WO2014069744A1 - Système de partage de parc stationnement à l'aide d'un smartphone et procédé de commande du système - Google Patents

Système de partage de parc stationnement à l'aide d'un smartphone et procédé de commande du système Download PDF

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Publication number
WO2014069744A1
WO2014069744A1 PCT/KR2013/006169 KR2013006169W WO2014069744A1 WO 2014069744 A1 WO2014069744 A1 WO 2014069744A1 KR 2013006169 W KR2013006169 W KR 2013006169W WO 2014069744 A1 WO2014069744 A1 WO 2014069744A1
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Prior art keywords
parking
information
vehicle
control server
module
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PCT/KR2013/006169
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English (en)
Korean (ko)
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조운대
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주식회사 코엔
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    • 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
    • G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
    • G06Q50/40—Business processes related to the transportation industry
    • 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

Definitions

  • One embodiment of the present invention relates to a parking lot sharing system using a smart phone and a driving method thereof.
  • vehicles parked in a resident-first parking lot tend to be wasted without being used at certain times depending on the job and driving tendency of the owner.
  • a car owner using a car for commuting may not use the resident's parking lot from 9 am to 6 pm, and a late night restaurant may not use the parking lot after 6 pm.
  • One embodiment of the present invention is a parking lot sharing system using a smart phone to enable a car owner who wishes to park in a resident-first parking lot can efficiently share a limited parking space using location-based map data received from a parking control server; It provides a driving method thereof.
  • the parking surface information of the resident-first parking lot is registered, and the parking guidance information of the resident-first parking lot based on the parking surface information and the GPS (Global Positioning System) information.
  • a parking control server for generating a;
  • a parking sharing application is installed, and connected to the parking control server through a wireless communication network by executing the parking sharing application to receive and display the parking guide information, and to park in the occupant-first parking lot among the displayed parking guide information.
  • a vehicle terminal device for transmitting the parking surface information and the vehicle owner personal information selected in a one-touch manner by the vehicle owner to the parking control server.
  • the vehicle owner terminal device may automatically execute the parking sharing application when the acceleration value or the natural frequency value of the vehicle parked on a predetermined parking surface by the parking guide information exceeds a reference value.
  • the parking guide information may be location information based map data generated by matching the parking surface information and GPS information.
  • the parking guide information may further include information on usage of the parking surface and information on the usage fee of the parking surface.
  • the parking lot sharing system using the smart phone is connected to a parking control server through a wireless communication network to receive the parking surface information of the occupant-first parking lot in real time from the parking control server, and the parking surface information of the received occupant-first parking lot.
  • a manager terminal device which manages the parking surface of the occupant-first parking lot and the parked vehicle based on the determination, and determines whether the vehicle parked on the parking surface is illegally occupied and transmits illegally occupied vehicle information to the parking control server;
  • a towing vehicle terminal device connected to the parking control server through a wireless communication network to receive the illegally occupied vehicle information from the parking control server and tow the illegally occupied vehicle.
  • the borrower terminal device includes: a borrower information registration module connected to the web and registered with the borrower personal information including a vehicle number, a terminal device number, and personal personal information; An information display module for displaying a menu information window for parking or leaving a vehicle of the owner; An information input module for selecting parking information or parking information including parking guide information in the menu information window and parking surface information from the parking guide information by the vehicle owner; An exit safety module that measures an acceleration value or a natural frequency value of a vehicle parked on the parking surface and automatically runs the parking sharing application when the acceleration value or the natural frequency value is larger than a reference value to drive an information display module; A first data communication module for transmitting and receiving data to and from the parking control server through a wireless communication network; And a first data storage module configured to store the vehicle owner personal information, the parking surface information, the acceleration value, or the natural frequency value.
  • the manager terminal device includes an information collection module for receiving parking surface information from the parking control server in real time; A parking plane information display module for displaying real-time parking plane information received from the parking control server by mapping the location information with location information; An illegally occupied vehicle determination module that determines whether the vehicle is an illegally occupied vehicle based on the parking surface information received by the information collection module; An illegally occupied vehicle photographing module for photographing a vehicle and a vehicle number for the illegally occupied vehicle; A second location information generation module for generating location information of the illegally occupied vehicle or parking surface; It is connected to the parking control server through a wireless communication network, and transmits illegally occupied vehicle information including the photographed illegal occupied vehicle, vehicle number, location information, shooting time, parking surface information, and manager terminal device information to the parking control server. A second data communication module; And a second data storage module for storing the illegal occupied vehicle information.
  • the parking control server includes a towing request module for receiving the illegal occupied vehicle information from the manager terminal device and requesting towing of the illegal occupied vehicle;
  • a parking surface information generation module configured to generate parking guide information based on the parking surface information and the GPS information of the occupant-first parking lot;
  • a parking surface usage information generation module configured to generate usage information on the parking surface including parking information, parking time, and parking fee based on the parking surface information of the occupant-first parking lot, the illegally occupied vehicle information, and the parking guide information;
  • a third data storage module storing usage information of the parking surface;
  • a third data communication module configured to transmit / receive data with the vehicle owner terminal device, the manager terminal device, and the towing vehicle terminal device.
  • the towing vehicle terminal device may include: a towing vehicle photographing module configured to receive illegally occupied vehicle information requested for towing from the parking control server and to photograph the towing requested vehicle and vehicle number; A third location information generation module generating location information of the vehicle or the parking surface on which the towing is requested; A fourth data communication module which transmits towing vehicle information including the towing requested vehicle, vehicle number, location information, photographing time, and parking surface information to the parking control server; And a fourth data storage module storing the tow vehicle information.
  • a towing vehicle photographing module configured to receive illegally occupied vehicle information requested for towing from the parking control server and to photograph the towing requested vehicle and vehicle number
  • a third location information generation module generating location information of the vehicle or the parking surface on which the towing is requested
  • a fourth data communication module which transmits towing vehicle information including the towing requested vehicle, vehicle number, location information, photographing time, and parking surface information to the parking control server
  • And a fourth data storage module storing the tow vehicle information.
  • a driving method of a parking lot sharing system using a smart phone includes an application execution step of executing a parking sharing application installed in a vehicle owner terminal device; Display parking guide information for receiving parking guidance information of the resident-first parking lot generated from the parking control server based on the parking surface information of the resident-first parking lot and the GPS (Global Positioning System) information and displaying it on the screen where the parking sharing application is executed. step; A parking surface information selection step of selecting parking surface information included in the parking guide information by one touch method; And a parking plane information transmitting step of transmitting the parking plane information to the parking control server.
  • the method may further include a third step of automatically executing the parking sharing application between the first step and the second step.
  • the third step may include: a departure information measurement step of measuring an acceleration value of a vehicle parked on a predetermined parking surface by the parking guide information through the vehicle owner terminal device; A step of determining whether or not the measured acceleration value exceeds a reference value; And an application automatic execution step of automatically executing the parking sharing application when the measured acceleration value exceeds a reference value.
  • the third step may include: a departure information measurement step of measuring a natural frequency value of a vehicle parked on a predetermined parking surface by the parking guidance information through the vehicle owner terminal device; A step-out determining step of determining whether the measured natural frequency value exceeds a reference value; And an application automatic execution step of automatically executing the parking sharing application when the measured natural frequency value exceeds a reference value.
  • Parking lot sharing system using a smart phone and a driving method thereof is the parking lot of the occupant-first parking window from the parking control server through the communication between the smart phone and the parking control server, the owner who wants to park in the occupant-first parking lot It is possible to efficiently share a limited parking space by receiving the surface information as location information based map data to check whether the vehicle can be parked and to park on a desired parking surface with only one touch operation.
  • the owner who wishes to park in the occupant-first parking lot automatically executes the parking lot sharing application when the vehicle leaves the vehicle, thereby inducing the departure information to be selected, so that the borrower leaves the vehicle without selecting the departure information. Can be solved.
  • FIG. 1 is a view schematically showing a parking lot sharing system using a smart phone according to an embodiment of the present invention.
  • FIG. 2 is a block diagram showing the configuration of a parking lot sharing system using a smart phone according to an embodiment of the present invention.
  • FIG. 3 is a diagram illustrating a screen of a vehicle terminal device in which a parking sharing application is executed.
  • FIG. 4 is a diagram illustrating a process of selecting information at the time of parking in a vehicle terminal device in which a parking sharing application is executed.
  • FIG. 5 is a diagram illustrating a process of selecting information at the time of departure from the vehicle terminal device in which the parking sharing application is executed.
  • the parking lot sharing system using the smart phone according to the present invention and a driving method thereof are based on a system for operating the occupant-first parking for each parking surface in the parking lot, and the owner who wishes to park in the occupant-first parking lot uses the smartphone.
  • the present invention relates to a system for efficiently sharing a limited parking space by checking parking availability of occupant-first parking by utilizing parking.
  • FIG. 1 is a view schematically showing a parking lot sharing system using a smart phone according to an embodiment of the present invention
  • Figure 2 is a block diagram showing the configuration of a parking lot sharing system using a smart phone according to an embodiment of the present invention. .
  • the parking lot sharing system using a smart phone according to an embodiment of the present invention, the owner terminal device 20, the manager terminal device 30, the parking control server 10 and the towing vehicle terminal Device 40.
  • the vehicle owner terminal device 20, the manager terminal device 30 and the towing vehicle terminal device 40 is a parking sharing application downloaded by connecting to the web (WEB) opened by the business owner operating the parking lot sharing system Is installed, the operation of the vehicle terminal device 20, the manager terminal device 30 and the towing vehicle terminal device 40 to be described later by the execution of such a parking sharing application can be implemented.
  • the borrower in the present invention means the owner of the vehicle that wants to temporarily occupy the occupant-first parking lot.
  • the borrower terminal device 20 may be a smart phone used by the owner of the vehicle that wants to park in the resident-first parking lot.
  • the present invention is not limited to the smart phone terminal device 20, the application can be installed and executed, and may be another mobile communication terminal capable of communicating with the parking control server 10.
  • the vehicle terminal device 20 is connected to the parking control server 10 via a wireless communication network, and the parking surface information and the personal information of the vehicle selected by the vehicle owner wishing to park in the resident-first parking lot to the parking control server 10. send.
  • the vehicle owner terminal device 20 may include a vehicle owner information registration module 210, an information display module 220, a parking surface information input module 230, a parking safety module 240, and a first data communication module ( 250 and a first data storage module 260.
  • the borrower information registration module 210 is connected to the web to register the borrower personal information by the borrower. That is, the borrower information registration module 210 registers the borrower's personal information necessary for the member registration procedure by accessing the web to the borrower who intends to use the parking lot sharing system.
  • the vehicle owner personal information may include a vehicle number, a terminal device number (ie, a smart phone number), and personal personal information.
  • the information display module 220 displays a menu information window for parking or leaving a vehicle of the owner. That is, the information display module 220 displays menu information (for example, parking, leaving, parking lot information, membership registration, call center connection, etc.) necessary for the owner to park or leave the vehicle in the resident-first parking lot. As such, this menu information window is automatically displayed by the execution of the parking sharing application downloaded from the web.
  • the menu information displayed on the menu information window may include parking guide information from the parking control server 10.
  • the parking surface information input module 230 selects parking information or leaving information including parking guide information in a menu information window by a vehicle owner, and selects parking surface information included in the parking guide information.
  • the parking guidance information is information generated based on parking surface information and global positioning system (GPS) information. Specifically, location information based map data generated by matching parking surface information and global positioning system (GPS) information. to be.
  • the parking guide information may further include information on the use of the parking surface and information on the use fee of the parking surface.
  • the parking surface information may be a parking surface ID representing information on the location of the parking space allocated to the owner of the occupant-first parking lot, that is, a unique number assigned to the entire occupant-first parking lot.
  • the parking surface ID may be assigned a unique number in a manner of defining a large area and a detailed area attached to the large area, such as A-1, A-2, ... A-n. Since the method of defining such a unique number is determined by the authority that assigns the resident-first parking lot, the form is not limited to the example, and may vary depending on city, county, district, and other regions, or various notations may be applied. .
  • the parking surface information input module 230 if the owner wants to park in the occupant-first parking lot, by running the parking lot sharing application to select the parking information from the menu information window displayed by the information display module 220, The desired parking surface among the included parking guide information may be selected in a one touch manner, and the selected parking surface information may be transmitted to the parking control server 10.
  • the parking surface information input module 230 executes the parking lot sharing application when the owner wants to leave the vehicle parked in the occupant-first parking lot, and then displays the leaving information in the menu information window displayed by the information display module 220. After the selection, the desired parking surface among the parking guide information displayed may be selected by a one-touch method, and thus the selected parking surface information may be transmitted to the parking control server 10.
  • the owner when the owner wants to park or leave his vehicle in the occupant-first parking lot, the owner can easily select the desired parking surface from the parking guide information displayed by the location information-based map data with only one touch operation. By such a one-touch operation, it is possible to transmit the parking or leaving-related information to the parking control server.
  • a safe exit module 240 in order to solve the error when the owner does not automatically enter the parking lot sharing application when leaving the parking lot can be provided with a safe exit module 240 to be described later.
  • the departure safety module 240 measures the acceleration value or the natural frequency value of the vehicle parked on the parking surface by using the GPS device and the APP devices built in the vehicle terminal device 20, and measure the measured acceleration value or the natural frequency. If the value is larger than the preset reference value, the parking sharing application is automatically executed to drive the information display module 220.
  • the parking departure relief module 240 runs the parking lot sharing application when the owner parking, and then the parking surface information is selected (in this case, stored in the data storage module of the parking control server 10) the borrower terminal device Even in the sleep mode (ie, the CPU operation state and the screen off state) of 20, the parking lot sharing application may be continuously driven automatically. That is, when the GPS speed detected using the GPS speed detection algorithm of the vehicle terminal device 20 is equal to or greater than the reference value, the information display module 220 is automatically driven to the vehicle owner who does not select the departure information and the parking surface information. In addition, the owner may be prompted to select departure information and parking surface information. For example, the departure safety module 240 may automatically drive the information display module 220 when the vehicle of the owner of the vehicle detected by the GPS speed detection algorithm is moved beyond 30 km.
  • the departure safety module 240 is the owner of the vehicle terminal device in the state in which the parking lot information is selected when the owner runs the parking, and then selected the parking surface information (at this time, stored in the data storage module of the parking control server 10). Even in the sleep mode (ie, the CPU operation state and the screen off state) of 20, the parking lot sharing application may be continuously driven automatically. That is, the information display module 220 is automatically driven when the natural frequency detected by the natural frequency detection algorithm of the vehicle terminal device 20 is equal to or greater than the reference value to the vehicle owner who does not select the vehicle information and the parking surface information. In addition, the vehicle may be induced to select departure information and parking surface information. For example, the parking safety module 240 may automatically drive the information display module 220 when the vehicle of the owner of the vehicle detected using the natural frequency detection algorithm vibrates more than 2 Hz.
  • the first data communication module 250 transmits and receives data to and from the parking control server 10 through a wireless communication network.
  • the wireless communication network may be 3G, WiBro or LTE, but the present invention does not limit the type of wireless communication network.
  • the first data storage module 260 stores vehicle owner personal information, parking surface information, acceleration value, or natural frequency value. That is, the first data storage module 260 may be a vehicle owner personal information registered in the vehicle owner information registration module 210, parking surface information selected by the information input module, an acceleration value measured by the exit safety module 240, or uniqueness.
  • the frequency value can be stored.
  • the manager terminal device 30 is a terminal of a manager managing a vehicle parked in a resident-first parking lot or a parking surface on which the vehicle is parked, and may be a smartphone or a wireless PDA.
  • the present invention is not limited to the type of the manager terminal device 30, and may include other mobile communication terminals capable of managing the parking surface by executing a parking lot sharing application and communicating with the parking control server 10. have.
  • the manager terminal device 30 is connected to the parking control server 10 through a wireless communication network to receive the parking surface information of the occupant-first parking lot in real time from the parking control server 10, and the parking of the received occupant-first parking lot.
  • the parking surface of the occupant-first parking lot and the parked vehicle are managed based on the surface information.
  • the manager terminal determines whether the illegally occupied vehicle is parked on the parking surface and transmits illegally occupied vehicle information to the parking control server 10.
  • the manager terminal device 30 may include the information collection module 310, the parking surface information display module 320, the illegal occupied vehicle determination module 330, the illegal occupied vehicle photography module 340, and the second position. And an information generation module 350, a second data communication module 360, and a second data storage module 370.
  • the information collection module 310 receives the parking surface information of the parking surface from the parking control server 10 in real time.
  • the parking surface information display module 320 maps real-time parking surface information received from the parking control server 10 to location information. That is, the parking surface information display module 320 may display the parking surface information received by the information collection module 310 while moving in real time to the location information based map data (MAP Data).
  • MAP Data location information based map data
  • the parking surface information display module 320 may receive and display the parking guide information of the occupant-first parking lot generated based on the parking surface information and the GPS information from the parking control server 10. Even in this case, the parking surface information display module 320 may display the parking or leaving situation of the parking surface as location-based map data.
  • the illegal occupancy vehicle determination module 330 determines whether the illegal occupancy vehicle is an illegal occupancy vehicle based on the parking surface information received by the information collection module 310. In addition, the illegal occupied vehicle determination module 330 may determine whether the vehicle is an illegal occupied vehicle by mounting a vehicle number recognition program and recognizing the number of the vehicle photographed by the illegal occupied vehicle photographing module 340 to be described later.
  • the illegally occupied vehicle photographing module 340 photographs a vehicle and a vehicle number of the illegally occupied vehicle determined to be illegally occupied by the illegally occupied vehicle determination module 330.
  • the second location information generation module 350 generates location information of the illegally occupied vehicle or the parking surface.
  • the second data communication module 360 is connected to the parking control server 10 through a wireless communication network, and includes an illegally occupied vehicle, a vehicle number, and location information photographed by the illegally occupied vehicle photographing module 340.
  • the occupied vehicle information is transmitted to the parking control server 10.
  • the illegal occupied vehicle information includes a shooting time, a parking surface ID, and manager terminal device 30 information.
  • the wireless communication network may be M2M communication such as 3G or LTE, but the present invention does not limit the type of wireless communication network.
  • the second data storage module 370 stores illegally occupied vehicle information.
  • the second data storage module 370 may transmit illegal vehicle information to the parking control server 10 through the second data communication module 360 to be used as evidence data later.
  • the manager terminal device 30 configured as described above detects illegally occupied vehicles by displaying parking surface information of a resident-first parking lot in real time with location information-based map data, illegally occupied by using the illegally occupied vehicle photographing module 340. Taking a vehicle picture, license plate picture, etc. of the vehicle and transmits illegally occupied vehicle information (vehicle picture, license plate picture, parking lot photographing time, GPS, parking surface information, manager information) to the parking control server 10.
  • the parking control server 10 is connected to the vehicle owner terminal device 20, the manager terminal device 30, and the towing vehicle terminal device 40 through a wireless communication network, respectively.
  • the parking control server 10 registers the parking surface information of the resident-first parking lot, and generates parking guide information on the parking surface at the absence time of the resident-first parking lot based on the parking surface information.
  • the parking control server 10 may include the tow request module 110, the parking surface information generating module 120, the parking surface using information generating module 130, the third data storage module 140, and the third.
  • a data communication module 150 may be included in the parking control server 10 to implement such an operation.
  • the tow request module 110 receives the illegally occupied vehicle information from the manager terminal device 30 and requests the tow vehicle terminal device 40 to tow the illegally occupied vehicle.
  • the parking surface information generating module 120 generates parking guide information based on the parking surface information and the GPS information of the occupant-first parking lot. That is, the parking surface information generation module 120 may generate parking guide information including whether parking is possible for the parking surfaces of the occupant-first parking lot as location information based map data.
  • the parking surface usage information generation module 130 generates usage information on the parking surface based on the parking surface information, illegally occupied vehicle information, and parking guide information of the occupant-first parking lot.
  • the usage information on the parking surface includes parking information, parking time, parking fee.
  • the third data storage module 140 stores the usage information on the parking surface generated by the parking surface usage information generating module 130.
  • the third data communication module 150 transmits and receives data with the vehicle owner terminal device 20, the manager terminal device 30, and the towing vehicle terminal device 40 through a wireless communication network.
  • the wireless communication network may be 3G, WiBro or LTE, but the present invention does not limit the type of wireless communication network.
  • the parking control server 10 further includes a notification module, a fare settlement module, and an incentive charging module.
  • the notification module may periodically notify the owner of the parking lot usage information using the occupant-first parking lot.
  • the fee settlement module may charge a fee to the borrower based on the information stored in the third data storage module by calculating the fee compared to the time when the vehicle of the owner using the occupant-first parking lot parked.
  • the incentive charging module is a renter who is assigned the occupant priority parking surface to a certain percentage of the fee settled by the fee settlement module (that is, the owner who is assigned the occupant priority parking lot, and secures a space for own vehicle parking). Incentives may be paid after payment.
  • the tow vehicle terminal device 40 is a terminal used by an operator or employee of the vehicle towing establishment, and may be a smartphone or a wireless PDA.
  • the present invention is not limited to the type of the tow vehicle terminal device 40, but other mobile communication capable of real-time reception of illegally occupied vehicle information through the parking control server 10 and the wireless communication network by executing a parking lot sharing application. It may also include a terminal.
  • the tow vehicle terminal device 40 is connected to the parking control server 10 through a wireless communication network, and receives the illegally occupied vehicle information from the parking control server 10 to tow the illegally occupied vehicle.
  • the tow vehicle terminal device 40 may use the tow vehicle photographing module 410, the third location information generation module 420, the fourth data communication module 430, and the fourth data storage module 440. Include.
  • the tow vehicle photographing module 410 receives the illegally occupied vehicle information requested for towing from the parking control server 10, and photographs the tow vehicle requested and the vehicle number.
  • the tow vehicle photographing module 410 may further include a tow information display module to display the requested tow illegally occupied vehicle information received from the parking control server 10 together with the parking surface position.
  • the tow vehicle photographing module 410 may be equipped with a vehicle number recognition program to recognize the number of the photographed vehicle to determine whether the vehicle is requested to be towed.
  • the third location information generation module 420 generates location information of the vehicle or the parking surface that is requested to be towed.
  • the fourth data communication module 430 is connected to the parking control server 10 through a wireless communication network, and transmits towing vehicle information including the requested vehicle, vehicle number, and location information to the parking control server 10.
  • the tow vehicle information includes photographing time and parking surface information.
  • the wireless communication network may be 3G, WiBro or LTE, but the present invention does not limit the type of wireless communication network.
  • the fourth data storage module 440 stores tow vehicle information.
  • the fourth data storage module may transmit the tow vehicle information to the parking control server 10 through the fourth data communication module 430 to be used as evidence data later.
  • the tow vehicle terminal device 40 configured as described above executes the parking sharing application to obtain illegally occupied vehicle information (vehicle / number plate picture, vehicle number, parking time, GPS, parking surface location ID) from the parking control server 10. After receiving the towing vehicle on-site, input the towing vehicle information (vehicle / license plate picture, vehicle number, parking lot shooting time, GPS information, parking surface ID), and transmits the towing vehicle information to the parking control server 10 In addition, the towing vehicle must be towed to the illegally occupied vehicle.
  • illegally occupied vehicle information vehicle / number plate picture, vehicle number, parking time, GPS, parking surface location ID
  • FIG. 3 is a diagram illustrating a screen of a vehicle terminal device 20 in which a parking sharing application is executed
  • FIG. 4 is a diagram illustrating a process of selecting information at the time of parking in the vehicle terminal device 20 in which the parking sharing application is executed
  • 5 is a diagram illustrating a process of selecting information at the time of departure from the vehicle terminal device 20 in which the parking sharing application is executed.
  • the parking terminal device 20 in which the parking sharing application is executed is a parking mode (used when parking a vehicle at a parking lot), a parking mode (used when leaving a vehicle at a parking lot), a parking lot information mode (parking lot) It can be used to view a variety of related information), the membership registration mode (used when registering for use of the parking lot) and call center connection mode (used when complaints about the use of the parking lot) menu.
  • the borrower terminal device 20 in which the parking sharing application is executed the parking lot terms and conditions inquiry, parking lot usage method inquiry, parking lot usage information inquiry, parking lot available time inquiry, parking lot usage fee inquiry, neighboring parking lot map (MAP) inquiry It may include menus such as inquiry of surrounding vehicle towing establishments and inquiry of parking lot operator.
  • the owner of the parking sharing application executes a parking sharing application
  • the owner wants to park in the occupant-first parking lot by using the borrowing terminal device 20
  • first the parking lot sharing application is executed.
  • Touch the "Parking" window in the menu information window Then, select the desired parking surface in the parking surface information selection window displayed by the location-based map data by one touch method and then touch the "Transfer" window.
  • the available time of the parking surface for example, available time: 15: 00-18: 00
  • information about the parking fee for example, parking fee: first 30
  • guide information such as the towing action can be displayed when no parking is applied.
  • the borrower terminal device 20 displays "Parking approval request. Please wait a moment! (When selecting "Modify”, another parking surface can be selected), and the borrower confirms or cancels. If you touch the "confirmation" window of the window (clear state when touching the "cancel” window), you can start using the parking lot.
  • the menu is performed. Touch the "Discharge” window in the information window. Then, select the desired parking surface in the parking surface information selection window displayed by the location-based map data by one touch method and then touch the "Transfer” window. At this time, if the desired parking surface is selected, the parking usage time of the parking surface (for example, parking time: 15:00 ⁇ 16:10) and information about the parking fee (for example, parking fee: 2200 won), and payment guide information such as the parking fee is processed according to the selected payment method may be displayed. Then, the borrower terminal device 20 displays the window “Requesting approval for release. Please wait a moment!, And the owner touches the "confirmation” window of the "confirmation” or “cancel” window ("Cancel"). If the parking lot is still used when the window is touched, the parking lot is terminated.
  • the parking usage time of the parking surface for example, parking time: 15:00 ⁇ 16:10
  • information about the parking fee for example, parking fee: 2200 won
  • payment guide information such as the parking fee
  • the tenant who wishes to park in the occupant-first parking lot is connected to the occupant-first parking window from the parking control server through the communication between the smartphone and the parking control server.
  • the parking surface information as location-based map data, it is possible to check whether the vehicle can be parked and to park or exit at a desired parking surface with only one touch operation, thereby enabling efficient sharing of limited parking spaces.
  • the vehicle terminal device 20 is parked in the sleep mode.
  • the shared application can be run. That is, when the vehicle is at a certain speed or more when the vehicle starts, the GPS speed may be detected to automatically activate the parking sharing application. Then, the borrower touches the "outgoing" window on the borrower terminal device 20, selects a desired parking surface on the parking surface information selection window indicated by the location information-based map data in a one-touch manner, and then touches the "transfer" window. .
  • the vehicle information is sent from the vehicle terminal device 20 to the parking control server 10 (information related to the vehicle terminal device 20), and the parking information server 10 compares the parking information with the parking information and user information. (Storage of user information, usage time, usage fee, etc.) Then, when the vehicle terminal device 20 receives the parking completion information from the parking control server 10, the parking is completed.
  • the owner who wishes to park in the occupant-first parking lot automatically executes the parking lot sharing application when the vehicle leaves the vehicle, and induces the departure information to be selected, thereby eliminating the error of the owner leaving the vehicle without selecting the departure information.
  • the present invention can be usefully used to efficiently share a parking space in a resident-first parking lot.

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Abstract

La présente invention concerne un système de partage de parc de stationnement à l'aide d'un smartphone et un procédé de commande du système, qui résolvent le problème technique auquel sont confrontés les propriétaires de véhicule souhaitant garer leurs véhicules dans un parc de stationnement résidentiel en partageant efficacement le nombre limité de places de stationnement grâce aux données de carte basées sur des informations de position reçues du serveur de commande de stationnement. À cette fin, un mode de réalisation de la présente invention comprend : un serveur de commande de stationnement qui contient des informations sur la zone de stationnement du parc de stationnement résidentiel enregistré sur celui-ci et qui crée des informations de guidage de stationnement sur le parc de stationnement résidentiel en fonction des informations sur la zone de stationnement et de celles du système mondial de localisation (GPS); et un appareil terminal du propriétaire du véhicule sur lequel est installée une application de partage de stationnement, et qui est relié au serveur de commande de stationnement par le biais d'un réseau de communication sans fil en exécutant l'application de partage de stationnement et en recevant et en affichant les informations de guidage de stationnement, et qui transmet, au serveur de commande de stationnement, des informations personnelles du propriétaire du véhicule ainsi que des informations sur la zone de stationnement qui sont sélectionnées dans les informations de guidage de stationnement affichées par le propriétaire du véhicule souhaitant garer son véhicule dans le parc de stationnement résidentiel à l'aide d'un système à touche unique.
PCT/KR2013/006169 2012-11-05 2013-07-11 Système de partage de parc stationnement à l'aide d'un smartphone et procédé de commande du système WO2014069744A1 (fr)

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CN107767686A (zh) * 2017-09-18 2018-03-06 东南大学 一种居住区停车场开放共享泊位数量的确定方法
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KR101746924B1 (ko) * 2015-06-01 2017-06-15 김승호 거주자 우선 주차 서비스 시스템 및 방법
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KR102342435B1 (ko) * 2019-05-02 2021-12-23 한형우 실시간 공유주차 서비스시스템
KR102502824B1 (ko) 2020-01-13 2023-03-16 주식회사 모닥모닥컴퍼니 유휴 주차구역 공유 관리 시스템 및 방법
KR102187313B1 (ko) 2020-03-27 2020-12-07 주식회사 플러스파크 공유 주차관리시스템
KR102187314B1 (ko) 2020-04-17 2020-12-07 주식회사 플러스파크 공유 주차관리시스템

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