KR101507590B1 - System and method for reservation of amusement park utilization - Google Patents

Abstract

The present invention relates to an event facility use reservation system and a method of operating the same, and more particularly, to an event facility use reservation system and a method of operating the event facility use reservation system. The system includes a terminal for transmitting its own unique information through short- An event facility reservation terminal for receiving the unique information and generating reservation information on usage of the event facility, a server for obtaining reservation information and actual number of waiting persons and generating waiting condition information for each terminal, And a repeater for transmitting the event information to the terminal based on the unique information of the terminal. By minimizing the waiting time for using the event facility, the waiting time for using the event facility can be minimized for the event facility user, As the wait time of the user is minimized, the profit can be improved.

Description

{SYSTEM AND METHOD FOR RESERVATION OF AMUSEMENT PARK UTILIZATION}

The present invention relates to event facility reservation, and more particularly, to an event facility use reservation system and an operation method thereof for enabling an event facility to be efficiently utilized through a notification service based on an event facility use reservation.

A typical park where event facilities are gathered is an amusement park. Here, the event facility means a play equipment installed in the amusement park space.

However, since the number of event facilities of the amusement park is inevitably limited, a large amount of time is required to use one event facility when a large number of users of event facilities such as a weekend are used. That is, the waiting time for standing in line becomes longer. If the waiting time is too much to prepare for the use time of the event facility, it may cause stress to the event facility user. In addition, although there are a variety of event facilities in the amusement park, there are problems in that various event facilities can not be used when a lot of time is lost in the waiting time. On the other hand, as the event facility user can not use various event facilities, there is a problem that the profit of the play park is reduced.

There are various proposals for reserving event facilities. As a representative example, there has been proposed a method of minimizing the waiting time by reserving the use of the event facility through the mobile communication network. The smart band is provided to the user of the event facility, the reservation status is transmitted to the smart band through the RF communication, And to make the facility more efficient.

However, in the case of using the mobile communication network, since the reservation system and the mobile communication network must be interlocked, it is troublesome to schedule the use of the event facility, and the reservation information and the waiting situation information are transmitted through the mobile communication network. In addition, in the case of using a smart band, there is a problem that the cost of manufacturing a smart band is relatively high, and that the expensive equipment is reduced to a useless equipment for a user who does not use the event facility. On the other hand, in the case of granting the unlimited event facility priority to the smart band user, the smart band non-user may be disadvantageous to the user, so a solution thereof is needed.

Korean Patent Registration No. 10-0606287 (Publication Date 2006.08.01.)

SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a smart band user and a smart band non-user, which can minimize the management cost of using the reservation information and the standby status information, And to provide an event facility reservation system and a method of operating the event facility reservation system that can inform the event facility user of reservation information and waiting status information of the event facility in real time using a wireless communication network.

According to another aspect of the present invention, there is provided an event facility reservation system comprising: a terminal for transmitting its own information through short-range communication, receiving standby status information of a scheduled event facility and outputting the information; An event facility reservation terminal for receiving unique information of the terminal through short-range communication and generating reservation information on use of the event facility; A server for obtaining the reservation information and the actual number of waiting persons and generating the waiting condition information for each terminal; And a repeater for transmitting the waiting status information output from the server to the terminal based on the unique information of the terminal.

Meanwhile, a method of operating an event facility use reservation system according to the present invention includes: receiving reservation information transmitted from an event facility reservation terminal; Analyzing the reservation information and the atmospheric condition image information obtained by photographing the atmospheric conditions according to the event facilities and determining the actual number of waiting persons; Generating waiting status information for each terminal that generated the reservation information; And transmitting the waiting status information to the corresponding terminal.

The generating of the reservation information may include: performing short-range communication between the terminal and the event facility reservation terminal; Transmitting unique information of the terminal through the short distance communication to the event facility reservation terminal; And generating the reservation information at the event facility reservation terminal based on the unique information of the terminal. Here, it is preferable to transmit the waiting status information to the Wi-Fi module of the corresponding terminal via a repeater based on the unique information of the terminal and the Wi-Fi module information matched with the unique information of the terminal. Performing communication between the terminal and the relay period; Calculating a distance between the terminal and the event facility corresponding to the location of the repeater; And alarming the terminal when the calculated distance is equal to or greater than the set distance.

It is also preferable to calculate the usage ratio of the number of users of the terminal and the number of non-users of the terminal after obtaining the actual number of waiting persons, and generate the waiting status information according to the usage ratio.

As described above, the event facility use reservation system and its operation method according to the present invention provide the following effects.

The number of terminal users and the number of terminal non-users are determined in consideration of the number of terminal users and the number of terminal users, thereby minimizing the waiting time for both terminal users and terminal non-users.

Further, except for the initial installation cost including the terminal, the event facility reservation terminal, and the server, there is no need for a separate communication cost for the subsequent operation.

In addition, the waiting time for using the event facility can be minimized for the event facility user, and the profitability can be improved as the waiting time for the event facility user is minimized for the amusement park.

1 is a conceptual diagram of an event facility use reservation system according to an embodiment of the present invention.
2 is a block diagram of a smart band according to an embodiment of the present invention.
3 is a configuration diagram of a kiosk according to an embodiment of the present invention.
4 is a configuration diagram of a server according to an embodiment of the present invention.
5 is a flowchart illustrating an operation method of an event facility use reservation system according to an embodiment of the present invention.
6 is a flowchart illustrating a process of generating wait state information according to an embodiment of the present invention.
FIG. 7 is a flowchart illustrating a process of transmitting wait state information according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an event facility use reservation system and an operation method thereof according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a conceptual diagram of an event facility use reservation system according to an embodiment of the present invention.

1, the event facility reservation system of the present invention mainly includes a terminal 1 paid to an event facility user, an event facility reservation terminal 2 for performing close-range communication with the terminal 1, And a server (3) for remotely managing the terminal (1) and the event facility reservation terminal (2). A wireless network is constructed by using a plurality of repeaters (hereinafter referred to as "APs") 4, and a Wi-Fi network is constructed in this embodiment. Of course, the wireless network can be constructed with communication networks such as RF, Bluetooth, UWB, WiBro, and HSDPA. Meanwhile, since the repeater 4 is fixedly installed at a specific location, it includes location information and stores its own unique information.

The case of using the smart band 1 in the case of the terminal 1 and the case of using the kiosk 2 in the case of the event facility reservation terminal 2 will be described in this embodiment .

The smart band (1) is provided to the user of the event facility and stores unique information of the corresponding smart band (1). Performs near-field communication with the kiosk 2, and transmits unique information to the kiosk 2 in order to make a reservation for use of the event facility. In addition, the server 3 receives and outputs the standby status information through the Wi-Fi communication. In the present embodiment, the smart band 1 is exemplified as an example, but any portable type such as a bracelet, a pager, a card, a peripheral device for a mobile phone, and clothing can be applied thereto.

The kiosk 2 is preferably installed for each event facility. The kiosk 2 supports operations such as reservations or cancellation of an event facility user for reserving an event facility, and provides unique information of the smart band 1 and generated reservation information To the server (3). On the other hand, the kiosk 2 can reserve not only the event facility but also other event facilities, and cancel the reservation according to the reservation. In addition, information about the waiting status of the event facility and other event facilities is output.

The server 3 processes the reservation information and the cancellation information transmitted from the kiosk 2 and grasps the number of waiting persons for each event facility and generates waiting condition information to be transmitted to the smart band 1 and the kiosk 2 do. Here, the waiting status information transmitted to the smart band 1 is information indicating whether the event facility is used, and the information transmitted to the kiosk 2 is information about the waiting status of each event facility.

2 is a block diagram of a smart band according to an embodiment of the present invention.

2, the smart band 1 according to the present invention includes a short range communication module 11 for performing short range communication with the kiosk 2, a wired communication module 11 for receiving standby status information transmitted from the server 3, An output unit 13 for outputting standby status information, a storage unit 14 for storing unique information of the smart band 1, and a local communication unit 14 for communicating with the kiosk 2 The unique information stored in the storage unit 14 is controlled to be transmitted to the kiosk 2 through the local communication module 11 and the standby state information is received from the Wi-Fi module 12 to be output from the output unit 13 And a power supply unit 16 for supplying power to the control unit 15. The control unit 15 controls the power supply unit 16,

The output unit 13 can be configured by various devices and is preferably formed of a multi-colored LED. Multicolor LEDs are expressed in different colors depending on the number of people available. Of course, the output unit 13 may be a display device such as an LCD. In addition, it is also possible to output the standby status information by way of a motor such as vibration of the smart band 1 itself, an optical fiber display, a mobile phone display, or the like.

The power supply unit 16 preferably uses a battery.

3 is a configuration diagram of a kiosk according to an embodiment of the present invention.

3, the kiosk 2 of the present invention includes a short range communication module 21 for performing short range communication with the smart band 1, a communication interface unit 22 for performing communication with the server 3, A user operation unit 23 that supports operations such as reservation and cancellation of an event facility user and unique information received from the short range communication module 21 to the server 3 through the communication interface unit 22 And a control unit 24 for controlling the server 3 to transmit the reservation information and the reservation cancellation information inputted from the user operation unit 23 to the server 3 via the communication interface unit 22. [

Preferably, the user operation unit 23 uses a touch screen.

The kiosk 2 is connected to an image capturing unit 25 which is integrally formed or separately installed and connected thereto. The video image capturing unit 25 captures an atmospheric condition of the event facility user, and the kiosk 2 transmits the generated atmospheric condition image information to the server 3.

In addition, the kiosk 2 includes a memory 26 that stores unique information of the kiosk including position information.

On the other hand, since the kiosk 2 uses a normal commercial power source, detailed description and illustration are omitted.

4 is a configuration diagram of a server according to an embodiment of the present invention.

4, the server 3 of the present invention includes a communication interface 31 for communicating with the kiosk 2, a Wi-Fi module A registration and cancellation processing unit 33 for performing a registration process corresponding to the reservation information received via the communication interface unit 31 or canceling the reservation when the reservation cancel request and the waiting sequence exceed the preset number of times, A standby status information generating unit 34 for generating standby status information in consideration of a user of the smart band 1 and a non-user of the smart band 1 by using the standby status image information transmitted through the communication interface unit 31, A database 35 for storing unique information of the smart band 1, reservation information, reservation cancellation information, standby image information, waiting status information, and the like, and a registration and cancellation processing unit 33 And the database 35, And sends the standby status image information to the standby status information generator 34. The standby status information generated by the standby status information generator 34 is transmitted to the Wi-Fi module 12, And a controller 36 for controlling the controller 36 so as to store it in the memory 35.

The database 35 stores the unique information of the smart band 1 and the Wi-Fi module information of the smart band 1 in a matching manner.

On the other hand, since the server 3 uses a normal commercial power source, a detailed description and illustration thereof will be omitted.

Hereinafter, an operation method of the event facility use reservation system of the present invention using the system configured as described above will be described.

5 is a flowchart illustrating an operation method of an event facility use reservation system according to an embodiment of the present invention.

As shown in FIG. 5, the smart band 1 paid according to the entrance to the amusement park is worn, and the user approaches the smart band 1 to the kiosk 2 installed in the event facility desired by the user. For example, when approaching within 50 cm, a short distance communication is performed between the smart band 1 and the kiosk 2 (S1). The unique information of the smart band 1 is transmitted to the kiosk 2 according to the local communication (S2).

When the unique information of the smart band 1 is received from the smart band 1, the kiosk 2 outputs a screen relating to the reservation to the touch screen (S3). When the user confirms the reservation, the kiosk 2 generates reservation information and transmits it to the server 3 (S4). Of course, it is possible to reserve other event facilities in the kiosk 2, but it is basically preferable to make reservations only in the kiosk 2 installed in the event facility. Of course, it is preferable that cancellation of reservation be made possible in all kiosks 2.

The server 3 then registers the reservation information and stores it in the database 35 (S5). Subsequently, the server 3 analyzes the waiting situation image information transmitted from the kiosk 2 (S6).

Thereafter, the server 3 grasps the number of waiting persons, generates waiting condition information, and transmits waiting condition information to the Wi-Fi network. At the same time, the server 3 transmits the waiting status information to the kiosk 2 (S7).

The smart band 1 receives and outputs the standby status information. Also, the kiosk 2 receives the waiting status information and outputs the waiting status information at the request of the user (S8).

The user of the event facility refers to the outputted waiting situation information and waits or moves around the event facility to use the event facility. Upon use, it generates usage completion information in the kiosk 2.

The kiosk 2 transmits usage completion information to the server 3, and the server 3 deletes and updates the reservation information corresponding to the usage completion information.

On the other hand, when all event facility users use the smart band 1, all the event facility users can be managed by the server 3, so that the waiting status information is sequentially transmitted to the smart band 1 ). In this case, it is preferable to make reservations at all the kiosks 2. Meanwhile, it is also possible to generate waiting condition information for each event facility user by analyzing the waiting condition image information of each event facility. In this way, when the smart band 1 is provided to all event facility users, the smart band 1 can be managed in accordance with whether or not the event facility use is reserved.

On the other hand, when the smart band 1 can not be provided to all users of the event facility or the user selectively determines whether to use the smart band 1, it is necessary to separately manage the smart band 1 user and the smart band 1 non-user . The present invention will be mainly described below.

6 is a flowchart illustrating a process of generating wait state information according to an embodiment of the present invention.

As shown in FIG. 6, the present invention relates to a case where smart band 1 users and smart band 1 users are managed separately.

First, the kiosk 2 installed for each event facility periodically captures the waiting state (S21), and transmits the generated waiting state image information to the server 3 (S22). Thus, the server 3 grasps the number of waiting persons through image analysis (S23 to S24).

At this time, two methods can be used to identify the number of waiting persons.

As a first method, there is a method of distinguishing a smart band (1) user line and a smart band (1) non-user line, and photographing only a smart band (1) non-user line. That is, since the number of people in the waiting room is known through the kiosk 2, the user of the smart band 1 does not have to actually perform the photographing. However, it is preferable that the smart band (1) user generates usage completion information confirming whether or not to use the service immediately before use, and clearly confirms the actual number of users. In this way, the number of non-users of the smart band 1 can be grasped according to the shooting of the non-user line of the smart band 1, and the total number of the standby users of the smart band 1 user and the non- .

As a second method, when the user of the smart band (1) and the user of the smart band (1) are mixed, the entire standby situation is photographed. At this time, the user of the smart band (1) should generate usage confirmation information confirming whether or not to use the smart band immediately before use. That is, if the number of persons corresponding to the use confirmation information generated by the smart band 1 user is subtracted from the total number of waiting staff, the number of the users of the smart band 1 can be grasped.

In this manner, the number of users of the smart band 1 and the number of non-users of the smart band 1 are checked to calculate the usage ratio of the smart band 1 user and the smart band 1 user (S25). The number of users of the smart band 1 and the number of non-users of the smart band 1 are determined according to the usage ratio (S26). For example, if the total number of people is larger than the set value, the number of users of the smart band (1) and the number of non-users of the smart band (1) are determined at a ratio of 2: 8. If the total number of persons is less than the set value, It is desirable to determine the number of smart band users and the number of smart bands non-users.

At this time, it is preferable that the set value is determined on the basis of the number of persons available for operating the event facility once, and it is preferable that the set value is divided into a plurality of sections in determining the usage ratio.

Then, waiting condition information is generated based on the determined usage ratio (S27), and the waiting status information is transmitted to the smart band 1 to be used among the users of the smart band (1).

Here, we will explain several operating policies.

Case 1: Smart band (1) is used by all event facility users

A. All event facility users can be managed, so it can be used for additional functions such as locker room and money charge.

B. Applicable to some facilities / all facilities, but may vary depending on the situation

Case 2: Smart band (1) is used by a small number of event facility users

A. Grant privileges to a small number of event facility users, and can also be used as boarding reservations

을 기반으로 한 수식을 이용하여 대기시간을 산출하지만, 이러한 특권제의 경우, 탑승시간을 정해놓고 예약탑승제로도 활용 가능i. In the general case,

, The waiting time can be calculated by using the formula based on the number of passengers.

ii. A problem arises when the number of users is equal to or greater than a certain percentage of all the visitors, so it is preferable to limit the number of times of use and the number of times of issuing

Item 3: Products that can be purchased as an option.

A. By using designated and checkable variables, the waiting time of event facility user and event facility non-user is the same

i. Based on real-time updated information such as the number of passengers, optional purchasers, and device failure

: 탑승비율은 실제 이벤트시설에 옵션 구매자가 비이용자와 탑승하는 인원의 비율로써, 옵션 구매자가 늘어날수록 탑승비율도 상승하므로 옵션 구매자와 비이용자의 대기시간이 동일하도록 조절 가능One.

: The boarding rate is the ratio of the number of passengers who ride with non-users in the actual event facilities. As the number of optional buyers increases, the boarding rate also increases.

The option buyer and possible inferences (based on the total wait time calculation method in the first draft) are also based on the assumption that non-users want to board an event facility at the same or similar (or computable / constant)

ii. Depending on the difference in accessibility, there will be a difference to calculate the number of wait-state notification personnel and boarding personnel

1. The better access to the event facility, the less time is spent to transfer the signal slowly, and the situation where the signal can not be sent to the queue too early

Here, an example of the case where the third proposal is implemented will be described in detail.

Total Waiters = Total Waiters of Options Buyers. Actually, people who do not line up are not included.

Total Wait Time = total wait time for option buyers, but the actual wait time is also calculated to have the same wait time

Preparations = Number of people waiting in front of you for boarding (people standing overboard)

Yellow part: the part that remains as a real-time data entry

Red part: It can be changed according to facility, place, etc. However, once set,

Green part: The part that the server (3) automatically judges and calculates

Speed, Wait Time, Standby Preparation: You can enter and keep a constant for each situation

Current occupancy and boarding rate: In the case of Hume Ride, 200 passengers can be boarded per hour

로 계산되므로 옵션 구매자와 자유이용권 구매자의 수를 실시간으로 체크하면 충분히 실시간 보정이 가능하다. 여기서, f(x)는 임의의 수식으로 사람이 현저히 적거나 많을 때를 보정하기 위한 함수이다.

, It is possible to perform real-time correction sufficiently by checking the number of option buyers and free buyers in real time. Here, f (x) is a function for correcting when there are significantly fewer or more people in an arbitrary formula.

The total number of passengers, and the number of persons ready to board the passenger are updated in the server 3 in real time.

Particularly, in the case of a boarding passenger, it is a device which is updated to the server 3 when passing the boarding preparation line, and is excluded from the server 3 only when the person is boarded at the event facility.

The calculation method of smart speed, waiting staff, preparation staff, total waiting time is as follows.

Fourth Plan: Common

A. In general, measures are needed to prevent double counting (behavior in two queues at the same time).

i. In all cases, the technology should only be able to register on only one line (avoiding multiple simultaneous sessions)

ii. If you use technology on one line and register on a different line (actually physically joining the line)

In the case of the first proposal, there is no concern because the actual line disappears in most situations.

In case of the second plan, it is an unconditional priority due to the reservation.

In the case of the third option, the option buyer must prohibit itself from being in the line of another registerable event facility (such as a free ticket only).

Although four schemes have been described in this embodiment, there are various operating schemes.

Here, a specific method for managing the smart band 1 at the server 3 will be described.

Yellow is a waiting person who is ready to board and has the authority to cross the preparation line (kiosk (2)).

The red is the people who actually cross the line for boarding.

The Wi-Fi module information of the smart band 1 is information for specifying where to send data to be transmitted from the server 3. [

When the event facility user carries out the reservation, the smart band (1) unique information registers the Wi-Fi module information against the unique information simultaneously with the reservation.

This list is one example applied to the system of the present invention, where the rider is removed from the list when the rider is boarded.

FIG. 7 is a flowchart illustrating a process of transmitting wait state information according to an embodiment of the present invention.

As shown in Fig. 7, the smart band 1 periodically requests communication with the AP 4 (S41).

The AP 4 accepts the communication and transmits an acceptance message to the smart band 1 in step S42 so that the smart band 1 transmits its own information to the AP 4 in step S43.

The AP 4 then transmits the unique information of the smart band 1, its own location information, and its own unique information to the server 3 (S44).

The server 3 confirms the position information and stores it in the database 35 (S45). Subsequently, the server 3 calculates the distance to the scheduled event facility using the location information (S46). Then, the server 3 generates the waiting status information in consideration of the distance (S47). That is, if the distance between the event facility and the event facility user is less than the set distance, it is not possible to use the service within the predetermined time, so the waiting status information urging to use the service in advance is transmitted to the smart band 1 (S48). This function may be used to prevent the distance from being further distanced by transmitting an alarm signal to the smart band 1 when the distance between the event facility and the event facility user is less than the set distance.

The generated wait status information is transmitted to the AP 4 based on the unique information of the AP 4. [ Then, the AP 4 transmits the waiting status information to the corresponding smart band 1 based on the unique information of the smart band 1.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the invention.

1: Smart band
2: Kiosk
3: Server
33: registration and cancellation processing section
34: waiting status information generating unit
4: AP

Claims (11)

A terminal for transmitting own unique information through short-range communication, receiving standby status information of a scheduled event facility, and outputting the standby status information;
An event facility reservation terminal for receiving unique information of the terminal through short-range communication and generating reservation information on use of the event facility;
A server for obtaining the reservation information and the actual number of waiting persons and generating the waiting condition information for each terminal; And
And a repeater for transmitting the waiting status information output from the server to the terminal based on the unique information of the terminal,

The event facility reservation terminal includes an image capturing unit that captures an atmospheric situation of a user and a non-user of the terminal and generates atmospheric condition image information,

Wherein the server includes an atmospheric condition information generator for generating the atmospheric condition information in consideration of the user of the terminal and the non-user of the terminal using the atmospheric condition image information,

Use confirmation information for confirming whether or not the user of the terminal immediately before use of the event facility can use the event facility reservation terminal,
Wherein the waiting status information generation unit checks the number of non-users of the terminal by subtracting the number of persons who generated the usage confirmation information from the total number of persons photographed by the image capturing unit, And generates the waiting status information according to the usage ratio,
Wherein the terminal is a smart band.
The method according to claim 1,
The terminal,
A short range communication module for performing short range communication with the event facility reservation terminal;
A Wi-Fi module for receiving standby status information transmitted from the server;
An output unit for outputting the standby status information;
A storage unit for storing unique information of the terminal;
When the short distance communication with the event facility reservation terminal is performed, control to transfer unique information stored in the storage unit to the event facility reservation terminal through the short distance communication module, and upon receiving the waiting status information from the Wi-Fi module, A control unit for controlling the output unit to be output; And
And a power supply unit for supplying power to the control unit.
3. The method of claim 2,
Wherein the output unit includes at least one of a multicolored light emitting diode (LED), a liquid crystal display (LCD), a motor, and an optical fiber display.
The method according to claim 1,
The event facility reservation terminal,
A short range communication module for performing short range communication with the terminal;
A communication interface unit (22) for performing communication with the server;
A user operation unit for supporting operations including reservation and canceling of an event facility user;
And transmits the reservation information and the reservation cancellation information, which are inputted from the user operation unit, to the communication interface unit (22) via the communication interface unit (22) To the server via a network; And
An event facility reservation system including a memory storing own information including location information.
delete The method according to claim 1,
The server comprises:
A communication interface unit (31) for performing communication with the event facility reservation terminal;
A Wi-Fi module for transmitting the standby status information to a Wi-Fi network;
A registration and cancellation processing unit for performing a cancellation process corresponding to a case in which a registration process, a cancellation request, and a waiting sequence corresponding to the reservation information received through the communication interface unit 31 exceed the preset number of times;
A database for storing the unique information of the terminal, the reservation information, the reservation cancellation information, the standby status image information, and the standby status information; And
The reservation information and the reservation cancellation information to the registration and cancellation processing unit and to store the reservation information and the reservation cancellation information in the database and transfers the waiting condition image information to the waiting condition information generating unit, Further comprising a controller for transmitting standby status information to the terminal and storing the standby status information in the database.
A method for operating an event facility reservation system according to claim 1,
(a) the server receiving the reservation information transmitted from the event facility reservation terminal;
(b) analyzing the reservation information and the waiting situation image information obtained by photographing the waiting condition for each event facility, so that the server grasps the actual waiting person number;
(c) generating a standby status information for each terminal that generates the reservation information, in a standby status information generating unit of the server; And
(d) transmitting, by the server, the waiting status information to the corresponding terminal,
Wherein the step (b) comprises generating, at the event facility reservation terminal, use confirmation information for confirming whether or not the user of the terminal uses the event facility immediately before use,
In the step (c), the waiting status information is generated by the waiting status information generating unit, by subtracting the number of persons who generated the use confirmation information from the total number of persons photographed by the image capturing unit, to check the number of non-users of the terminal , Calculates the usage ratio of the user and the non-user of the terminal, generates the usage ratio according to the usage ratio,
Wherein the terminal is a smart band.
8. The method of claim 7,
The generation of the reservation information is performed,
Performing short-range communication between the terminal and the event facility reservation terminal;
Transmitting unique information of the terminal through the short distance communication to the event facility reservation terminal; And
And generating the reservation information at the event facility reservation terminal based on the unique information of the terminal.
9. The method of claim 8,
And transmits the standby status information to the Wi-Fi module of the corresponding terminal via a repeater based on the unique information of the terminal and the Wi-Fi module information matched with the unique information of the terminal How to operate.
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