CN113345261A - Intelligent vehicle one-stop management and service system based on mobile internet and internet of things - Google Patents
Intelligent vehicle one-stop management and service system based on mobile internet and internet of things Download PDFInfo
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- CN113345261A CN113345261A CN202110611136.6A CN202110611136A CN113345261A CN 113345261 A CN113345261 A CN 113345261A CN 202110611136 A CN202110611136 A CN 202110611136A CN 113345261 A CN113345261 A CN 113345261A
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/14—Traffic control systems for road vehicles indicating individual free spaces in parking areas
- G08G1/141—Traffic control systems for road vehicles indicating individual free spaces in parking areas with means giving the indication of available parking spaces
- G08G1/143—Traffic control systems for road vehicles indicating individual free spaces in parking areas with means giving the indication of available parking spaces inside the vehicles
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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
- G08G1/09—Arrangements for giving variable traffic instructions
- G08G1/0962—Arrangements for giving variable traffic instructions having an indicator mounted inside the vehicle, e.g. giving voice messages
- G08G1/0968—Systems involving transmission of navigation instructions to the vehicle
- G08G1/096805—Systems involving transmission of navigation instructions to the vehicle where the transmitted instructions are used to compute a route
- G08G1/096811—Systems involving transmission of navigation instructions to the vehicle where the transmitted instructions are used to compute a route where the route is computed offboard
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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
- G08G1/145—Traffic control systems for road vehicles indicating individual free spaces in parking areas where the indication depends on the parking areas
- G08G1/146—Traffic control systems for road vehicles indicating individual free spaces in parking areas where the indication depends on the parking areas where the parking area is a limited parking space, e.g. parking garage, restricted space
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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
- G08G1/145—Traffic control systems for road vehicles indicating individual free spaces in parking areas where the indication depends on the parking areas
- G08G1/148—Management of a network of parking areas
Abstract
The invention discloses an intelligent vehicle one-stop management and service system based on mobile interconnection and Internet of things, and relates to the technical field of parking lot management, in particular to an automobile module and a Bluetooth guide module, wherein the automobile module is connected with a parking lot entrance monitoring device, a gate module is connected with a terminal host, the terminal host is connected with the parking lot module, the automobile module comprises an automobile central control screen and a GPS positioning unit, a Bluetooth covering module is connected with a floor map module, and a timing payment module is connected with the automobile central control screen. This intelligent vehicle one-stop management and service system based on remove interconnection and thing networking carries out real-time recording through the parking stall in to the parking area in service behavior to control the screen in the mode that uses the bluetooth to connect and the vehicle and be connected, thereby with parking area shape data leading-in to well accuse screen on, realize navigating the accurate to vacant parking stall department of vehicle, solved because of the complicated problem that can't find vacant parking stall fast of parking area topography.
Description
Technical Field
The invention relates to the technical field of parking lot management, in particular to an intelligent vehicle one-stop management and service system based on mobile internet and internet of things.
Background
With the improvement of the living standard of car owners, private cars are more and more popular, and in places and places with dense pedestrian flow, multi-layer underground parking lots are often built so as to facilitate the car owners to park and obtain profit by adopting a time charging mode.
The existing parking lot carries out timing charging on entering vehicles based on the Internet of things or the Internet, but because the terrain of the parking lot is complex, the parking space is difficult to find by car owners when the parking lot is close to the saturated parking, the time of the car owners is wasted, and the service quality of the parking lot cannot be improved.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides an intelligent vehicle one-stop management and service system based on mobile internet and internet of things, which solves the problems that the prior parking lot carries out timing charging on entering vehicles based on the internet of things or the internet, but because the terrain of the parking lot is complex, when the parking lot is close to the parking saturation, the vehicle owner is more difficult to find the parking space, the time of the vehicle owner is excessively wasted, and the service quality of the parking lot cannot be improved.
In order to achieve the purpose, the invention is realized by the following technical scheme: an intelligent vehicle one-stop management and service system based on mobile interconnection and Internet of things comprises an automobile module and a Bluetooth guide module, wherein the automobile module is connected with a parking lot entrance monitoring device, the parking lot entrance monitoring device is connected with a gate module, the gate module is connected with a terminal host, the terminal host is connected with the parking lot module, the terminal host is also connected with the Bluetooth guide module, the automobile module comprises an automobile central control screen and a GPS positioning unit, the automobile central control screen and the GPS positioning unit are both connected with the Bluetooth guide module, the parking lot module comprises a parking space infrared sensing device, a parking space positioning device, a floor entrance monitoring device and a map replacement module, the parking space infrared sensing device and the parking space positioning device are both connected with the terminal host, and the floor entrance monitoring device is connected with the map replacement module, and the map replacement module is connected with the Bluetooth guide module, the Bluetooth guide module comprises a Bluetooth covering module, a floor map module, a Bluetooth navigation module and a timing payment module, the Bluetooth covering module is connected with the floor map module, the floor map module is connected with the Bluetooth navigation module, and the timing payment module is connected with the automobile central control screen.
Optionally, the car module is a car driven by a car owner, and the parking lot entrance monitoring device is configured to record a license plate number of the car module, locate a position of the car module, and locate the position as an initial point.
Optionally, the quantity of parking stall infrared induction system is identical with the quantity in parking stall, and the infrared induction system in parking stall buries underground in the earth's surface, whether the infrared induction system in parking stall has the object through the response within range and confirms whether this parking stall has stopped the vehicle to with information transmission to the terminal host computer in, parking stall positioner is arranged in fixing a position the vacant parking stall, and with the place position information transmission to the terminal host computer in the vacant parking stall.
Optionally, the terminal host is configured to time the staying time of the automobile module, record the positions of the vacant parking spaces and the number of accommodated vehicles in real time, and transmit the positions of the vacant parking spaces to the automobile module through the bluetooth guidance module.
Optionally, the bluetooth cover module is used for covering the whole parking lot by using a bluetooth technology, the bluetooth cover module is connected with the automobile central control screen in a bluetooth mode, the floor map module is used for recording topographic data of each floor of the parking lot, the floor map module is connected to the automobile central control screen on the basis of the bluetooth mode to display the terrain of the parking lot, and the bluetooth navigation module guides the automobile module to the position of an empty parking space on the basis of the floor map module, the automobile central control screen and the GPS positioning unit.
Optionally, the floor entrance monitoring device is arranged at an entrance of each floor of the parking lot and used for monitoring whether the automobile module enters the next floor or not, the map replacement module is used for guiding the topographic data of the next floor in the floor map module into the automobile central control screen in time aiming at the automobile module entering the next floor, and the timing payment module directly displays the payment code on the automobile central control screen according to the staying time of the automobile module.
Optionally, the terminal host is further connected to a parking lot external display screen, the parking lot external display screen includes a remaining parking space display unit and a nearby parking lot recommendation unit, the remaining parking space display unit is configured to display the number of remaining vacant parking spaces in the parking lot, and the nearby parking lot recommendation unit displays geographic positions of other parking lots nearby the parking lot based on the internet.
Optionally, the parking lot module further includes a floor passage monitoring device and a prompt module, the floor passage monitoring device is connected with the prompt module, and the prompt module is connected with the bluetooth coverage module.
Optionally, the floor passage monitoring devices are uniformly distributed on each floor of the parking lot, the floor passage monitoring devices are used for monitoring the unblocked condition of the floor passage and the parking condition of the parking lot, the monitoring range between the floor passage monitoring devices is provided with a coincidence part, and the prompt module is used for displaying the information that the occupied passage needs to be moved on the automobile central control screen of the occupied passage.
The invention provides an intelligent vehicle one-stop management and service system based on mobile internet and internet of things, which has the following beneficial effects:
through carrying out real-time recording to the parking stall in the parking area in service behavior, and control the screen in the mode that uses the bluetooth to connect and the vehicle and be connected, thereby on leading-in to well accuse screen with parking area shape data, realize navigating the accurate to vacant parking stall department with the vehicle, the problem of can't finding vacant parking stall fast because of parking area topography is complicated has been solved, and the cooperation is sent the payment code to well accuse screen, so that the car owner accomplishes the payment at the driving in-process, avoid the vehicle to queue up in the exit and pay fees, thereby be favorable to keeping the parking area exit to go unobstructed, thereby promote the quality of service to the car owner.
1. This intelligent vehicle one-stop management and service system based on remove interconnection and thing networking, parking stall positioner fixes a position of vacant parking stall, cover the module through the bluetooth and show floor map module in controlling the screen in the car, and cooperate bluetooth navigation module and GPS positioning unit can be accurate smooth and easy guide the vehicle to appointed vacant parking stall position, so that the car owner parks conveniently, need not to spend a large amount of time and look for the parking stall, and to the full condition in upper parking stall, it gets into next floor to detect the vehicle by floor entry monitoring device, map change module this moment can replace the map information of next floor in the floor map module to controlling the screen in the car, so that the car owner accurately looks for the parking stall in different floors.
2. This intelligent vehicle one-stop management and service system based on remove interconnection and thing networking, whether parking stall infrared sensing device has the obstacle through its response within range and judges whether to stop the vehicle, on this basis, be favorable to clearly and definitely how many parking stalls have been used, and cooperation parking stall positioner can show surplus parking stall quantity in surplus parking stall display element, be favorable to avoiding the parking area saturation to park and inform the car owner in time to look for other parking areas to park, can guide the vehicle through near parking area recommendation unit simultaneously, avoid the parking area entrance to take place the vehicle and pile up.
3. This intelligent vehicle one-stop management and service system based on remove interconnection and thing networking, floodgate machine module record vehicle access time and time the vehicle through the terminal host computer, and when paying, the timing is paid fee the module and can be sent the payment sign indicating number to control in the car and be shielded on to the car owner accomplishes and pays at the driving in-process, avoids the vehicle to queue up at the exit and pays, thereby is favorable to keeping the smooth of traveling in parking area exit.
4. This intelligent vehicle one-stop management and service system based on remove interconnection and thing networking, floor passageway monitoring device is used for monitoring the unblocked condition of floor passageway and the control parking area condition of parkking, and whether monitoring channel has the vehicle to occupy promptly to and the stop condition of record car owner's vehicle, to the vehicle that occupies the passageway, through the information that the passageway need be moved is taken to the demonstration on the car of this vehicle in the accuse screen to the suggestion module, thereby the notice car owner carries out the car that moves, avoids the passageway to occupy.
Drawings
FIG. 1 is a schematic overall flow diagram of the present invention;
FIG. 2 is a schematic view of the internal flow of the vehicle module of the present invention;
FIG. 3 is a schematic view of the internal flow of the parking lot module according to the present invention;
FIG. 4 is a schematic view of the internal flow of the Bluetooth module of the present invention;
FIG. 5 is a schematic view of the internal flow of the external display screen of the parking lot according to the present invention.
In the figure: 1. an automotive module; 101. a vehicle central control screen; 102. a GPS positioning unit; 2. a parking lot entrance monitoring device; 3. a gate module; 4. a terminal host; 5. a parking lot module; 501. a parking space infrared sensing device; 502. a parking space positioning device; 503. a floor entry monitoring device; 504. a map replacement module; 505. a floor tunnel monitoring device; 506. a prompt module; 6. a Bluetooth guide module; 601. a Bluetooth overlay module; 602. a floor map module; 603. a Bluetooth navigation module; 604. a timing payment module; 7. a parking lot exterior display screen; 701. a remaining parking space display unit; 702. and a nearby parking lot recommendation unit.
Detailed Description
Referring to fig. 1 to 5, the present invention provides a technical solution: an intelligent vehicle one-stop management and service system based on mobile interconnection and Internet of things comprises an automobile module 1 and a Bluetooth guide module 6, wherein the automobile module 1 is connected with a parking lot entrance monitoring device 2, the parking lot entrance monitoring device 2 is connected with a gate module 3, the gate module 3 is connected with a terminal host 4, the terminal host 4 is connected with a parking lot module 5, the terminal host 4 is further connected with the Bluetooth guide module 6, the automobile module 1 comprises an automobile central control screen 101 and a GPS positioning unit 102, the automobile central control screen 101 and the GPS positioning unit 102 are both connected with the Bluetooth guide module 6, the parking lot module 5 comprises a parking space infrared sensing device 501, a parking space positioning device 502, a floor entrance monitoring device 503 and a map replacing module 504, the parking space infrared sensing device 501 and the parking space positioning device 502 are both connected with the terminal host 4, the floor entrance monitoring device 503 is connected with the map replacing module 504, the map replacing module 504 is connected with the Bluetooth guide module 6, the Bluetooth guide module 6 comprises a Bluetooth covering module 601, a floor map module 602, a Bluetooth navigation module 603 and a timing payment module 604, the Bluetooth covering module 601 is connected with the floor map module 602, the floor map module 602 is connected with the Bluetooth navigation module 603, and the timing payment module 604 is connected with the automobile central control screen 101;
the specific operation is as follows, when the car module 1, that is, a car enters the entrance of the parking lot, the parking lot entrance monitoring device 2 monitors the license plate number of the car, the license plate number is recorded to the terminal host 4, the gate module 3 is opened to let the car pass, at the moment, the terminal host 4 counts time, the parking space positioning device 502 transmits the vacant parking space to the terminal host 4, the Bluetooth covering module 601 is connected with the central control screen 101 of the car through Bluetooth, the floor map is transmitted to the central control screen 101 of the car through the floor map module 602, the position of the car is determined by the GPS positioning unit 102 of the car, the car is navigated to the position of the vacant parking space through the Bluetooth navigation module 603, when the upper parking space is insufficient, the car enters the lower floor to park, at the moment, the floor entrance monitoring device 503 shoots that the car has entered the lower floor, and the map of the lower floor is transmitted to the central control screen 101 of the car and the map of the upper floor through the map replacing module 504 And replacing the parking lot, so that the vehicle can accurately drive to the vacant parking space of the lower floor, and when the vehicle drives out of the parking lot, the timing payment module 604 sends the payment code to the automobile central control screen 101 in the driving process, so that the vehicle is prevented from waiting for payment in a queue at an exit position.
As shown in fig. 1 and 3, an automobile module 1 is a vehicle driven by an owner, a parking lot entrance monitoring device 2 is used for recording a license plate number of the automobile module 1 and positioning the position of the automobile module 1, the position is positioned to be an initial point, the number of parking space infrared sensing devices 501 is identical to the number of parking spaces, the parking space infrared sensing devices 501 are buried under the ground, the parking space infrared sensing devices 501 determine whether the parking spaces stop at the vehicle or not by sensing whether objects exist in a range or not and transmit information to a terminal host 4, and a parking space positioning device 502 is used for positioning vacant parking spaces and transmitting the position information of the vacant parking spaces to the terminal host 4;
the vehicle is located the parking area entry so that confirm the vehicle position, conveniently fixes a position the vehicle, and whether parking stall infrared induction system 501 has stopped the vehicle on being used for responding to the parking stall, and parking stall infrared induction system 501 buries underground in the earth's surface, is favorable to avoiding parking stall infrared induction system 501 to receive the pressure loss, and parking stall positioner 502 is used for fixing a position vacant parking stall to the car owner knows the position of vacant parking stall.
As shown in fig. 1, fig. 2, and fig. 4, the terminal host 4 is configured to time the staying time of the automobile module 1, record the positions of the vacant parking spaces and the number of accommodated vehicles in real time, and transmit the positions of the vacant parking spaces to the automobile module 1 through the bluetooth guidance module 6; the bluetooth coverage module 601 is used for covering the whole parking lot by using bluetooth technology, the bluetooth coverage module 601 is connected with the automobile central control screen 101 in a bluetooth mode, the floor map module 602 is used for recording topographic data of each floor of the parking lot, meanwhile, the floor map module 602 is connected to the automobile central control screen 101 based on Bluetooth to display the topography of the parking lot, the Bluetooth navigation module 603 guides the automobile module 1 to the position of the vacant parking lot based on the floor map module 602, the automobile central control screen 101 and the GPS positioning unit 102, the floor entrance monitoring device 503 is arranged at the entrance of each floor of the parking lot, for monitoring whether the car module 1 enters the next floor, the map change module 504 is directed to the car module 1 entering the next floor, for timely importing the topographic data of the next floor in the floor map module 602 into the central control screen 101 of the automobile, the timing payment module 604 directly displays a payment code on the automobile central control screen 101 according to the staying time of the automobile module 1;
the Bluetooth covering module 601 connects the terminal host 4 with the automobile central control screen 101 based on a Bluetooth connection technology, the Bluetooth covering module 601 covers the whole parking lot, so that the transmission of position data and route data of a parking space is stable, a car owner can conveniently and quickly arrive at the position of an unoccupied parking space, the map data of the floor map module 602 is classified according to the floors, the floor where the car is located is determined through the floor entrance monitoring device 503, the map data of different floors can be quickly replaced by matching with the map replacing module 504, the accurate arrival of the car at the parking space under the condition of different floors is facilitated, the timing payment module 604 can send payment codes to the automobile central control screen 101, so that the car owner can finish payment through mobile phone scanning in the driving process, the payment is not required to be queued, and the situation of the car at an exit is greatly reduced;
as shown in fig. 1 and 5, the terminal host 4 is further connected to a parking lot external display screen 7, the parking lot external display screen 7 includes a remaining parking space display unit 701 and a nearby parking lot recommendation unit 702, the remaining parking space display unit 701 is used for displaying the number of remaining vacant parking spaces in the parking lot, and the nearby parking lot recommendation unit 702 displays the geographical positions of other parking lots nearby the parking lot based on the internet;
the parking space infrared sensing device 501 determines whether a vehicle is parked or not through whether an obstacle exists in the sensing range, so that the determination of how many parking spaces are used is facilitated, the number of remaining parking spaces can be displayed on the remaining parking space display unit 701 in cooperation with the parking space positioning device 502, the saturated parking in the parking lot can be avoided, the vehicle owner can be informed to find other parking lots to park in time, and meanwhile, the vehicle can be guided through the nearby parking lot recommendation unit 702, and the vehicle accumulation at the entrance of the parking lot can be avoided;
as shown in fig. 1-4, the parking lot module 5 further includes a floor gateway monitoring device 505 and a prompt module 506, the floor gateway monitoring device 505 is connected to the prompt module 506, the prompt module 506 is connected to the bluetooth overlay module 601, the floor gateway monitoring device 505 is uniformly distributed on each floor of the parking lot, the floor gateway monitoring device 505 is used for monitoring the unblocked condition of the floor gateway and monitoring the parking condition of the parking lot, the monitoring range between the floor gateway monitoring devices 505 has a coincidence point, and the prompt module 506 is used for displaying the information that the occupied gateway needs to be moved to the control screen 101 in the automobile occupying the gateway;
floor passageway monitoring device 505 is used for monitoring the unblocked condition of floor passageway and the parking circumstances of control parking area, whether the control passageway has the vehicle to occupy promptly, and the stop condition of record owner's vehicle, can provide strong evidence under the condition that produces the dispute to the vehicle takes place to rub, and to the vehicle that occupies the passageway, through suggestion module 506 to the car of this vehicle on the accuse screen 101 demonstration occupy the passageway and need carry out the information that moves the car, thereby inform the car owner to move the car, avoid the passageway to occupy, thereby guarantee the passageway unblocked, make things convenient for the vehicle to pass.
In summary, in the one-stop management and service system for the intelligent vehicle based on the mobile internet and the internet of things, when the intelligent vehicle is used, firstly, when the vehicle enters the parking lot entrance, the parking lot entrance monitoring device 2 monitors the license plate number of the vehicle, the license plate number is recorded to the terminal host 4, meanwhile, the gate module 3 is opened to let the vehicle pass, and at the moment, the terminal host 4 times;
then, the parking space positioning device 502 transmits the vacant parking space to the terminal host 4, then the Bluetooth coverage module 601 is connected with the automobile central control screen 101 in a Bluetooth mode, the floor map is transmitted to the automobile central control screen 101 through the floor map module 602, the position of the vehicle is determined by matching with the GPS positioning unit 102 carried by the vehicle, and then the vehicle is navigated to the position of the vacant parking space through the Bluetooth navigation module 603;
then, when the parking space of the upper floor is insufficient, the vehicle enters the lower floor to park, at this time, the floor entrance monitoring device 503 shoots that the vehicle has driven into the lower floor, and the map of the lower floor is transmitted to the automobile central control screen 101 by the map replacing module 504 to be replaced with the map of the upper floor, so that the vehicle can accurately drive to the vacant parking space of the floor in the lower floor;
then, the floor passageway monitoring device 505 is used for monitoring the condition of the unblocked floor passageway and the parking condition of the parking lot, namely monitoring whether the passageway is occupied by vehicles or not, and recording the stop condition of the vehicles of the vehicle owner, and can provide strong evidence aiming at the condition that the vehicles are rubbed to generate disputes, and for the vehicles occupying the passageway, the information that the occupied passageway needs to be moved is displayed on the automobile central control screen 101 of the vehicle through the prompting module 506, so that the vehicle owner is informed to move, the passageway occupation is avoided, the passageway unblocked is ensured, and the vehicles can conveniently pass;
finally, when the vehicle exits the parking lot, the timing payment module 604 sends the payment code to the central control screen 101 of the vehicle during the driving process, so as to prevent the vehicle from waiting for payment at the exit position in a queue, and the infrared parking space sensing device 501 determines whether the vehicle is parked by whether an obstacle exists in the sensing range, thereby being beneficial to determining how many parking spaces are used, and being matched with the parking space positioning device 502 to display the number of the remaining parking spaces in the remaining parking space display unit 701, being beneficial to preventing the saturated parking lot from parking and informing the vehicle owner to find other parking lots for parking, and being capable of guiding the vehicle through the near parking lot recommendation unit 702, so as to prevent the vehicle from being stacked at the entrance of the parking lot.
Claims (9)
1. Intelligent vehicle one-stop management and service system based on remove interconnection and thing networking, including car module (1) and bluetooth guide module (6), its characterized in that: the car module (1) is connected with a parking lot entrance monitoring device (2), the parking lot entrance monitoring device (2) is connected with a gate module (3), the gate module (3) is connected with a terminal host (4), the terminal host (4) is connected with a parking lot module (5), the terminal host (4) is also connected with a Bluetooth guide module (6), the car module (1) comprises a car central control screen (101) and a GPS positioning unit (102), the car central control screen (101) and the GPS positioning unit (102) are both connected with the Bluetooth guide module (6), the parking lot module (5) comprises a parking space infrared sensing device (501), a parking space positioning device (502), a floor entrance monitoring device (503) and a map replacing module (504), and the parking space infrared sensing device (501) and the parking space positioning device (502) are both connected with the terminal host (4), the floor entrance monitoring device (503) is connected with a map replacing module (504), the map replacing module (504) is connected with a Bluetooth guide module (6), the Bluetooth guide module (6) comprises a Bluetooth covering module (601), a floor map module (602), a Bluetooth navigation module (603) and a timing payment module (604), the Bluetooth covering module (601) is connected with the floor map module (602), the floor map module (602) is connected with the Bluetooth navigation module (603), and the timing payment module (604) is connected with a control screen (101) in an automobile.
2. The intelligent vehicle one-stop management and service system based on mobile internet and internet of things according to claim 1, wherein: the parking lot entrance monitoring device (2) is used for recording the license plate number of the automobile module (1), positioning the position of the automobile module (1) and positioning the position to be an initial point.
3. The intelligent vehicle one-stop management and service system based on mobile internet and internet of things according to claim 1, wherein: the number of parking stall infrared induction system (501) is identical with the quantity in parking stall, and parking stall infrared induction system (501) bury underground in the subsurface, whether this parking stall has the vehicle through whether have the object in the response scope in parking stall infrared induction system (501) to with information transmission to terminal host computer (4) in, parking stall positioner (502) are arranged in fixing a position the vacant parking stall, and with the place position information transmission in vacant parking stall to terminal host computer (4).
4. The intelligent vehicle one-stop management and service system based on mobile internet and internet of things according to claim 1, wherein: the terminal host (4) is used for timing the staying time of the automobile module (1), simultaneously recording the positions of the vacant parking spaces and the number of the accommodated vehicles in real time, and transmitting the positions of the vacant parking spaces to the automobile module (1) through the Bluetooth guide module (6).
5. The intelligent vehicle one-stop management and service system based on mobile internet and internet of things according to claim 1, wherein: the Bluetooth coverage module (601) covers the whole parking lot by using a Bluetooth technology, the Bluetooth coverage module (601) is connected with the automobile central control screen (101) in a Bluetooth mode, the floor map module (602) records topographic data of each floor of the parking lot, the floor map module (602) is connected to the automobile central control screen (101) on the basis of the Bluetooth mode to display the terrain of the parking lot, and the Bluetooth navigation module (603) guides the automobile module (1) to the position of an empty parking lot on the basis of the floor map module (602), the automobile central control screen (101) and the GPS positioning unit (102).
6. The intelligent vehicle one-stop management and service system based on mobile internet and internet of things according to claim 1, wherein: the floor entrance monitoring device (503) is arranged at an entrance of each floor of the parking lot and used for monitoring whether the automobile module (1) enters the next floor or not, the map replacing module (504) is used for leading the topographic data of the next floor in the floor map module (602) into the automobile central control screen (101) in time aiming at the automobile module (1) entering the next floor, and the timing payment module (604) directly displays payment codes on the automobile central control screen (101) according to the staying time of the automobile module (1).
7. The intelligent vehicle one-stop management and service system based on mobile internet and internet of things according to claim 1, wherein: the terminal host (4) is further connected with a parking lot external display screen (7), the parking lot external display screen (7) comprises a remaining parking space display unit (701) and a nearby parking lot recommendation unit (702), the remaining parking space display unit (701) is used for displaying the number of remaining vacant parking spaces in the parking lot, and the nearby parking lot recommendation unit (702) displays the geographic positions of other parking lots nearby the parking lot based on the Internet.
8. The intelligent vehicle one-stop management and service system based on mobile internet and internet of things according to claim 1, wherein: the parking lot module (5) further comprises a floor passage monitoring device (505) and a prompt module (506), wherein the floor passage monitoring device (505) is connected with the prompt module (506), and the prompt module (506) is connected with the Bluetooth coverage module (601).
9. The intelligent vehicle one-stop management and service system based on mobile internet and internet of things according to claim 8, wherein: the floor passage monitoring devices (505) are uniformly distributed on each floor of the parking lot, the floor passage monitoring devices (505) are used for monitoring the unblocked condition of the floor passage and the parking condition of the parking lot, the monitoring ranges among the floor passage monitoring devices (505) are provided with overlapped parts, and the prompt module (506) is used for displaying the information that the occupied passage needs to be moved to the automobile central control screen (101) of the occupied passage.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114093038A (en) * | 2021-10-19 | 2022-02-25 | 阿波罗智联(北京)科技有限公司 | Parking payment method and device |
| CN114973750A (en) * | 2022-01-29 | 2022-08-30 | 浙江浩瀚能源科技有限公司 | Intelligent parking system and method thereof |
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| CN114973750A (en) * | 2022-01-29 | 2022-08-30 | 浙江浩瀚能源科技有限公司 | Intelligent parking system and method thereof |
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Application publication date: 20210903 |