CN108320558B - Intelligent navigation garage-based reservation service system and control method thereof - Google Patents

Intelligent navigation garage-based reservation service system and control method thereof Download PDF

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CN108320558B
CN108320558B CN201710028556.5A CN201710028556A CN108320558B CN 108320558 B CN108320558 B CN 108320558B CN 201710028556 A CN201710028556 A CN 201710028556A CN 108320558 B CN108320558 B CN 108320558B
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server
garage
user terminal
information
parking space
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CN108320558A (en
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王波
陈建军
黄双庆
黄书健
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Chongqing Terminus Technology Co Ltd
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Chongqing Terminus Technology Co Ltd
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    • G—PHYSICS
    • G08—SIGNALLING
    • G08G—TRAFFIC CONTROL SYSTEMS
    • G08G1/00—Traffic control systems for road vehicles
    • G08G1/14—Traffic control systems for road vehicles indicating individual free spaces in parking areas
    • G08G1/141—Traffic control systems for road vehicles indicating individual free spaces in parking areas with means giving the indication of available parking spaces
    • G08G1/144—Traffic control systems for road vehicles indicating individual free spaces in parking areas with means giving the indication of available parking spaces on portable or mobile units, e.g. personal digital assistant [PDA]
    • E—FIXED CONSTRUCTIONS
    • E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
    • E01F—ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
    • E01F13/00—Arrangements for obstructing or restricting traffic, e.g. gates, barricades ; Preventing passage of vehicles of selected category or dimensions
    • E01F13/04—Arrangements for obstructing or restricting traffic, e.g. gates, barricades ; Preventing passage of vehicles of selected category or dimensions movable to allow or prevent passage
    • E01F13/042—Arrangements for obstructing or restricting traffic, e.g. gates, barricades ; Preventing passage of vehicles of selected category or dimensions movable to allow or prevent passage for controlling access to an individual parking space
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H6/00—Buildings for parking cars, rolling-stock, aircraft, vessels or like vehicles, e.g. garages
    • E04H6/42—Devices or arrangements peculiar to garages, not covered elsewhere, e.g. securing devices, safety devices, monitoring and operating schemes; centering devices
    • E04H6/426—Parking guides
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
    • G06Q10/02—Reservations, e.g. for tickets, services or events
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
    • G06Q10/04—Forecasting or optimisation specially adapted for administrative or management purposes, e.g. linear programming or "cutting stock problem"
    • G06Q10/047—Optimisation of routes or paths, e.g. travelling salesman problem
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
    • G07C9/00—Individual registration on entry or exit
    • G07C9/30—Individual registration on entry or exit not involving the use of a pass
    • G07C9/38—Individual registration on entry or exit not involving the use of a pass with central registration
    • 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
    • G08G1/0175—Detecting movement of traffic to be counted or controlled identifying vehicles by photographing vehicles, e.g. when violating traffic rules
    • 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
    • G08G1/149—Traffic control systems for road vehicles indicating individual free spaces in parking areas coupled to means for restricting the access to the parking space, e.g. authorization, access barriers, indicative lights

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Abstract

The invention discloses a reservation service system based on an intelligent navigation garage and a control method thereof, wherein the reservation service system comprises a user terminal, the user terminal is wirelessly connected with a server, the server is wirelessly/wiredly connected with a garage management center, and the garage management center is wirelessly/wiredly connected with at least one parking space monitoring device, at least one garage access control device, at least one Bluetooth ground lock and at least one Bluetooth detector; the server is used for storing garage information and navigation information; the user terminal is used for logging in a server to reserve a parking space; the parking space monitoring device is used for detecting the using state of the parking spaces in the garage and sending the using state of the parking spaces to the server; the garage entrance guard device opens and closes the entrance or the exit of the garage according to the instruction of the server. The server is also connected with a merchant server, the user terminal enters the merchant server through the server to place a reservation, and the merchant server is also connected with a reservation terminal.

Description

Intelligent navigation garage-based reservation service system and control method thereof
Technical Field
The invention relates to the technical field of communication, in particular to a reservation service system based on an intelligent navigation garage and a control method thereof.
Background
The living standard of people in modern society is higher and higher, people's tourism, shopping or difficult the vexation that has become everybody of parking when eating, often need to spend long time looking for the parking stall, and pleasant mood also largely discounts because of parking. In addition, it is a considerable problem how to reach the merchant's location near the parking garage for consumption in the shortest time and distance.
And when the car owner drives the car to the garage, because the environment of the garage is not mature, the driver does not know whether the parking space is still empty in the garage, and in addition, the driver can easily and quickly find the parking space and arrive at the parking space, so that the driver is difficult to transfer the parking space to the garage, and the manager is required to be set in the public parking lot, so that the manpower management cost of the garage is increased to a certain extent, and the management intelligence degree is low.
Disclosure of Invention
In view of at least one defect of the prior art, the invention aims to provide a reservation service system based on an intelligent navigation garage and a control method thereof, which are convenient for a user to conveniently and quickly find a parking space when the user goes out and to reach a merchant location near the garage as soon as possible for reservation consumption.
In order to achieve the purpose, the invention adopts the following technical scheme:
the utility model provides a reservation service system based on intelligent navigation garage which the key lies in: the system comprises a user terminal, wherein the user terminal is wirelessly connected with a server, the server is wirelessly/wiredly connected with a garage management center, the garage management center is wirelessly/wiredly connected with at least one parking space monitoring device, the garage management center is also wirelessly/wiredly connected with at least one garage access control device, and the garage management center is also wirelessly/wiredly connected with at least one Bluetooth ground lock; the garage management center is also connected with at least one Bluetooth detector in a wired/wireless manner;
the server is used for storing garage information and navigation information; the user terminal is used for logging in a server to reserve a parking space;
the parking space monitoring device is used for detecting the using state of the corresponding parking space in the garage and sending the using state to the server through the garage management center;
the garage entrance guard device opens and closes an entrance or an exit of the garage according to the instruction of the server; the garage access control device is provided with an inner camera and an outer camera, and the two cameras are used for snapshotting license plate numbers of users driving into a garage entrance or driving out of the garage exit and sending the license plate numbers to the server through the garage management center;
the Bluetooth ground lock opens the corresponding parking space according to the matching signal of the user terminal; or switching the corresponding parking spaces according to the server instruction;
the Bluetooth detector is arranged at an inlet, an outlet or a pedestrian passage of the garage, detects a signal that the user terminal leaves the garage and sends the signal to the server;
the server is also connected with a merchant server, the user terminal enters the merchant server through the server to place a reservation, the merchant server is also connected with a reservation terminal, and the merchant server sends reservation information to the reservation terminal.
The user terminal logs in a server of the garage through WeChat or a mobile phone APP and sends the preset information, and the user terminal is either a smart phone or a palm computer. The preset information comprises preset time, a mobile phone number of a user and a license plate number; the system also comprises a user departure place and a merchant location; the server sends the vacant parking spaces of the walking paths closest to the location of the merchant to the user terminal, when the user terminal reserves the parking spaces, the server sends the ground lock passwords to the user terminal, and the server sends the reserved parking spaces selected by the user to the garage management center. The server is also provided with an electronic map comprising the position of the garage, and the shortest path from the user starting place to the garage and the shortest walking path from the garage to the place where the merchant is located are selected through the electronic map. The server also establishes navigation information in the garage, namely firstly establishes a parking space layout chart of the garage, and then establishes the driving distance, the pedestrian distance and the path from each garage entrance, exit and pedestrian passage to each parking space, so as to help a user to quickly reach a preset parking space. When the user goes to the place of the merchant, the user is guided to the garage entrance, the garage exit or the pedestrian passageway which is closest to the place of the merchant through the navigation information, and the shortest walking path to the place of the merchant is further given by the navigation information.
When a user drives a car to reach the garage entrance, the garage access control device takes a snapshot of the number plate of the car of the user and transmits the snapshot to the server through the garage management center, and the server is successfully matched with the number plate in the user preset information, namely the garage access control device is controlled to put the car in, otherwise, the car is not put in, so that the situation that the car in an unscheduled parking space conveniently drives in to cause blockage is prevented.
The garage entrance guard device is provided with inside and outside two cameras, can discern through the precedence order of two camera correlations seizure user license plate numbers that the user car drives in or drives out, when driving in, the license plate number is caught earlier to the camera of outside, when the camera of the inside catches the license plate number, indicates that the car has driven in, can close garage entrance guard device, and is otherwise also the same.
When a user arrives at a preset parking space, the user sends a received ground lock password to the Bluetooth ground lock through the user terminal, the Bluetooth ground lock compares the ground lock password with the ground lock password received from the server, after the matching is successful, the Bluetooth ground lock opens the parking space, the user drives the automobile into the preset parking space, and the parking space monitoring device monitors that the automobile arrives and then sends arrival information to the server through the garage management center, namely the preset parking space is occupied and is in a use state.
After the user stops the vehicle and leaves the garage, the Bluetooth detectors are arranged at the entrance, the exit and the pedestrian passage of the garage, and the Bluetooth detectors detect that the user terminal of the user leaves, namely, the server is informed to close the Bluetooth ground lock.
When a user needs to drive a car and leave the car, the received unlocking password is also required to be sent to the Bluetooth ground lock through the user terminal for matching, and after the matching is successful, the parking space is opened to allow the user to leave the car.
When a user drives a car to reach the garage exit, the garage access control device shoots the number plate of the car of the user and transmits the number plate to the server through the garage management center, after the server is successfully matched with the number plate number in the user preset information, the server calculates the cost needing to be paid, and after the user pays the parking fee through the user terminal, the server controls the garage access control device to release the car. The method for snapshotting the license plate number by the garage access control device is the same as the method for checking the license plate number by traffic, and belongs to the mature technology.
When the user terminal is used for reserving a parking space of a garage, the user terminal can enter a merchant server through the server, the merchant server corresponds to a merchant where the merchant is located, the user logs in the merchant server to order a space, the space can be a meal ordering space, and a movie ticket can also be ordered. The merchant server is connected with a reservation terminal of a merchant, after the user terminal orders the position, the merchant server sends reservation information to the reservation terminal, and the reservation terminal can be a mobile phone, a palm computer or other computer terminals. The booking terminal is provided with a Bluetooth device.
The merchant server is connected with the server, when the user consumes at the merchant server, the merchant server pushes free parking information to the server, and the server can pay parking fee without charging.
A control method of a reservation service system based on an intelligent navigation garage is used for the reservation service system based on the intelligent navigation garage, and is characterized in that: the method comprises a construction method and a use method of the intelligent navigation garage, wherein the construction method of the intelligent navigation garage comprises the following steps:
step a1, establishing a parking space layout of the garage in a server; establishing navigation information from each entrance, each exit and each pedestrian passageway of the garage to each parking space, namely the driving distance, the pedestrian distance and the path from each entrance, each exit and each pedestrian passageway to each parking space;
a2, accessing garage information into a network map in a server, and establishing an electronic map comprising garage positions, wherein the electronic map comprises a road path, distances from various places on the road path to various entrances and exits of the garage, and driving time;
the using method of the intelligent navigation garage comprises the following steps:
b1, the server receives the preset information of the user terminal, the preset information comprises preset time, the mobile phone number and the license plate number of the user, the place of departure of the user and the location of the merchant;
b2, the server acquires the parking space using state checked by the parking space monitoring device through the garage management center, and marks the parking space using state on the parking space layout to form a garage using graph;
step b3, the server inquires an electronic map according to the location of the merchant, compares the shortest walking route reaching the location of the merchant by combining the garage usage map and the navigation information, determines the most shortcut vacant parking space and the navigation route, and sends the most shortcut vacant parking space and the navigation route to the user terminal;
step b4, the server receives the reservation of the user terminal, adjusts the state of the vacant parking space as a reserved parking space, the reserved parking space is the reserved parking space of the user, and sends a place locking password to the user terminal;
b5, the server waits for a delay, acquires the GPS positioning information of the user terminal in due time, inquires the electronic map and corrects the navigation information; the server delay waiting in the step means that the server acquires the GPS positioning information of the user terminal at regular intervals, and can set one minute, two minutes or other time intervals as required.
Step b6, the server judges whether the user can arrive on time according to the driving time and the preset time of the user, if not, the server informs the user terminal whether to cancel the preset, if the user terminal cancels the preset, the process is finished; otherwise go to step b 7;
b7, the server acquires the license plate number storage information of the user acquired by the garage access control device through the garage management center, compares the license plate number storage information with the preset information, and controls the garage access control device to open the garage entrance after matching is successful;
b8, the server sends the ground lock password to the Bluetooth ground lock through the garage management center, and the Bluetooth ground lock is successfully matched with the ground lock password of the user terminal and then opens the preset parking space;
the server also acquires the Bluetooth number of the user terminal through a Bluetooth ground lock;
b9, the server waits for a delay, the server acquires the information that the user terminal leaves the garage through the Bluetooth detector, and the server sends a Bluetooth ground lock closing signal to close the preset parking space through the garage management center; the server also obtains the parking space using state detected by the parking space monitoring device through the garage management center; adjusting the preset parking space to be a using parking space;
in the step b9, the server waits for the user to stop the automobile, and detects the information that the user leaves the garage with the user terminal through the Bluetooth detector.
The Bluetooth detector acquires a Bluetooth number of the user terminal and sends the Bluetooth number to the server, and the information that the user terminal leaves the garage can be detected at an entrance or an exit of the garage or a pedestrian passageway; if the Bluetooth number acquired by the Bluetooth detector is consistent with the number of the Bluetooth ground lock from the server, the user is indicated to leave the garage.
B10, delaying waiting, opening the used parking space after the Bluetooth ground lock is successfully matched with the ground lock password of the user terminal again, and acquiring unlocking information of the used parking space by the server; the server acquires user license plate number ex-warehouse information acquired by the garage access control device through the garage management center, the server informs the user terminal to pay parking fee after comparing the user license plate number out-warehouse information with the preset information, and the server opens the garage access control device after the user terminal pays the rest parking fee; the garage entrance guard device automatically closes after detecting that the license plate number of the user leaves;
the server delay wait in step b10 is to wait for the user to go to the merchant location for consumption. Either eating a meal, watching a movie, or other commercial consumption.
And b11, the server automatically closes the Bluetooth ground lock of the used parking space, and adjusts the used parking space to an empty parking space according to the parking space use state detected by the parking space monitoring device.
The control method of the intelligent navigation garage-based booking service system is characterized in that: the method also comprises a booking service process; the booking service flow comprises a booking service flow of a user terminal, a booking service flow of a merchant server and a booking service flow of a booking terminal;
the user terminal booking service process comprises the following steps:
s11: a user terminal enters a merchant server through a server to check merchant information;
s12: the user terminal sends the service order a to a merchant server;
s13: the user terminal receives the twisting information b of the merchant server and sends the determined booking information c to the merchant server;
for ordering, the twist information b comprises dishes ordered by the user, a dish price, ordering time and a price service list, and for ordering a movie ticket, the twist information b can be the price of the movie ticket;
the order information c is for ordering food, ordered dishes, order time, and price service list, and for ordering movie tickets, movie ticket fees may be paid.
S14: the user terminal receives successful booking information and a booking key d of the merchant server;
the booking success information and the booking key d are used for determining booking information between the booking terminal and the user terminal.
S15: the user terminal sends information of arriving at the garage and a Bluetooth code of the user terminal to a merchant server through a server;
the method comprises the steps that after a user terminal arrives at a garage, information that the user arrives at the garage is sent to a booking terminal through a server and a merchant server, the front desk can conveniently make preparation work in advance, after a Bluetooth ground lock acquires a Bluetooth code of the user, the Bluetooth code is sent to the booking terminal through the server and the merchant server, and therefore front desk personnel can conveniently take treatment and check the user.
S16: a user terminal acquires a prompt of inputting a positioning key d sent by a booking terminal;
s17: the user terminal automatically sends a booking secret key d to the booking terminal;
s18: the user terminal receives parking space order-free information sent by a merchant server;
the merchant server booking service process comprises the following steps:
s21: the merchant server receives a user terminal service order a and sends matching information b to the user terminal;
s22: the merchant server receives the determined booking information c of the user terminal and sends booking success information and a booking secret key d to the user terminal and the booking terminal;
s23: the merchant server receives the information of the user terminal arriving at the garage and the Bluetooth code forwarded by the server; the information is forwarded to a booking terminal;
s24: the merchant server receives user consumption completion information e sent by the booking terminal;
s25: the merchant server pushes parking space order-free information to the server and the user terminal;
the booking service process of the booking terminal comprises the following steps:
s31: the booking terminal receives successful booking information and a booking key d of the merchant server; sending the service order a to a foreground person;
s32: the booking terminal receives information of a user terminal arriving at a garage and a Bluetooth code sent by a merchant server;
s33: the booking terminal sends out prompt foreground preparation information;
the step is convenient for ordering food, and prompts the user on the foreground to arrive and prepare corresponding dishes and dining positions.
S33: the booking terminal receives the Bluetooth code of the user terminal to determine that the user terminal arrives at the place where the merchant is located, and prompts the user terminal to send a booking secret key d;
s34: the booking terminal receives a booking key d of the user terminal, if the booking key d is wrong, wrong information of the booking key d is sent to the user terminal to prompt re-input, and if the booking key d is correct, user arrival information is sent to foreground personnel;
s35: and the booking terminal sends the user consumption completion information e to the merchant server.
After the user finishes consumption, foreground personnel send user consumption completion information e to the merchant server through the booking terminal, and the merchant server sends parking space list information to the user terminal and the server, so that parking fee is avoided. For ordering the movie tickets, the foreground checks the successful booking information and the booking key d and then sends the consumption ending information.
The ordering service flow is an ordering service flow;
in step S11 or step S21, the merchant information includes the dishes of the merchant, the price of the dishes, the number of the vacant meal positions, and the location of the merchant;
in the step S12 or step S22: the service order sent by the user terminal comprises the selected dishes, the selected meal position number and the order time.
In step a1, a commercial information base is also established in the server for storing commercial information; the server also publishes the commercial information, which links with the merchant server.
In step b3, the server compares the shortest walking distance to the location of the merchant, and determining the most shortcut unoccupied parking spaces and the navigation path includes:
the server sends the shortest road path of the garage from the place of departure of the user and the first garage entrance closest to the place of departure of the user to the user terminal according to the place of departure of the user;
the method also comprises the steps of inquiring navigation information J from the first garage entrance to the most shortcut vacant parking space and sending the navigation information J to the user terminal;
inquiring navigation information k between a nearest garage entrance or garage exit or pedestrian passageway of a merchant location and the most shortcut vacant parking space, and sending the navigation information k to a user terminal;
and sending the shortest walking path to the user terminal.
In step b5, the server waits for a delay, timely acquires the GPS positioning information of the user terminal, queries the electronic map, and corrects the navigation information, including:
the server regularly acquires GPS positioning information of the user terminal, determines the instant location of the user terminal, inquires a network map, takes the shortest path between the instant location and the first garage entrance as revised information to correct navigation information, and then sends the revised navigation information to the user terminal;
in the step b9, after the server acquires information that the user terminal enters the garage through the bluetooth detector, the server sends the navigation information from the parking space used by the user to the nearest garage exit to the user terminal.
The step is convenient for the user to send the navigation information of the automobile leaving the garage to the user when the user finishes work or finishes consumption at the place where the merchant is located, namely the user is about to leave.
The method is suitable for conveniently and quickly reserving the parking space closest to the place where the merchant is located and arriving at the parking space when the user goes out to the place where the merchant is located for consumption, and the parking space arrives at the place where the merchant is located in the shortest walking time, so that convenience of going out for travel, handling, dining and consumption of the user is improved.
The method includes the steps that information of a garage is published on a network in advance, a user can reserve parking spaces on the network, the user enters a merchant server through the server of the garage, consumption is carried out at a merchant location corresponding to the merchant server, the system plans a route nearest to the user and a first garage entrance of the garage nearest to the user, the route nearest to a destination and the garage entrance, the garage exit or a pedestrian passageway, the vacant parking space nearest to the location of the merchant is sent to the user, the user is reminded of reserved parking space time regularly before the user arrives, and whether the user can arrive on time or not is judged according to the distance between the user's instant location and the garage and the driving time, for example, reminding is carried out once every half an hour. Business information, including travel information around the garage, such as tourist places, hotels, shopping malls, movie theaters and the like, is also often published on the network of the garage, so that the attention and the predetermined number of users to the garage are increased. And when the user reaches the entrance and exit of the first garage, the navigation information J from the entrance and exit of the first garage to the preset parking space is called and sent to the user, so that the user is guided to the preset parking space. When the user leaves the garage and goes to the place where the merchant is located, the navigation information k is called and sent to the user, and the user is guided to an entrance or an exit of the garage or a pedestrian passageway which is closest to the place where the merchant is located.
The control method of the intelligent navigation garage-based reservation service system has the advantages that a user can conveniently, simply and quickly find a parking space when going out and can quickly arrive at a place near a garage for reservation consumption.
Drawings
FIG. 1 is a schematic diagram of the system of the present invention; FIG. 2 is a schematic view of the garage;
FIG. 3 is a cross-sectional view B-B of FIG. 2;
FIG. 4 is a flow chart of a construction method of the intelligent navigation garage;
FIG. 5 is a flow chart of a method of using the intelligent navigation garage of the present invention;
FIG. 6 is a circuit diagram of a parking space monitoring device;
FIG. 7 is a flow chart of a reservation service of a user terminal;
FIG. 8 is a flow diagram of a reservation service for a merchant server;
fig. 9 is a flow chart of a reservation service of the reservation terminal.
Detailed Description
The invention is described in further detail below with reference to the figures and specific examples.
As shown in fig. 1-9, an intelligent navigation garage-based booking service system includes a user terminal 1, the user terminal 1 is wirelessly connected with a server 2, the server 2 is wirelessly/wired connected with a garage management center 3, the garage management center 3 is wirelessly/wired connected with at least one parking space monitoring device 4, the garage management center 3 is also wirelessly/wired connected with at least one garage access control device 5, and the garage management center 3 is also wirelessly/wired connected with at least one bluetooth ground lock 6; the garage management center 3 is also connected with at least one Bluetooth detector 7 in a wired/wireless way;
the server 2 is used for storing garage information and navigation information;
the user terminal 1 is used for logging in a server 2 to reserve a parking space;
the parking space monitoring device 4 is used for detecting the using state of the corresponding parking space in the garage and sending the using state to the server 2 through the garage management center 3;
the garage entrance guard device 5 opens and closes an entrance or an exit of the garage according to the instruction of the server 2; the garage access control device 5 is provided with an inner camera and an outer camera, the two cameras are used for capturing license plate numbers of users driving into a garage entrance or driving out of the garage exit, and the license plate numbers are sent to the server 2 through the garage management center 3;
the Bluetooth ground lock 6 opens the corresponding parking space according to the matching signal of the user terminal 1; or switching the corresponding parking spaces according to the instruction of the server 2;
the Bluetooth detector 7 is arranged at an inlet, an outlet or a pedestrian passage of the garage, detects a signal that the user terminal 1 leaves the garage, and sends the signal to the server 2;
the server 2 is also connected with a merchant server 3, the user terminal 1 enters the merchant server 3 through the server 2 to place a reservation, the merchant server 3 is also connected with a reservation terminal 9, and the merchant server 3 sends reservation information to the reservation terminal 9.
A control method of a reservation service system based on an intelligent navigation garage is used for the reservation service system based on the intelligent navigation garage and comprises a construction method and a use method of the intelligent navigation garage, wherein the construction method of the intelligent navigation garage comprises the following steps:
step a1, establishing a parking space layout of the garage in the server 2; establishing navigation information from each entrance, each exit and each pedestrian passageway of the garage to each parking space, namely the driving distance, the pedestrian distance and the path from each entrance, each exit and each pedestrian passageway to each parking space;
a2, accessing garage information into a network map in a server 2, and establishing an electronic map comprising garage positions, wherein the electronic map comprises a road path, distances from various places on the road path to various entrances and exits of the garage, and driving time;
the using method of the intelligent navigation garage comprises the following steps:
step b1, the server 2 receives the preset information of the user terminal 1, the preset information comprises preset time, the mobile phone number and the license plate number of the user, the place of departure of the user and the place of the merchant;
step b2, the server 2 acquires the parking space using state checked by the parking space monitoring device 4 through the garage management center 3, and marks the parking space using state on the parking space layout to form a garage using graph;
step b3, the server 2 inquires an electronic map according to the location of the merchant, compares the shortest walking route reaching the location of the merchant by combining the garage usage map and the navigation information, determines the most shortcut vacant parking space and the navigation route, and sends the most shortcut vacant parking space and the navigation route to the user terminal 1;
step b4, the server 2 receives the reservation of the user terminal 1, adjusts the state of the vacant parking space as a reserved parking space, the reserved parking space is the reserved parking space of the user, and sends a place locking password to the user terminal 1;
b5, the server 2 waits for a delay time, acquires the GPS positioning information of the user terminal 1 at proper time, inquires the electronic map and corrects the navigation information;
step b6, the server 2 judges whether the user can arrive on time according to the driving time and the preset time of the user, if not, the server informs the user terminal 1 whether to cancel the preset, if the user terminal 1 cancels the preset, the process is ended; otherwise go to step b 7;
step b7, the server 2 acquires the license plate number storage information of the user acquired by the garage access control device 5 through the garage management center 3, compares the license plate number storage information with the preset information, and controls the garage access control device 5 to open the garage entrance after matching is successful;
step b8, the server 2 sends the ground lock password to the Bluetooth ground lock 6 through the garage management center 3, and the Bluetooth ground lock 6 opens the predetermined parking space after matching with the ground lock password of the user terminal 1 successfully;
the server 2 also collects the Bluetooth number of the user terminal 1 through a Bluetooth ground lock 6;
step b9, the server 2 waits for a delay, the server 2 acquires the information that the user terminal 1 leaves the garage through the Bluetooth detector 7, and the server 2 sends a closing signal to the Bluetooth ground lock 6 to close the predetermined parking space through the garage management center 3; the server 2 also obtains the parking space using state detected by the parking space monitoring device 4 through the garage management center 3; adjusting the preset parking space to be a using parking space;
the Bluetooth detector 7 comprises an identification Bluetooth module and an identification single chip microcomputer, the identification Bluetooth module acquires Bluetooth codes of the user terminal 1 and then transmits the Bluetooth codes to the identification single chip microcomputer, and the identification single chip microcomputer transmits the Bluetooth codes to the garage management center 3 in a wired/wireless mode.
B10, delaying waiting, opening the used parking space after the Bluetooth ground lock 6 is successfully matched with the ground lock password of the user terminal 1 again, and obtaining the unlocking information of the used parking space by the server 2; the server 2 acquires the user license plate number ex-warehouse information acquired by the garage access control device 5 through the garage management center 3, the server 2 informs the user terminal 1 of paying the parking fee after comparing the preset information, and the server 2 opens the garage access control device 5 after the user terminal 1 pays the rest parking fee; the garage door control device 5 automatically closes after detecting that the license plate number of the user leaves;
and b11, the server 2 automatically closes the Bluetooth ground lock 6 of the used parking space, adjusts the use state of the used parking space according to the parking space use state detected by the parking space monitoring device 4, and adjusts the use state of the parking space to be an empty parking space.
In the control method of the intelligent navigation garage-based booking service system, in step a1, a commercial advertisement information base is also established in the server 2 for storing commercial advertisement information; the server 2 also publishes the commercial information, which links to a merchant server 8.
In the step b3, the server 2 compares the shortest walking distance to the location of the merchant, and determining the most shortcut vacant parking space and the navigation path includes:
the server 2 sends the shortest road path of the garage from the place of departure of the user and the first garage entrance closest to the place of departure of the user to the user terminal 1 according to the place of departure of the user;
the method also comprises the steps of inquiring navigation information J from the first garage entrance to the most shortcut vacant parking space and sending the navigation information J to the user terminal 1;
inquiring navigation information k between a nearest garage entrance or garage exit or pedestrian passageway of a place where the merchant is located and the most shortcut vacant parking space, and sending the navigation information k to the user terminal 1;
and sending the shortest walking path to the user terminal 1.
In the step b5, the server 2 waits for a delay, timely obtains the GPS positioning information of the user terminal 1, queries an electronic map, and corrects the navigation information, including:
the server 2 regularly acquires the GPS positioning information of the user terminal 1, determines the instant location of the user terminal 1, inquires a network map, corrects the navigation information by taking the shortest path between the instant location and the first garage entrance as the revised information, and then sends the revised navigation information to the user terminal 1.
In the step b8, after the server 2 acquires information that the user terminal 1 enters the garage through the bluetooth detector 7, the server sends the navigation information that the user uses the parking space to the nearest garage exit to the user terminal 1.
The control method of the intelligent navigation garage-based booking service system further comprises a step b12, wherein the server 2 acquires a next destination of the user terminal 1, inquires the shortest distance between the garage and the next destination and sends the shortest distance to the user terminal 1.
The control method of the intelligent navigation garage-based booking service system further comprises a booking service process; the booking service flow comprises a booking service flow of the user terminal 1, a booking service flow of the merchant server 8 and a booking service flow of the booking terminal 9;
the booking service process of the user terminal 1 comprises the following steps:
s11: the user terminal 1 enters a merchant server 8 through the server 2 to check merchant information;
s12: the user terminal 1 sends the service order a to the merchant server 8;
s13: the user terminal 1 receives the twisting information b of the merchant server 8 and sends the determined booking information c to the merchant server 8;
s14: the user terminal 1 receives the successful booking information and the booking key d of the merchant server 8;
s15: the user terminal 1 sends the information of arriving at the garage and the Bluetooth code of the user terminal 1 to the merchant server 8 through the server 2;
s16: the user terminal 1 acquires a prompt of inputting a positioning key d sent by a booking terminal 9;
s17: the user terminal 1 automatically sends a booking secret key d to the booking terminal 9;
s18: the user terminal 1 receives the parking space order-free information sent by the merchant server 8;
the merchant server 8 booking service flow comprises the following steps:
s21: the merchant server 8 receives the service order a of the user terminal 1 and sends the matching information b to the user terminal 1;
s22: the merchant server 8 receives the determined booking information c of the user terminal 1 and sends booking success information and a booking secret key d to the user terminal 1 and the booking terminal 9;
s23: the merchant server 8 receives the information of the user terminal 1 arriving at the garage and the Bluetooth code forwarded by the server 2; this information is forwarded to the booking terminal 9;
s24: the merchant server 8 receives the user consumption completion information e sent by the booking terminal 9;
s25: the merchant server 8 pushes parking space order-free information to the server 2 and the user terminal 1;
the booking service flow of the booking terminal 9 comprises the following steps:
s31: the booking terminal 9 receives booking success information and a booking secret key d of the merchant server 8; sending the service order a to a foreground person;
s32: the booking terminal 9 receives the information of the arriving garage of the user terminal 1 and the Bluetooth code sent by the merchant server 8;
s33: the booking terminal 9 sends out prompt foreground preparation information;
s33: the booking terminal 9 receives the Bluetooth code of the user terminal 1 to determine that the user terminal 1 arrives at the place where the merchant is located, and prompts the user terminal 1 to send a booking secret key d;
s34: the booking terminal 9 receives the booking key d of the user terminal 1, if the booking key d is wrong, wrong information of the booking key d is sent to the user terminal 1 to prompt re-input, and if the booking key d is correct, user arrival information is sent to foreground personnel;
s35: the reservation terminal 9 transmits the user consumption completion information to the merchant server 8.
According to the control method of the intelligent navigation garage-based booking service system, the booking service process is a dining booking service process;
in step S11 or step S21, the merchant information includes the dishes of the merchant, the price of the dishes, the number of the vacant meal positions, and the location of the merchant;
in the step S12 or step S22: the service order sent by the user terminal 1 includes the selected dishes, the selected meal number and the order time.
Garage management center 3 includes computer, first bluetooth module, router, and the computer passes through the router to be connected with server 2, and the computer passes through first bluetooth module and is connected with parking stall monitoring devices 4, bluetooth ground lock 6, bluetooth detector 7, garage entrance guard's device 5.
The computer can also be used for the debugging of parking stall monitoring devices 4 and bluetooth ground lock 6.
Parking stall monitoring devices 4 includes vehicle detector, first microprocessor, second bluetooth module, and the vehicle detector detects the user state who corresponds the parking stall and transmits for first microprocessor, and first microprocessor passes through second bluetooth module and sends the user state who corresponds the parking stall for server 2 through garage management center 3.
The vehicle detector is used for detecting the use state of the parking space opposite to the vehicle detector, namely whether a vehicle exists or not.
The parking space monitoring device 4 is also provided with a first display, and the first microprocessor acquires the license plate number in the preset parking space information of the garage management center 3 through the second Bluetooth module and displays the license plate number through the first display; the information of the reserved parking space is sent by the server 2;
the vehicle detector is either an infrared detector, an ultrasonic detector, or a laser detector.
The added technical scheme is used for displaying the license plate number of the reserved parking space at the reserved parking space, so that the owner of the reserved parking space can conveniently find the license plate number.
Above-mentioned several kinds of vehicle detector belongs to ripe technique, convenient to use, and infrared detector only need set up an infrared emission end on ground, sets up an infrared receiving terminal on the roof that corresponds, and this infrared receiving terminal is connected with first microprocessor, and first microprocessor differentiates this parking stall through this kind of mode and has or not the vehicle.
The invention provides a control method of a reservation service system based on an intelligent navigation garage, which is convenient for a user to simply, conveniently and quickly find a parking space when the user goes out and to reach a place where a merchant near the garage places the parking space for reservation and consumption as soon as possible.
Finally, it is noted that: the above-mentioned embodiments are only examples of the present invention, and it is a matter of course that those skilled in the art can make modifications and variations to the present invention, and it is considered that the present invention is protected by the modifications and variations if they are within the scope of the claims of the present invention and their equivalents.

Claims (4)

1. A control method of a reservation service system based on an intelligent navigation garage is used for the reservation service system based on the intelligent navigation garage, the reservation service system based on the intelligent navigation garage comprises a user terminal (1), the user terminal (1) is wirelessly connected with a server (2), the server (2) is wirelessly/wiredly connected with a garage management center (3), the garage management center (3) is wirelessly/wiredly connected with at least one parking space monitoring device (4), the garage management center (3) is also wirelessly/wiredly connected with at least one garage access control device (5), and the garage management center (3) is also wirelessly/wiredly connected with at least one Bluetooth ground lock (6); the garage management center (3) is also connected with at least one Bluetooth detector (7) in a wired/wireless way;
the server (2) is used for storing garage information and navigation information;
the user terminal (1) is used for logging in a server (2) to reserve a parking space;
the parking space monitoring device (4) is used for detecting the use state of the corresponding parking space in the garage and sending the use state to the server (2) through the garage management center (3);
the parking space monitoring device (4) comprises a vehicle detector, a first microprocessor and a second Bluetooth module, the vehicle detector detects the use state of the corresponding parking space and transmits the use state to the first microprocessor, and the first microprocessor sends the use state of the corresponding parking space to the server (2) through the garage management center (3) through the second Bluetooth module;
the vehicle detector is an infrared detector, the infrared detector is provided with an infrared transmitting end on the ground, and an infrared receiving end is arranged on the corresponding roof and is connected with the first microprocessor;
the garage entrance guard device (5) opens and closes an entrance or an exit of the garage according to the instruction of the server (2); the garage access control device (5) is provided with an inner camera and an outer camera, the two cameras are used for capturing license plate numbers of users driving into a garage entrance or driving out of the garage exit, and the license plate numbers are sent to the server (2) through the garage management center (3);
the Bluetooth ground lock (6) opens the corresponding parking space according to the matching signal of the user terminal (1); or the corresponding parking space is switched on or off according to the instruction of the server (2);
the Bluetooth detector (7) is arranged at an inlet, an outlet or a pedestrian passage of the garage, detects a signal that the user terminal (1) leaves the garage and sends the signal to the server (2);
the Bluetooth detector (7) comprises an identification Bluetooth module and an identification single chip microcomputer, the identification Bluetooth module acquires Bluetooth codes of the user terminal (1) and then transmits the Bluetooth codes to the identification single chip microcomputer, and the identification single chip microcomputer transmits the Bluetooth codes to the garage management center (3) in a wired/wireless manner;
the server (2) is also connected with a merchant server (3), the user terminal (1) enters the merchant server (3) through the server (2) to make a reservation, the merchant server (3) is also connected with a reservation terminal (9), and the merchant server (3) sends reservation information to the reservation terminal (9);
the method comprises a construction method and a use method of the intelligent navigation garage, wherein the construction method of the intelligent navigation garage comprises the following steps:
step a1, establishing a parking space layout of the garage in the server (2); establishing navigation information from each entrance, each exit and each pedestrian passageway of the garage to each parking space, namely the driving distance, the pedestrian distance and the path from each entrance, each exit and each pedestrian passageway to each parking space;
a2, accessing garage information into a network map in a server (2), and establishing an electronic map comprising garage positions, wherein the electronic map comprises a road path, distances from various places on the road path to various entrances and exits of the garage, and driving time;
the using method of the intelligent navigation garage comprises the following steps:
step b1, the server (2) receives the preset information of the user terminal (1), wherein the preset information comprises preset time, the mobile phone number and the license plate number of the user, and further comprises the place of departure of the user and the place of the merchant;
b2, the server (2) acquires the parking space using state inspected by the parking space monitoring device (4) through the garage management center (3), and a garage using graph is formed after the parking space using state is marked on the parking space arrangement graph;
b3, the server (2) inquires an electronic map according to the location of the merchant, compares the shortest walking distance to the location of the merchant by combining the garage usage map and the navigation information, determines the most shortcut vacant parking space and the navigation path, and sends the most shortcut vacant parking space and the navigation path to the user terminal (1);
the server (2) compares the shortest walking distance to the place where the merchant is located, and the step of determining the most shortcut vacant parking space and the navigation path comprises the following steps:
the server (2) sends the shortest road path of the garage from the place of departure of the user and the first garage entrance closest to the place of departure of the user to the user terminal (1) according to the place of departure of the user;
the method further comprises the steps of inquiring navigation information J from the first garage entrance to the most shortcut vacant parking space, and sending the navigation information J to a user terminal (1);
the method also comprises the steps of inquiring navigation information k between a nearest garage entrance or garage exit or pedestrian passageway of a merchant and the most shortcut vacant parking space, and sending the navigation information k to the user terminal (1);
the method also comprises the step of sending the shortest walking path to the location of the merchant to the user terminal (1);
step b4, the server (2) receives the reservation of the user terminal (1), adjusts the state of the vacant parking space into a reserved parking space, the reserved parking space is the reserved parking space of the user, and sends the ground lock password to the user terminal (1);
b5, the server (2) waits for a delay time, acquires the GPS positioning information of the user terminal (1) timely, inquires an electronic map and corrects navigation information;
in step b5, the server (2) waits for a delay time, timely acquires the GPS positioning information of the user terminal (1), queries the electronic map, and corrects the navigation information, including:
the server (2) acquires GPS positioning information of the user terminal (1) at regular time, determines the instant location of the user terminal (1), inquires a network map, takes the shortest path between the instant location and the entrance of the first garage as revision information to correct navigation information, and then sends the revised navigation information to the user terminal (1);
step b6, the server (2) judges whether the user can arrive on time according to the driving time and the preset time of the user, if not, the server informs the user terminal (1) whether to cancel the preset, if the user terminal (1) cancels the preset, the process is ended; otherwise go to step b 7;
b7, the server (2) acquires the license plate number storage information of the user collected by the garage access control device (5) through the garage management center (3), compares the license plate number storage information with the preset information, and controls the garage access control device (5) to open the garage entrance after matching is successful;
b8, the server (2) sends the ground lock password to the Bluetooth ground lock (6) through the garage management center (3), and the Bluetooth ground lock (6) is successfully matched with the ground lock password of the user terminal (1) and then opens the preset parking space;
the server (2) also collects the Bluetooth number of the user terminal (1) through a Bluetooth ground lock (6);
b9, the server (2) waits for a delay time, the server (2) acquires the information that the user terminal (1) leaves the garage through the Bluetooth detector (7), and the server (2) sends a closing signal of the Bluetooth ground lock (6) to close the preset parking space through the garage management center (3); the server (2) also obtains the parking space using state detected by the parking space monitoring device (4) through the garage management center (3); adjusting the preset parking space to be a using parking space;
b10, delaying waiting, opening the used parking space after the Bluetooth ground lock (6) is successfully matched with the ground lock password of the user terminal (1) again, and obtaining the unlocking information of the used parking space by the server (2); the server (2) acquires the user license plate number ex-warehouse information acquired by the garage access control device (5) through the garage management center (3), the server (2) informs the user terminal (1) to pay the parking fee after comparing with the preset information, and the server (2) opens the garage access control device (5) after the user terminal (1) pays the rest parking fee; the garage access control device (5) automatically closes after detecting that the license plate number of the user leaves;
step b11, the server (2) automatically closes the Bluetooth ground lock (6) of the used parking space, adjusts the use state of the parking space according to the use state of the parking space detected by the parking space monitoring device (4), and adjusts the use state of the parking space to an empty parking space;
the method is characterized in that: the method also comprises a booking service process; the booking service flow comprises a booking service flow of a user terminal (1), a booking service flow of a merchant server (8) and a booking service flow of a booking terminal (9);
the booking service process of the user terminal (1) comprises the following steps:
s11: the user terminal (1) enters a merchant server (8) through the server (2) to check merchant information;
s12: the user terminal (1) sends the service order a to a merchant server (8);
s13: the user terminal (1) receives the twisting information b of the merchant server (8) and sends the determined booking information c to the merchant server (8);
s14: the user terminal (1) receives successful booking information and a booking key d of the merchant server (8);
s15: the user terminal (1) sends information of arriving at the garage and a Bluetooth code of the user terminal (1) to the merchant server (8) through the server (2);
s16: a user terminal (1) acquires a prompt of inputting a positioning key d sent by a booking terminal (9);
s17: the user terminal (1) automatically sends a booking key d to the booking terminal (9);
s18: the user terminal (1) receives parking space order-free information sent by a merchant server (8);
the merchant server (8) booking service flow comprises the following steps:
s21: the merchant server (8) receives the service order a of the user terminal (1) and sends the twisting information b to the user terminal (1);
s22: the merchant server (8) receives the determined booking information c of the user terminal (1) and sends booking success information and a booking secret key d to the user terminal (1) and the booking terminal (9);
s23: the merchant server (8) receives the information of the user terminal (1) arriving at the garage and the Bluetooth code forwarded by the server (2); forwarding the information to a reservation terminal (9);
s24: the merchant server (8) receives the user consumption completion information e sent by the booking terminal (9);
s25: the merchant server (8) pushes parking space order-free information to the server (2) and the user terminal (1);
the booking service flow of the booking terminal (9) comprises the following steps:
s31: the booking terminal (9) receives booking success information and a booking key d of the merchant server (8); sending the service order a to a foreground person;
s32: the booking terminal (9) receives the information of the arriving garage of the user terminal (1) and the Bluetooth code sent by the merchant server (8);
s33: the booking terminal (9) sends out prompt foreground preparation information;
s33: the booking terminal (9) receives the Bluetooth code of the user terminal (1) to determine that the user terminal (1) arrives at the place where the merchant is located, and prompts the user terminal (1) to send a booking key d;
s34: the booking terminal (9) receives a booking key d of the user terminal (1), if the booking key d is wrong, wrong information of the booking key d is sent to the user terminal (1) to prompt re-input, and if the booking key d is correct, user arrival information is sent to foreground personnel;
s35: the booking terminal (9) sends the user consumption completion information to the merchant server (8).
2. The intelligent navigation garage based booking service system control method according to claim 1, wherein the method comprises the following steps: the ordering service flow is an ordering service flow;
in step S11 or step S21, the merchant information includes the dishes of the merchant, the price of the dishes, the number of the vacant meal positions, and the location of the merchant;
in the step S12 or step S22: the service order sent by the user terminal (1) comprises the selected dishes, the selected meal position number and the order time.
3. The intelligent navigation garage based booking service system control method according to claim 1, wherein the method comprises the following steps: in step a1, a commercial information base is also established in the server (2) for storing commercial information; the server (2) also issues the commercial information, which links to a merchant server (8).
4. The control method of the intelligent navigation garage-based booking service system according to claim 1, wherein the control method comprises the following steps: in the step b9, after the server (2) acquires the information that the user terminal (1) enters the garage through the bluetooth detector (7), the server sends the navigation information of the parking space used by the user to the nearest garage exit to the user terminal (1).
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CN108921582A (en) * 2018-08-31 2018-11-30 沈阳智慧停车平台建设运营有限公司 Method of servicing and system after a kind of automobile
JP7096192B2 (en) * 2019-03-29 2022-07-05 本田技研工業株式会社 Parking management devices, parking management device control methods, and programs
CN110570685A (en) * 2019-09-09 2019-12-13 北京智联云海科技有限公司 method for realizing automatic recommendation of regional parking berth by using data
CN110796886A (en) * 2019-11-12 2020-02-14 圆通速递有限公司 Intelligent parking system and method
CN111127932B (en) * 2019-12-03 2020-12-18 重庆特斯联智慧科技股份有限公司 Community charging parking space sharing method and system based on distributed recognition algorithm
CN111815997B (en) * 2020-06-20 2022-05-31 宁波工程学院 Parking guidance method, system, intelligent terminal and storage medium
CN113781827A (en) * 2021-09-10 2021-12-10 深圳市凯博百通信息技术有限公司 Video data management method of cloud platform and cloud platform
CN114428501A (en) * 2021-12-17 2022-05-03 重庆特斯联智慧科技股份有限公司 Old people home service robot and control method thereof

Family Cites Families (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102930459A (en) * 2012-10-26 2013-02-13 江苏乐买到网络科技有限公司 Method and device for supplying commercial information
CN104008585B (en) * 2014-06-03 2016-06-01 中国人民解放军第三军医大学第一附属医院 Multifunctional hospital parking management system
CN105225521A (en) * 2015-06-18 2016-01-06 重庆町掣掣科技有限公司 Based on parking management system and the method for Internet of Things
CN105184377A (en) * 2015-07-17 2015-12-23 苏州信亨自动化科技有限公司 Movement position information-based seat reservation method and system
CN105046339A (en) * 2015-08-24 2015-11-11 马保真 Reservation and food ordering intelligent food and beverage management system and reservation and food ordering intelligent food and beverage management method
CN105405314A (en) * 2015-11-09 2016-03-16 李辰 Method and equipment used for controlling vehicle travelling
CN105844549A (en) * 2016-04-03 2016-08-10 朱海涛 Parking stall integrated management system and method
CN205563725U (en) * 2016-04-21 2016-09-07 上海亦源智能科技有限公司 Support mobile payment's motive wave brake gear
CN106327910A (en) * 2016-08-26 2017-01-11 杭州研智科技有限公司 Parking place reservation system

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