KR102515789B1 - Common parking service system, server and method - Google Patents

Abstract

The present invention relates to a shared parking service system, server, and method implemented to provide a shared parking service by sharing a parking space. According to the shared parking service system, a provider terminal requests the sharing of the parking space owned by a provider with provider identification information. A shared parking service server receives a request to share the parking space with the provider identification information from the provider terminal, registers shared parking space information in a database by the provider identification information, receives the notification of whether a vehicle is parked with device identification information, registers the information on whether the vehicle is parked in a database by the device identification information, receives a request for the parking space with user identification information, and confirms and notifies an available parking space. A database stores the shared parking space information registered from the shared parking service server in a database by the provider identification information and stores vehicle parking status information registered from the shared parking service server in a database by the device identification information. A parking block device detects whether the vehicle is parked and notifies the shared parking service server with the device identification information. A user terminal requests the parking space desired by a user with the user identification information to the shared parking service server and receives the notification of the available parking space from the shared parking service server and notifies the user. According to the present invention, it is possible to solve social concerns about the parking space by resolving the shortage and securing the parking space, which are considered major problems in modern society.

Description

Shared parking service system, server and method {Common parking service system, server and method}

The technical field of the present invention relates to a shared parking service system, server, and method, and in particular, to a shared parking service system, server, and method implemented to provide a shared parking service by sharing a parking space.

2. Description of the Related Art Development of a system capable of efficiently parking vehicles (cars, etc.), which are explosively increasing with the development of the industry, within a limited space is urgently required more than ever. In particular, buildings such as officetels, large buildings in the city, department stores, and large discount stores have a large floating population and a large number of vehicles entering and exiting accordingly. Looking at the parking system used in these buildings, a number of managers determine the number of vehicles that can be brought in by determining the number of vehicles entering and leaving the entrance and exit of the parking lot, and the vehicles permitted to enter are vacant parking spaces in the parking lot. You have to search the space one by one. Therefore, since a large number of manpower is required for the management of such a system, and the inflow permit vehicle must directly search for a space to park, there are many cases where it is not possible to park in a short time. In particular, when the parking lot is installed on two or more floors, the required management manpower is doubled accordingly and the parking space search range of the vehicle allowed to enter is increased. Accordingly, as a separate device for parking one vehicle, an unmanned parking device using an optical sensor to detect parking of a vehicle has been developed, but it is unsuitable as an unmanned parking system for parking multiple vehicles, such as in a building, and Since it detects light and checks whether it is parked or not, it also has many disadvantages such as the possibility of malfunction by other objects.

Korean Patent Publication No. 10-2010-0071182 (published on June 29, 2010) checks whether or not a vehicle is parked in each parking area in a parking lot by a sensor, and automatically checks this to determine whether or not the vehicle entering the parking lot is controlled and Disclosed is a parking management system capable of promptly and conveniently inducing a parking area and having little possibility of malfunction by using a loop sensor vehicle detection device without using an optical sensor with a high possibility of malfunction. According to the disclosed technology, in a parking lot of a building in which a parking space is divided into a plurality of parking areas, a loop sensing vehicle detection device installed on the floor in front of each parking area has a unique ID code, and information from the vehicle detection device is provided. It includes a communication module consisting of a transmission unit that transmits parking status information to the main controller and a receiver that receives an ID code from the main controller, and compares its own ID code with the ID code applied from the main controller to obtain the same information. It includes a communication control device for transmitting to a computer, a communication interface adapter for transmission and reception with the communication control device, a communication module for transmission and reception to the control room computer, and a control unit for analyzing and controlling transmitted and received information, each information to the control room computer, a ROM with a built-in operating program that can automatically execute this system, a RAM that stores information on each parking area, and processing information received from each device and A control room computer that includes a control unit that provides operation commands to the device, is installed at the vehicle inlet of a parking area or a vehicle inlet of a series of parking areas, and displays whether or not parking is possible and its location under the control of the control room computer. It is characterized in that it includes a parking area display device, a parking permission display device installed at the entrance of the parking lot and displaying whether or not the inflow is permitted and the parking area transmitted from the control room computer.

Korean Patent Publication No. 10-2020-0127842 (published on November 11, 2020) discloses a real-time shared parking service system, which subdivides resident priority parking lots scattered across the country and assigns a unique serial number to each parking surface. A side serial number system is established on the server, and based on this, the parking surface distribution map of resident-priority parking lots scattered across the country is displayed as parking surface marking points on the map, and parking information generated from each parking surface is collected, analyzed, and statistically processed in real time. In a real-time shared parking service system that processes parking management information, builds a parking information database in a server based on this, and provides a shared parking service at the request of a parking surface owner member or parking surface user member connected to a member's mobile device, A parking surface serial number module for assigning a parking surface serial number to each parking surface; A parking surface coordinate value module for extracting parking surface coordinate values for each parking surface serial number; A parking surface address module for extracting a parking surface address for each parking surface serial number; A parking surface distribution map module for displaying a parking surface distribution map for each parking surface serial number on a map; A parking surface area map module that draws a boundary line for each area number and displays it on a map, but expresses a different background color for each area; Parking surface coordinate values by parking surface serial number, parking surface address, parking surface distribution map, parking surface area map, and residents’ parking status collected in real time from each parking surface, parking surface sharing registration status, shared parking status, illegal parking search status, A parking information storage module that collects parking information such as illegal parking report status, payment status, reserve money status, etc. in real time and stores it in a database; Based on parking surface coordinate values by parking surface serial number, parking surface address, parking surface distribution map, and parking surface area map, residents’ parking status collected in real time from each parking surface, parking surface sharing registration status, shared parking status, illegal parking search A parking management module that analyzes and statistically processes parking information such as current status, illegal parking report status, payment status, reserve fund status, etc. to process parking management information, builds a parking information database based on this, and manages shared parking in real time; The parking surface marking points for each parking surface serial number are displayed on the map in different colors according to the parking condition, but are divided into occupant use, shared parking, and shared parking available, and are displayed in designated colors. A parking surface position expression module that converts and expresses surface color in real time; The parking surface in the vicinity of the place searched by the member is displayed as a parking surface marker on the map, but based on the parking lot serial number entered by the member, the parking surface address, facility, or the current location of the connected member's mobile device, A parking surface location search module for displaying the parking surface on a real-time map as a parking surface marking point; A location-based parking surface number module for extracting a location-based parking surface serial number composed of parking surface serial numbers and parking surface marking points of a plurality of adjacent parking surfaces based on the current location of the connected member mobile device; A server including a communication module that transmits parking information database information to member mobile devices of connected members and receives parking information input from member mobile devices; And a receiving unit for receiving the information of the parking information database transmitted from the server; A parking surface sharing registration unit provided to register parking surface sharing in a server, distinguish between regular registration and occasional registration, and register and change in real time; Search for parking surface location by parking lot serial number, parking surface address, facility, or search for parking surface location based on the current location of the member's mobile device. A parking surface location search unit that generates detailed information such as parking surface serial number, parking surface address, parking surface road view, parking status, parking available time, parking fee, and route search in real time; Request shared parking approval, but among the location-based parking surface serial numbers displayed on the member's mobile device screen, select the parking surface serial number of the parking surface searched as a parking surface capable of shared parking, enter the scheduled parking time, and send it to the server to share parking A shared parking application unit requesting approval; An illegal parking search unit that searches for illegal parking of a vehicle parked on a parking surface for which parking approval has been received, but photographs the vehicle license plate and parking surface serial number and transmits them to a server to detect illegal parking in real time; If you report illegal parking, but the vehicle searched for illegal parking does not move even after the specified time, the license plate and parking surface serial number are rephotographed and transmitted to the server, and the illegal parking report is received in real time; Carry out parking fee charging and payment, but pre-charge the parking fee instead of pre-payment, or pre-charge the parking fee for the scheduled parking time when requesting approval for shared parking, and arrange for real-time settlement according to the parking time at the end of parking, but when parking is entered by the user member It is characterized in that it includes a member mobile device including a payment unit provided so that the shared parking approval is rejected if the parking fee is not charged for more than one scheduled parking time. According to the disclosed technology, a parking surface serial number system that subdivides resident priority parking lots scattered across the country and assigns a unique serial number to each parking surface is built in a server, and based on this, a parking surface distribution map of resident priority parking lots scattered across the country is mapped. Parking management information is processed by real-time collection, analysis, and statistical processing of parking information generated from each parking surface. Shared parking service is provided at the request of the member who owns the side or the member who uses the side.

In the conventional technology as described above, the automobile is used as the main means of transportation, and the automobile culture is deeply rooted, and there are many conveniences provided by the automobile, but there are many social problems due to the securing and lack of parking spaces for automobiles. It is a reality that a problem occurs, that is, it has many disadvantages such as social concerns about parking space due to securing and lack of parking space, which is evaluated as a big problem in modern society.

In the conventional technology as described above, drivers who illegally park or park on the shoulder cannot find a parking space efficiently, and the utilization of the parking space is low. It was difficult to do, and there was also a disadvantage that drivers who were always anxious because they could not find a parking space in the city center.

Korean Patent Publication No. 10-2010-0071182 Korean Patent Publication No. 10-2020-0127842

The problem to be solved by the present invention is to solve the above-mentioned disadvantages, and to provide a shared parking service system implemented to provide a shared parking service by sharing a parking space, a server, and a method.

As a means for solving the above problems, according to one feature of the present invention, a provider terminal requesting sharing of a parking space owned by a provider together with provider identification information; Receiving a request for sharing a parking space together with provider identification information from the provider terminal, registering the shared parking space information in a database by provider identification information; receiving notification of whether the vehicle is parked together with the device identification information, and registering the vehicle parking availability information into a database for each device identification information; A shared parking service server that receives a request for a parking space along with user identification information, confirms and notifies an available parking space; The shared parking space information registered from the shared parking service server is converted into a database for each provider identification information and stored; a database that converts and stores vehicle parking information registered from the shared parking service server into a database for each device identification information; a parking block device that detects whether the vehicle is parked and notifies the shared parking service server together with device identification information; and a user terminal requesting a parking space desired by the user, together with user identification information, to the shared parking service server, receiving notification of an available parking space from the shared parking service server, and informing the user of the parking space. .

In one embodiment, the provider terminal is characterized in that the provider terminal transmits information about the provider together with provider identification information to the shared parking service server when signing up as a provider member.

In one embodiment, the provider terminal is characterized in that the shared parking space information includes device information including parking space location, installation location, and device identification information and transmits the shared parking space information to the shared parking service server.

In one embodiment, the provider terminal downloads and installs a mobile application for receiving a shared parking service from an app providing means, and through the mobile application, the number of a vehicle parked from the shared parking service server and vehicle parking in a parking cell It is characterized in that information on whether or not is received and notified to the provider.

In one embodiment, the provider terminal is characterized in that it receives monitoring information on a shared parking cell from the shared parking service server through a mobile application and informs the provider of the monitoring information.

In one embodiment, the provider terminal is characterized in that it receives the advertisement provided from the shared parking service server through a mobile application and outputs it through an output means.

In one embodiment, the shared parking service server is characterized in that the provider information received from the provider terminal is converted into a database by provider identification information and registered in the database.

In one embodiment, the shared parking service server is characterized in that the user information received from the user terminal is databased by user identification information and registered in the database.

In one embodiment, the shared parking service server receives shared parking space information from the provider terminal, checks the device information, converts the provider identification information and device identification information into a database, and registers the information in the database.

In one embodiment, the shared parking service server is characterized in that the number of the vehicle to be parked together with the device identification information from the parking block device and information on whether or not the vehicle is parked in the parking cell are notified and registered in the database.

In one embodiment, the shared parking service server checks the provider identification information corresponding to the device identification information from the database, and the number of the vehicle to be parked and the information on whether or not the vehicle is parked in the parking cell correspond to the provider identification information. characterized in that it is transmitted to a provider terminal that does.

In one embodiment, the shared parking service server is characterized in that it is registered in the database by receiving notification of the monitoring information on the shared parking cell together with the device identification information from the parking block device.

In one embodiment, the shared parking service server checks provider identification information corresponding to device identification information from the database, and transmits monitoring information on a shared parking cell to a provider terminal corresponding to the checked provider identification information. to be

In one embodiment, the shared parking service server receives a request for an empty shared parking cell within a predetermined radius from the destination together with user identification information from the user terminal, checks the empty shared parking cell from the database, and confirms that the user It is characterized by notifying the terminal.

In one embodiment, the shared parking service server is characterized in that it receives advertisements from advertisers and provides advertisements to the provider terminal or the user terminal or the parking block device through a mobile application.

In one embodiment, the shared parking service server is characterized in that some or all of the income through advertising revenue from advertisers is settled to providers of shared parking cells.

In one embodiment, the shared parking service server is characterized in that the shared use time of a parking space owned by a shared parking cell provider is automatically settled by calculating and arranging statistics.

In one embodiment, the shared parking service server distributes some or all of the advertiser's local advertising revenue and banner advertisement revenue to parking space providers, but in the case of local advertising revenue, the number of users using the area and the number of users in the area The amount set to fluctuate according to the number of advertisers advertising is the amount earned from advertisers, and in the case of banner ad revenue, the amount earned from advertisers is set in response to the advertisement provided by advertisers through mobile applications. It is characterized by profit.

In one embodiment, the shared parking service server divides and sets the parking space system into a specialized parking space, a personal parking space, and a large-scale parking space, and sets the price ratio for each parking space system separately, and sets the area of the parking space Calculate local advertising revenue and banner advertising revenue for shared parking cells according to the amount ratio from advertising revenue and banner advertising revenue, calculate local advertising revenue and banner advertising revenue per hour for shared parking cells, calculate local advertising revenue and banner advertisement revenue are multiplied by the user's parking usage time to calculate the usage fee for the shared parking cell, and the calculated usage fee is settled on a weekly or monthly basis.

In one embodiment, the shared parking service server displays a provider registration screen for registering a parking space and a shared parking cell, and registering a personal vehicle to measure a personal vehicle parking time, through a mobile application installed in the provider terminal. It is characterized by providing

In one embodiment, the shared parking service server displays the status of the shared parking cell through a mobile application installed in the provider terminal, but provides a parking lot monitoring screen for displaying the shared parking cell in a graphic form. to be characterized

In one embodiment, the shared parking service server, through a mobile application installed in the provider terminal, displays the vehicle parking usage time in a graphical manner, calculates statistics, and then recommends the most shared parking time. It is characterized by providing a statistical data screen for

In one embodiment, the shared parking service server sets a shared parking time for each shared parking cell through a mobile application installed in the provider terminal, and displays a shared parking time within the shared parking time. It is characterized by providing a setting screen.

In one embodiment, the shared parking service server, through a mobile application installed in the provider terminal, statistics the parking use time for other vehicles for all and each shared parking cell, calculates the settlement amount, and displays it along with details. It is characterized by providing a settlement screen for

In one embodiment, the shared parking service server is characterized in that it provides a feedback screen for inputting inconveniences or improvements when operating a shared parking cell through a mobile application installed in the provider terminal.

In one embodiment, the shared parking service server registers a parking lot owner or other constantly parked vehicle through a mobile application installed in the provider terminal, and identifies a vehicle to be always parked through data analysis. , Instruct the user to change the checked vehicle to a constantly parked vehicle, and provide the provider with whether or not the vehicle is parked, but provide a constantly parked vehicle registration screen to avoid providing information on the license plate. It is characterized by doing.

In one embodiment, the shared parking service server is characterized in that it provides a map screen around the destination to which the user wants to go through a mobile application installed in the user terminal.

In one embodiment, the shared parking service server, through a mobile application installed on the user terminal, when clicking on a parking lot on a map screen, expands the corresponding parking lot to provide a parking lot enlargement screen capable of configuring and confirming a shared parking cell. to be

In one embodiment, the shared parking service server, through a mobile application installed on the user terminal, schematizes and displays the shared parking cells of the parking lot, classifies by floor and zone, and displays the schematized shared parking cells. It is characterized by providing a detailed screen to display the reservation status of.

In one embodiment, the shared parking service server, through a mobile application installed in the user terminal, displays the presence or absence of parking in the shared parking cell, displays the shared parking time per shared parking cell, and reserves the shared parking cell. It is characterized by providing a shared parking cell status screen for displaying the current status and performing and displaying statistics on empty time and parking usage time of the shared parking cell.

In one embodiment, the shared parking service server is characterized in that through a mobile application installed in the user terminal, providing a feedback screen for receiving input of inconvenience or improvements when using a shared parking cell.

In one embodiment, the database stores user information registered from the shared parking service server as a database by provider identification information, and user information registered from the shared parking service server is databased and stored by user identification information characterized by

In one embodiment, the database is characterized in that the device information registered from the shared parking service server is converted into a database for each provider identification information and device identification information and stored therein.

In one embodiment, the database is characterized in that the number of the vehicle to park registered from the shared parking service server and information on whether or not the vehicle is parked in the parking cell are converted into a database for each device identification information and stored.

In one embodiment, the database is characterized in that the monitoring information on the shared parking cell registered from the shared parking service server is converted into a database for each device identification information and stored.

In one embodiment, the parking block device has a built-in camera or IoT device in the parking block, and recognizes a vehicle parked using the camera or IoT device, but the number of the vehicle to be parked and whether or not the vehicle is parked in the parking cell is confirmed and notified to the shared parking service server together with the device identification information.

In one embodiment, the parking block device is characterized in that it notifies the monitoring information for the shared parking cell together with the device identification information to the shared parking service server.

In one embodiment, the parking block device is characterized by having a speaker or a stereoscopic image output display device for receiving and outputting advertisements from the shared parking service server.

In one embodiment, the user terminal is characterized by transmitting information about the user together with user identification information to the shared parking service server when signing up as a user member.

In one embodiment, the user terminal downloads and installs a mobile application for receiving a shared parking service from an app providing means, and the user identifies an empty shared parking cell within a predetermined radius from the destination through the mobile application. After making a request to the shared parking service server together with information, it is characterized in that the shared parking service server informs the user of an empty shared parking cell.

In one embodiment, the user terminal is characterized in that it receives the advertisement from the shared parking service server through a mobile application and outputs it through an output means.

In one embodiment, the parking block device is connected to the network through one of the wireless communication modules of Wi-Fi, Bluetooth, LoRa, ZigBee, and LTE, and determines whether the vehicle is parked in a parking cell or a number of a vehicle to be parked with device identification information. Together, it is characterized in that the shared parking service server is notified through the network.

In one embodiment, the shared parking service server is characterized in that, according to a request for setting the shared parking time requested from the provider terminal, the shared parking time is databased by device identification information and registered in the database.

As a means for solving the above problems, according to another feature of the present invention, a provider terminal, a parking block device, and a user terminal connected through communication are identified, respectively, and a parking space is provided together with provider identification information from the provider terminal. receive and transmit requests for sharing; Receives notification of whether or not the vehicle is parked together with device identification information from the parking block device and transmits it; an interface unit for receiving a request for a parking space along with user identification information from the user terminal and transmitting the request, and then receiving a parking available space and notifying the user terminal; a parking space sharing unit that receives a request for sharing a parking space together with provider identification information from the interface unit, converts the shared parking space information into a database for each provider identification information, and registers the database; a vehicle parking unit that receives notification of whether or not the vehicle is parked together with the device identification information from the interface unit, converts the vehicle parking status information into a database for each device identification information, and registers the information; and a parking use unit that receives a parking space request from the interface unit along with user identification information, checks an available parking space, and transmits it to the interface unit.

As a means for solving the above problems, according to another feature of the present invention, a step of requesting, by a provider terminal, sharing of a parking space owned by the provider along with provider identification information; Receiving a request for sharing a parking space together with provider identification information from the provider terminal, by a shared parking service server, registering the shared parking space information in a database by provider identification information; Detecting whether the vehicle is parked by a parking block device and notifying the shared parking service server together with device identification information; receiving, by the shared parking service server, whether or not the vehicle is parked together with the device identification information, and registering the vehicle parking availability information into a database for each device identification information; Requesting, by a user terminal, a parking space desired by the user to the shared parking service server together with user identification information; The shared parking service server receiving a request for a parking space together with user identification information, checking and notifying an available parking space; and the user terminal receiving notification of an available parking space from the shared parking service server and notifying the user of the available parking space.

As an effect of the present invention, by supplying a shared parking service system, server, and method implemented to provide a shared parking service by sharing a parking space, securing a parking space and solving the shortage, which is evaluated as a big problem in modern society, It can solve social concerns about space, greatly increase the utilization of parking spaces by enabling motorists who illegally park or park on the shoulder to find parking spaces efficiently, and provide certain compensation to parking space providers. This is to provide rationality for sharing parking spaces and allow more people to park more efficiently.

According to the present invention, drivers who have always been anxious about not finding a parking space in the downtown area can check and park a parking space that can be parked around their destination in advance, and provide parking space providers with free time of their available parking space. By sharing and utilizing it, it can be used as a predetermined additional source of income and has the effect of being economically helpful.

According to the present invention, by using big data to specify the parking utilization ratio and parking space shortage time in the region, the shortage of parking spaces, such as expansion of additional parking space sharing in the region, expansion of facilities, or induction of parking into the parking area, is resolved. It also has an effect that can contribute to the collection and utilization of big data to be solved.

1 and 2 are views illustrating a shared parking service system according to an embodiment of the present invention.
3 is a diagram illustrating a shared parking service server according to an embodiment of the present invention.
4 is a diagram illustrating a shared parking service method according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings, embodiments of the present invention will be described in detail so that those skilled in the art can easily carry out the present invention. However, since the description of the present invention is only an embodiment for structural or functional description, the scope of the present invention should not be construed as being limited by the embodiments described in the text. That is, since the embodiment can be changed in various ways and can have various forms, it should be understood that the scope of the present invention includes equivalents capable of realizing the technical idea. In addition, since the object or effect presented in the present invention does not mean that a specific embodiment should include all of them or only such effects, the scope of the present invention should not be construed as being limited thereto.

The meaning of terms described in the present invention should be understood as follows.

Terms such as "first" and "second" are used to distinguish one component from another, and the scope of rights should not be limited by these terms. For example, a first element may be termed a second element, and similarly, a second element may be termed a first element. It should be understood that when an element is referred to as “connected” to another element, it may be directly connected to the other element, but other elements may exist in the middle. On the other hand, when an element is referred to as being “directly connected” to another element, it should be understood that no intervening elements exist. Meanwhile, other expressions describing the relationship between components, such as “between” and “immediately between” or “adjacent to” and “directly adjacent to” should be interpreted similarly.

Singular expressions should be understood to include plural expressions unless the context clearly dictates otherwise, and terms such as “comprise” or “having” refer to a described feature, number, step, operation, component, part, or It should be understood that it is intended to indicate that a combination exists, and does not preclude the possibility of the presence or addition of one or more other features, numbers, steps, operations, components, parts, or combinations thereof.

All terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs, unless defined otherwise. Terms defined in commonly used dictionaries should be interpreted as consistent with meanings in the context of related art, and cannot be interpreted as having ideal or excessively formal meanings unless explicitly defined in the present invention.

Now, a shared parking service system, server, and method according to an embodiment of the present invention will be described in detail with reference to the drawings.

1 and 2 are views illustrating a shared parking service system according to an embodiment of the present invention.

1 and 2, the shared parking service system 100 includes a plurality of provider terminals 110, a shared parking service server 120, a database 130, a plurality of parking block devices 140, and a plurality of users. It includes a terminal 150 and a network 160 .

The provider terminal 110 shares the parking space owned by the provider (including shared parking space information (eg, parking space location information)) together with the provider identification information through the network 160. A request is made to the parking service server 120.

In one embodiment, the provider terminal 110 may transmit information about the provider together with provider identification information to the shared parking service server 120 when signing up as a provider member.

In one embodiment, the provider terminal 110 provides information on the parking block device 140 installed in the parking space owned by the provider (hereinafter referred to as 'device information') (eg, installation location, device Information such as identification) may be included in shared parking space information and transmitted to the shared parking service server 120 .

In one embodiment, the provider terminal 110 may download and install a mobile application for receiving a shared parking service from an app providing means (eg, an app store, a play store, etc.) and share it through the mobile application. The parking service server 120 receives the number of the vehicle to be parked and information on whether or not the vehicle is parked in the parking cell, and notifies the provider, so that the provider can conveniently and easily check through the mobile application.

In one embodiment, the provider terminal 110 receives the monitoring information on the shared parking cell transmitted from the shared parking service server 120 through a mobile application and informs the provider of its own parking information through the mobile application. It makes it convenient and easy to monitor the parking lot in real time.

In one embodiment, the provider terminal 110 may receive an advertisement provided from the shared parking service server 120 through a mobile application and output it through an output means such as an LCD, a touch screen, or a speaker.

The shared parking service server 120 receives a request for sharing a parking space together with provider identification information from the provider terminal 110, converts the shared parking space information into a database by provider identification information, and registers the shared parking space information in the database 130; Receives notification of whether the vehicle is parked together with the device identification information from the parking block device 140, converts the vehicle parking availability information into a database by device identification information, and registers it in the database 130; Upon receiving a request for a parking space along with user identification information from the user terminal 150, the available parking space is checked from the database 130 and notified to the user terminal 150.

In one embodiment, the shared parking service server 120 may convert the provider information transmitted from the provider terminal 110 into a database for each provider identification information and register it in the database 130, and also from the user terminal 150 The transmitted user information may be converted into a database by user identification information and registered in the database 130 .

In one embodiment, the shared parking service server 120 receives shared parking space information transmitted from the provider terminal 110, checks device information in the received shared parking space information, and provides provider identification information and device identification information. Each database can be converted into a database and registered in the database 130 .

In one embodiment, the shared parking service server 120 registers the number of the vehicle to be parked and information on whether or not the vehicle is parked in the parking cell, which is notified together with the device identification information from the parking block device 140, in the database 130. In addition, the provider terminal corresponding to the identified provider identification information checks the provider identification information corresponding to the device identification information from the database 130, and information on the number of the vehicle to be parked and whether or not the vehicle is parked in the parking cell. It can be sent to (110).

In one embodiment, the shared parking service server 120 may register the monitoring information for the shared parking cell notified together with the device identification information from the parking block device 140 in the database 130, and may also provide device identification Provider identification information corresponding to the information may be checked from the database 130, and monitoring information on the shared parking cell may be transmitted to the provider terminal 110 corresponding to the checked provider identification information.

In one embodiment, the shared parking service server 120 is near the destination (ie, within a preset radius (eg, 50m, 100m, 200m, 400m, etc.) from the destination) together with the user identification information from the user terminal 150. When an empty shared parking cell is requested, an empty shared parking cell near a destination may be checked from the database 130 and notified to the user terminal 150 .

In one embodiment, the shared parking service server 120 receives advertisements from advertisers and provides advertisements to the provider terminal 110 and the user terminal 150 (or the parking block device 140) through a mobile application. Therefore, some (or all) of the revenue from advertising revenue from advertisers may be used to pay the providers of the shared parking cell, and accordingly, users using the shared parking cell may be allowed to park for free. there is.

In one embodiment, the shared parking service server 120 may automatically settle the shared use time (time used by an unspecified user) of a parking space owned by a shared parking cell provider by calculating and arranging statistics.

In one embodiment, the shared parking service server 120 distributes some (or all) of the revenue for local advertisements and banner advertisements of advertisers to parking space providers, or 10% of the current market price to users. It can be charged (or free) at a level (or less). Here, the revenue from advertising in the region refers to the revenue earned from advertisers by the amount set to fluctuate in response to the number of users using the region and the number of advertisers advertising in the region. As the advertiser's advertisement is provided through the application, it refers to the revenue earned from the advertiser by the amount set in response.

In one embodiment, the shared parking service server 120, as a revenue distribution policy, professional parking spaces such as paid parking lots and euro parking towers, private parking spaces such as private parking spaces owned by houses, villas, and individuals, and large It is a large-scale parking space such as a parking space in a mart, apartment, department store, public institution, etc., and can be divided into three parking space systems, and the amount ratio for each parking space system (i.e., professional parking space amount ratio, individual parking space space amount ratio, large parking space amount rate) can be set separately, and the local advertising revenue and banner advertising revenue for the shared parking cell can be calculated according to the amount ratio from the local advertising revenue and banner advertising revenue of the parking space, In addition, the local advertisement revenue and banner advertisement revenue per hour for the shared parking cell can be calculated, and the calculated local advertisement revenue and banner advertisement revenue are multiplied by the user's parking usage time to calculate the usage fee for the shared parking cell. and the calculated usage fee can be settled on a weekly or monthly basis.

In one embodiment, the shared parking service server 120, through a mobile application installed on the provider terminal 110, provides a provider registration screen so that the provider registers a parking space (shared parking cell), and own vehicle parking time enable to register own vehicle for measurement; A parking lot monitoring screen is provided to display the status of the shared parking cell, but the shared parking cell can be displayed in a graphic form; A statistical data screen is provided to graphically display the vehicle parking usage time, and after calculating the statistics, it is possible to recommend the most shared parking time; Provide a shared parking time setting screen to set the shared parking time for each shared parking cell, and display the parking usage time within the shared parking time; Provide a settlement screen to calculate the settlement amount by calculating the parking usage time for other vehicles in total and for each shared parking cell, and display it with details; A feedback screen may be provided to input complaints or improvements when operating a shared parking cell; In addition, a constantly parked vehicle registration screen is provided so that the owner of the parking lot or other constantly parked vehicles can be registered, and through data analysis, the vehicle subject to constant parking can be identified, and the user can change the checked vehicle to a constantly parked vehicle. However, it is possible to provide guidance to the provider, but to provide the provider with whether or not to park the always parked vehicle, but not to provide information on the vehicle license plate.

In one embodiment, the shared parking service server 120, through the mobile application installed on the user terminal 150, around the destination to which the user wants to go (ie, a predetermined radius from the destination (eg, 50m, 100m, 200m, 400m) etc.) within) to provide a map screen; When a parking lot is clicked on the map screen, the corresponding parking lot can be enlarged to provide an enlarged screen of the parking lot where configuration and shared parking cells can be confirmed; A detailed screen is provided to schematically display the shared parking cells of the parking lot, to plot and display the shared parking cells by floor and by zone, and to display the reservation status of the shared parking cells; The shared parking cell status screen is provided to indicate whether or not parking is available in the shared parking cell, the shared parking time per shared parking cell is displayed, the reservation status of the shared parking cell is displayed, the empty time and statistics on parking usage time may be performed and displayed; A feedback screen may be provided to receive input of inconvenience or improvement when using a shared parking cell.

In one embodiment, the shared parking service server 120 checks the user's parking location information from the database 130 when a request for a parking location is received from the user terminal 150 together with user identification information, and the user terminal 150 can be notified by

The database 130 stores shared parking space information registered from the shared parking service server 120 as a database for each provider identification information; The vehicle parking availability information registered from the shared parking service server 120 is stored in a database for each device identification information.

In one embodiment, the database 130 may store user information registered from the shared parking service server 120 as a database for each provider identification information, and also store user information registered from the shared parking service server 120. User identification information may be stored in a database by user identification information.

In one embodiment, the database 130 may store device information registered from the shared parking service server 120 as a database for each provider identification information and device identification information.

In one embodiment, the database 130 may store the number of a vehicle to be parked registered from the shared parking service server 120 and information on whether or not the vehicle is parked in a parking cell by unit identification information.

In one embodiment, the database 130 may store monitoring information on shared parking cells registered from the shared parking service server 120 into a database for each device identification information.

The parking block device 140 detects whether the vehicle is parked and notifies the shared parking service server 120 through the network 160 along with the device identification information.

In one embodiment, the parking block device 140 may have a built-in camera or IoT device installed in a parking block (Car Stop Bar) installed in a parking cell unit that is commonly seen in a parking lot, and the corresponding camera or IoT device In order to recognize the vehicle to be parked, the number of the vehicle to be parked and whether or not the vehicle is parked in the parking cell can be checked and notified to the shared parking service server 120 together with the device identification information.

In one embodiment, the parking block device 140 can be simply installed in each parking cell (ie, shared parking cell) that can be shared in the parking lot of an individual, corporation or organization, public institution that wants the present invention, by the party It can be easily introduced into the owned parking lot, and monitoring information on the shared parking cell can be notified to the shared parking service server 120 together with device identification information.

In one embodiment, the parking block device 140 may include a speaker or a stereoscopic image output display device, and receives an advertisement transmitted from the shared parking service server 120 and outputs the advertisement through a speaker or a stereoscopic image output display device. You can do it.

In one embodiment, since the parking block device 140 parks a lot by turning left after moving forward in the case of a general vehicle driver, a camera or IoT device can be built-in and installed on the right side of the left stop of the parking block. It can also be installed in the most advantageous location based on statistical data.

In one embodiment, the parking block device 140 is connected to the floor through wiring in the construction design stage when the floor is cement in the case of a specialized parking space when installing the power connection, and when the floor is a steel plate It can be installed through a power connection bar for power wiring from the general power cord of the building, and in the case of a private parking space, it can be installed through a power connection bar for power wiring from the general power cord of the building, and a large-scale parking space In the case of, it is possible to install a connection through wiring to the floor at the construction design stage.

In one embodiment, the parking block device 140, even in the parking lot of a building already completed and in use, is replaced and installed in place of the existing parking block, and installed in a parking space that has been previously constructed through a power wiring connection. can

The user terminal 150 requests the parking space desired by the user to the shared parking service server 120 through the network 160 together with the user identification information, and notifies the available parking space from the shared parking service server 120. receive and notify the user.

In one embodiment, the user terminal 150 may transmit information about the user together with user identification information to the shared parking service server 120 when signing up as a user member.

In one embodiment, the user terminal 150 may download and install a mobile application for receiving a shared parking service from an app providing means (eg, an app store, a play store, etc.), and may install the mobile application through the mobile application. Can request an empty shared parking cell near the destination to the shared parking service server 120 together with user identification information, and is notified of the empty shared parking cell from the shared parking service server 120 and informs the user, so that the user Through a mobile application, it is convenient and easy to search, and it is possible to park in an empty shared parking cell for free or for a fee at any time.

In one embodiment, the user terminal 150 may receive an advertisement provided from the shared parking service server 120 through a mobile application and output it through an output means such as an LCD, a touch screen, or a speaker.

In one embodiment, the user terminal 150, in the case of a department store, large mart, etc., where the user's own vehicle is parked, because it can be confused because it cannot confirm the parking location, parking with user identification information through a mobile application The location can be requested from the shared parking service server 120, and the user's parking location information is notified from the shared parking service server 120 and notified to the user, thereby making it easy to check the current parking location of the user's vehicle.

The network 160 includes a wired communication network or a wireless communication network, and communication between a plurality of provider terminals 110 and a shared parking service server 120, a shared parking service server 120 and a plurality of parking block devices 140 By connecting communication between the shared parking service server 120 and the plurality of user terminals 150, data between the plurality of provider terminals 110 and the shared parking service server 120, the shared parking service server 120 ) and the plurality of parking block devices 140, data between the shared parking service server 120 and the plurality of user terminals 150 are transmitted and received.

As shown in FIG. 2, the shared parking service system 100 having the configuration described above uses the parking block device 140 in which an IoT device with a camera is installed in a parking block of an individual parking space to park a vehicle. Recognize the license plate of the vehicle and check whether or not the vehicle parked in the corresponding parking space (parking cell) is parked; In the case of individuals, corporations, and organizations that have installed the parking block device 140, use the provider terminal 110 to share the parking space at the time they want, excluding the parking time of the vehicle owned by the owner, corporation, or group, , through a mobile application, sharing information about the corresponding parking space can be provided to an unspecified number of people in need of the corresponding parking space; A parking space user who wants to use a shared parking space can also use the user terminal 150 to use the parking space free of charge through a mobile application; In the case of a provider who shares a parking space, it may provide compensation for the usage amount corresponding to the user's usage time for the parking space; In the case of a compensation amount for a parking space provider, a part (or all) of publicity and advertising revenue through a mobile application may be paid as a compensation amount.

The shared parking service system 100 having the configuration as described above is, as shown in FIG. Similarly, the parking block device 140 in which a camera or IoT equipment is embedded in the parking block is installed in a shared parking cell, and a wireless communication module (eg, WiFi, Bluetooth, LORA) By connecting to the network 160 through a module such as Zigbee, LTE, etc.), the parking block device 140 recognizes the vehicle parked and identifies the number of the vehicle to be parked and whether or not the vehicle is parked in the parking cell. Information may be notified to the shared parking service server 120 through the network 160.

The shared parking service system 100 having the configuration described above, in the case of a parking space provider, as shown in FIG. 2 , through a mobile application installed on the provider terminal 110, provides access to a shared parking cell in a parking area owned by the user. To register information (or device information) on the shared parking service server 120, set the shared parking time at a desired time zone and register it with the shared parking service server 120, and at this time, own or In the case of a vehicle registered for self-use, it can be set to be excluded from the sharing time setting, and by setting the shared parking time only for the time excluding self-use time, it is possible to prevent indiscriminate use of the parking space in advance, and shared parking It is possible to receive monitoring of the shared parking cell and parking status from the service server 120 in real time. At this time, the shared parking service server 120 databases the shared parking time by device identification information according to the shared parking time setting request (including device identification information) requested from the provider terminal 110 and stores the information in the database 130. In the case of a parking space provider, a number of unspecified parking usage hours are identified, the parking usage hours are statistically calculated, and a predetermined amount is settled to the provider.

The shared parking service system 100 having the configuration described above, in the case of a parking space user, as shown in FIG. 2, through a mobile application installed on the user terminal 150, is located near his/her destination (arrival). You can search for shared parking spaces, check the availability of parking spaces in real time by checking the availability of parking spaces around your destination, and check the amount (or free) of each parking area near your destination. By being able to, cheaper or free parking spaces make it more convenient and safe to park your vehicle. At this time, the shared parking service server 120 searches for a shared parking space around the user's destination from the database 130 and provides it to the user terminal 150, and checks the status of the parking area around the user's destination in real time Whether or not the parking space is available is provided to the user terminal 150, and the amount (or free) used for each parking area around the user's destination is checked and provided to the user terminal 150.

The shared parking service system 100 having the configuration described above defines one parking space in a parking area as a parking cell, and a parking block device (140 ) is installed to monitor individual parking cells, and by sharing individual parking cells belonging to individuals and corporations or organizations, it is possible to provide efficient parking spaces in downtown areas where parking spaces are scarce; First, the parking block device 140 incorporating an IoT device including a camera or vehicle information recognition device capable of recognizing a vehicle number in a parking block is installed in a shared parking cell, and the IoT device is connected to Wi-Fi or communication such as Lora, Bluetooth, ZigBee, etc. transmits the number of the parked vehicle or whether or not the vehicle is parked to the shared parking service server 120 to store information on the parking status and parked vehicle information of the corresponding shared parking cell in the database 130; In the case of a parking space provider, it is possible to check whether the shared parking cell is parked and vehicle information through a mobile application installed on the provider terminal 110, and also check the parking usage time and statistical data of the parking usage time for the shared parking cell. and calculates the statistical summation of the number of unspecified parking usage hours for the shared parking cell, pays the parking space provider a fixed parking fee in the area, and otherwise, part of the income obtained through advertising revenue from advertisers (or , total) to the parking space providers to calculate the cost by the user's usage time; In the case of a user, it is possible to check a shared parking cell around the destination through a mobile application installed on the user terminal 150, go to an empty shared parking cell and park, and also provide free parking fees , It can increase economic and social benefits to solve the parking chaos prevalent in modern society, provide safe parking spaces to parking space users for unavailable parking spaces, and make them available as an additional source of income for providers. It helps to achieve an efficient industrial structure, and also leads to more efficient parking space management by identifying demand for additional parking spaces through parking space usage time statistics and regional statistics and identifying areas with excessive parking spaces, thereby increasing industrial availability. make it visible

The shared parking service system 100 having the configuration described above is implemented to provide a shared parking service by sharing a parking space, thereby solving the shortage and securing of a parking space, which is evaluated as a big problem in modern society, to provide a parking space. can resolve social concerns about parking spaces, greatly increase the utilization of parking spaces by enabling motorists who illegally park or park on the shoulder to find parking spaces efficiently, and provide certain compensation to parking space providers. It provides rationality for sharing parking spaces and allows more people to park more efficiently.

The shared parking service system 100 having the configuration described above allows drivers who have always been anxious because they cannot find a downtown parking space to check and park a parking space that can be parked around their destination in advance, and provides parking space providers By sharing and utilizing the vacant time of the available parking space of the party, it can be used as a predetermined additional source of income to help economically.

The shared parking service system 100 having the configuration described above utilizes big data to specify the parking utilization ratio and insufficient parking space time in the area, thereby expanding sharing of additional parking spaces and expanding facilities in the area, or It can contribute to the collection and utilization of big data that will solve the shortage of parking spaces, such as inducing parking to parking areas.

3 is a diagram illustrating a shared parking service server according to an embodiment of the present invention.

Referring to FIG. 3 , the shared parking service server 120 includes an interface unit 121, a parking space sharing unit 122, a vehicle parking unit 123, and a parking use unit 124.

The interface unit 121 communicates with a plurality of provider terminals 110, a plurality of parking block devices 140, and a plurality of user terminals 150 through the network 160, and each has its own unique identification. Through the information, each of the provider terminal 110, the parking block device 140, and the user terminal 150 connected by communication is identified, and then the provider terminal 110 through the network 160 parks with the provider identification information. When a space sharing request is received, it is delivered to the parking space sharing unit 122; When receiving a notification of whether or not the vehicle is parked along with the device identification information through the network 160 from the parking block device 140, it is delivered to the vehicle parking unit 123; When a request for a parking space along with user identification information is received from the user terminal 150 through the network 160, it is delivered to the parking use unit 124, and then the available parking space transmitted from the parking use unit 124 is transferred to the network. It notifies the user terminal 150 through (160).

The parking space sharing unit 122 converts the shared parking space information transmitted from the interface unit 121 into a database for each provider identification information and registers it in the database 130 .

In one embodiment, the parking space sharing unit 122 may receive provider information transmitted from the provider terminal 110 through the interface unit 121, convert it into a database for each provider identification information, and register it in the database 130. there is.

In one embodiment, the parking space sharing unit 122 receives shared parking space information transmitted from the provider terminal 110 through the interface unit 121, and checks device information in the received shared parking space information. Provider identification information and device identification information can be made into a database and registered in the database 130 .

In one embodiment, the parking space sharing unit 122, through a mobile application installed on the provider terminal 110, provides a provider registration screen so that the provider registers a parking space (shared parking cell), and the parking time of the own vehicle. enable to register own vehicle for measurement; A parking lot monitoring screen is provided to display the status of the shared parking cell, but the shared parking cell can be displayed in a graphic form; A statistical data screen is provided to graphically display the vehicle parking usage time, and after calculating the statistics, it is possible to recommend the most shared parking time; Provide a shared parking time setting screen to set the shared parking time for each shared parking cell, and display the parking usage time within the shared parking time; Provide a settlement screen to calculate the settlement amount by calculating the parking usage time for other vehicles in total and for each shared parking cell, and display it with details; A feedback screen may be provided to input complaints or improvements when operating a shared parking cell; In addition, a constantly parked vehicle registration screen is provided so that the owner of the parking lot or other constantly parked vehicles can be registered, and through data analysis, the vehicle subject to constant parking can be identified, and the user can change the checked vehicle to a constantly parked vehicle. However, it is possible to provide guidance to the provider, but to provide the provider with whether or not to park the always parked vehicle, but not to provide information on the vehicle license plate.

The vehicle parking unit 123 converts the vehicle parking information transmitted from the interface unit 121 into a database for each device identification information and registers it in the database 130 .

In one embodiment, the vehicle parking unit 123 transmits the number of the vehicle to be parked and information on whether or not the vehicle is parked in the parking cell, which is notified along with the device identification information from the parking block device 140, through the interface unit 121. It can be received and registered in the database 130, and the provider identification information corresponding to the device identification information is checked from the database 130, and information on the number of the vehicle to be parked and whether or not the vehicle is parked in the parking cell is transmitted to the interface unit. Through (121), the checked provider identification information can be transmitted to the corresponding provider terminal 110.

In one embodiment, the vehicle parking unit 123 receives the monitoring information for the shared parking cell notified along with the device identification information from the parking block device 140 through the interface unit 121 and registers it in the database 130. In addition, the provider identification information corresponding to the device identification information is checked from the database 130, and the monitoring information for the shared parking cell is sent through the interface unit 121 to the provider terminal corresponding to the checked provider identification information ( 110) can be sent.

The parking use unit 124 checks the available parking space from the database 130 according to the parking space request transmitted along with the user identification information from the interface unit 121 and transmits it to the interface unit 121.

In one embodiment, the parking use unit 124 receives the user information transmitted from the user terminal 150 through the interface unit 121, converts it into a database by user identification information, and registers it in the database 130. .

In one embodiment, the parking use unit 124 receives a request for an empty shared parking cell near the destination through the interface unit 121 along with the user identification information from the user terminal 150, and receives a request for empty shared parking near the destination. The cell may be confirmed from the database 130 and notified to the user terminal 150 through the interface unit 121 .

In one embodiment, the parking use unit 124, through a mobile application installed on the user terminal 150, may provide a map screen around the destination to which the user wants to go; When a parking lot is clicked on the map screen, the corresponding parking lot can be enlarged to provide an enlarged screen of the parking lot where configuration and shared parking cells can be confirmed; A detailed screen is provided to schematically display the shared parking cells of the parking lot, to plot and display the shared parking cells by floor and by zone, and to display the reservation status of the shared parking cells; The shared parking cell status screen is provided to indicate whether or not parking is available in the shared parking cell, the shared parking time per shared parking cell is displayed, the reservation status of the shared parking cell is displayed, the empty time and statistics on parking usage time may be performed and displayed; A feedback screen may be provided to receive input of inconvenience or improvement when using a shared parking cell.

The shared parking service server 120 having the configuration described above may further include an advertisement providing unit 125 and a settlement unit 126.

The advertisement provider 125 receives advertisements from advertisers through the interface unit 121, and provides the provider terminal 110 and the user terminal 150 (or parking block device ( 140)) provides advertisements.

The settlement unit 126 uses a part (or all) of the revenue from advertising revenues from advertisers to settle it to providers of the shared parking cell through the interface unit 121, thereby providing users who use the shared parking cell. They may even let you park for free.

In one embodiment, the settlement unit 126 may automatically settle the shared use time (time used by unspecified users) of the parking space owned by the shared parking cell provider by calculating and arranging statistics.

In one embodiment, the settlement unit 126 distributes some (or all) of the advertiser's revenue from local advertisements and banner advertisements to parking space providers, or to users at a rate of 10% of the current market price. It can be charged (or free).

In one embodiment, the settlement unit 126, in the case of revenue for advertising in the region, is obtained from advertisers by an amount set to fluctuate in response to the number of users using the region and the number of advertisers advertising in the region. In the case of the revenue for the corresponding banner advertisement, as the advertisement of the advertiser is provided through the mobile application, it may be the revenue obtained from the advertiser by the amount set in response thereto.

In one embodiment, the settlement unit 126, as a revenue distribution policy, professional parking spaces such as paid parking lots and euro parking towers, private parking spaces such as houses, villas, private parking spaces, large marts, Large-scale parking spaces such as parking spaces in apartments, department stores, and public institutions can be divided into three parking space systems, and the amount ratio for each parking space system (i.e., professional parking space amount rate, private parking space amount ratio, large-scale parking space amount rate) can be set separately, and the local advertising revenue and banner advertising revenue for the shared parking cell can be calculated according to the amount ratio from the local advertising revenue and banner advertising revenue of the parking space. In addition, The local advertising revenue and banner advertisement revenue per hour for the shared parking cell can be calculated, and the calculated local advertising revenue and banner advertisement revenue can be multiplied by the user's parking usage time to calculate the usage fee for the shared parking cell. , the calculated usage fee can be settled on a weekly or monthly basis.

4 is a diagram illustrating a shared parking service method according to an embodiment of the present invention.

Referring to FIG. 4 , in the provider terminal 110, sharing of a parking space owned by a provider (including shared parking space information (eg, parking space location information)) is performed on a network together with provider identification information. A request is made to the shared parking service server 120 through (160) (S401).

In requesting parking space sharing in step S401 described above, the provider terminal 110 may transmit information about the provider together with provider identification information to the shared parking service server 120 when signing up as a provider member.

In requesting parking space sharing in the above-described step S401, the provider terminal 110 includes device information (eg, installation location, device identification information, etc.) in the shared parking space information so that the shared parking service server 120 ) can be sent.

When parking space sharing is requested in the above-described step S401, the shared parking service server 120 receives a request for parking space sharing together with the provider identification information from the provider terminal 110, and stores the shared parking space information in the database for each provider identification information. It is converted and registered in the database 130 (S402).

In registering the shared parking space information in step S402 described above, the shared parking service server 120 converts the provider information transmitted from the provider terminal 110 into a database by provider identification information and registers it in the database 130. there is.

In registering the shared parking space information in step S402 described above, the shared parking service server 120 receives the shared parking space information transmitted from the provider terminal 110, and extracts device information from the received shared parking space information. After confirming, it can be registered in the database 130 by making a database by provider identification information and device identification information.

In registering the shared parking space information in step S402 described above, the shared parking service server 120 may receive advertisements from advertisers and provide advertisements to the provider terminal 110 through a mobile application. Accordingly, the provider terminal 110 may receive an advertisement provided from the shared parking service server 120 through a mobile application and output the advertisement through an output means such as an LCD, a touch screen, or a speaker.

After registering the shared parking space information in the above-described step S402, the parking block device 140 detects whether the vehicle is parked and notifies the shared parking service server 120 through the network 160 along with the device identification information. It is given (S403).

In notifying whether or not the vehicle is parked in the above-described step S403, in the parking block device 140, which has a built-in camera or IoT device installed in a parking block (Car Stop Bar) installed in units of parking cells that are commonly seen in parking lots, The camera or IoT device may be used to recognize a parked vehicle, but it may be notified to the shared parking service server 120 along with device identification information by checking the number of the vehicle to be parked and whether or not the vehicle is parked in the parking cell.

In notifying whether or not the vehicle is parked in the above-described step S403, in the parking block device 140, each parking cell (ie, shared parking cell) that can be shared in the parking lot of an individual, corporation or organization, or public institution that wants the present invention Since it can be simply installed, it can be easily introduced into the parking lot owned by the party, and monitoring information on the shared parking cell can be notified to the shared parking service server 120 together with device identification information.

When notifying whether or not the vehicle is parked in step S403 described above, the shared parking service server 120 receives notification of whether or not the vehicle is parked together with the device identification information from the parking block device 140, and converts the information whether or not the vehicle is parked into the device identification information. Each database is converted into a database and registered in the database 130 (S404).

In registering the vehicle parking information in step S404 described above, in the shared parking service server 120, the number of the vehicle to be parked and whether or not the vehicle is parked in the parking cell, which is notified together with the device identification information from the parking block device 140 It is possible to register information on the database 130.

In registering the vehicle parking availability information in step S404 described above, in the shared parking service server 120, the monitoring information for the shared parking cell notified together with the device identification information from the parking block device 140 is stored in the database 130. can register.

In registering vehicle parking availability information in step S404 described above, the shared parking service server 120 may receive advertisements from advertisers and provide advertisements to the parking block device 140 through a mobile application. Accordingly, in the parking block device 140 having a speaker or a stereoscopic image output display device, the advertisement transmitted from the shared parking service server 120 may be received and output through a speaker or a stereoscopic image output display device.

After registering vehicle parking information in step S404 described above, the user terminal 150 requests a parking space desired by the user to the shared parking service server 120 through the network 160 together with the user identification information. (S405).

In requesting a parking space in step S405 described above, the user terminal 150 may transmit information about the user together with user identification information to the shared parking service server 120 when signing up as a user member. Accordingly, in the shared parking service server 120, the user information transmitted from the user terminal 150 may be converted into a database by user identification information and registered in the database 130.

In requesting a parking space in step S405 described above, in the user terminal 150, which downloads and installs a mobile application for receiving a shared parking service from an app providing means (eg, an app store, a play store, etc.), Through the corresponding mobile application, the user can request an empty shared parking cell near the destination to the shared parking service server 120 along with user identification information.

When a parking space is requested in step S405 described above, the shared parking service server 120 receives a request for a parking space together with user identification information from the user terminal 150, checks an available parking space from the database 130, and uses the user The terminal 150 is notified (S406).

In notifying the available parking space in step S406 described above, the shared parking service server 120 checks the provider identification information corresponding to the device identification information from the database 130, and the number of the vehicle to be parked and the vehicle in the parking cell. Information on whether or not parking may be transmitted to the provider terminal 110 corresponding to the checked provider identification information.

In notifying the available parking space in the above-described step S406, the shared parking service server 120 checks the provider identification information corresponding to the device identification information from the database 130, and confirms the monitoring information for the shared parking cell. It can be transmitted to the provider terminal 110 corresponding to the provider identification information.

In notifying the available parking space in the above-described step S406, the shared parking service server 120 receives a request for an empty shared parking cell near the destination together with user identification information from the user terminal 150, and the empty shared parking cell near the destination A shared parking cell may be checked from the database 130 and notified to the user terminal 150 .

In notifying an available parking space in step S406 described above, the shared parking service server 120 may receive an advertisement from an advertiser and provide the advertisement to the user terminal 150 through a mobile application.

When an available parking space is notified in the above-described step S406, the user terminal 150 receives notification of an available parking space from the shared parking service server 120 and informs the user of the available parking space (S407).

In the above-mentioned step S407, in the notification of the available parking space, in the provider terminal 110, which downloads and installs a mobile application for receiving a shared parking service from an app providing means (eg, an app store, a play store, etc.) , By receiving the number of the vehicle to be parked and information on whether or not the vehicle is parked in the parking cell transmitted from the shared parking service server 120 through the mobile application and notifying the provider, the provider can conveniently and easily check through the mobile application. let it do

In the notification of the available parking space in step S407 described above, the provider terminal 110 receives the monitoring information on the shared parking cell transmitted from the shared parking service server 120 through the mobile application and informs the provider of the monitoring information. allows users to conveniently and easily monitor their own parking lot in real time through a mobile application.

In the notification of the available parking space in step S407 described above, the user terminal 150 receives notification of an empty shared parking cell from the shared parking service server 120 and informs the user of it, so that the user can conveniently and easily through a mobile application. Shared parking cells that are searchable and vacant at any time allow for free or paid parking.

In the above-mentioned step S407, in the notification of the available parking space, the user terminal 150 receives an advertisement provided from the shared parking service server 120 through a mobile application, and displays the advertisement through an output means such as an LCD, a touch screen, or a speaker. You can also print out.

After notifying the available parking space in the above-described step S407, the shared parking service server 120 will use a portion (or all) of the income from advertising revenue from advertisers to settle to providers of shared parking cells. Accordingly, users using shared parking cells may be allowed to park for free.

After notifying the available parking space in the above-described step S407, the shared parking service server 120 automatically calculates and organizes statistics on the shared use time (time used by unspecified users) of the parking space owned by the shared parking cell provider. can clear it up

After notifying the available parking space in step S407 described above, the shared parking service server 120 distributes part (or all) of the revenue for the advertiser's local advertisement and banner advertisement to parking space providers, or Users may be charged a fee of 10% of the current market price (or free).

After notifying the available parking spaces in the above-described step S407, in the shared parking service server 120, as a revenue distribution policy, specialized parking spaces such as paid parking lots, euro parking towers, etc., and parking spaces owned by houses, villas, individuals, etc. It can be divided into three types of parking space systems, such as private parking spaces and large-scale parking spaces such as parking spaces of large marts, apartments, department stores, and public institutions, and also the amount ratio for each parking space system (ie, Proportion of the amount of the specialized parking space, percentage of the amount of the private parking space, and amount of the large-scale parking space) can be set separately, and the local advertising revenue for the shared parking cell according to the amount ratio from the local advertising revenue of the parking space and the banner advertising revenue and banner advertising revenue can be calculated, and the local advertising revenue and banner advertising revenue per hour for the shared parking cell can be calculated, and the calculated local advertising revenue and banner advertising revenue are multiplied by the user's parking usage time to It can be calculated as the usage fee for the parking cell, and the calculated usage fee can be settled on a weekly or monthly basis.

As described above, the embodiments of the present invention are not implemented only through the above-described device and/or operating method, but through a program for realizing functions corresponding to the configuration of the embodiment of the present invention and a recording medium on which the program is recorded. It may be implemented, and such an implementation can be easily implemented by an expert in the technical field to which the present invention belongs based on the description of the above-described embodiment. Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concept of the present invention defined in the following claims are also included in the scope of the present invention. that fall within the scope of the right.

100: shared parking service system
110: provider terminal
120: shared parking service server
121: interface unit
122: parking space sharing unit
123: vehicle parking department
124: parking use unit
125: advertisement provider
126: settlement department
130: database
140: parking block device
150: user terminal
160: network

Claims (5)

a provider terminal requesting sharing of a parking space owned by the provider together with provider identification information; Receiving a request for sharing a parking space together with provider identification information from the provider terminal, registering the shared parking space information in a database by provider identification information; receiving notification of whether the vehicle is parked together with the device identification information, and registering the vehicle parking availability information into a database for each device identification information; A shared parking service server that receives a request for a parking space along with user identification information, confirms and notifies an available parking space; The shared parking space information registered from the shared parking service server is converted into a database for each provider identification information and stored; a database that converts and stores vehicle parking information registered from the shared parking service server into a database for each device identification information; a parking block device that detects whether the vehicle is parked and notifies the shared parking service server together with device identification information; and a user terminal requesting a parking space desired by the user to the shared parking service server together with user identification information, receiving notification of an available parking space from the shared parking service server and informing the user of the parking space;
The shared parking service server receives advertisements from advertisers and provides advertisements to the provider terminal or the user terminal or the parking block device through a mobile application; Settle some or all of the revenue from advertising revenue from advertisers to providers of shared parking cells; The provider terminal or the user terminal receives the advertisement provided from the shared parking service server through a mobile application and outputs it through an output means;
The shared parking service server distributes some or all of the advertiser's local advertising revenue and banner advertisement revenue to parking space providers, but in the case of local advertising revenue, the number of users using the area and the number of advertisers advertising in the area The amount set to fluctuate accordingly is the amount earned from the advertiser, and in the case of banner advertisement revenue, the amount set in response to the advertiser's advertisement is provided through the mobile application. shared parking service system.
The method of claim 1, wherein the provider terminal,
A shared parking service system, characterized in that the shared parking space information includes device information including parking space location, installation location, and device identification information and transmitted to the shared parking service server.
The method of claim 1, wherein the provider terminal,
The mobile application for receiving the shared parking service is downloaded and installed from the app providing means, and the number of the vehicle to be parked and information on whether or not the vehicle is parked in the parking cell is received from the shared parking service server through the mobile application and notified to the provider. A shared parking service system characterized in that.
identifying a provider terminal, a parking block device, and a user terminal connected through communication through a network, receiving a request for sharing a parking space together with provider identification information from the provider terminal and transmitting the request; Receives notification of whether or not the vehicle is parked together with device identification information from the parking block device and transmits it; an interface unit for receiving a request for a parking space along with user identification information from the user terminal and transmitting the request, and then receiving a parking available space and notifying the user terminal; a parking space sharing unit that receives a request for sharing a parking space together with provider identification information from the interface unit, converts the shared parking space information into a database for each provider identification information, and registers the database; a vehicle parking unit that receives notification of whether or not the vehicle is parked together with the device identification information from the interface unit, converts the vehicle parking status information into a database for each device identification information, and registers the information; And in the shared parking service server including a parking use unit receiving a parking space request from the interface unit together with user identification information, checking an available parking space and transmitting it to the interface unit,
The shared parking service server receives advertisements from advertisers and receives advertisements provided from the shared parking service server through a mobile application and provides advertisements to provider terminals, user terminals, or parking block devices that output them through output means. and; Settle some or all of the revenue from advertising revenue from advertisers to providers of shared parking cells; Part or all of the advertiser's local advertising revenue and banner advertising revenue is distributed to parking space providers, but in the case of local advertising revenue, it is set to fluctuate in response to the number of users using the area and the number of advertisers advertising in the area. The shared parking service server, characterized in that the revenue earned from the advertiser by the set amount, and in the case of banner advertising revenue, the revenue earned from the advertiser by the amount set in response as the advertiser's advertisement is provided through the mobile application.
requesting, by a provider terminal, sharing of a parking space owned by the provider together with provider identification information; Receiving a request for sharing a parking space together with provider identification information from the provider terminal, by a shared parking service server, registering the shared parking space information in a database by provider identification information; Detecting whether the vehicle is parked by a parking block device and notifying the shared parking service server together with device identification information; receiving, by the shared parking service server, whether or not the vehicle is parked together with the device identification information, and registering the vehicle parking availability information into a database for each device identification information; Requesting, by a user terminal, a parking space desired by the user to the shared parking service server together with user identification information; The shared parking service server receiving a request for a parking space together with user identification information, checking and notifying an available parking space; and the user terminal notifying the user of an available parking space from the shared parking service server;
The shared parking service server receives advertisements from advertisers and provides advertisements to the provider terminal or the user terminal or the parking block device through a mobile application; Settle some or all of the revenue from advertising revenue from advertisers to providers of shared parking cells; The provider terminal or the user terminal receives the advertisement provided from the shared parking service server through a mobile application and outputs it through an output means;
The shared parking service server distributes some or all of the advertiser's local advertising revenue and banner advertisement revenue to parking space providers, but in the case of local advertising revenue, the number of users using the area and the number of advertisers advertising in the area The amount set to fluctuate accordingly is the amount earned from the advertiser, and in the case of banner advertisement revenue, the amount set in response to the advertiser's advertisement is provided through the mobile application. A shared parking service method.

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