot total space, residue parking stall, the information such as expenses standard.Menu has the different options such as " nearest ", " network minimal ", " credit worthiness is best " to be supplied to user to select, facilitate user to preengage according to self-demand in hurdle.User also needs to input pre-due in and pre-service time when preengaging.When user selects " network minimal ", cloud server can calculate expense needed for each parking lot of destination periphery according to the pre-due in of user and pre-service time, then sorts, finds that parking lot of network minimal to be supplied to user.When user selects " nearest ", cloud server calls Baidu map API to obtain the range information of user to each parking lot of periphery, destination, therefrom finds nearest parking lot.The service quality to this parking lot can be invited after user uses parking stall, cost justifications etc. are marked, and be stored in cloud database as the credit worthiness in this parking lot, when user selects " credit worthiness is best ", cloud server can therefrom select your destination the highest parking lot of score in each parking lot of periphery to user according to the parking lot credit worthiness be stored in cloud database." cancelling reservation " and " reservation time delay " option is also had in query-reservation menu hurdle, parking stall.User can be cancelled reservation to cloud server request by this option or postpone pre-due in, and subscription price can return the overcharge and demand payment of the shortage according to the selection of user.The query-reservation software of computer terminal is communicated with cloud server by internet, and the query-reservation software in mobile phone terminal can be communicated with cloud server by mobile radio communication or internet.

Be divided into two parts to the charge of user, one is parking stall subscription price use, and another is parking stall cost of use.These two parts expenses standard hourly is identical, but timing time section is different.Parking stall reservation usage charges come metered according to the reservation moment to pre-due in.Because user may arrive in advance than pre-due in, so parking stall usage charges are according to user's actual arrival parking stall moment and leave the parking stall moment and the parking stall subscription price collected before returns the overcharge and demand payment of the shortage.User carries out cancellation reservation to reservation parking stall and time delay reservation is also charged according to the principle that returns the overcharge and demand payment of the shortage.

Fig. 5 is the use process flow diagram of parking stall intelligent inquire reservation system, uses flow process as follows:

Each parking lot is that unique parking stall numbering is given in parking stall, and be numbered the combination of area code and digital number, such as C6 represents parking stall, No. 6, C district.Parking stall number information is stored in the local data base of parking lot host computer and the parking stall idle condition information table of cloud database.

Ultrasonic stall detecting device detects parking stall idle condition in real time, and information is sent to the car park areas controller belonging to this parking stall by CAN, information is sent to parking lot gateway by CAN by car park areas controller again, and parking lot gateway is sent to parking lot host computer and cloud server by after information analysis by internet.

Step 1: user uses reserve terminal to log in cloud server.

User opens reservation software by reserve terminal and can check each parking lot residue parking space information and expenses standard with the form of map after logging in cloud server.User also can carry out parking stall reservation according to demand.

Step 2: user inputs destination.

Step 3: user checks destination periphery parking position state and expenses standard.

Step 4: user selects reservation condition according to demand.

The different options such as " nearest ", " network minimal ", " credit worthiness is best " can be selected after checking destination periphery Parking position remaining information and expenses standard to preengage suitable parking stall.Reserve requests information also comprises the pre-due in of user and pre-service time.

Step 5: cloud server filters out suitable parking stall and carries out meter calculation.

After the query-reservation module of cloud server receives reserve requests, distributed data processing module is issued in request, distributed data processing module filters out suitable parking lot and parking stall according to reserve requests from cloud database, and this information is sent to parking stall to preengage Charging Module.Reservation Charging Module in parking stall calculates subscription price according to reservation moment and the pre-due in of user and postbacks to distributed data processing module.The number information of parking lot to the route information of user current address, parking stall in parking lot and reservation pay imformation are sent to parking stall query-reservation module and parking lot management module as reservation result by distributed data processing module.Route information is with map view display, and number information is the combination of area code and digital number, and such as A8 represents parking stall, No. 8, A district.Parking stall query-reservation module will preengage result feedback to user's reserve terminal.Reservation object information is sent to corresponding parking lot gateway by parking lot management module.Meanwhile, cloud database carries out Data Update operation.

Step 6: user receives position induction information and the subscription price use on parking lot and parking stall

Step 7: user confirms to preengage and pays parking stall subscription price;

Reservation object information is sent to parking lot host computer by parking lot gateway.Parking lot host computer carries out local data base renewal according to this information.Control the parking stall pilot lamp on corresponding reservation parking stall simultaneously, make it become redness, represent that this parking stall is preengage.Local induced screen is by the control of host computer, and on it, the residue parking space information of display also adjusts accordingly.If the parking stall query-reservation module of user's cloud server when pre-due in does not also arrive parking lot for first 15 minutes also can send prompting message to reserve terminal in addition, tell that user preengages by expired and inquire whether user carries out reservation time delay.If user does not come parking lot at pre-due in and do not carry out reservation delay operation, then parking lot discharges this parking stall automatically, and this parking stall is in idle condition again.

Step 8: user goes to use parking stall, parking lot according to the reservation object information received;

After user arrives reservation parking lot, according to the guidance information on the reservation object information received before and local induced screen, the parking stall finding oneself to preengage also is stopped, now ultrasonic stall detecting device detects, and there is car on this parking stall, representative reservation vehicle arrives, and information is sent to host computer and cloud server by parking lot gateway, the parking stall of parking lot host computer uses Charging Module to start timing, and parking lot host computer and cloud server carry out database update respectively.

Step 9: user finishes using and leaves parking stall and pay parking stall usage charges.

When user leaves, ultrasonic stall detecting device detects that represent car and drive away, parking stall uses Charging Module to record current time departure, and carries out expense calculating and operation of deducting fees without car on this parking stall.Principle of deducting fees is according to user's actual arrival parking stall moment and leaves the parking stall moment and the parking stall subscription price collected before returns the overcharge and demand payment of the shortage.Host computer and cloud server carry out database update.This serves end.

After certain user repeatedly uses native system, the parking stall query-reservation module of cloud server can also carry out autonomous learning to the reservation custom of user, the reservation as user high for the frequency in reservation selection before this user is accustomed to, and is regularly user's active push Parking position real time status information according to this reservation custom.The propelling movement cycle is arranged in the reservation software of reserve terminal by user.

By this system, user can inquire about the parking position service condition of arbitrary destination whenever and wherever possible and can preengage according to the demand of self.Preengage route information and the parking stall number information in parking lot that user successfully can obtain going to reservation parking lot, place, parking stall, and the final reservation parking stall finding oneself according to the induction information on the induced screen of parking lot.This system makes all parking stalls to be effectively utilized, and solves car owner can not find parking stall and the low problem of parking turnover rate to reach.

Claims (8)

1. a parking stall intelligent inquire reservation system, comprises parking stall information acquisition system, parking lot gateway, parking lot host computer, parking stall idle pilot lamp, local induced screen, cloud server, reserve terminal;
Parking stall information acquisition system comprises ultrasonic stall detecting device and car park areas controller, zone controller is connected with all ultrasonic stall detecting devices in this region, and the car park areas controller of parking stall information acquisition system is connected by Controller Area Network BUS with parking lot gateway;
Parking lot gateway is connected with cloud server and parking lot host computer respectively by the Internet;
Parking lot host computer comprises parking stall administration module, data processing module, local data base, and parking stall uses Charging Module, parking stall visualized management module, information issuing module; Data processing module is connected with other modules of parking lot host computer respectively; The idle pilot lamp in parking stall is all connected by the information issuing module of RS485 bus with parking lot host computer with local induced screen;
Cloud server comprises distributed data processing module, parking stall query-reservation module, cloud database, parking stall reservation Charging Module, parking lot management module, and distributed data processing module is connected with other four modules of cloud server respectively;
Reserve terminal is connected with cloud server by the Internet.
2. a kind of parking stall according to claim 1 intelligent inquire reservation system, ultrasonic stall detecting device is arranged on, 3 meters, top of parking stall.
3. a kind of parking stall according to claim 1 intelligent inquire reservation system, parking lot gateway is Ethernet-control area net(CAN) data converter.
4. a kind of parking stall according to claim 3 intelligent inquire reservation system, described Ethernet-control area net(CAN) data converter is CANET-200T.
5. a parking stall intelligent inquire reserving method, utilize a kind of parking stall intelligent inquire reservation system described in claim 1 to realize, its step comprises:
Step 1: user uses reserve terminal to log in cloud server;
Step 2: user inputs destination;
Step 3: user checks destination periphery parking position state and expenses standard;
Step 4: user selects reservation condition according to demand;
Step 5: cloud server filters out suitable parking stall and carries out meter calculation;
Step 6: user receives position induction information and the subscription price use on parking lot and parking stall;
Step 7: user confirms to preengage and pays parking stall subscription price;
Step 8: user goes to use parking stall, parking lot according to the reservation object information received;
Step 9: user finishes using and leaves parking stall and pay parking stall usage charges.
6. a kind of parking stall according to claim 5 intelligent inquire reserving method, the reservation condition described in its step 4 is nearest.
7. a kind of parking stall according to claim 5 intelligent inquire reserving method, the reservation condition described in its step 4 is network minimal.
8. a kind of parking stall according to claim 5 intelligent inquire reserving method, the reservation condition described in its step 4 is that credit worthiness is best.
CN201410014983.4A 2014-01-14 2014-01-14 A kind of parking stall intelligent inquire reservation system and method CN103886775B (en)

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