KR20200018167A - System for Smart Reserving and Using Unoccupied Parking Lot by Using Beacon - Google Patents

Abstract

The present invention provides an Idle parking lot smart reservation and use system using a beacon which comprises: a parking management server which receives parking reservation information by accessing a vehicle reservation beacon-related application through a smart terminal; an entrance gate which detects the entry of a vehicle, transmits the entry information of the vehicle to a parking management server, and allows the entry of the vehicle; an exit gate which detects the exit of the vehicle, transmits the exit information of the vehicle to the parking management server, and allows the exit of the vehicle; and a beacon terminal group consisting of a first beacon terminal which executes the vehicle reservation beacon-related application of the smart terminal to perform guide to a parking floor and a parking area through a navigation of the vehicle reservation beacon-related application according to the parking reservation information, a second beacon terminal which is installed within the effective recognition range of each parking floor of a parking building and interlocks with the smart terminal, and a third beacon terminal which receives exit information from an exit detection sensor or the parking management server. Therefore, the present invention performs guide to an idle parking area to promptly induce parking.

Description

System for Smart Reserving and Using Unoccupied Parking Lot by Using Beacon}

The present invention relates to a parking reservation-related technology, and more particularly, by configuring a vehicle detection sensor and a beacon terminal integrally to detect a vehicle and pair with a smart terminal of the vehicle to recognize the parking reservation vehicle, the idle of the parking building It relates to an idle parking lot smart reservation and use system using beacons, which can induce parking to the parking area quickly.

As is well known, large buildings in department stores, amusement parks, large shopping centers or hospitals where the floating population is concentrated have large parking facilities that can accommodate many vehicles.

Finding idle parking spaces that will not be parked in these large parking facilities can be quite cumbersome, causing waste of time and environmental issues, and guides parking guides to idle parking spaces.

In addition, a technology for identifying and guiding idle parking areas using beacons or a technology for enabling parking reservation of a parking building using a vehicle navigation has been proposed.

However, in the parking system utilizing beacons, it is limited to simply checking and identifying the parking position of the vehicle in the parking lot after parking the vehicle, and it is expensive to construct the existing parking control system, and the installation space must be secured enough. However, there is a problem that the integrated management is impossible because the parking system operation method is different depending on the manufacturer.

Korean Laid-Open Patent Publication No. 2018-0071458 (a parking flow method and system using beacons. 2018.06.28) Korean Registered Patent Publication No. 1779521 (Parking information processing device using smartphone. 2017.09.12)

The technical problem to be achieved by the idea of the present invention is not limited to simply identifying and identifying the parking position of the vehicle, it can guide the idle parking area quickly to induce parking, can be conveniently guided to the final destination in the parking building, An idle parking lot using beacons to provide a smart reservation and use system.

In order to achieve the above object, the present invention, the parking management server for receiving parking reservation information of the idle parking lot, parking date and time, parking time required and vehicle number of the parking building by connecting to the vehicle reservation beacon-related app through the smart terminal ; Arrival detection sensor that detects the entry of the vehicle, and when the entry of the vehicle is detected by the entrance detection sensor, the image is taken by recognizing the car number and displayed through the LED signboard and sending the entrance information of the vehicle to the parking management server An entrance gate, comprising a gate vehicle identification device and an entrance breaker that allows entry of a vehicle; With the exit detection sensor for detecting the exit of the vehicle, and when the exit of the vehicle is detected by the exit detection sensor, the image is taken by recognizing the car number and displayed through the LED signboard and sending the exit information of the vehicle to the parking management server. A discharging gate, comprising a gate car number recognizer and a disengagement breaker for discharging the vehicle; The parking floor and the parking area through navigation of the vehicle reservation beacon related app according to the parking reservation information by executing the vehicle reservation beacon related app of the smart terminal is activated by receiving the arrival information from the parking sensor or the parking management server. A first beacon terminal configured to guide the user, a second beacon terminal installed within an effective recognition range of each parking floor of the parking building and interworking with the smart terminal, and receiving departure information from the parking lot sensor or the parking management server; Beacon terminal group consisting of a third beacon terminal; including, wherein the entrance sensor and the first beacon terminal is formed integrally, the discharge detection sensor and the third beacon terminal is formed integrally, the second When the beacon terminal recognizes the stop of the reserved parking area of the vehicle, the beacon terminal Provides a smart reservation and use system for idle parking lot using beacons to guide the map or voice through the navigation of the vehicle reservation beacon related app of the smart terminal to a short distance elevator, escalator or stairs entrance.

Here, after the end of the visit, in conjunction with the second beacon terminal, it can be guided by a map or voice to the parking floor and the parking area parked through the navigation of the vehicle reservation beacon related app of the smart terminal.

In addition, the second beacon terminal is formed integrally with the vehicle detection sensor, is installed for each parking zone, the second beacon terminal installed for each parking zone is activated only when the vehicle parking of the parking zone, the second beacon terminal is a vehicle When detecting the departure or departure from the parking area of the vehicle, through the navigation of the vehicle reservation beacon-related app of the smart terminal can be guided to the exit gate by a map or voice.

In addition, the second beacon terminal may guide the parking fee settlement kiosk location and parking fee information through the smart terminal.

In addition, when the vehicle enters the parking building in which the entrance gate exists, the first beacon terminal distinguishes the reserved vehicle and the non-reserved vehicle, opens the entrance breaker only for the reserved vehicle, and the entrance gate does not exist. In the place, if the first beacon terminal does not recognize the parking vehicle, it may be guided by an alarm sound or voice to recognize the reserved parking area.

In addition, the parking management server, if there is no idle parking lot of the parking building, may provide information to check and reserve the surrounding idle parking area.

In addition, the second beacon terminal may be guided to the idle parking area through the smart terminal or the navigation terminal of the vehicle.

The first to third beacon terminals may include a vehicle detection sensor, a BLE module, a power module, and a control module for controlling the vehicle detection sensor, the BLE module, and the power module. When the vehicle is detected by the vehicle detection sensor, the BLE module may be activated to pair with the smart terminal.

In addition, the front line of the individual parking area in which the second beacon terminal is installed, an entrance block is formed to interlock with the second beacon terminal, the entrance block is air in the balloon bar and the balloon bar is buried in the center of the front line The fan is configured to fill or discharge air so that the balloon bar is deactivated at the non-reserved time zone, and activates the balloon bar when the second beacon terminal identifies the entry into the parking area of the unreserved vehicle at the reserved time. And an LED line interlocking with the second beacon terminal is formed, so that the LED line blinks in red when the second beacon terminal identifies an entry into a parking area of a vehicle that is not reserved.

According to the present invention, by configuring the vehicle sensor and the beacon terminal integrally detects the vehicle and paired with the smart terminal of the vehicle to recognize the parking reservation vehicle, it is possible to quickly guide the parking to the idle parking area of the parking building It works.

In addition, the elevator, escalator or stairway entrance to the shortest distance from the parking area to the final destination of the landing location, there is an effect that can be guided by a map or voice through the navigation of the vehicle beacon-related apps of the smart terminal.

Furthermore, by registering and storing the parking reservation information in the DB, it is possible to analyze the items of interest according to the entrance / exit information, consumption pattern and the movement route, to establish a location-based advertising marketing strategy and to provide customized advertisement services. have.

1 schematically illustrates the configuration of an idle parking lot smart reservation and use system using beacons according to a preferred embodiment of the present invention.
FIG. 2 illustrates a configuration of an entrance gate or an exit gate of an idle parking lot smart reservation and use system using a beacon according to a preferred embodiment of the present invention of FIG. 1.
FIG. 3 illustrates a configuration of a beacon terminal of an idle parking lot smart reservation and use system using the beacon of FIG. 1.
Figure 4 illustrates the configuration of the balloon ball and the LED line of the idle parking lot smart reservation and use system using the beacon of FIG.
FIG. 5 illustrates an incoming and outgoing process according to an idle parking lot smart reservation and use system using the beacon of FIG. 1.

Hereinafter, with reference to the accompanying drawings will be described in detail an embodiment of the present invention having the features described above.

Figure 1 schematically shows the configuration of the idle parking lot smart reservation and use system using a beacon according to a preferred embodiment of the present invention, Figure 2 is an idle parking lot smart using a beacon according to a preferred embodiment of the present invention of FIG. It illustrates the configuration of the entrance gate or exit gate of the reservation and use system, Figure 3 illustrates the configuration of the beacon terminal of the idle parking lot smart reservation and use system using the beacon of FIG.

1 to 3, the idle parking lot smart reservation and use system using beacons according to the preferred embodiment of the present invention, the parking management server 110, the entrance gate 120, the exit gate 130 ), And beacon terminal group 140.

First, the parking management server 110 manages a beacon terminal group to be described later, and connected to the vehicle reservation beacon-related apps through the smart terminal 100, the parking lot idle parking date, parking date and time, parking time and vehicle Receive parking reservation information of the number.

Here, the parking reservation information, including the parking floor and parking area information of the idle parking lot to be parked, vehicle reservation beacon-related apps can utilize Google Beacon Platform Edstone, car reservation beacon-related apps idle parking space (parking Provides a search and booking interface for floors and parking areas.

Next, the entrance gate 120, the entrance detection sensor 121 for detecting the entry of the vehicle, and when the entry of the vehicle is detected by the entrance detection sensor 121, the image is taken by recognizing the car number and displayed through the LED display board It is composed of an entrance gate car number recognizer 122 for transmitting the vehicle's entrance information to the parking management server 110, and an entrance breaker 123 for allowing the vehicle's entrance.

Here, the occupancy detection sensor 121 may be an ultrasonic sensor, a loop coil sensor, a laser sensor or a geomagnetic sensor.

The exit gate 130, the exit detection sensor 131 for detecting the exit of the vehicle, and when the exit of the vehicle is detected by the exit detection sensor 131, the image is taken by recognizing the car number and displayed through the LED display board of the vehicle The vehicle is equipped with a vehicle gate number recognizer 132 for transmitting the vehicle information to the parking management server 110, and a vehicle discharge blocker 133 for allowing vehicle discharge.

Here, the discharge detection sensor 131 may be an ultrasonic sensor, a loop coil sensor, a laser sensor or a geomagnetic sensor.

Next, the beacon terminal group includes a first beacon terminal 141 installed in the entrance gate 120, a second beacon terminal installed in the parking area, and a third beacon terminal 143 installed in the exit gate 130. It consists of.

The first beacon terminal 141 is activated by receiving the arrival information from the arrival sensor 121 or the parking management server 110, paired with the smart terminal 100 to execute the vehicle reservation beacon related apps, parking reservation In accordance with the information, the car is linked to the navigation beacon-related apps or vehicle-mounted navigation to guide the map or voice to the parking floor and parking zone to park.

The second beacon terminal is installed within the effective recognition range of each parking floor of the parking building and interworks with the smart terminal 100 of the vehicle passing through the entrance gate 120.

The third beacon terminal 143 receives the leaving information from the leaving detection sensor 131 or the parking management server 110.

On the other hand, the entrance detection sensor 121 and the first beacon terminal 141 is formed integrally, the exit detection sensor 131 and the third beacon terminal 143 is formed integrally, the second beacon terminal, Recognizing the stop of the reserved parking area to the entrance, the escalator or stairs of the shortest distance to the landing location of the parking building, guides through the navigation of the vehicle beacon related apps of the smart terminal 100 via a map or voice.

Alternatively, when the second beacon terminal recognizes that the vehicle is turned off and recognizes the stop of the reserved parking area of the vehicle, the second beacon terminal recognizes the stop of the reserved parking area, and as the elevator, the escalator or the stairway entrance to the landing position of the parking building, reserves the vehicle of the smart terminal 100. You can also be guided by map or voice via the beacon related navigation.

Here, after the end of the visit, in conjunction with the second beacon terminal can be guided by a map or voice to the parking floor and the parking area parked through the navigation of the vehicle reservation beacon related apps of the smart terminal 100.

On the other hand, the second beacon terminal is formed integrally with the vehicle detection sensor, it is installed for each parking area, the second beacon terminal installed for each parking area is activated only when the vehicle parking of the parking area, the second beacon terminal is started or If the vehicle detects a departure from the parking area, the vehicle may be guided by a map or voice to the exit gate 130 through the navigation of the vehicle beacon related app of the smart terminal 100.

Alternatively, the second beacon terminal recognizes the start of the vehicle and detects the departure of the vehicle, and may guide or guide the vehicle to the exit gate 130 through the navigation of the vehicle reservation beacon related app of the smart terminal 100.

Here, the second beacon terminal may be guided to the idle parking zone through the smart terminal 100 or the navigation terminal of the vehicle, the vehicle detection sensor may be an ultrasonic sensor, a loop coil sensor, a laser sensor or a geomagnetic sensor.

As shown in FIG. 3, the first to third beacon terminals 141 and 143 include a vehicle detection sensor, a BLE module, a power module, and a control module for controlling the vehicle detection sensor, the BLE module, and the power module. The module may activate the BLE module and pair with the smart terminal when the vehicle is detected by the vehicle detecting sensor.

For example, the BLE module is a Bluetooth 4.0 standard and may be a low power 2.4 GHz RF system-on-chip (SOC) type.

In addition, the second beacon terminal may guide the parking fee settlement kiosk location and parking fee information through the smart terminal 100.

On the other hand, when the vehicle enters the parking building in which the entrance gate 120 exists, the first beacon terminal 141 separates the reserved vehicle and the non-reserved vehicle, opens the entrance breaker 123 only for the reserved vehicle, and enters the vehicle. In places where the gate 120 does not exist (resident priority zone, privately owned parking lot or roadside public parking lot), if the first beacon terminal 141 does not recognize the parking vehicle, an alarm sound or voice is used to recognize the reserved parking zone. By guiding or responding by calling the parking manager, the reserved parking area can be left at the reservation time to induce rapid parking of the parking reservation vehicle.

In addition, when there is no idle parking lot of the parking building, the parking management server 110 may further provide information to check and reserve the surrounding idle parking area, so that the idle parking lot of the adjacent area may be used. Here, the idle parking lot in the adjacent area may be implemented in the idle parking lot smart reservation and system using the same beacon.

Meanwhile, the parking management server 110 registers and stores the parking reservation information in a DB, analyzes the visiting store, residence time, purchase history, and items of interest according to the entrance / exit information, consumption pattern, and movement route, and based on the location-based advertising marketing strategy. To provide customized advertising services.

Figure 4 illustrates the configuration of the balloon ball and the LED line of the idle parking lot smart reservation and use system using the beacon of FIG.

As shown in FIG. 4, an entrance barrier is formed in the front line of the individual parking area in which the second beacon terminal 142 is installed, and interlocks with the second beacon terminal 142. It is composed of a balloon bar 151 is buried, and a fan (not shown) to fill the air or discharge the air to the balloon bar 151, the balloon bar 151 is deactivated during the non-reserved time zone, the second at the reserved time zone When the beacon terminal 142 identifies the entry of the unreserved vehicle into the parking area, the balloon bar 151 may be activated to block the entry of the unreserved vehicle and to facilitate the parking of the reserved vehicle.

Alternatively, an LED line 152 interlocked with the second beacon terminal is formed on the front line of the individual parking area where the second beacon terminal 142 is installed, so that the second beacon terminal 142 is not reserved. Identifying the entry of the LED line 152 flashes in red to notify the occupants of the unreserved vehicle and to facilitate the parking of the reserved vehicle.

FIG. 5 illustrates an incoming and outgoing process according to an idle parking lot smart reservation and use system using the beacon of FIG. 1.

Referring to FIG. 5, the process of entering and leaving a parking reservation vehicle will be described below.

First, the parking management server receives a parking reservation information to reserve the parking lot by connecting to the vehicle booking beacon-related apps through a smart terminal.

Next, the entrance gate of the parking lot detects the entry of the vehicle and transmits the entrance information of the vehicle to the parking management server.

Next, by the beacon terminal group, according to the parking reservation information, in conjunction with the navigation or vehicle-mounted navigation of the vehicle reservation beacon-related apps, guidance or voice guidance to the parking floor and the parking area, and the shortest distance to the landing location of the parking building To the elevator, escalator or stairway entrance.

Next, the exit gate may be guided by map or voice.

Next, the vehicle is detected and the vehicle information is sent to the parking management server and the parking reservation service by the beacon terminal group ends.

Accordingly, as described above, by configuring an idle parking lot smart reservation and use system using beacons, the vehicle detection sensor and the beacon terminal are integrally configured to detect the vehicle and pair with the smart terminal of the vehicle to recognize the parking reservation vehicle. This allows you to quickly guide parking to the parking area's idle parking area, and to navigate the car's car reservation beacon-related app from the parking area to the shortest elevator, escalator or stairway from the parking area to the final destination. Through the map or voice can be guided, and the parking reservation information is registered and stored in the DB to analyze the interest items according to the entrance and exit information, consumption pattern and the movement route, to establish a location-based advertising marketing strategy and to provide a customized advertising service Can be provided.

Configurations shown in the embodiments and drawings described herein are only one of the most preferred embodiments of the present invention, and do not represent all of the technical spirit of the present invention, various equivalents that may be substituted for them at the time of the present application It should be understood that there may be water and variations.

110: parking management server 120: entrance gate
121: entrance detection sensor 122: entrance gate car number recognizer
123: parking breaker 130: exit gate
131: exit detection sensor 132: exit gate car number recognizer
133: exit breaker 140: beacon terminal group
141 to 143: first to third beacon terminals

Claims (9)

Parking management server for receiving parking reservation information of the parking lot, the parking lot idle, parking date and time, parking time and vehicle number by connecting to the vehicle booking beacon-related apps through the smart terminal;
Arrival detection sensor for detecting the entry of the vehicle, and when the entry of the vehicle is detected by the entrance detection sensor, the image is taken by recognizing the vehicle number and displayed through the LED signboard and the entrance of the vehicle to transmit the entering information of the vehicle to the parking management server An entrance gate, comprising a gate vehicle number recognizer and an entrance breaker that allows entry of a vehicle;
A vehicle detecting sensor that detects the vehicle's discharge, and when the vehicle has been detected by the vehicle detection sensor, images are taken by recognizing the vehicle number and displayed through the LED display board and transmitting the vehicle information of the vehicle to the parking management server. A discharging gate, comprising a gate car number recognizer and a disengagement breaker that permits discharging of the vehicle;
The parking floor and the parking area through navigation of the vehicle reservation beacon related app according to the parking reservation information by executing the vehicle reservation beacon related app of the smart terminal is activated by receiving the arrival information from the parking sensor or the parking management server. A first beacon terminal configured to guide the user, a second beacon terminal installed within an effective recognition range of each parking floor of the parking building and interworking with the smart terminal, and receiving departure information from the parking lot sensor or the parking management server; Including; beacon terminal group consisting of a third beacon terminal; including,
The occupancy detection sensor and the first beacon terminal are integrally formed, the discharge detection sensor and the third beacon terminal are integrally formed,
When the second beacon terminal recognizes the stop of the reserved parking area of the vehicle, the second beacon terminal maps through the navigation of the vehicle reservation beacon related app of the smart terminal to the entrance, escalator or stairs of the shortest distance to the landing position of the parking building. Or idle parking parking smart reservation and use system using beacons, or voice guidance.
The method of claim 1,
After the end of the visit, the idle parking lot using the beacons, characterized in that guided by a map or voice parking the parking floor and the parking area through the navigation of the vehicle beacon related apps of the smart terminal in conjunction with the second beacon terminal. Smart Reservation and Use System.
The method of claim 2,
The second beacon terminal is formed integrally with the vehicle detection sensor, is installed for each parking area, the second beacon terminal installed for each parking area is activated only when the vehicle parking of the parking area,
When the second beacon terminal detects the start of the vehicle or the departure from the parking area of the vehicle, it characterized in that the guidance via the navigation of the vehicle reservation beacon-related app of the smart terminal to the exit gate to the map or voice, Idle parking lot smart reservation and use system using beacons.
The method of claim 3,
The second beacon terminal guides the parking fee settlement kiosk location and parking fee information through the smart terminal, idle parking lot smart reservation and use system using beacons.
The method of claim 1,
When the vehicle enters the parking building in which the entrance gate exists, the first beacon terminal divides the reserved vehicle and the non-reserved vehicle, opens the entrance breaker only for the reserved vehicle,
In a place where the entrance gate does not exist, when the first beacon terminal does not recognize the parking vehicle, an alarm sound or voice is guided to recognize the reserved parking area. system.
The method of claim 1,
The parking management server, when there is no idle parking lot of the parking building, characterized in that to provide information to check and reserve the surrounding idle parking area, idle parking lot smart reservation and use system using beacons.
The method of claim 1,
The second beacon terminal is guided to the idle parking zone through the smart terminal or the navigation terminal of the vehicle, smart parking and idle parking system using beacons.
The method of claim 3,
The first to third beacon terminals are composed of a vehicle detection sensor, a BLE module, a power module, and a control module for controlling the vehicle detection sensor, the BLE module, and the power module, wherein the control module is configured to detect the vehicle. When the vehicle is detected by the sensor, by activating the BLE module paired with the smart terminal, characterized in that the interlocking, smart parking and idle parking system using beacons.
The method of claim 1,
In the front line of the individual parking area where the second beacon terminal is installed,
An entry block is formed to interlock with the second beacon terminal, and the entry block is composed of a balloon bar embedded in the center of the front line and a fan for filling or discharging air to the balloon bar. The bar is deactivated and activates the balloon bar when the second beacon terminal identifies the entry into the parking area of the unreserved vehicle at the reservation time;
An LED line interlocked with the second beacon terminal is formed so that the LED line blinks red when the second beacon terminal identifies an entry into a parking area of a vehicle that is not reserved. Idle car park smart booking and use system.

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