KR20110136913A

KR20110136913A - System and method for checking hole in one

Info

Publication number: KR20110136913A
Application number: KR1020100056827A
Authority: KR
Inventors: 최승원
Original assignee: 최승원
Priority date: 2010-06-16
Filing date: 2010-06-16
Publication date: 2011-12-22

Abstract

The present invention informs the user of the situation (hole-in-one situation) whether the golf ball enters the hole cup when the user hits the golf ball in the field, and monitors that the third party is playing with the hole-in-one (if the hole-in-one or vice versa). And a hole-in-one monitoring system that prevents the user from hitting the golf ball on the field, and a hole-in-one monitoring system that notifies the user of the situation where the golf ball enters the hole cup (hole-in-one situation), and the golf ball is installed around the hole cup. A hole-in-one monitoring apparatus for acquiring in real time audio and video data (hole-in-one data) of the surrounding situation including a situation of entering into (hole-in-one situation) and transmitting the obtained audio and video data to a remote main terminal; A main terminal installed near the golf ball and acquiring all audio and video data associated with the golf ball hitting and outputting the hole-in-one data from the hole-in-one monitoring apparatus; And a communication device for data transmission of the hole-in-one monitoring device and the main terminal period.

Description

System and method for checking hole in one}

The present invention relates to a hole-in-one monitoring system and method, in particular, when a user hits a golf ball in the field, the situation (hole-in-one situation) to inform the user whether the golf ball enters the hole cup (hole-in-one) System and method for monitoring and preventing things that can be prevented or vice versa).

In addition, the present invention relates to a hole-in-one monitoring system and method that can maximize the interest in the game by outputting a message, such as the pre-stored interjection, celebration when the hole-in-one situation is output.

Popular golf is an 18-hole golf course, where each ball is scored as the number of shots to hit the ball into the hole cups on the green.

In general, the score of a golf game is managed in a primitive manner in which a scoreboard is carried and a hole is recorded directly on the board.

Therefore, the player (user) does not have the opportunity to analyze and correct his shot while the golf game is in progress, and moreover, it is difficult to accurately identify his batting position (including hole-in-one).

Furthermore, even in the view of the game, the gallery should go out to the golf course and watch the game directly with the naked eye, and even if the game is relayed through a broadcasting medium such as a TV, the player's swing position cannot be determined in real time.

In addition, when a player (user) takes a tee shot or a second shot on the field, the ball will often enter the hole (hole in one). However, because the hole cup is located at a long distance from the user (golf player), not only does the user not realize that he or she is hole-in-one, but also the joke of an animal (squirrel, mouse, etc.) or a person (hereinafter referred to as a third party) There is a problem that should not be hole-in-one is not hole-in-one or hole-in-one that should not be hole-in-one.

The present invention has been made to solve the above problems, the purpose is to inform the user of the situation (hole-in-one situation) whether the golf ball enters the hole cup when the user hits the golf ball in the field, the third party is hole-in-one It is to provide a hole-in-one monitoring system and method that can monitor and prevent mischief (or prevent the hole-in-one, or vice versa).

In addition, the present invention is to provide a hole-in-one monitoring system and method that can maximize the interest in the game by outputting a message such as a pre-stored interjection, celebration when the hole-in-one situation is output.

In order to achieve the above object, the present invention is a hole-in-one monitoring system that informs the user of the situation (hole-in-one situation) that the golf ball enters the hole cup after hitting the golf ball in the field, the golf ball is installed around the hole cup A hole-in-one monitoring apparatus for acquiring in real time audio and video data (hole-in-one data) of the surrounding situation including a situation of entering into (hole-in-one situation) and transmitting the obtained audio and video data to a remote main terminal; A main terminal installed near the golf ball and acquiring all audio and video data associated with the golf ball hitting and outputting the hole-in-one data from the hole-in-one monitoring apparatus; And a communication device for data transmission of the hole-in-one monitoring device and the main terminal period.

The main terminal may be configured to output voice data such as a congratulatory note or a clap for a hole-in-one when the hole-in-one data is transmitted from the hole-in-one monitoring apparatus.

In the sleep mode in which the hole-in-one monitoring device is supplied with the minimum power, the main terminal transmits a signal to the hole-in-one monitoring device that an event has occurred when a golf ball strikes the sound, so that the hole-in-one monitoring device is in an active mode. To be, it is characterized in that to perform the first function.

It is installed between the hole-in-one monitoring device and the main terminal, characterized in that it further comprises a repeater for amplifying the signal.

The main terminal includes a first sound detection unit for detecting a hit sound generated when hitting the golf ball; A first image recorder for recording a situation around the golf ball when hitting it; If the hit sound of the golf ball is transmitted from the first sound detection unit, the player waits for a predetermined time and outputs the hole-in-one data from the hole-in-one monitoring device. A first microcomputer to be made; An output unit configured to output an image and an audio under the control of the first microcomputer; And a first communication module for communicating with the repeater or the hole-in-one monitoring apparatus.

The main terminal may further include a voice recording unit capable of voice recording, and configured to output voice recorded in the voice recording unit when the hole-in-one data is transmitted from the hole-in-one monitoring apparatus.

One side of the main terminal is configured with a switch for turning the power on / off (ON / OFF), and a lamp indicating that the hit was made when hitting the golf ball, the other side of the main terminal hitting the sound when the golf ball hit The microphone receives the input, and a camera for photographing the surrounding situation is configured, and an antenna is configured on another surface of the main terminal.

In the hole cup is provided a detector for detecting the golf ball, the output signal of the detector is characterized in that the transmission to the main terminal through the hole-in-one monitoring device or repeater.

In addition, the present invention is a hole-in-one monitoring system that informs the user of the situation (hole-in-one situation) that the golf ball enters the hole cup after the user hits the golf ball in the field, the sound that is installed around the hole cup to enter the golf ball (hole-in-one) Voice data) and a hole-in-one monitoring device for transmitting the detected hole-in-one voice data to a remote main terminal; A main terminal installed near the golf ball and acquiring all voices and images related to the golf ball hitting and outputting the hole-in-one audio data from the hole-in-one monitoring apparatus; And a communication device for data transmission of the hole-in-one monitoring device and the main terminal period.

It is installed around the hole cup between the hole-in-one monitoring device and the main terminal, and acquires image data (hole-in-one data) about the surrounding situation including the situation where the golf ball enters the hole cup (hole-in-one situation) in real time, and the obtained hole-in-one data and The method may further include transmitting a hole-in-one voice data received from the hole-in-one monitoring device to a remote main terminal and including a signal amplifier function.

The main terminal is configured to output voice data such as a congratulatory note or a clap for the hole-in-one when the hole-in-one voice data is transmitted from the hole-in-one monitoring apparatus or the hole-in-one data is transmitted from the repeater.

When the hole-in-one monitoring device and the repeater are in a sleep mode in which only a minimum amount of power is supplied, a signal (event signal) indicating that an event has occurred when a golf ball strikes sound is transmitted to the repeater so that the repeater is in an active mode. And the event signal is transmitted from the repeater to the hole-in-one monitoring device again, so that the hole-in-one monitoring device is also in an active mode.

In addition, the present invention is a hole-in-one monitoring method that informs the user of the situation (hole-in-one situation) that the golf ball enters the hole cup after the user hits the golf ball in the field, the sound hit by the main terminal installed in the vicinity of the golf ball hit Blow sound detection step of detecting; A standby step of waiting for a predetermined time after the hitting sound detection step; The main terminal checks whether audio and video data (hole-in-one data) of the surrounding situation, including a situation where the golf ball enters the hole cup (hole-in-one situation), is transmitted from the hole-in-one monitoring apparatus installed around the hole cup; And a main terminal outputting the hole-in-one data when the hole-in-one data is transmitted.

In addition, the present invention, after the blow sound detection step, the hole-in-one sense market value checks whether the event signal transmission that hit the golf ball from the main terminal; The hole-in-one monitoring device, when receiving an event signal from a main terminal, performing hole recording on the hole cup and around the hole cup to obtain hole-in-one data; And transmitting the acquired hole-in-one data to the main terminal so that the main terminal performs the checking step.

After the checking step, when the hole-in-one data is transmitted from the hole-in-one monitoring apparatus, the voice data outputting step of outputting voice data such as a congratulatory sound or a clapping sound for the pre-stored hole-in-one is further included.

Acquiring the hole-in-one data is installed between the hole-in-one monitoring device and the main terminal instead of the hole-in-one monitoring device, characterized in that the repeater to amplify the signal.

As described above, the present invention provides a hole-in-one monitoring system and method for informing the user of the situation (hole-in-one situation) whether or not the golf ball enters the hole cup when the user hits the golf ball in the field, so that the third party can play with the hole-in-one. (Prevents hole-in-one or vice versa).

In addition, when the hole-in-one situation is output, the present invention may maximize the interest in the game by outputting a message such as a pre-stored interjection and a celebration.

1 is a hole-in-one monitoring system according to a first embodiment of the present invention.
2a and 2b is a hole in one monitoring system according to a second embodiment of the present invention.
3a and 3b is a front view and a block diagram of the main terminal according to an embodiment of the present invention.
4 is a block diagram showing a hole in one watch market value according to a first embodiment of the present invention.
5 is a block diagram illustrating a hole in one watch market value according to a second embodiment of the present invention;
6 is a block diagram showing a repeater according to a first embodiment of the present invention.
7 is a block diagram showing a repeater according to a second embodiment of the present invention.
8 is a flow chart showing a hole-in-one monitoring method according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a hole in one monitoring system diagram according to a first embodiment of the present invention, Figures 2a and 2b is a hole in one monitoring system diagram according to a second embodiment of the present invention.

Referring to Figure 1, the hole-in-one monitoring system according to the present invention after the user hits the golf ball (1) in the field, and informs the user of the situation (hole-in-one situation) that the golf ball 1 enters the hole cup (2) The system is configured to include a hole-in-one monitoring device 20, the main terminal 10 and the communication device 30.

The hole-in-one monitoring device 20 is installed around the hole cup 2 to provide real-time audio and video data (hole-in-one data) of the surrounding situation including the situation where the golf ball 1 enters the hole cup 2 (hole-in-one situation). It acquires, and transmits the obtained audio and video data to the main terminal 10 of the remote.

The main terminal 10 is installed in the vicinity of hitting the golf ball (1) to obtain and output all the audio and video data related to the hitting the golf ball (1), the hole-in-one data is transmitted from the hole-in-one monitoring device 20 If it is, the function to output the hole-in-one data is performed.

The communication device 30 is provided for data transmission between the hole-in-one monitoring device 20 and the main terminal 10, and the following first to second communication modules 11 and 21 belong to it. In addition, when the following repeater 40 is included in the hole-in-one monitoring system of the present invention, the communication device 30 also includes a third communication module 41.

Meanwhile, the present invention may further include a repeater 40 installed between the hole in one monitoring device 20 and the main terminal 10 to amplify a signal.

The present invention may also constitute an image recording unit (third image recording unit 44 in FIG. 7) in the repeater 40. At this time, the image recording unit acquires image data (hole-in-one data) for the surrounding situation including the situation where the golf ball 1 enters the hole cup 2 (hole-in-one situation). The obtained hole-in-one data is transmitted to the main terminal 10 of the remote place.

3A and 3B are a front view and a block diagram of a main terminal according to an embodiment of the present invention.

Referring to the drawings, the main terminal 10 of the present invention includes a first communication module 11, a first microcomputer 12, a first sound detection unit 13, a first memory unit 14, a voice recording unit ( 15), the first image recording section 16 and the output section 17 are included.

The first sound detection unit 13 is a device that detects a hit sound (sound waves, vibrations, etc.) generated when the golf ball 1 hits, for example, a microphone.

When the golf ball strike sound is detected, the first microcomputer 12 of the main terminal 10 generates an event signal and transmits the event signal to the remote hole-in-one monitoring device 20. The hole-in-one monitoring device 20 receiving the event signal detects the sound that the golf ball 1 enters the hole cup 2 through the second sound detection unit 23, which is an original function, or the second image recording unit 25. Shooting and the like around the hole cup 2 and the hole cup 2 are performed. Of course, the sound detection and shooting may be made at all times.

The first image recording unit 16 is a device for recording the situation around the golf ball 1, for example, a camera or the like.

The present invention can also be configured to be accompanied by voice recording when recording the ambient conditions.

In addition, the first image recording unit 16, in response to the event occurrence-related data transmitted from the first microcomputer 12 in the event of an event caused by hitting the golf ball 1, evidence for preventing the malfunction of the peripheral noise or the peripheral disturbance device It is possible to configure recording for review material and to record at all times, but recording can not be made in sleep mode but only when active mode is recorded. .

Here, the sleep mode refers to a state in which a minimum power is supplied to the main terminal 10 and / or the repeater 40 and does not perform any function, and the active mode refers to the original state of the device. It refers to the state of performing its functions and roles. Thus, the present invention can maximize the life of the battery due to the inoperative operation of the components (eg, audio and video acquisition function) of the device in the sleep mode.

The output unit 17 outputs video and audio under the control of the first microcomputer 12. Examples of the output unit 17 include a speaker and a monitor.

The output unit 17 also outputs the audio data recorded by the following voice recording unit 15.

The first microcomputer 12 waits for a predetermined time when the hit sound of the golf ball 1 is transmitted from the first sound detection unit 13, and outputs the hole-in-one data when the hole-in-one data is transmitted from the hole-in-one monitoring device 20. When the golf ball 1 is hit, the event signal is transmitted to the first image recording unit 16 to perform recording and the like.

The hole-in-one data transmitted from the hole-in-one monitoring apparatus 20 includes not only the situation where the golf ball 1 enters the hole cup 2 (including sound) but also data of the situation around the hole cup 2. The data is basically output through (12), but in particular, when it is a hole-in-one, it is preferable to configure the audio data (shoutability, celebration sound, etc.) stored in the following voice recording unit 15 to be output.

In addition, in the case of the hole-in-one, as shown above, data such as a celebration may be output as a voice, but a graphically produced image may be output through a monitor.

In addition, the first microcomputer 12 may perform a function of generating an event signal and transmitting the event signal to the hole-in-one monitoring device 20 at a remote location when the sound of the golf ball 1 is detected.

In addition, the present invention is configured to receive and output the hole-in-one data photographing the situation around the hole cup (2) and the hole cup (2) even when the golf ball (1) does not enter the hole cup (2) You may.

The first communication module 11 is provided for communication with the repeater 40 or the hole-in-one monitoring apparatus 20. Examples of the first communication module 11 include a wired / wireless communication module.

In the case of a wireless module, a wireless communication module capable of transmitting and receiving multiple channels (for example, 5 channels or more) is preferable, and when the golf ball 1 is hit, the hole-in-one monitoring apparatus 20 or the repeater 40 It monitors the data coming from the) and informs it to the first microcomputer 12.

In addition, the antenna 19 applied to the wireless communication is an example of a dipole, a vehicle antenna or a film antenna.

The first memory unit 14 includes a control program for operating the main terminal 10 of the present invention, data received through the first communication module 11, and a blow sound input through the first sound detection unit 13. (Sound waves or vibrations), image data obtained through the first image recording unit 16, and data input through the following voice recording unit 15 are stored.

In addition, the main terminal 10 may further include a voice recording unit 15 capable of voice recording. When hole-in-one data is transmitted from the hole-in-one monitoring apparatus 20, the voice recorded by the voice recording unit 15 is recorded. It is configured to output data (eg celebration sounds, cheers, applause, etc.).

In addition, looking at the external shape of the main terminal 10 shown in Figure 3a, the switch 18 and the golf ball (1) for hitting the golf ball (1) on one side that the blow was made The lamp 51 is configured to display a first sound sensing unit (eg, a microphone, etc.) 13 that receives the hitting sound when the golf ball 1 is hit, and a first image for shooting the surroundings. A recording unit (for example, a camera) 16 is configured, and on the other side, an antenna 19 is configured.

4 is a block diagram illustrating a hole in one market value according to a first embodiment of the present invention.

Referring to the drawings, the hole-in-one monitoring apparatus 20 of the present invention includes a second communication module 21, a second microcomputer 22, a second sound detection unit 23, and a second memory unit 24. do.

The second communication module 21 is provided for communication with the first communication module 11 of the main terminal 10 of the remote place.

The second sound detection unit 23 is a device that detects the sound that the golf ball 1 enters the hole cup 2, for example, a microphone or the like. The data obtained by the second sound detection unit 23 can be used to determine whether or not a hole-in-one has been achieved.

The second memory unit 24 detects the control command for operating the hole-in-one monitoring apparatus 20 as the apparatus, data (event signals, etc.) transmitted from the main terminal 10 and the second sound sensing unit 23. Stored data and the like.

The second microcomputer 22 is a device for controlling each component of the hole-in-one monitoring device 20 which is the present device, and the data detected by the second sound detection unit 23 is main through the second communication module 21. It performs the function of transmitting to the terminal 10.

In addition, the second microcomputer 22 controls the second sound detection unit 23 and the second image recording unit 25 below when the event signal according to the hit of the golf ball 1 transmitted from the main terminal 10 is received. Thus, audio and video data (hole-in-one data) of the surrounding situation, including a situation where the golf ball 1 enters the hole cup 2 (including hole-in-one situation and sound), is controlled in real time.

The present invention sets a sleep mode and an active mode to minimize the use of the battery of the hole-in-one monitoring apparatus 20. Accordingly, when the hole-in-one monitoring device 20 transmits an event signal corresponding to the sound of hitting the golf ball 1 from the main terminal 10 in the sleep mode in which only the minimum power is supplied, the hole-in-one monitoring device 20 ) To be in an active mode, so that the function of the hole-in-one monitoring apparatus 20 is performed.

As described above, in an embodiment of the present invention, it is possible to determine whether the hole-in-one has been made by using voice data (sound data entering the golf ball into the hole cup) obtained by the second sound detection unit 23 of the hole-in-one monitoring apparatus 20. have. However, the hole-in-one determination means is not limited to audio data by the second sound detection unit 23. That is, it can be determined that the hole-in-one is also made by the image acquired by the second image recording unit 25 of FIG. 5 to be described below, and a detector (not shown) that detects the golf ball 1 entering the hole cup 2. Judgment is also possible.

Here, the detector is an example, a weight sensor installed on the bottom of the hole cup (2) to detect the weight of the golf ball 1, is installed on the bottom or side of the hole cup (2) to detect contact with the golf ball (1) Such as a contact sensor.

The detection signal of the detector is transmitted to the main terminal 10 to determine the hole in one by the first microcomputer 12 of the main terminal 10.

Of course, the hole-in-one determination is also possible in the second microcomputer 22 of the hole-in-one monitoring apparatus 20.

5 is a block diagram illustrating a hole in one watch market value according to a second embodiment of the present invention.

The hole-in-one monitoring apparatus 20 illustrated in FIG. 5 includes a second communication module 21, a second microcomputer 22, a second sound detection unit 23, a second memory unit 24, and a second image recording unit 25. The second image recording unit 25 is further configured as compared with the hole in one monitoring apparatus 20 of FIG. 4. Thus, duplicate description of the same components will be omitted.

The second image recording unit 25 performs a function similar to the first image recording unit 16 of the main terminal 10. That is, while the first image recording unit 16 of the main terminal 10 records the situation around the main terminal 10 when the golf ball 1 is hit, the second image recording unit 25 of the hole-in-one monitoring device 20 The situation around the hole cup 2 and the hole cup 2 is recorded. The recording may be performed at all times, but in order to save battery power, the recording may be performed only in the active mode and not in the sleep mode.

As described above, the second video recorder 25 for recording the situation around the hole cup 2 and the hole cup 2 is formed in the hole in one monitoring device 20 so that a third party may play with the hole in one (prevent hole in one or vice versa). Can be monitored and prevented.

The data obtained by the second image recording unit 25 is transmitted to the main terminal 10 to be shown to the user.

6 is a block diagram showing a repeater according to a first embodiment of the present invention.

Referring to the drawings, the repeater 40 includes a third communication module 41, a third microcomputer 42, and a third memory unit 43.

The third communication module 41 is provided for data communication with the first communication module 11 of the main terminal 10 and data communication with the second communication module 21 of the hole-in-one monitoring apparatus 20.

The third microcomputer 42 is a device for controlling each component of the repeater 40 which is the present device. The third microcomputer 42 amplifies the data received from the hole-in-one monitoring device 20 and transmits the data to the main terminal 10 or the main terminal 10. Amplifies the data received from the transmission to the hole-in-one monitoring apparatus 20 and the like.

The third memory unit 43 includes a control program required to operate the repeater 40 of the present invention, data received through the third communication module 41, that is, data received from the hole-in-one monitoring apparatus 20 (eg, Hole-in-one data, etc.) or data received from the main terminal 10 (eg, an event signal) are stored.

7 is a block diagram showing a repeater according to a second embodiment of the present invention.

The repeater 40 shown in FIG. 7 includes a third communication module 41, a third microcomputer 42, a third memory unit 43, and a third image recording unit 44. The repeater of FIG. Compared to 40, the third image recording section 44 is further configured. Thus, duplicate description of the same components will be omitted.

The third image recording unit 44 performs the same function as the second image recording unit 25 of the hole-in-one monitoring apparatus 20. That is, the second video recording unit 25 may not be configured in the hole-in-one monitoring apparatus 20. In this case, the third video recording unit 44 of the repeater 40 may perform the function of the second video recording unit 25. It is instead.

Of course, in the state where the second video recording unit 25 is configured in the hole-in-one monitoring apparatus 20, the repeater 40 may also include the third video recording unit 44. In this case, since the third image recording unit 44 is farther from the hole cup 2 than the second image recording unit 25, the third image recording unit 44 has the advantage that the image recording range and angle are wide, and the hole cup 2 and the hole cup are doubled. (2) By recording (monitoring, checking) the surrounding situation, the effect of monitoring and preventing a third party (including an animal) from playing around with a hole-in-one is improved.

8 is a flowchart illustrating a hole-in-one monitoring method according to the present invention.

First, the main terminal 10 performs a hitting sound detection step (S101) of detecting a hitting golf ball through the first sound detection unit 13 when the golf ball 1 is hit. Here, the first image recording unit 16 of the main terminal 10 may be operated when the golf ball strike sound is detected, but may be always operated. At this time, the first image recording unit 16 photographs the vicinity of the golf ball (1) hitting.

Thereafter, the main terminal 10 performs a waiting step S102 of waiting for a predetermined time. Here, the main terminal 10 waits because it takes a predetermined time to receive the hole-in-one data from the remote hole-in-one monitoring apparatus 20. According to an embodiment of the present invention, the waiting step S102 may be omitted.

As described above, the main terminal 10 waits for a predetermined time, and then the hole-in-one data from the hole-in-one monitoring apparatus 20, that is, the situation in which the golf ball 1 enters the hole cup 2 (the hole-in-one situation) including the situation. A check step S103 of checking whether audio and video data is transmitted is performed.

According to the present invention, when the golf ball 1 does not enter the hole cup 2, only audio and video data photographing the situation around the hole cup 2 and the hole cup 2 except for the hole in one situation data are transmitted. At this time, the message that the golf ball did not enter the hole cup (not hole-in-one) is preferably transmitted together.

When the hole-in-one data is transmitted from the hole-in-one monitoring apparatus 20 in the check step (S103), the main terminal 10 performs an output step (S105) for outputting the output unit 17.

In addition, the present invention after the check step (S103), if the hole-in-one data from the hole-in-one monitoring apparatus 20, in particular the data obtained to enter the situation (hole-in-one situation) entering the hole cup (2), the cheering for the pre-stored hole-in-one, congratulations The voice data output step S106 may be further performed to output voice data such as a tone or a clap. The hole-in-one may be checked through data acquired from the second sound detector 23, the second image recorder 25, or the third image recorder 44 installed in the repeater 40. In some cases, it can be checked through a sensor installed in the hole cup (2).

The present invention may use two or more of the above devices (second sound detection unit, second, third image recording unit, detector, etc.) to check the hole-in-one more accurate.

The voice data such as the cheering sound, the congratulatory note or the clapping sound may be previously recorded by the user through the voice recording unit 15, or may be voice data previously downloaded from the Internet. In addition, while outputting the audio data such as the cheering, celebration sound or clapping sound, it is also possible to output a video material produced graphically of the celebration.

In addition, the present invention after the blow sound detection step (S101), the main terminal 10 transmits the event signal that hit the golf ball to the hole-in-one monitoring device 20, the hole-in-one monitoring device 20 is the main terminal ( The event check step (S201) of checking whether or not the event signal is transmitted from 10 is performed.

Thereafter, when receiving the event signal from the main terminal 10, the hole-in-one monitoring apparatus 20 performs recording of the hole cup 2 and the periphery of the hole cup 2 to obtain hole-in-one data (S203). The obtained hole-in-one data is transmitted to the main terminal 10, and the check step S103 is performed.

As described above, the hole-in-one data may be obtained by the second sound detection unit 23 and / or the second image recording unit 25 configured in the hole-in-one monitoring device 20, but the hole-in-one monitoring device 20 and the main terminal 10 may be obtained. It can also be obtained by the third image recording unit 44 in the repeater 40 located between the).

As described above, with reference to the preferred embodiment of the present invention, those skilled in the art will be variously modified and modified within the scope of the present invention without departing from the spirit and scope of the present invention described in the claims below. It will be appreciated that it can be changed.

1: golf ball
2: hole cup
10: main terminal
11: first communication module
12: First Microcomputer
13: first sound detection unit
14: first memory unit
15: Voice recording unit
16: first video record
17: output unit
18: switch
19: antenna
20: Hall-in-one monitoring device
21: second communication module
22: the second microcomputer
23: second sound detection unit
24: second memory unit
25: second video recording
30: communication device
40: repeater
41: third communication module
42: Third Microcomputer
43: third memory section
44: third video recording
51: lamp

Claims

It is a hole-in-one monitoring system that informs the user of the situation where the golf ball enters the hole cup (hole-in-one situation) after the user hits the golf ball in the field.
It is installed around the hole cup and acquires audio and video data (hole-in-one data) about the surrounding situation including the situation where the golf ball enters the hole cup (hole-in-one situation) and transmits the acquired audio and video data to a remote main terminal. Hall-in-one monitoring device;
A main terminal installed near the golf ball and acquiring all audio and video data associated with the golf ball hitting and outputting the hole-in-one data from the hole-in-one monitoring apparatus; And
And a hole-in-one monitoring device and a communication device for data transmission of the main terminal period.

The method according to claim 1,
And the main terminal is configured to output voice data such as a congratulatory note or a clap for a hole-in-one when the hole-in-one data is transmitted from the hole-in-one monitoring device.

The method according to claim 1 or 2,
In the sleep mode in which the hole-in-one monitoring apparatus is supplied with only minimal power,
The main terminal transmits a signal that an event has occurred when a golf ball strikes a sound to the hole in one monitoring device so that the hole in one monitoring device becomes in an active mode, and performs a function.

The method according to claim 1 or 2,
And a repeater installed between the hole in one monitor and the main terminal to amplify the signal.

The method according to claim 2,
The main terminal,
A first sound detection unit for detecting a hitting sound generated when the golf ball is hit;
A first image recorder for recording a situation around the golf ball when hitting it;
If the hit sound of the golf ball is transmitted from the first sound detection unit, the player waits for a predetermined time and outputs the hole-in-one data from the hole-in-one monitoring device. A first microcomputer to be made;
An output unit configured to output an image and an audio under the control of the first microcomputer; And
And a first communication module for communication with the repeater or the hole in one monitoring device.

The method according to claim 5,
The main terminal further comprises a voice recording unit capable of voice recording,
Hall-in-one monitoring system, characterized in that configured to output the voice recorded in the voice recording unit when the hole-in-one data is transmitted from the hole-in-one monitoring device.

The method according to claim 5 or 6,
One side of the main terminal is configured with a switch for turning the power on / off (ON / OFF), and a lamp indicating that the hit was made when hitting the golf ball,
On the other side of the main terminal is composed of a microphone for receiving the hit sound when hitting the golf ball, and a camera for shooting the surrounding situation,
Hall on one monitoring system, characterized in that the antenna is configured on another side of the main terminal.

The method according to claim 1 or 2,
The hole cup is provided with a detector for detecting a golf ball entering the hole cup, the output signal of the detector is characterized in that the hole in one monitoring device or a repeater is transmitted to the main terminal.

It is a hole-in-one monitoring system that informs the user of the situation where the golf ball enters the hole cup (hole-in-one situation) after the user hits the golf ball in the field.
A hole-in-one monitoring device installed around the hole cup to detect a sound that the golf ball enters the hole cup (hole-in-one voice data), and transmit the detected hole-in-one voice data to a remote main terminal;
A main terminal installed near the golf ball and acquiring all voices and images related to the golf ball hitting and outputting the hole-in-one audio data from the hole-in-one monitoring apparatus; And
And a hole-in-one monitoring device and a communication device for data transmission of the main terminal period.

The method according to claim 9,
It is installed around the hole cup between the hole-in-one monitoring device and the main terminal, and acquires image data (hole-in-one data) about the surrounding situation including the situation where the golf ball enters the hole cup (hole-in-one situation) in real time, and the obtained hole-in-one data and And transmitting a hole-in-one voice data received from the hole-in-one monitoring device to a remote main terminal, the repeater including a signal amplifier function.

The method according to claim 9 or 10,
And the main terminal is configured to output voice data such as a congratulatory sound or a clap for the hole-in-one when the hole-in-one voice data is transmitted from the hole-in-one monitoring apparatus or the hole-in-one data is transmitted from the repeater.

The method of claim 11,
In the state in which the hole-in-one monitoring device and the repeater are in a sleep mode in which only minimal power is supplied,
When the golf ball strikes the sound, an event signal (event signal) is transmitted to the repeater so that the repeater is in an active mode. Hall-in-one monitoring system, characterized in that configured to be in the mode state.

The method according to claim 9 or 10,
The main terminal,
A first sound detection unit for detecting a hitting sound generated when the golf ball is hit;
A first image recorder for recording a situation around the golf ball when hitting it;
Waiting for a predetermined time when the hit sound of the golf ball is transmitted from the first sound detection unit, and outputs the hole-in-one audio data from the hole-in-one monitoring device or outputs the hole-in-one data from the repeater, and the first image recording unit when the golf ball is hit. A first microcomputer for transmitting an event signal to the recording device to perform recording;
An output unit configured to output an image and an audio under the control of the first microcomputer; And
And a first communication module for communication with the repeater or the hole in one monitoring device.

The method according to claim 13,
The main terminal further comprises a voice recording unit capable of voice recording,
Hall-in-one monitoring system, characterized in that configured to output the voice recorded in the voice recording unit when the hole-in-one data is transmitted from the hole-in-one monitoring device.

A hole-in-one monitoring method that informs the user of the situation (hole-in-one situation) where the golf ball enters the hole cup after the user hits the golf ball in the field.
A blow sound detection step of detecting a blow sound by a main terminal installed near the golf ball when hitting;
A standby step of waiting for a predetermined time after the hitting sound detection step;
The main terminal checks whether audio and video data (hole-in-one data) of the surrounding situation, including a situation where the golf ball enters the hole cup (hole-in-one situation), is transmitted from the hole-in-one monitoring apparatus installed around the hole cup; And
And a main terminal outputting the hole-in-one data when the hole-in-one data is transmitted from the hole-in-one monitoring device.

The method according to claim 15,
An event checking step of checking whether the hole-in-one sense market value is transmitted to the event signal indicating that the golf ball has hit the golf ball from the main terminal after the hitting sound detection step;
The hole-in-one monitoring device, when receiving an event signal from a main terminal, performing hole recording on the hole cup and around the hole cup to obtain hole-in-one data; And
The hole-in-one monitoring market value comprises the step of transmitting the obtained hole-in-one data to the main terminal for the main terminal to perform the check step.

The method according to claim 16 or 17,
And a step of outputting voice data such that congratulations or applause for the pre-stored hole-in-one is outputted when the hole-in-one data is transmitted from the hole-in-one monitoring apparatus.

The method according to claim 15,
The acquisition of the hole-in-one data is installed between the hole-in-one monitoring device and the main terminal instead of the hole-in-one monitoring device, it characterized in that the repeater for amplifying a signal.