CN114387686A - Parking lot intelligent navigation system and method based on big data - Google Patents
Parking lot intelligent navigation system and method based on big data Download PDFInfo
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- CN114387686A CN114387686A CN202210082934.9A CN202210082934A CN114387686A CN 114387686 A CN114387686 A CN 114387686A CN 202210082934 A CN202210082934 A CN 202210082934A CN 114387686 A CN114387686 A CN 114387686A
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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
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/01—Detecting movement of traffic to be counted or controlled
- G08G1/017—Detecting movement of traffic to be counted or controlled identifying vehicles
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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
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Abstract
The application relates to a parking lot intelligent navigation system and method based on big data, wherein the system comprises a parking lot management platform, an access control module, a charging module and a navigation module; the parking lot management platform is used for receiving user request information and providing corresponding services for users by calling the access control module, the charging module and the navigation module according to the user request information; the access control module is used for managing and controlling each entrance and exit of the parking lot and identifying vehicle license plates entering and exiting the parking lot; the charging module is used for recording the parking time of the vehicle entering the parking lot and settling the parking fee with the user when the vehicle exits the parking lot; the navigation module is used for indicating the number and the positions of the vacant parking spaces for the user, helping the user to find the vehicle parked in the parking lot and providing navigation service for the user according to the destination of the user when the user drives the vehicle out of the parking lot. The intelligent parking management system and the intelligent parking management method have the effect of intelligently managing the parking lot to provide intelligent navigation service for the user and improving parking experience of the user.
Description
Technical Field
The application relates to the field of parking lot management, in particular to a parking lot intelligent navigation system and method based on big data.
Background
With the rapid increase of vehicles in cities, the disorder of parking and disorderly placing of the vehicles caused by the shortage of parking spaces seriously affects the ground traffic, so people construct a site, namely a parking lot, special for parking the vehicles. The parking lot is built, so that the problem that vehicles are parked and placed randomly can be effectively solved, and the danger that the vehicles are stolen can be reduced because a specially-assigned person watches the parking lot.
However, in some front-line cities, particularly in city center areas, the resources of the ground skins are scarce, and the building of parking lots on the ground is not practical, so that the parking lots are often built under the front-line cities, and the underground parking lots in areas with large traffic flow are often built in multiple layers, so that the structure and the planning inside the parking lots are increasingly complex, and users are often difficult to find free parking lots when entering the parking lots and find parked vehicles in the parking lots when the users need to leave.
At present, when a driver enters a parking lot, the driver is guided to find the vacant space manually by an administrator, so a large number of parking administrators are needed, and each floor and important intersection need to be attended to guide the vehicle to find the vacant space. For work such as license plate number information summary of parking on each parking stall, the current work is regularly recorded by a parking manager, and when a user cannot find a vehicle, the manager needs to find a parking lot manager, and then the manager brings the user to find the parking stall. The personnel costs required for this method are too high and the time cost for the user to find the parking manager and then the vehicle is high. And because underground parking garage satellite signal is weaker, and the export is more, the user often can't use cell-phone or vehicle navigation to carry out effective navigation in the parking garage after getting the car, often appears the user and goes out the phenomenon that the improper follow-up navigation of export selection needs to be around far away after the parking garage of discovery, especially multilayer underground parking garage satellite signal is weaker, and the user parks, looks for the car and navigates more inconveniently.
For the related technologies, the inventor considers that the existing large underground parking lot is often complex in structure, and parking, vehicle finding or navigation of a user is difficult.
Disclosure of Invention
In order to solve the problems that the existing large underground parking lot is complex in structure and easy to cause difficulty in parking, vehicle finding or navigation of a user, the application provides an intelligent parking lot navigation system and method based on big data.
In a first aspect, the application provides a parking lot intelligent navigation system based on big data, which adopts the following technical scheme:
a parking lot intelligent navigation system based on big data comprises a parking lot management platform, an access control module, a charging module and a navigation module, wherein the access control module, the charging module and the navigation module are all in communication connection with the parking lot management platform;
the parking lot management platform is used for receiving user request information and providing corresponding services for users by calling the access control module, the charging module and the navigation module according to the user request information;
the access control module is used for managing and controlling each entrance and exit of the parking lot and identifying vehicle license plates entering and exiting the parking lot;
the charging module is used for recording the parking time of the vehicle entering the parking lot and settling the parking fee with the user when the vehicle exits the parking lot;
the navigation module is used for indicating the number and the positions of the vacant parking spaces for the user, helping the user to find the vehicle parked in the parking lot and providing navigation service for the user according to the destination of the user when the user drives the vehicle out of the parking lot.
By adopting the technical scheme, the intelligent management of the parking lot is realized through the arrangement of the parking lot management platform, the entrance guard module, the charging module and the navigation module, and the functions of intelligently controlling the entrance and the exit of the parking lot and intelligently settling and collecting parking fees are realized; the parking lot three-dimensional map is generated by electronically storing the positions of all parking places in the parking lot through the arrangement of the navigation module, the states of all parking places are detected in real time, the positions of free parking places are indicated for users, the users can conveniently and quickly find the parking places, meanwhile, license plate information of vehicles parked in all parking places is collected, navigation service is provided for the users when the users need to find the vehicles or cannot find the vehicles, the users are helped to quickly and conveniently find the parked vehicles, and the phenomenon that the users are difficult to find the parked vehicles due to the multi-layer arrangement and the complex structure of the parking lot is avoided; meanwhile, the navigation module provides navigation service for the user according to the destination of the user when the user drives the car out of the parking lot, guides the optimal parking lot exit for the user according to the destination of the user and provides navigation service for the user, avoids the phenomenon that the user makes mistakes for the parking lot exit to cause detour, and achieves the effect of intelligently managing the parking lot to provide intelligent navigation service for the user and improving the parking experience of the user.
Preferably, the entrance guard module is including the access gate, access control ware, license plate recognition device, information display, infrared temperature measurement equipment and the voice broadcast device that are located each access & exit in parking area, access gate, license plate recognition device, information display, infrared temperature measurement equipment and voice broadcast device all are connected with the entrance guard controller, access control ware and parking area management platform communication connection.
Through adopting above-mentioned technical scheme, can realize intelligent management and control to the access & exit in parking area through setting up of access barrier gate, access control ware, license plate recognition device, information display, infrared temperature measurement equipment and voice broadcast device to carry out temperature measurement cooperation epidemic prevention demand to the navigating mate that gets into the parking area, ensure whole user's personal safety.
The preferred charging module comprises a user judging unit, a duration counting unit, a charge calculating unit and a financial unit, wherein the user judging unit is used for judging that the user is a long renter or a temporary user according to the identified license plate information; the time length counting unit is used for counting the vehicle parking time length of a temporary user entering a parking lot; the charge calculation unit is used for settling the parking charge when a temporary user drives a vehicle out of the parking lot or actively initiates a settlement request; the financial unit is used for collecting parking fees of users and recording and counting the parking fees.
By adopting the technical scheme, the vehicle entering the parking lot is parked and timed through the arrangement of the charging module, and the fee is settled with the user when the vehicle exits the parking lot, so that the effect of intelligently managing the parking lot without people is achieved.
Preferably, the charging module further comprises a lease period reminding unit and a duration reminding unit, wherein the lease period reminding unit is used for storing and managing the information of the long tenant and sending reminding information to the user when the remaining contract-closing period of the long tenant is smaller than a preset threshold value A; the time length reminding unit is used for monitoring the parking time length of the temporary user vehicle, sending reminding information to the user when the parking time length of the temporary user vehicle is larger than a preset threshold value B, and sending informing information to a parking lot manager when the parking time length of the temporary user vehicle is larger than a preset threshold value C so that the manager can contact the temporary user.
By adopting the technical scheme, the lease term of the long lease user can be intelligently monitored through the arrangement of the lease term reminding unit, and reminding information is sent to the user when the remaining contract term of the long lease user is smaller than the preset threshold value A, so that the intelligent unmanned management of the parking lot is further realized, the human resources are saved, the economic benefit is improved, and meanwhile, the parking experience of the user is effectively improved; through the setting of long time warning unit, can remind long unusual vehicle user when parking in the parking area, avoid the user because too busy or other reasons ignore the vehicle of parking in the parking area, and then lead to finally producing the phenomenon of high price parking expense, can effectively avoid the parking area parking resource to be taken for a long time simultaneously, guarantee the economic benefits in parking area when promoting user's parking experience.
Preferably, the navigation module comprises a map storage unit, a parking space management unit and a parking space indication unit, wherein the map storage unit is used for storing map information and parking space distribution information in the parking lot; the parking space management unit is used for detecting the state of each parking space in the parking lot; the parking space indicating unit comprises a plurality of displays distributed in each area in the parking lot and used for displaying the remaining parking space number information and indicating information of each area.
By adopting the technical scheme, the arrangement of the map storage unit and the parking space management unit is convenient for a user to log in the parking lot management platform to obtain the information of the idle parking space and confirm the position of a parked vehicle, and the user can conveniently park and find the vehicle quickly; simultaneously can guide for the user that gets into the parking area through the setting of parking stall instruction unit, the user of being convenient for seeks fast and finds idle parking stall and other services, like trolley-bus charging, near building navigation etc. promote user's parking and experience.
Preferably, the parking space management unit comprises a plurality of license plate cameras, and the license plate cameras are used for identifying the number plate information of vehicles parked in each parking space.
Through adopting above-mentioned technical scheme, through the setting of a plurality of license plate cameras, can discern the vehicle license plate information of the vehicle of parking on each parking stall, when the user requested the vehicle, can high-efficiently confirm the position information that the user parked the vehicle and provide navigation service for the user, the user convenient and fast of being convenient for finds the vehicle that self was parked, promotes user's parking and experiences.
Preferably, the parking space management unit further comprises a plurality of indicating devices which are arranged above the parking space and used for detecting whether a vehicle is parked in the parking space or not and indicating, each indicating device comprises a double-color indicating lamp, a connecting rod and an infrared detector which is used for detecting whether a vehicle is parked in the parking space or not, and each infrared detector is connected with the double-color indicating lamp.
Through adopting above-mentioned technical scheme, through indicating device's setting, can be audio-visual for the state of one row of parking stall of user instruction for the user still can be fast convenient confirm the state of each row of parking stall under the limited condition of field of vision in the car, the user of being convenient for swiftly seeks and finds idle parking stall, promotes user's parking and experiences.
Preferably, the navigation module further includes a navigation unit and positioning two-dimensional codes located in each, the navigation unit is configured to provide navigation services for a user in a parking lot, the positioning two-dimensional codes are used for the user to log in a parking lot management platform after scanning to obtain corresponding services, and meanwhile, the parking lot management platform confirms the position of the user by confirming a positioning two-microcode number scanned by the user and then provides navigation services for the user through the navigation unit, and the navigation service process specifically includes the following steps:
a user logs in a parking lot management platform by scanning and positioning a two-dimensional code through a mobile device, and selects corresponding navigation service according to self requirements, wherein the navigation service comprises the steps of searching for an idle parking space through navigation, inputting license plate information to confirm a parking position of a vehicle, searching for a parked vehicle through navigation, inputting destination navigation to generate an outgoing parking route and guiding the user to provide navigation service for the user;
after the parking lot management platform obtains the navigation requirements of the user, the position of the user is confirmed by confirming the positioning two-microcode number scanned by the user, and then the navigation service is provided for the user through the navigation unit.
Through adopting above-mentioned technical scheme, through the setting of location two-dimensional code, convenience of customers logs in parking area management platform and acquires the service, and the parking area management platform of being convenient for simultaneously acquires user's position, and then for the accurate each item navigation service that provides of user, the user of being convenient for swiftly conveniently seeks and finds the idle parking stall, seeks and parks the vehicle and swiftly drives out the parking area and drives to the destination, effectively improves user's parking experience, helps improving user's viscidity, improves economic benefits for the parking area.
Preferably, the navigation unit is connected with a Baidu map API; the parking lot management platform obtains a navigation request of a user exiting the parking lot, then accesses the Baidu map API through the navigation unit to measure and calculate navigation routes from each exit of the parking lot to a user destination, measures and calculates the navigation routes from each entrance of the parking lot according to the position of the user and the distance between the user and each entrance of the parking lot, and confirms the optimal navigation route according to preset measuring and calculating rules to provide navigation service for the user.
By adopting the technical scheme, the navigation unit is connected with the Baidu map API, when a user initiates a navigation request for exiting the parking lot, an optimal navigation route is provided for the user according to the purpose of the user, the user is helped to quickly confirm the optimal exit position of the parking lot, navigation service is continuously provided for the user, the user can conveniently, quickly and efficiently arrive at the destination, the parking experience of the user is effectively improved, the user viscosity is improved, and the economic benefit of the parking lot is improved.
In a second aspect, the application provides a parking lot intelligent navigation method based on big data, which adopts the following technical scheme:
a parking lot intelligent navigation method based on big data comprises the following steps:
the parking lot management platform is used for managing and controlling each entrance and exit of the parking lot through the entrance guard module and identifying vehicle license plates entering and exiting the parking lot;
the parking lot management platform records the parking time of the vehicle entering the parking lot through the charging module and settles the parking fee with the user when the vehicle exits the parking lot;
a user logs in a parking lot management platform to send request information, the parking lot management platform receives the user request information and provides corresponding services for the user by calling an access control module, a charging module and a navigation module according to the user request information; the request information comprises a charge settlement request, a long renter fee-handling and fee-renewing request, an idle parking space navigation request, a vehicle parking navigation request and a driving-away parking lot navigation request.
By adopting the technical scheme, the intelligent management of the parking lot is realized through the arrangement of the parking lot management platform, the entrance guard module, the charging module and the navigation module, and the functions of intelligently controlling the entrance and the exit of the parking lot and intelligently settling and collecting parking fees are realized; the parking lot three-dimensional map is generated by electronically storing the positions of all parking places in the parking lot through the arrangement of the navigation module, the states of all parking places are detected in real time, the positions of free parking places are indicated for users, the users can conveniently and quickly find the parking places, meanwhile, license plate information of vehicles parked in all parking places is collected, navigation service is provided for the users when the users need to find the vehicles or cannot find the vehicles, the users are helped to quickly and conveniently find the parked vehicles, and the phenomenon that the users are difficult to find the parked vehicles due to the multi-layer arrangement and the complex structure of the parking lot is avoided; meanwhile, the navigation module provides navigation service for the user according to the destination of the user when the user drives the car out of the parking lot, guides the optimal parking lot exit for the user according to the destination of the user and provides navigation service for the user, avoids the phenomenon that the user makes mistakes for the parking lot exit to cause detour, and achieves the effect of intelligently managing the parking lot to provide intelligent navigation service for the user and improving the parking experience of the user.
In summary, the present application includes at least one of the following beneficial technical effects:
1. the intelligent management of the parking lot is realized through the arrangement of the parking lot management platform, the entrance guard module, the charging module and the navigation module, and the functions of intelligently controlling the entrance and exit of the parking lot and intelligently settling and collecting parking fees are realized; the parking lot three-dimensional map is generated by electronically storing the positions of all parking places in the parking lot through the arrangement of the navigation module, the states of all parking places are detected in real time, the positions of free parking places are indicated for users, the users can conveniently and quickly find the parking places, meanwhile, license plate information of vehicles parked in all parking places is collected, navigation service is provided for the users when the users need to find the vehicles or cannot find the vehicles, the users are helped to quickly and conveniently find the parked vehicles, and the phenomenon that the users are difficult to find the parked vehicles due to the multi-layer arrangement and the complex structure of the parking lot is avoided; meanwhile, the navigation module provides navigation service for the user according to the destination of the user when the user drives the car out of the parking lot, guides the optimal parking lot exit for the user according to the destination of the user and provides the navigation service for the user, avoids the phenomenon that the user makes mistakes in the parking lot exit to cause detour, and achieves the effects of intelligently managing the parking lot to provide intelligent navigation service for the user and improving the parking experience of the user;
2. the rental period of the long renter can be intelligently monitored through the arrangement of the rental period reminding unit, and reminding information is sent to the long renter when the remaining contract period of the long renter is smaller than a preset threshold value A, so that the intelligent unmanned management of the parking lot is further realized, the human resources are saved, the economic benefit is improved, and the parking experience of the user is effectively improved; through the arrangement of the time length reminding unit, the vehicle users with abnormal time length who park in the parking lot can be reminded, the phenomenon that the vehicles parked in the parking lot are ignored due to too busy or other reasons and high-price parking cost is finally generated is avoided, meanwhile, parking resources of the parking lot can be effectively prevented from being occupied for a long time, and the parking experience of the users is improved while the economic benefit of the parking lot is guaranteed;
3. through the arrangement of the positioning two-dimensional code, a user can conveniently log in a parking lot management platform to obtain service, and meanwhile, the parking lot management platform can conveniently obtain the position of the user, so that various navigation services are accurately provided for the user, the user can conveniently and quickly find an idle parking space, find a parked vehicle and quickly drive out of the parking lot to drive to a destination, the parking experience of the user is effectively improved, the improvement of the user viscosity is facilitated, and the economic benefit of the parking lot is improved;
4. through the navigation unit and the Baidu map API connection, when a user initiates a navigation request for exiting the parking lot, an optimal navigation route can be provided for the user according to the purpose of the user, the user is helped to quickly confirm the optimal exit position of the parking lot, navigation service is continuously provided for the user, the user can conveniently, quickly and efficiently arrive at the destination, the parking experience of the user is effectively improved, the user stickiness is improved, and the economic benefit of the parking lot is improved.
Drawings
FIG. 1 is a system block diagram of a big data-based parking lot intelligent navigation system in an embodiment of the present application;
FIG. 2 is a schematic view of the position of the indicating device in the embodiment of the present application;
fig. 3 is a block diagram of a method for parking lot intelligent navigation based on big data in an embodiment of the present application.
Description of reference numerals: 1. a parking lot management platform; 2. an access control module; 21. an entrance and exit barrier gate; 22. an access controller; 23. a license plate recognition device; 24. an information display; 25. infrared temperature measuring equipment; 26. a voice broadcasting device; 3. a charging module; 31. a user determination unit; 32. a time length statistic unit; 33. a cost calculation unit; 34. a financial unit; 35. a lease reminding unit; 36. a time length reminding unit; 4. a navigation module; 41. a map storage unit; 42. a parking space management unit; 421. a license plate camera; 422. an indicating device; 423. a two-color indicator light; 424. a connecting rod; 425. an infrared detector; 43. a parking space indicating unit; 44. a navigation unit; 45. positioning the two-dimension code; 5. baidu map API.
Detailed Description
The present application is described in further detail below with reference to figures 1-2.
The embodiment of the application discloses parking lot intelligent navigation system based on big data. Referring to fig. 1, the parking lot intelligent navigation system based on big data comprises a parking lot management platform 1, an access control module 2, a charging module 3 and a navigation module 4. The access control module 2, the charging module 3 and the navigation module 4 are all in communication connection with the parking lot management platform 1. The parking lot management platform is used for receiving user request information and providing corresponding services for users by calling the access control module 2, the charging module 3 and the navigation module 4 according to the user request information. The access control module 2 is used for managing and controlling each entrance and exit of the parking lot and identifying vehicle license plates entering and exiting the parking lot. The charging module 3 is used for recording the parking time of the vehicle entering the parking lot and settling the parking fee with the user when the vehicle exits the parking lot. The navigation module 4 is used for indicating the number and the positions of the vacant parking spaces for the user, helping the user to find the vehicle parked in the parking lot and providing navigation service for the user according to the destination of the user when the user drives the vehicle out of the parking lot. Through the setting of parking area management platform 1, entrance guard module 2, charging module 3 and navigation module 4, realize the intelligent management in parking area, realize the function that parking area access & exit and intelligent settlement of intelligent management and control charge the parking fee. And carry out the state that the storage of electronics generated parking area relief map and each parking stall of real-time detection for the user instructs idle parking stall position to each parking stall position in the parking area through the setting of navigation module 4, the user of being convenient for swiftly convenient seeks out the parking stall, the license plate information of parking the vehicle on each parking stall is gathered simultaneously, need seek the vehicle or provide navigation service for the user when not seeking the vehicle at the user, help the user swiftly convenient seek out the vehicle that parks, avoid because parking area multilayer sets up and the complicated phenomenon that leads to the user to park and look for the car difficulty of structure. Meanwhile, the navigation module 4 provides navigation service for the user according to the destination of the user when the user drives the car out of the parking lot, guides the optimal parking lot exit for the user according to the destination of the user and provides navigation service for the user, avoids the phenomenon that the user makes mistakes in the parking lot exit to cause detour, and achieves the effect of intelligently managing the parking lot to provide intelligent navigation service for the user and improving the parking experience of the user.
Referring to fig. 1, the access control module 2 includes an access gate 21 located at each entrance and exit of the parking lot, an access controller 22, a license plate recognition device 23, an information display 24, an infrared temperature measuring device 25, and a voice broadcasting device 26. The access gateway 21, the license plate recognition device 23, the information display 24, the infrared temperature measurement equipment 25 and the voice broadcast device 26 are all connected with the access controller 22, and the access controller 22 is in communication connection with the parking lot management platform 1. The intelligent management and control can be realized to the access & exit in parking area through setting up of access barrier gate 21, access controller 22, license plate recognition device 23, information display 24, infrared temperature measurement equipment 25 and voice broadcast device 26 to carry out temperature measurement cooperation epidemic prevention demand to the navigating mate that gets into the parking area, ensure all users' personal safety.
Referring to fig. 1, the billing module 3 includes a user determination unit 31, a duration counting unit 32, a charge calculation unit 33, and a finance unit 34, and the user determination unit 31 is configured to determine whether the user is a long tenant or a temporary user based on the identified license plate information. The time period counting unit 32 is used for counting the vehicle parking time periods of the temporary users entering the parking lot. The fee calculation unit 33 is used to settle the parking fee when the temporary user drives the vehicle out of the parking lot or actively initiates a settlement request. The accounting unit 34 is used to collect parking fees for the user and to record and count the parking fees. Through the setting of the charging module 3, the vehicle entering the parking lot is parked and timed, and the fee is settled with the user when the vehicle exits the parking lot, so that the effect of intelligently managing the parking lot without people is achieved.
Referring to fig. 1, the charging module 3 further includes a lease time reminding unit 35 and a duration reminding unit 36, where the lease time reminding unit 35 is configured to store and manage information of a long tenant, and send reminding information to the user when a remaining contract-closing time of the long tenant is smaller than a preset threshold a. The time length reminding unit 36 is configured to monitor the parking time length of the temporary user vehicle, send reminding information to the user when the parking time length of the temporary user vehicle is greater than a preset threshold B, and send notification information to the parking lot manager when the parking time length of the temporary user vehicle is greater than a preset threshold C, so that the manager contacts the temporary user. The rental period of the long renter can be intelligently monitored through the rental period reminding unit 35, and reminding information is sent to the user when the remaining contract period of the long renter is smaller than a preset threshold value A, so that the intelligent unmanned management of the parking lot is further realized, the human resources are saved, the economic benefit is improved, and the parking experience of the user is effectively improved. Through the arrangement of the time length reminding unit 36, the vehicle users who are parked in the parking lot and have abnormal time length can be reminded, and the phenomenon that the vehicles parked in the parking lot are ignored by the users due to too busy or other reasons, and then high-price parking cost is finally generated is avoided. Meanwhile, parking resources of the parking lot can be effectively prevented from being occupied for a long time, and the economic benefit of the parking lot is guaranteed while the parking experience of a user is promoted.
Referring to fig. 1, the navigation module 4 includes a map storage unit 41, a parking space management unit 42, and a parking space indication unit 43. The map storage unit 41 is used for storing map information of the interior of the parking lot and parking space distribution information. The parking space management unit 42 is configured to detect a state of each parking space in the parking lot. The parking space indication unit 43 includes a plurality of displays distributed in each area of the parking lot for displaying the remaining parking space information and the indication information of each area. Through the arrangement of the map storage unit 41 and the parking space management unit 42, it is convenient for a user to log in the parking lot management platform 1 to obtain free parking space information and confirm the position of a parked vehicle, and it is convenient for the user to park and find the vehicle quickly. Simultaneously can guide for the user that gets into the parking area through the setting of parking stall indicating unit 43, the user of being convenient for seeks idle parking stall fast and other services, like trolley-bus charging, near building navigation etc. promote user's parking and experience.
Referring to fig. 1, the parking space management unit 42 includes a plurality of license plate cameras 421, and the license plate cameras 421 are used to identify the number plate information of the vehicles parked in the parking spaces. Through the setting of a plurality of license plate cameras 421, can discern the vehicle license plate information of the vehicle of parking on each parking stall, when the user requests the vehicle, can high-efficiently confirm the position information that the user parked the vehicle and provide navigation service for the user, the user convenient and fast of being convenient for finds the vehicle that self parked, promotes user's parking and experiences.
Referring to fig. 1 and 2, the space management unit 42 further includes a plurality of indicating devices 422 located above the space for detecting whether or not a vehicle is stored in the space and indicating the same. The indicating device 422 comprises a double-color indicator light 423, a connecting rod 424 and an infrared detector 425 used for detecting whether a vehicle exists in the parking space, the infrared detector 425 is connected with the double-color indicator light 423, and the infrared detector 425 and the double-color indicator light 423 are respectively installed at two ends of the connecting rod 424. Through indicating device 422's setting, can be audio-visual for the state of one row of parking stall of user indication for the user still can be fast convenient confirm the state of each row of parking stall under the limited condition of the field of vision in the car, the user of being convenient for swiftly seeks and finds idle parking stall, promotes user's parking and experiences.
Referring to fig. 1, the navigation module 4 further includes a navigation unit 44 and two-dimensional positioning codes 45 located in each, where the navigation unit 44 is configured to provide a navigation service for a user in a parking lot, the two-dimensional positioning codes 45 are configured to enable the user to log in the parking lot management platform 1 after scanning to obtain a corresponding service, and meanwhile, the parking lot management platform 1 confirms the location of the user by confirming a two-microcode positioning number scanned by the user, and further provides the navigation service for the user through the navigation unit 44, and a navigation service process specifically includes the following steps:
a user logs in the parking lot management platform 1 by scanning and positioning the two-dimensional code 45 through mobile equipment, and selects corresponding navigation service according to self requirements, wherein the navigation service comprises the steps of searching for an idle parking space through navigation, inputting license plate information to confirm a parking position of a vehicle, searching for a parked vehicle through navigation and inputting destination navigation to generate an outgoing parking route and guiding the user to provide navigation service for the user;
after the parking lot management platform 1 obtains the navigation requirement of the user, the location of the user is confirmed by confirming the location two-microcode number scanned by the user, and then the navigation unit 44 provides the navigation service for the user. Through the setting of location two-dimensional code 45, convenience of customers logs in parking area management platform 1 and acquires the service, and the parking area management platform of being convenient for simultaneously acquires user's position, and then for the accurate each item navigation service that provides of user, the user of being convenient for swiftly conveniently seeks and finds the idle parking stall, seeks and park the vehicle and swiftly drive out the parking area and drive to the destination, effectively improves user's parking experience, helps improving user's viscidity, improves economic benefits for the parking area.
Referring to fig. 1, the navigation unit 44 is connected with the Baidu map API 5. The parking lot management platform 1 obtains a navigation request of a user exiting a parking lot, then accesses the Baidu map API5 through the navigation unit 44 to measure and calculate a navigation route from each exit of the parking lot to a user destination, measures and calculates a navigation route from the position of the user to each entrance of the parking lot according to the distance between the user and each entrance of the parking lot, and confirms an optimal navigation route according to a preset measurement and calculation rule to provide navigation service for the user. Through the connection of the navigation unit 44 and the Baidu map API5, when a user initiates a navigation request for exiting the parking lot, an optimal navigation route can be provided for the user according to the purpose of the user, the user is helped to quickly confirm the optimal exit position of the parking lot, and navigation service is continuously provided for the user, so that the user can conveniently, quickly and efficiently arrive at a destination, the parking experience of the user is effectively improved, the user stickiness is improved, and the economic benefit of the parking lot is improved.
The embodiment of the application further discloses a parking lot intelligent navigation method based on the big data. Referring to fig. 3, a parking lot intelligent navigation method based on big data includes the following steps:
s1, managing and controlling each entrance and exit of the parking lot: the parking lot management platform is used for managing and controlling each entrance and exit of the parking lot through the access control module 2 and identifying vehicle license plates entering and exiting the parking lot;
s2, recording the parking time of the vehicle entering the parking lot: the parking lot management platform records the parking time of the vehicle entering the parking lot through the charging module 3, and settles the parking fee with the user when the vehicle exits the parking lot;
s3, the parking lot management platform 1 receives the user request information to provide corresponding services for the user: a user logs in a parking lot management platform to send request information, the parking lot management platform receives the user request information and provides corresponding services for the user by calling the access control module 2, the charging module 3 and the navigation module 4 according to the user request information; the request information comprises a charge settlement request, a long renter fee-handling and fee-renewing request, an idle parking space navigation request, a vehicle parking navigation request and a driving-away parking lot navigation request. Through the setting of parking area management platform 1, entrance guard module 2, charging module 3 and navigation module 4, realize the intelligent management in parking area, realize the function that parking area access & exit and intelligent settlement of intelligent management and control charge the parking fee. And carry out the state that the storage of electronics generated parking area relief map and each parking stall of real-time detection for the user instructs idle parking stall position to each parking stall position in the parking area through the setting of navigation module 4, the user of being convenient for swiftly convenient seeks out the parking stall, the license plate information of parking the vehicle on each parking stall is gathered simultaneously, need seek the vehicle or provide navigation service for the user when not seeking the vehicle at the user, help the user swiftly convenient seek out the vehicle that parks, avoid because parking area multilayer sets up and the complicated phenomenon that leads to the user to park and look for the car difficulty of structure. Meanwhile, the navigation module 4 provides navigation service for the user according to the destination of the user when the user drives the car out of the parking lot, guides the optimal parking lot exit for the user according to the destination of the user and provides navigation service for the user, avoids the phenomenon that the user makes mistakes in the parking lot exit to cause detour, and achieves the effect of intelligently managing the parking lot to provide intelligent navigation service for the user and improving the parking experience of the user.
The embodiment of the present application further discloses a computer-readable storage medium, which stores a computer program that can be loaded by a processor and executed in the method as described above, and the computer-readable storage medium includes, for example: various media capable of storing program codes, such as a usb disk, a removable hard disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a magnetic disk, or an optical disk.
The above examples are only used to illustrate the technical solutions of the present invention, and do not limit the scope of the present invention. It is to be understood that the described embodiments are merely exemplary of the invention, and not restrictive of the full scope of the invention. All other embodiments, which can be derived by a person skilled in the art from these embodiments without making any inventive step, fall within the scope of the present invention. Although the present invention has been described in detail with reference to the above embodiments, those skilled in the art may still make various combinations, additions, deletions or other modifications of the features of the embodiments of the present invention according to the situation without conflict, so as to obtain different technical solutions without substantially departing from the spirit of the present invention, and these technical solutions also fall within the protection scope of the present invention.
Claims (10)
1. The utility model provides a parking area intelligent navigation based on big data which characterized in that: the parking lot management system comprises a parking lot management platform (1), an access control module (2), a charging module (3) and a navigation module (4), wherein the access control module (2), the charging module (3) and the navigation module (4) are in communication connection with the parking lot management platform (1);
the parking lot management platform (1) is used for receiving user request information and providing corresponding services for users by calling the access control module (2), the charging module (3) and the navigation module (4) according to the user request information;
the access control module (2) is used for managing and controlling each entrance and exit of the parking lot and identifying vehicle license plates entering and exiting the parking lot;
the charging module (3) is used for recording the parking time of the vehicle entering the parking lot and settling the parking fee with the user when the vehicle exits the parking lot;
the navigation module (4) is used for indicating the number and the positions of the vacant parking spaces for the user, helping the user to find the vehicle parked in the parking lot and providing navigation service for the user according to the destination of the user when the user drives the vehicle out of the parking lot.
2. The big data-based parking lot intelligent navigation system according to claim 1, characterized in that: entrance guard module (2) are including access way floodgate (21), access control ware (22), license plate recognition device (23), information display (24), infrared temperature measurement equipment (25) and the voice broadcast device (26) that are located each access & exit in parking area, access way floodgate (21), license plate recognition device (23), information display (24), infrared temperature measurement equipment (25) and voice broadcast device (26) all are connected with access control ware (22), access control ware (22) and parking area management platform (1) communication connection.
3. The big data-based parking lot intelligent navigation system according to claim 1, characterized in that: the charging module (3) comprises a user judging unit (31), a duration counting unit (32), a charge calculating unit (33) and a financial unit (34), wherein the user judging unit (31) is used for judging that the user is a long renter or a temporary user according to the identified license plate information; the time length counting unit (32) is used for counting the vehicle parking time length of a temporary user entering a parking lot; the fee calculation unit (33) is used for settling the parking fee when the temporary user drives the vehicle out of the parking lot or actively initiates a settlement request; the financial unit (34) is used for collecting parking fees of users and recording and counting the parking fees.
4. The big data-based parking lot intelligent navigation system according to claim 3, wherein: the charging module (3) further comprises a lease reminding unit (35) and a duration reminding unit (36), wherein the lease reminding unit (35) is used for storing and managing the information of the long leaseholder and sending reminding information to the user when the remaining contract-closing period of the long leaseholder is smaller than a preset threshold value A; the time length reminding unit (36) is used for monitoring the parking time length of the temporary user vehicle, sending reminding information to a user when the parking time length of the temporary user vehicle is greater than a preset threshold value B, and sending notification information to a parking lot manager when the parking time length of the temporary user vehicle is greater than a preset threshold value C so that the manager contacts the temporary user.
5. The big data-based parking lot intelligent navigation system according to claim 1, characterized in that: the navigation module (4) comprises a map storage unit (41), a parking space management unit (42) and a parking space indication unit (43), wherein the map storage unit (41) is used for storing map information and parking space distribution information in the parking lot; the parking space management unit (42) is used for detecting the state of each parking space in the parking lot; the parking space indicating unit (43) comprises a plurality of displays distributed in each area in the parking lot and is used for displaying the remaining parking space number information and the indicating information of each area.
6. The big data-based parking lot intelligent navigation system according to claim 5, wherein: the parking space management unit (42) comprises a plurality of license plate cameras (421), and the license plate cameras (421) are used for identifying the number plate information of vehicles parked in each parking space.
7. The big data-based parking lot intelligent navigation system according to claim 5, wherein: the parking space management unit (42) further comprises a plurality of indicating devices (422) which are located above the parking space and used for detecting whether vehicles are stored in the parking space or not and indicating, each indicating device (422) comprises a double-color indicating lamp (423), a connecting rod (424) and an infrared detector (425) used for detecting whether vehicles exist in the parking space or not, and each infrared detector (425) is connected with the corresponding double-color indicating lamp (423).
8. The big data-based parking lot intelligent navigation system according to claim 5, wherein: the navigation module (4) further comprises a navigation unit (44) and positioning two-dimensional codes (45) located in each navigation unit, the navigation unit (44) is used for providing navigation services for users in a parking lot, the positioning two-dimensional codes (45) are used for the users to log in the parking lot management platform (1) to obtain corresponding services after scanning, meanwhile, the parking lot management platform (1) confirms the positions of the users through confirming the positioning two-microcode numbers scanned by the users, and then provides the navigation services for the users through the navigation unit (44), and the navigation service process specifically comprises the following steps:
a user logs in a parking lot management platform (1) through a mobile device scanning and positioning two-dimensional code (45), and selects corresponding navigation service according to self requirements, wherein the navigation service comprises the steps of searching for an idle parking space through navigation, inputting license plate information to confirm a vehicle parking position, searching for a parked vehicle through navigation and inputting destination navigation to generate an outgoing parking route and guiding the user to provide navigation service for the user;
after the parking lot management platform (1) acquires the navigation requirement of the user, the position of the user is confirmed by confirming the two positioning microcode numbers scanned by the user, and then the navigation service is provided for the user through the navigation unit (44).
9. The big data-based parking lot intelligent navigation system according to claim 8, wherein: the navigation unit (44) is connected with a Baidu map API (5); the parking lot management platform (1) is used for obtaining a navigation request of a user for exiting the parking lot, accessing a Baidu map API (5) through a navigation unit (44) to measure and calculate navigation routes from each exit of the parking lot to a user destination, measuring and calculating the navigation routes from the position of the user to each entrance of the parking lot, and confirming the optimal navigation route according to preset measuring and calculating rules to provide navigation service for the user.
10. The parking lot intelligent navigation method based on big data is characterized by comprising the following steps: the method comprises the following steps:
the parking lot management platform (1) is used for managing and controlling each entrance and exit of the parking lot through the entrance guard module (2) and identifying vehicle license plates entering and exiting the parking lot;
the parking lot management platform (1) records the parking time of the vehicle entering the parking lot through the charging module (3), and settles the parking fee with the user when the vehicle exits the parking lot;
a user logs in a parking lot management platform (1) to send request information, the parking lot management platform (1) receives the user request information, and corresponding services are provided for the user by calling an access control module (2), a charging module (3) and a navigation module (4) according to the user request information; the request information comprises a charge settlement request, a long renter fee-handling and fee-renewing request, an idle parking space navigation request, a vehicle parking navigation request and a driving-away parking lot navigation request.
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| CN114694409A (en) * | 2022-04-19 | 2022-07-01 | 武汉博顺达交通设备有限公司 | Intelligent parking lot parking management system based on smart city construction |
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