KR20190141307A - System for providing hole in one event - Google Patents

Abstract

The present invention relates to a hole-in-one event providing system, which can increase the participation rate of a user by allowing the user to participate through an event management terminal or application, and can link a service among a golf driving range, a golf course and a golf items shopping mall, in a hole-in-one event for rewarding prizes when the user (golfers) pays a predetermined participation fee and makes a hole-in-one. According to the present invention, the system comprises: the hole-in-one event management terminal which transmits, to an event management server, event participation information generated based on information input from the user to participate in the hole-in-one event; and a tee shot tracker which tracks the trajectory of a tee shot to photograph the hole-in-one by the tee shot.

Description

Hall-in-One Event Provision System {SYSTEM FOR PROVIDING HOLE IN ONE EVENT}

The present invention relates to a system for providing a hole-in-one event. Specifically, when a user (a golfer) pays a predetermined participation fee and performs a hole-in-one, a hole-in-one event that pays a reward, such as a prize, participates through an event management terminal or an application. By enabling the user's participation rate, and the hole-in-one event providing system that can link the service between the golf driving range, golf course and golf supplies shopping mall.

In a golf game, hole in one means that a golf ball shot from the tee in the tee ground enters the hole cup at one time during field rounding or screen golf rounding. The probability of this hole-in-one is tens of thousands of amateurs. The reality is that it is not easy to experience it once in a lifetime because it is below.

Therefore, when golfers make hole-in-one, a golf course may issue a certificate or pay a separate prize, and an event may be given in the form of a prize in case of making a hole-in-one for a certain amount in a club or the like.

However, when the event itself is small in the golf course or clubs, such as the size of the golfer who did a hole-in-one did not have enough compensation to induce the active participation of golfers.

In addition, since the event is carried out only in the golf course or clubs, there was no limit to the influx of customers through the service link between the golf course, golf practice range, golf equipment dealers, or promotion of golfers.

Patent Document 1: Korean Patent Registration No. 10-1143647 Publication Date May 14, 2012 Patent Document 2: Republic of Korea Patent Publication No. 10-2016-0035131 Publication Date March 31, 2016

The present invention has been presented to solve the above problems, an object of the present invention is to provide a hole-in-one event providing apparatus that can induce customers inflow and customer expansion through service linkage and promotion between the golf course, golf practice field and golf supplies shopping mall. It is.

In addition, another object of the present invention is to provide a hole-in-one event providing system that can induce the user to actively participate in the event by allowing the user to easily participate in the event and make a hole-in-one reward.

In addition, another object of the present invention is to provide a hole-in-one event providing system that can be easily transformed into a variety of events for customers as well as the hole-in-one event.

Hall-in-one event providing system according to the present invention for achieving the above object, Hall-in-one event management terminal for transmitting the event participation information generated on the basis of the information information input from the user to participate in the hole-in-one event; And a tee shot tracker for tracking the trajectory of the tee shot for hole-in-one shooting of the tee shot.

In this case, the hole-in-one event management terminal, the display unit for displaying the participation request screen of the hole-in-one event that provides a reward when the hole-in-one; A payment processor configured to process a payment amount according to the participation of the hole-in-one event; Communication unit for transmitting and receiving data with the event management server for managing the hole-in-one event; And a control unit controlling the display unit, the payment processing unit, and the communication unit to process the hole in one event application process, wherein the communication unit generates an event generated based on information information input from a user to participate in the hole in one event The participation information may be transmitted to the event management server.

At this time, the tee shot tracker, the antenna unit for measuring the trajectory of the tee shot; A landing position calculator for calculating an estimated landing position based on the measured trajectory of the tee shot; A landing position display unit disposed adjacent to the green and receiving an expected landing position from the landing position calculating unit to project a laser identification mark to the expected landing position; A drone that is stored in a hangar adjacent to a green and waiting for shooting, receives a predicted landing position from the landing position calculation unit, moves to the expected landing position, and lands the ball along the position where the laser identification mark is projected. And it may include a shooting drone for shooting the run.

In addition, a tee shot photographing unit for photographing the tee shot; And an image storage unit for storing the images captured by the tee shot photographing unit and the photographing drone, wherein the image storing unit includes a tee shot image photographed by the tee shot photographing unit and a watermark generated based on the event participation information; The image may be inserted into and stored in the image photographed by the photographing drone.

The image storage unit may insert the expected landing position as a watermark in the tee shot image photographed by the tee shot photographing unit.

In addition, the landing position calculator may further calculate an estimated landing time based on the measured trajectory of the tee shot and transmit the estimated landing time to the photographing drone.

In this case, the shooting drone may include a high speed camera that captures an image at 120 frames per second to 940 frames per second.

In this case, it is preferable that the image storage unit transmits the information used to generate the watermark to the photographing drone in advance so that the watermark is inserted into the image captured at high speed.

Also, the information used to generate the watermark may be transmitted together when the landing position calculator transmits the expected landing position and the estimated landing time to the photographing drone.

The hangar may include a dock in which the photographing drone is mounted to perform charging, and the dock and the image storage unit are connected by wire, and the image storage unit photographs only images transmitted through the dock in the photographing drone. It is desirable to recognize the received image and receive it.

As described above, the hole-in-one event providing system according to the present invention can induce the influx of customers and the expansion of customers by connecting services and promoting activities between the respective business sites, such as golf course, golf practice field and golf supplies shopping mall.

In addition, since it is easy to apply for the event and apply for compensation, it is possible to induce the user to actively participate in the event, thereby promoting the promotion effect and sales growth of each business site.

In addition, the Hall-in-one event as well as a variety of events for the customer can be modified.

1 is a block diagram of a hole-in-one event providing system according to the present invention.
2 is a real picture of an event management terminal according to the present invention.
3 is a block diagram of an event management terminal according to the present invention.
4A to 4D are exemplary views illustrating a screen configuration for applying to participate in a hole-in-one event through the event management terminal of the present invention.
5 is a flowchart of a hole-in-one event providing process according to the present invention.
6 is a flowchart of another embodiment of a process for providing a hole in one event according to the present invention.
7 is a block diagram of another embodiment of a hole-in-one event providing system according to the present invention.
8 is a flowchart of still another embodiment of a process for providing a hole in one event according to the present invention.
9 is a block diagram of another embodiment of an event management terminal according to the present invention.
10 is a flowchart of still another embodiment of a process for providing a hole in one event according to the present invention.
11 is a block diagram of another embodiment of a hole-in-one event providing system according to the present invention.
12 is a block diagram of a tee shot tracker according to the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail the advantages, features and preferred embodiments of the present invention.

Prior to describing the configuration of the present invention, the following describes the contents of the present invention for the hole-in-one event of the golf course, but the present invention is not limited thereto. That is, the characteristic configuration of the present invention can be applied to not only hole-in-one events but also various golf-related events (for example, achieving a target score). In addition, not only golf but also can be applied to apply in the form of various events that the user can participate.

1 is a block diagram of a hole-in-one event providing system according to the present invention. As shown in FIG. 1, the event providing system according to the present invention includes an event management terminal 100, an event management server 200, and a user information database 250. According to an embodiment, the hole-in-one event providing system according to the present invention may include a shopping mall management server 300.

The event management terminal 100 is a terminal that receives a request for participation in a hole-in-one event from a user, and performs an operation such as a kind of unmanned ticketing machine. As shown in FIG. 2, the event management terminal 100 may be installed in a golf course, particularly in a place accessible to a user such as a clubhouse. In addition, according to the embodiment, the event management terminal 100 may be installed in a golf driving range.

The event management terminal 100 displays a hole-in-one event participation application screen through a display unit to be described later, and receives information such as a desired time and course from a user (golf). In addition, the event management terminal 100 processes the participation amount payment according to the event participation. The event management terminal 100 may recognize or receive user identification information when a user requests to participate in an event. User identification information is information for identifying and identifying a user. As a method of receiving user identification information, the event management terminal 100 may recognize a member card (membership card, etc.), or a method of recognizing a mobile device such as a user's mobile phone. You can also enter a number. The event management terminal 100 may output a ticket in which the event participation contents are printed when the user completes the event participation application and payment. The ticket may include an event participation number as well as information such as an event participation time, a participation course, and a payment amount. The event participation number is a unique serial number for identifying event information in which the corresponding user participates and may be used when applying for a hole-in-one compensation.

In addition, the event management terminal 100 transmits information according to an event participation application of the user, that is, event participation information to the event management server 200. The event participation information may include user identification information, event participation number, event participation time information (date and time), event participation course, payment amount, and the like. The user identification information includes information that can identify the user, such as the user's name, member number, mobile phone number.

According to an embodiment, the event management terminal 100 may include a function for requesting a reward when a user participating in a hole-in-one event has a hole-in-one. In this case, the event management terminal 100 may receive and scan, for example, a certificate issued by a golf course and receive related information from a user. Thereafter, the event management terminal 100 may transmit the image of the certificate and the information input from the user to the event management server 200.

The event management terminal 100 may include a display unit and a payment function, and may be modified in any form as long as it is a terminal capable of data communication with the event management server 200. Preferably, a kiosk terminal is used as the event management terminal 100.

The event management server 200 remotely controls and manages the event management terminal 100 installed at each golf course or golf driving range, and registers and manages the event participation details of the user by receiving event participation information from the event management terminal 100. do. The event management server 200 may store the received event participation information in the user information database 250.

In addition, when a user who participates in a hole-in-one event requests a reward by making a hole-in-one, the reward payment is managed and processed accordingly. When the user has made a hole-in-one, the compensation request is inputted through the event management terminal 100 as described above, or an image (scan file, etc.) of the certificate through a separate website managed by the event management server 200. Can be transmitted. The event management server 200 determines whether or not it is a hole-in-one by receiving and confirming the transmitted certificate and comparing the event participation information of the user who applied for compensation. In addition, the event management server 200 provides a reward when it is determined that the user has made a hole-in-one. Rewards paid to users who have hole-in-one can be made in the form of goods, points, etc., such as cash, high-end TV. According to an embodiment, when a user makes a hole-in-one, the golf course may transmit the corresponding information to the event management server 200. For example, the golf course manager may access the event management server 200 to input information about a hole-in-one or transmit a certificate image.

On the other hand, the event management server 200 may provide a part (for example, 20%) of the participation amount paid by the user as a point of the linked shopping mall when the user who participated in the hole-in-one event fails to hole-in-one. For example, if there is no separate hole-in-one compensation request for a predetermined time (for example, one week) after participating in the hole-in-one event, the event management server 200 may determine that the corresponding user has not made a hole-in-one. In this case, the event management server 200 transmits the information (point information) and the user identification information of the corresponding user of the amount to be accumulated among the participation amount to the shopping mall management server 300.

In addition, the event management server 200 may calculate event participation statistics and sales status through each event management terminal 100. The calculated statistics and sales status may be provided to the manager of each workplace (golf course or golf driving range, etc.) where the event management terminal 100 is installed, or may be transmitted to the event management terminal so that the manager of each workplace may check. In addition, the event management server 200 may remotely control an operation of each event management terminal 100, remotely check and manage an event management terminal, and remotely upgrade software.

The user information database 250 stores user information, event participation information, hole-in-one history information, and the like for each user. The user information includes information such as user identification information, name, address, telephone number, and the like. The hole-in-one history information includes hole-in-one status, hole-in-one time information (date and time), hole-in-one golf course information, and reward receipt information for each user. According to an embodiment, the user information database 250 may be configured as an internal configuration of the event management server 200 or may be configured as a separate configuration.

The shopping mall management server 300 manages an online or offline shopping mall. The shopping mall managed by the shopping mall management server 300 may be a shopping mall that sells golf goods. The shopping mall management server 300 receives user identification information and point information from the event management server 200, and stores and stores points of the shopping mall for the user according to the received information. Therefore, the user who participated in the hole-in-one event can use it with cash in a shopping mall by earning a part of the participation amount as points even if the hole-in-one fails.

2 is a real picture of an event management terminal according to the present invention, Figure 3 is a block diagram of an event management terminal according to the present invention. 2 and 3, the event management terminal 100 according to the present invention includes a display 110, a payment processor 120, a communicator 130, a controller 150, and a storage 160. It includes. According to an embodiment, the event management terminal 100 may include a first local area communication unit 140, or may be configured without the first local area communication unit. In addition, according to the implementer may further include a CCTV 170 in the event management terminal (100). The CCTV 170 is a camera photographed to check whether the user who applied for the participation in the hole-in-one event did the hole-in-one. The CCTV 170 will be described in detail with reference to FIG. 9.

The display 110 displays a hole in one event participation application screen. In addition, the display 110 may display a promotional image for a business place such as a golf course in which the event management terminal 100 is installed. Preferably, the display 110 may display a promotional image or the like in a standby state in which a hole-in-one participation application is not made. In addition, the display 110 displays a screen according to an event participation request or a hole-in-one compensation request. Preferably, display and user input processing are possible by configuring the display 110 as a touch screen. In some embodiments, the event management terminal 100 may include a separate input processor (eg, a keypad).

The payment processing unit 120 processes payment of a participation amount when a user requests to participate in an event. The payment processor 120 may process an event participation amount by credit card or cash, and may include a card payment processor and a cash payment processor. Meanwhile, the payment processor 120 may process the event participation amount as a credit card point of the user. To this end, the event management terminal 100 may be linked with the credit card company system. For example, the payment processing unit 120 transmits the user's identification information (trial card number, membership number, etc.) and participation amount information to the credit card company system, and the credit card company system searches the user's credit card points to participate in the amount. You can check if the payment is possible. As a result of the check, if the credit card point is greater than the participation amount, payment processing may be performed, and if the credit card point is less than the participation amount, information about this may be transmitted to the event management terminal 100. Accordingly, the payment processing unit 120 may process the participation amount by credit card or cash of the user, or process only the amount of participation exceeding the credit card point by credit card / cash or the like. Meanwhile, the payment processing unit 120 may process the event participation amount using various payment methods in addition to the above payment methods. For example, in connection with a mobile carrier, the participation amount can be paid by a small payment through a user's mobile phone, and payment can also be processed by membership points. Membership points, when using a golf course, golf practice range, etc. associated with the hole-in-one event participation or the event according to the present invention can earn a certain amount of the use amount as membership points. In addition, when the user fails to hole-in-one after joining the hole-in-one event, the event management server 200 may utilize the amount accumulated as points of the linked shopping mall in connection with the membership point to pay for the event participation amount.

The communication unit 130 is connected to the event management server 200 through a wired or wireless network to transmit and receive data. The communicator 130 transmits event participation information and hole-in-one compensation request information to the event management server 200. In addition, the communication unit 130 may receive a statistics status and sales status, a control command, a software upgrade file, and the like according to the hole-in-one event from the event management server 200.

The first local area communication unit 140 supports data communication with a terminal within a certain distance and may be selectively configured in the event management terminal 100 according to an embodiment. The first short range communication unit 140 may scan and identify a terminal (for example, a mobile device) having the same short range communication function, and transmit and receive data by communicating with the corresponding terminal through pairing or the like. The short range communication method of the first short range communication unit 140 may include at least one of Near Field Communication (NFC), Bluetooth, Wi-Fi, Zigbee, and Z-Wave. In addition, the first local area communication unit 140 may include a function for receiving / identifying RFID.

The controller 150 controls the operation of each component of the event management terminal 100. Specifically, the controller 150 controls the operations of the display 110, the payment processor 120, and the communicator 130 when the user participates in the event participation request or the hole-in-one compensation request, and performs the event participation request and the hole-in-one compensation request process. . In addition, when a control command is received from the event management server 200, the controller 150 controls the operation of the event management terminal accordingly. On the other hand, the controller 150 may control the event management terminal 100 to automatically turn on / off the power. For example, the controller 150 may turn on / off the power of the event management terminal by controlling a power supply unit (not shown) in accordance with the business hours of the workplace where the event management terminal 100 is installed.

The storage unit 160 stores data necessary for the operation of the event management terminal 100 and stores data input when the user participates in an event participation request or a hole-in-one compensation request.

4A to 4D are exemplary views illustrating a screen configuration for applying to participate in a hole-in-one event through the event management terminal of the present invention.

4A is a diagram illustrating a standby screen in an event management terminal 100 in a standby state. As shown in FIG. 4A, the display 110 may display guide information 112a for a hole-in-one event on a standby screen. In addition, a promotional image 112b of a workplace where an event management terminal is installed may be reproduced in a predetermined region (eg, an upper portion) of the display 110.

4B and 4C are diagrams illustrating screens of a process of applying for participation in a hole-in-one event. First, as shown in FIG. 4B, a user may select 114a a tee off time and select 114b a course. In addition, as shown in FIG. 4C, the user may select an event hall 116a.

4D is a diagram illustrating a payment screen of a participation amount of a hole-in-one event. When the user requests to participate in the hole-in-one event, the event management terminal 100 calculates the participation amount according to the details of the application and proceeds with the payment for the calculated participation amount. 4D illustrates an example in which the amount of participation per hole that the user applied for participation is 5,000 won. As shown in FIG. 4D, the display 110 displays an amount to be paid by the user and a payment process 118a, and the payment processing unit 120 outputs a receipt after the participation amount payment processing (118b). On the other hand, the event management terminal 100 may display a menu for the user to select a payment method on the payment screen. The payment method may include various payment methods such as credit card payment, cash payment, mobile phone micropayment, credit card point payment and membership point payment. The payment processing unit 120 of the event management terminal 100 proceeds with the payment of the participation amount according to the payment method selected by the user.

5 is a flowchart of a hole-in-one event providing process according to the present invention.

The user selects to participate in the hole-in-one event through the event management terminal 100 and inputs information according to the event participation (ST100). The event management terminal 100 receives user identification information and receives event participation time information and information on an event participation course.

Event management terminal 100 calculates the participation amount according to the information requested by the user and processes the payment (ST110). Participation amount may be calculated by charging a basic participation amount for each hall and the number of people who have participated in the event. The event management terminal 100 may provide a user with a payment method through various payment methods with respect to the calculated participation amount. For example, various payment methods such as credit card payment, cash payment, mobile phone micropayment, credit card point payment and membership point payment may be provided. In addition, the event management terminal 100 may output a ticket in which event participation contents are printed. The ticket may include an event participation number along with event participation information.

The event management terminal 100 transmits the user's event participation information to the event management server 200 (ST120). The event participation information includes user identification information, event participation time information (date and time), event participation course, payment amount, and the like. The event participation information may include an event participation number.

The event management server 200 receives event participation information from the event management terminal 100 and stores and registers event participation details for the corresponding user (ST130). The event management server 200 may store event participation information in the user information database 250. The stored event participation information may be used to calculate event participation statistics and sales status according to each event terminal 100 and a business place.

Subsequently, when a hole-in-one compensation request is received from the user who applied for the participation in the hole-in-one event, the event management server 200 checks and verifies the content of the application and processes the event compensation (ST140 and ST150). The hole-in-one compensation application is made by the user inputting (scanning) the certificate issued by the golf course to the event management terminal 100 or registering the scanned image of the certificate on a separate website managed by the event management server 200. Can be. In addition, the golf course manager may be made in such a way that the user inputs the hole-in-one user information to the event management server 200 or transmits the certificate. When applying for a hole-in-one compensation, a user or an administrator may input an event participation number. The input event participation number may be used by the event management server 200 to search and confirm the user's event participation information.

The event management server 200 compares the already registered event participation information and the hole-in-one compensation application information, and pays the event reward when it is determined that the hole-in-one has been made.

On the other hand, if the application for the hole-in-one compensation is not received for a certain period after the event participation application, the event management server 200 transmits the point information on a part of the event participation amount to the shopping mall management server 300 and accumulates (ST140, ST160). The event management server 200 may determine that the user failed the hole-in-one when there is no hole-in-one compensation for a predetermined period (for example, one week) after the user applies for the event. In this case, the event management server converts a part (for example, 20%) of the amount paid by the corresponding user to the point, and transmits the user information and the point information about the point to the shopping mall management server 300. do. Meanwhile, the event management server 100 may transmit a guide message to the corresponding user through SMS or email. The guide message may include content of converting a part of the event participation amount to points if the user does not apply for the hole-in-one compensation by a certain period.

According to an embodiment, the event management server 200 may accumulate a portion of the event participation amount for all users as points, and may separately pay event rewards to users who have hole-in-one.

6 is a flowchart of another embodiment of a process for providing a hole in one event according to the present invention. Another embodiment of the process for providing a hole-in-one event according to the present invention is an embodiment in which the event management terminal 100 is installed in a business place other than a golf course, for example, a golf driving range, etc., and reserves the participation in a hole-in-one event together with a golf course reservation. to be. Hereinafter, another embodiment of the hole-in-one event providing process according to the present invention will be described with reference to FIG. 6, and a description thereof will be omitted for a configuration overlapping with the embodiment of FIG. 5.

The user reserves a golf course through the event management terminal 100 and reserves a participation in a hole-in-one event (ST200). When the event management terminal 100 is installed in a golf driving range or the like, the display unit 110 of the event management terminal may display reservation information of golf courses nationwide in addition to the hole-in-one event participation application screen. Golf course reservation information can be displayed by linking and updating the reservation status of each golf course in real time. The user may reserve a golf course through the event management terminal 100 and apply to participate in a hole-in-one event.

The event management terminal 100 transmits the user's event participation information to the event management server 200 and processes the event participation amount (ST210 and ST220). According to an embodiment, when a user reserves a golf course through the event management terminal 100, the participation amount of the hole-in-one event may be borne by the reserved golf course. Therefore, the golf course attracts a reservation and the user can participate in the hole-in-one event for free simply by booking the golf course. Preferably, it is possible to participate in the hole-in-one event for a predetermined amount free of charge when booking a golf course. For example, if the event participants are 5,000 won per hole, the golf course may cover the amount of the event up to 10,000 won, and if the amount of the application for the event exceeds the amount above, the remaining fee may be requested to the user. have. Excess participation can be paid by credit card, cash, mobile phone micropayment, credit card points, or membership points. The amount of participation in the event according to the golf course reservation may be settled with each golf course on a regular basis (for example, monthly).

The event management server 200 receives event participation information from the event management terminal 100 and stores and registers event participation details for the corresponding user (ST230).

Subsequently, when a hole-in-one compensation request is received from the user who applied to participate in the hole-in-one event, the event management server 200 checks and verifies the contents of the application and processes the event compensation (ST240, ST250). In addition, in the event that a hole-in-one compensation request is not received for a certain period after the event participation application, the event management server 200 transmits point information on a part of the event participation amount to the shopping mall management server 300 to process the accumulation (ST240, ST260). According to an embodiment, the event management server 200 may accumulate a portion of the event participation amount for all users as points, and may separately pay event rewards to users who have hole-in-one.

7 is a block diagram of another embodiment of a hole-in-one event providing system according to the present invention. Another embodiment of the hole-in-one event providing system according to the present invention further includes a user terminal held by each user. Hereinafter, another embodiment of the hole-in-one event providing system according to the present invention will be described with reference to FIG. 7, and description thereof will be omitted for overlapping configurations.

The user terminal 400 is a personal terminal possessed by each user, and includes a user application 410 and a second local area communication unit 420. Preferably, the user terminal 400 is portable and uses a mobile device having a data communication function. For example, a wearable device such as a mobile phone such as a smartphone, a tablet PC, a notebook, a smart watch, and a Google glass, etc. Device) can be used.

The user application 410 is installed in the user terminal 400 to perform a function such as joining a hole-in-one event. In detail, the user application 410 may access an additional web site managed by the event management server 200 and input a hole-in-one event participation information to apply for event participation. Payment of the participation amount according to the event participation may be made through a small payment or an app card through the user terminal 400. In addition, the participation amount may be settled through payment through a general credit card, account transfer (real time account transfer, account transfer through a virtual account, etc.), credit card point settlement, and membership point settlement. In addition, the user application 410 performs functions such as national golf course information, golf course reservation, hole-in-one compensation application in conjunction with the event management server 200, and provides an online shopping function by interworking with the shopping mall management server 300. The user application 410 may be installed in the user terminal 400 through download from the market.

The second local area communication unit 420 is connected with the first local area communication unit 140 of the event management terminal 100 to perform short range communication. The short range communication method of the second short range communication unit 420 may include at least one of NFC, Bluetooth, Wi-Fi, Zigbee, and Z-Wave, similar to the first short range communication unit, and may use RFID. The second local area communication unit 420 connects and data communicates with the first local area communication unit 140 to enable the event management terminal 100 to identify the user terminal 400. Therefore, when the user visits the golf course after applying for the event through the user application 410, the user can recognize the visit of the golf course through the communication between the second short-range communication unit 420 and the first short-range communication unit 140. . In addition, even if the user does not apply for an event, the user terminal 400 contacts the event management terminal 100 to communicate with the second local area communication unit 420 and the first local area communication unit 140 to thereby connect the event. The management terminal can identify the user terminal and allow an application for event participation to be made.

In addition to the user application 410 and the second local area communication unit 420, the user terminal 400 may include various components included in a general mobile device such as a display unit, a data communication unit, and a GPS module.

8 is a flowchart of still another embodiment of a process for providing a hole-in-one event according to the present invention. Hereinafter, another embodiment of the hole-in-one event providing process according to the present invention will be described with reference to FIG. 8, but a description of overlapping configurations will be omitted.

First, a user selects an event participation reservation menu of the user application 410 of the user terminal 400 and inputs event participation information to apply for participation in a hole-in-one event (ST300 and ST310). As described above, the user application 410 may provide a function for joining a hole-in-one event. The user may select an event participation application menu of the user application 410, select a golf course to visit, and then apply for event participation by selecting event participation time information (for example, a tee off time) and a course. The user application 410 proceeds with the event participation application process by providing national golf course information and course information, etc. in conjunction with the event management server 200. Meanwhile, according to an embodiment, a user may apply to participate in an event while reserving a golf course through the user application 410.

The user application 410 calculates the participation amount according to the event participation application, and processes the calculated amount (ST320). Participation amount payment may be used in a variety of ways, such as micropayments, app cards, general credit cards, bank transfers, credit card points and membership points of the user terminal 400.

The user terminal 400 transmits the user's event participation information to the event management server 200, and the event management server receives and registers the event participation information (ST330).

Subsequently, when the user visits the golf course, the event management terminal may be recognized by the user terminal 400 by contacting the event management terminal 100 installed in the golf course (ST340). That is, when the user terminal 400 contacts the event management terminal 100 or enters within a predetermined distance, the second local area communication unit 420 and the first local area communication unit 420 may communicate with each other through scanning and pairing. In this case, since the unique information such as the MAC address of the user terminal 400 is received through the first local area communication unit 140 of the event management terminal 100, the event management terminal 100 may identify the user terminal. According to an embodiment, when the second local area communication unit 420 and the first local area communication unit 140 are connected to each other, the mobile phone number of the user terminal 400 may be transmitted. Through this process, the event management terminal 100 may recognize that the user visited the golf course.

The event management terminal 100 may check the user information and may check whether the corresponding user has applied for the event participation (ST350, ST360). For example, the event management terminal 100 transmits user identification information such as a mobile phone number received from the user terminal 400 to the event management server 200, and the event management server uses the user identification information of the corresponding user. The event participation information can be inquired and transmitted to the event management terminal. When the event participation request is made, the event management terminal 100 may display the event participation request information of the user through the display 110. In addition, the event management terminal 100 may transmit event participation information to the user terminal 400 through the first local area communication unit 140. The second short-range communication unit 420 of the user terminal 400 may receive the transmitted event participation information and provide it to the user application 410, and display the event participation information through the display unit.

On the other hand, when the first local area communication unit 140 and the second local area communication unit 420 is in short-range communication, the user application 410 may identify the event management terminal 100 to identify the golf course information visited by the user. In addition, when the identified golf course information is a golf course where the user applied to participate in an event, the user application 410 may generate a separate notification such as a notification sound or a notification message to allow the user to recognize this.

Meanwhile, according to an exemplary embodiment, a user may recognize a golf course visit by identifying a location of the user terminal through a GPS module (not shown) of the user terminal 400 without communicating through the first local area communication unit and the second local area communication unit. It may be. That is, the user application 410 may receive the GPS location information from the GPS module of the user terminal 400 to determine the location of the user. The user application 410 may generate a separate notification (notification) such as a notification sound or a notification message when the GPS location information is close to the golf course applied for the event participation, so that the user can recognize it. According to an embodiment, the user application 410 may provide the above service in cooperation with the event management server 200.

On the other hand, if there is no history that the user applied for the event participation in ST360, the event management terminal 100 may display the event participation request screen to receive an event participation request (ST370). The event management terminal 100 transmits event participation information to the event management server 200 including information input by the user, and the event management server stores and registers the event participation information. Meanwhile, according to an embodiment, the event management terminal 100 may automatically apply for event participation when the user terminal 400 contacts or is connected to local area communication. That is, the event management terminal 100 can acquire the identification information or the mobile phone number of the user terminal only by being connected to the user terminal 400 in the short-range communication, thereby recognizing the user identification information and processing the event participation application process. can do. Therefore, the user can simply apply for event participation without additional input procedure.

Subsequently, when a hole-in-one compensation request is received from the user who applied for the participation in the hole-in-one event, the event management server 200 checks and verifies the content of the application and processes the event compensation (ST380 and ST390). In addition, in the event that a hole-in-one compensation request is not received for a predetermined period after the event participation application, the event management server 200 transmits point information on a part of the event participation amount to the shopping mall management server 300 and accumulates (ST380, ST400).

9 is a block diagram of another embodiment of an event management terminal according to the present invention. Another embodiment of the event management terminal 100 ′ further includes a CCTV 170 so as to check whether the user who applied to participate in the hole-in-one event has made a hole-in-one. Hereinafter, another embodiment 100 'of the event management terminal will be described, but a description thereof will be omitted for a configuration overlapping with the above description.

The event management terminal 100 ′ may be installed in a field of a golf course in order to easily photograph a hole-in-one scene of the user and to facilitate the user's event application and compensation application. According to an exemplary embodiment, a plurality of event management terminals 100 ′ may be respectively installed in a field and a club house of a golf course, and may be communicatively connected between each event management terminal.

One or more CCTV 170 may be mounted on the event management terminal 100 ′. In addition, in order to more accurately capture the hole-in-one scene of the user, the CCTV 170 may be mounted on a plurality of surfaces of the front, rear, and both sides of the event management terminal 100 ', respectively.

The image captured by the CCTV 170 may be stored in the storage 160 of the event management terminal 100 ′, or the terminal of a golf course manager (not shown) or a separate CCTV server (not shown) through the communication unit 130. May be transmitted and stored in real time. According to an embodiment, the image captured by the CCTV may be transmitted to the event management server 200 and stored in the user information database 250. The golf course manager terminal or CCTV server may receive and store an image (CCTV photographed image) taken by CCTV, and display the CCTV photographed image taken by each CCTV through a separate display. On the other hand, when there are a plurality of event management terminals 100 'installed in a golf course field or a plurality of CCTV 170s are installed in the event management terminal 100', the event management terminal 100 'manages the event together with the CCTV photographed image. The identification information of the terminal and the identification information of CCTV should be transmitted together. The golf course manager terminal or CCTV server stores the received CCTV photographed images according to the identification information and the CCTV identification information of the event management terminal.

According to an embodiment, the CCTV 170 may be installed in a field of a golf course in a separate independent form without being mounted on the event management terminal 100 ′. Preferably, the plurality of CCTV (170) to be arranged at a certain distance to cover the entire area of the field. In this case, each CCTV 170 is connected to the event management terminal (100 '), the terminal of the golf course manager, CCTV server or event management server 200 may be transmitted in real-time CCTV shooting image. At this time, the CCTV shooting image is transmitted with the identification information of the CCTV (170).

On the other hand, when a user participating in a hole-in-one event applies for compensation by making a hole-in-one, the CCTV photographing image may be used to confirm whether the hole-in-one is. In detail, the user may make a hole-in-one and input a (event participation) ticket to the event management terminal 100 ′ or input an event participation number or user identification information for a reward application. In this case, the event management terminal 100 ′ scans and reads information printed on the (event participation) ticket, or the user participates in the event through the event participation number or user identification information in association with the event management server 200. (E.g. event participation time and participation course). Thereafter, the event management terminal 100 ′ may extract the CCTV photographing image corresponding to the event participation time and the participation course from the CCTV photographing image. For example, when there are a plurality of CCTV 170, it is possible to select a CCTV to shoot the event participation course and to extract the CCTV shooting image taken by the CCTV using the identification information of the CCTV. In addition, only the CCTV photographing image portion corresponding to the event participation time can be extracted from the extracted CCTV photographing images. On the other hand, when there are a plurality of CCTV (170) for taking the event participation course may be provided by synthesizing each CCTV shooting image taken by each CCTV or each CCTV shooting image. Such editing processing such as extraction and synthesis of CCTV images may be performed by the controller 150 of the event management terminal 100 ′. In addition, the storage 160 of the event management terminal 100 ′ may be provided with a separate video editing / control program for editing such as CCTV image capture and synthesis. The event management terminal 100 ′ may transmit the extracted CCTV photographing image, that is, the hole-in-one image, to the event management server 200 or the golf course manager terminal together with the user's event compensation application. The transmission of the hole-in-one image may be performed by the communication unit 130 of the event management terminal 100 ′.

According to an embodiment, as described above, the operation of extracting the hole-in-one image from the CCTV photographing image may be performed by the golf course manager terminal or the CCTV server. In this case, the event management terminal 100 ′ transmits the user's event participation contents, that is, information such as an event participation time and a participation course, to the golf course manager terminal or CCTV server. In addition, the golf course manager terminal or CCTV server may extract a hole-in-one image from the CCTV photographing image under the control of the administrator, and transmit the extracted hole-in-one image to the event management server 200 with the event compensation application.

The event management server 200 may store the received hole-in-one image in the user information database 250 and use the same to check whether the user is hole-in-one. In this case, the user database 250 classifies and stores the hole-in-one image together with the user identification information and the event participation number.

According to an embodiment, the event management server 200 may provide a hole-in-one image to the user terminal 400. In detail, the event management server 200 may transmit the hole-in-one image to the user terminal 400 or may download the hall-in-one image through a separate web site managed by the event management server.

10 is a flowchart of another embodiment of a hole in one event providing process according to the present invention, which is a flowchart of a hole in one event providing process including another embodiment 100 ′ of the event management terminal according to the present invention. Hereinafter, another embodiment of the process of providing a hole-in-one event according to the present invention will be described with reference to FIG. 10, but a description of overlapping components will be omitted.

One or more CCTV (170) generates a CCTV image by photographing each area of the golf field (ST500). As described above, one or more CCTV 170 may be mounted on the event management terminal 100 ', and one or more CCTV may be directly installed in a golf course field in a separate and independent form. Images captured by each CCTV 170 may be transmitted to a golf course manager terminal or CCTV server in real time.

On the other hand, when the user inputs the participation in the hole-in-one event, the event management terminal (100, 100 ') transmits the event participation information to the event management server 200 to register the event participation (ST510). As described above, the event participation application is made through the event management terminal (100, 100 ') installed in the golf course, or through the event management terminal (100, 100') installed in the golf driving range, or the like of the user terminal 400 This may be accomplished through the user application 410.

After the request for a hole-in-one compensation is received from the user, the event management terminal 100 ′ performs an operation of extracting a CCTV photographing image (ST520 and ST530). For example, if a user who successfully hole-in-one enters the (Event Participation) ticket in the event management terminal 100 'for a compensation request, the Event Management terminal reads the information printed on the (Event Participation) ticket and participates in the event of the user. Recognize content (such as event attendance and participation courses). In addition, when the user inputs an event management terminal (100 ') P event participation number or user identification information, the event management terminal is linked with the event management server 200 to the user through the event participation number or user identification information. Recognize the participation in the event. Afterwards, the event management terminal 100 'extracts a CCTV photographing image (hole-in-one image) corresponding to the corresponding event participation time and participation course from the CCTV photographing image, and then uses the extracted event-in-one image with an event compensation application of the event management server ( 200). Meanwhile, when there are a plurality of extracted CCTV photographed images, the event management terminal 100 ′ may synthesize a plurality of CCTV photographed images.

The event management server 200 checks whether the user is hole-in-one through the received hole-in-one image (ST540). In addition, the event management server 200 stores the hole-in-one image in the user information database 250.

As a result of the determination in step ST540, if it is determined that the hole-in-one is successful, the event management server 200 processes the event compensation (ST550).

On the other hand, if it is determined in step ST540 that the hole-in-one is not successful, the event management server 200 may transfer the point information about a part of the event participation amount to the shopping mall management server 300 and process the accumulation (ST560). ).

Meanwhile, the event management server 200 may transmit the hole-in-one image to the corresponding user terminal 400 or may provide a download through a separate web site managed by the event management server (ST570).

11 is a block diagram of another embodiment of a hole-in-one event providing system according to the present invention. As illustrated in FIG. 11, the event providing system according to another embodiment of the present invention further includes a tee shot tracker 500 in the configuration of the hole-in-one event providing system illustrated in FIG. 1.

Since the event management terminal 100, the event management server 200, the user information database 250, and the shopping mall management server 300 are the same as those of the embodiment of FIG. 1, redundant descriptions thereof will be omitted.

12 is a block diagram of a tee shot tracker according to the present invention. Referring to FIG. 12, the tee shot tracker 500 tracks the trajectory of the tee shot for the hole-in-one shooting of the tee shot. Specifically, the tee shot tracker 500 is configured to clearly check whether the hole-in-one ball is a tee shot directly hit by the user, and includes an antenna unit 510, a landing position calculator 520, a landing position display unit 530, and photographing. The drone 540 includes a tee shot photographing unit 550 and an image storage unit 560.

The antenna unit 510 measures the trajectory of the ball hit by the user, that is, the tee shot. Since the ball contains a metal component, the ballistics of the tee shot can be calculated by transmitting a radio wave to the ball and measuring the reflected radio wave.

The antenna unit 510 includes a Doppler radar for measuring ball trajectory. The Doppler radar is positioned a certain distance behind the position where the tee shot is performed to calculate the trajectory of the user's tee shot. At this time, the Doppler radar preferably uses the K-band 24 GHz band.

The landing position calculator 520 calculates the estimated landing position of the ball based on the trajectory of the tee shot measured by the antenna unit 510.

Since the angle, direction, and speed of the tee shot can be measured by the antenna unit 510, the trajectory can be calculated, and the estimated landing position can be calculated by including the distance and height difference between the tee box and the green previously input to the calculation. According to the operator, the wind direction information unit (not shown) may be further included in the tee shot tracker 500. The landing position calculator 520 may receive real-time wind direction information from the wind direction information unit and reflect the calculation to calculate a more precise predicted landing position.

Meanwhile, in the case of a hole having a short distance from the green, in order to quickly calculate the estimated landing position, the landing position calculator 520 may calculate the landing position with reference to the landing position comparison DB (not shown) according to the trajectory.

If the calculated estimated landing position of the ball is green or the direction toward the green (that is, there is a possibility of hole-in-one), the landing position calculation unit 520 transmits the estimated landing position and the estimated landing time to the shooting drone 540 to shoot. The drone 540 photographs the landing and the run of the ball to record an image of the hole-in-one process.

The landing position calculator 520 may transmit the estimated landing position and the estimated landing time to the shooting drone 540 to allow the shooting drone 540 to reach the expected landing position in accordance with the expected landing time, but the shooting drone 540 Since the information transmitted is only an estimated landing position (for example, GPS) coordinates, it may be difficult to quickly adjust the shooting angle to the landing point of the ball.

The landing position display unit 530 is disposed adjacent to the green, receives the expected landing position from the landing position calculation unit 520, and projects the laser identification mark at the expected landing position. The landing position display unit 530 may be implemented by a laser image projector. That is, the imaging drone 540 may recognize the laser image by projecting a laser image such as a circular or polygonal figure at the expected landing position.

The photographing drone 540 is a drone that is stored in a hangar disposed adjacent to the green and waits for photographing. The photographing drone 540 receives an expected landing position from the landing position calculating unit 520 and moves to the corresponding position, where the laser identification mark is projected. Follow the shooting of the ball landing and run. In the case of the hole-in-one by the landing and the run of the ball, the image photographed by the photographing drone 540 is used as an image to prove the hole-in-one.

The imaging drone 540 includes a laser recognition sensor. The photographing drone 540 may recognize the laser identification mark and quickly adjust the posture so that the built-in camera photographs the laser identification mark direction, thereby preventing the hole-in-one image from being taken as much as possible.

The tee shot photographing unit 550 captures a tee shot of the user. When the hole-in-one is used, it is possible to verify whether the ball of the tee-shot hitter (user) is hole-in-one by comparing the image photographed by the tee shot photographing unit 550 with the image photographed by the photographing drone 540.

The image storage unit 560 stores images captured by the tee shot photographing unit 550 and the photographing drone 540. The image storage unit 560 and the tee shot photographing unit 550 are connected by wire or wirelessly to transmit the captured image, and the image storage unit 560 and the shooting drone 540 are wirelessly connected to transmit the image. Is done.

The image storage unit 560 inserts and stores the watermark generated based on the user's event participation information into the tee shot image photographed by the tee shot photographing unit 550 and the image photographed by the photographing drone 540.

The event participation information includes at least one of identification information of the user who applied to participate in the event, event participation number, event participation time information, event participation course, and payment amount. As a preferred embodiment, the watermark may include the name, mobile phone number and tee shot time of the user who applied for the event.

The image storage unit 560 may further insert the estimated landing position as a watermark in the tee shot image captured by the tee shot photographing unit 550 to prevent image manipulation. For example, the GPS coordinates of the expected landing position may be added as a watermark, and the hole-in-one probability according to the expected landing position may be calculated and included in the watermark according to the operator.

The image storage unit 560 starts to store the tee shot image at the same time as the tee shot, and then stores the image taken by the shooting drone 540. At this time, since the watermark is included in the image in real time to manipulate the hole in one or not. Can be prevented.

On the other hand, since the conventional camera shoots 30 frames per second, it may not be able to record the hole-in-one moment, so the shooting drone 540 may include a high speed shooting camera (not shown) according to the operator.

When the expected landing position is close to the hole (hole radius 1 m to 2 m depending on the setting), the imaging drone 540 may perform high speed photographing in response to the expected landing time. If the tee shot hits the hole, the ball may jump out of the hole, or the ball may bounce off the flag.

 In response to the expected landing time (for example, 0.5 seconds before the expected landing time), the hole may be photographed by a high speed camera to record the hole-in-one moment. In this case, since the high speed photographing is performed at 120 frames per second to 940 frames per second, the data amount of the captured image may exceed a bandwidth that can be transmitted through a wireless connection.

When real-time transmission of images captured by the high-speed camera is difficult, the image storage unit 560 may use information used to generate a watermark (for example, the name, mobile phone number, and tee shot time of the user who applied for the event). The watermark may be directly transmitted to the photographing drone 540 so that the watermark is immediately inserted into the high-speed photographing image. Information used to generate the watermark (user's name, mobile phone number and tee shot time) may be transmitted together when the landing location calculator 520 transmits the estimated landing location and the estimated landing time to the imaging drone 540. .

The photographing drone 540 is accommodated in a hangar (not shown) disposed adjacent to the green and waits for photographing. The hangar here includes a dock on which the imaging drone 540 is mounted to perform charging. According to an embodiment, the dock and the image storage unit 560 may be connected by wire, and the image storage unit 560 of the image captured by the imaging drone 540 may be transmitted only through the dock. In other words, the image storage unit 560 recognizes and receives only the image transmitted through the dock as the image photographed by the photographing drone 540. Therefore, it is possible to prevent the hole-in-one image manipulated by the image storage unit 560 from being stored.

When the tee shots of the players are ended in the hole, the shooting drone 540 moves to the hangar disposed in the next hole and waits for shooting.

Although particular terms have been described in terms of preferred embodiments of the present invention, such descriptions are only for explaining the present invention and may be variously changed without departing from the spirit and scope of the following claims. It should be understood that.

100 and 100 ': event management terminal 110: display unit
120: payment processing unit 130: communication unit
140: first local area communication unit 150: control unit
160: storage 200: event management server
250: user information database 300: shopping mall management server
400: user terminal 410: user application
420: second short-range communication unit 500: tee shot tracker

Claims (10)

A hole-in-one event management terminal which transmits event participation information generated based on information information input from a user to participate in the hole-in-one event, to the event management server; And
Hole-in-one event providing system comprising a tee shot tracker for tracking the ballistic shot of the tee shot for the hole-in-one shooting of the tee shot. The method according to claim 1,
The hole-in-one event management terminal,
A display unit configured to display a participation application screen for a hole-in-one event that rewards a hole-in-one;
A payment processor configured to process a payment amount according to the participation of the hole-in-one event;
Communication unit for transmitting and receiving data with the event management server for managing the hole-in-one event; And
A control unit for controlling the display unit, the payment processing unit, and the communication unit to process the hole-in-one event application process,
And the communication unit transmits, to the event management server, event participation information generated based on information information input from a user to participate in the hole-in-one event. The method according to claim 1,
The tee shot tracker,
An antenna unit for measuring trajectory of the tee shot;
A landing position calculator for calculating an estimated landing position based on the measured trajectory of the tee shot;
A landing position display unit disposed adjacent to the green and receiving an expected landing position from the landing position calculator to project a laser identification mark to the expected landing position;
A drone accommodated in a hangar disposed adjacent to a green and waiting for photographing, receives a predicted landing position from the landing position calculation unit, moves to the expected landing position, and lands the ball along a position where the laser identification mark is projected. And a shooting drone for shooting a run. The method according to claim 3,
A tee shot photographing unit for photographing the tee shot; And
The tee shot photographing unit and the image storage unit for storing the image taken by the shooting drone further comprises:
The image storage unit,
And inserting and storing a watermark generated based on the event participation information into a tee shot image photographed by the tee shot photographing unit and an image photographed by the photographing drone. The method according to claim 4,
The image storage unit,
And inserting the expected landing position as a watermark into a tee shot image photographed by the tee shot photographing unit. The method according to claim 5,
The landing position calculation unit,
And calculating the estimated landing time based on the measured trajectory of the tee shot and transmitting the estimated landing time to the shooting drone. The method according to claim 6,
The shooting drone,
And a high speed camera for capturing an image at 120 frames per second to 940 frames per second. The method according to claim 7,
The image storage unit,
And transmitting the information used to generate the watermark to the photographing drone in advance so that the watermark is inserted into the high-speed photographing image. The method according to claim 7,
And the information used to generate the watermark is transmitted together when the landing position calculator transmits the expected landing position and the estimated landing time to the photographing drone. The method according to claim 7,
The hangar,
And a dock to which the photographing drone is mounted to perform charging.
The dock and the image storage unit are connected by wire,
The image storage unit,
And a video received through the dock as an image captured by the photographing drone.

Images