KR102328277B1 - Apparatus for notifying golf swing - Google Patents

Abstract

The present invention relates to an apparatus for notifying a golf swing, which is capable of notifying golf swing information (information indicating that a golf swing is made by a fellow golfer) in golf rounding to not only a person who plays the golf swing, but also a caddy and other fellow golfers within the same group with the person. According to the present invention, since the caddy and the other fellow golfers know that the golf swing is performed by the fellow golfers, the caddy and the other fellow golfers can be careful not to be hit by the golf ball in advance. The present invention includes a cumulative stroke alarming and confirming function which notifies the number of strokes of the person and the other fellow golfers at a moment of the golf rounding; and further includes a hole accumulated stroke initialization function, a hole information informing function, a penalty correction function, a hitting location display function, and a hole score informing function, and the like. The apparatus for notifying a golf swing comprises: a swing transmitting unit; and a swing receiving unit.

Description

Golf swing notification device {Apparatus for notifying golf swing}

The present invention relates to a golf swing notification device, and in particular, a golf swing notification device capable of notifying a golf swing party and the rest of the team members of so-called 'golf swing information' that a golf swing was made by a fellow golfer during a round of golf at a golf course. is about

Here, the remaining team members refer to the remaining fellow golfers including the caddy within the same group.

The golf swing may be made through a striking swing that actually hits the golf ball, or it may be made through a practice swing that is performed as practice without hitting the golf ball before the hitting swing.

The present invention also relates to a golf swing notification device capable of notifying a golf swing party and the rest of the team members of the 'accumulated number of holes' and the 'total number of strokes' obtained based on the golf swing.

Here, 'accumulated strokes for a hole' is a value calculated by accumulatively adding up golf swings made at the current hole, and 'total strokes' is calculated by adding up both the cumulative number of strokes in the previous hole and the cumulative number of strokes in the current hole. is the value

In addition, the present invention displays the position of the party who performed the golf swing together with the position of the team member to each team member so that each of the remaining team members can know where the party who made the golf swing is based on their position. It is also about a golf swing notification device that does this.

Golf has become popular these days and has become a sport that many people like, and it has become an era of crowds of people on the golf course from the morning. However, there are cases in the news that sometimes go into court proceedings after being hit by a golf ball while playing golf.

When you play golf, there are people with a lot of distance and people with a little distance, so they go ahead and behind, and everyone disperses on the field to play golf. At this time, there are cases where the person behind is trying to hit the golf ball, but he is standing in front without knowing it, or other people are not paying attention to the actual hitting swing to find the ball that has fallen. In such a situation, if the person behind hits the golf ball as it is, the fellow golfer in front is exposed to the risk of being hit by the ball without even knowing it is flying.

Usually, in this case, it is a reality for the caddy to alert the rest of the golfers to the danger by shouting “ball”, but the golf ball is already flying at the moment the caddy shouts “ball” to avoid the risk of being hit by the golf ball in front of the caddy. can't

On the other hand, since it is common for a team of four golfers and one caddy per group to go around a course, if a caddy concentrates on one golfer among the team members, he may miss the moment of the hitting swing of the other golfer. There may be a problem that the caddy cannot properly determine the number of strokes of the customer or the location where the golf ball was dropped.

Republic of Korea Patent Registration No. 10-0926138 (November 10, 2009, announcement, hereinafter 'Document 1') discloses golf swing information by sensing the time required for each step of the golf swing using a tilt sensor, a gyro sensor, or a wind pressure sensor. There is a disclosure about a 'golf swing information device'.

However, Document 1 is merely to inform the relevant party of the golf swing information about the party who swings the golf to the last, and based on the golf swing information in the round of golf, it is possible to prevent the remaining fellow golfers from hitting the golf ball. It is far from the technical idea of the invention.

Republic of Korea Patent No. 10-1746662 (2017.06.21. Announcement, hereinafter referred to as 'Document 2') relates to a wearable type of 'golf information providing device' worn on the wrist, and allows the golfer to make a There is disclosed a content that automatically records game record factors such as swing trajectory and target direction without any additional manipulation, and provides golfers with information such as hole information, remaining distance, recommended club, and green direction.

However, in Document 2, although feedback training or batting check may be possible, this is also far from the technical idea of the present invention that can prevent other fellow golfers from hitting a golf ball based on the golf swing information in a round of golf. far.

Republic of Korea Patent Registration No. 10-0926138 (2009.11.10.Announcement) Republic of Korea Patent Registration No. 10-1746662 (2017.06.21.Announcement)

Therefore, the problem to be solved by the present invention is to provide the so-called 'golf swing information' that a golf swing was made by a fellow golfer during a round of golf to the person involved in the golf swing and the rest of the team members, thereby solving the conventional problem described above. In addition, it is a very useful golf swing notification device for a round of golf by additionally having the cumulative number of strokes notification and confirmation function, the cumulative number of strokes initialization function, the hole information notification function, the penalty stroke correction function, the hitting position display function, and the hole score notification function. is to provide

Golf swing notification device according to an example of the present invention for achieving the above object,

Including a swing transmitting means and a swing receiving means provided as a set to each team member for each group during a round of golf,

The swing transmitting means,

a GPS unit that not only calculates GPS position coordinates, but also presets and inputs basic position information such as tee ground position coordinates in advance;

a swing determining unit that determines whether a golf swing has been made and outputs a golf swing signal if the golf swing is made;

an identification code storage unit storing a group identification code for identifying a group to which the swing transmitting means belongs, and a member identification code for identifying team members within the same group;

a cumulative at-bats determiner for determining the cumulative number of at-bats by adding up golf swings made in the current hole, and determining the total cumulative at-bats by adding up the cumulative number of at-bats at the previous hole and the cumulative at-bat at the current hole;

a cumulative at-bats storage unit for storing the cumulative number of at-bats and the total number of at-bats calculated by the cumulative at-bats determiner;

a transmission control unit for outputting a group identification code and a member identification code stored in the identification code storage unit using the golf swing signal as an input signal, and outputting a command to transmit the cumulative number of shots using the golf swing signal as an input signal;

an identification code transmission unit receiving the group identification code and member identification code output from the transmission control unit and transmitting the received group identification code;

a accumulative batting hole transmission unit receiving the accumulative bats per hole transmission command output from the transmission control unit and transmitting the accumulative bats per hole stored in the accumulative stroke storage unit to the outside; and

When a golfer enters the tee ground, based on the GPS position coordinates calculated through the GPS unit, it is recognized that the golfer has entered the tee ground through the tee ground position coordinates set and input to the GPS unit, and the cumulative number of holes is zero ( an accumulated at-bats initialization unit for outputting a hole cumulative at-bats initialization signal to initialize to zero) to the cumulative at-bats determiner; including,

The swing receiving means,

an identification code receiving unit for receiving the group identification code and the member identification code transmitted from the identification code transmitting unit;

a cumulative number of at-bats receiving unit for receiving the cumulative number of at-bats transmitted from the cumulative at-bats transmission unit;

a group identification code for identifying a group to which the corresponding swing receiving means belongs, and a group-specific integrated code storage unit for storing group-by-group member integration codes, which are codes for all team members in the same group;

When the group identification code received in the identification code receiving unit is compared with the group identification code stored in the group-specific integrated code storage unit and it is determined that they are the same, the member identification code received in the identification code receiving unit is stored in the group-specific integrated code storage unit an identification code comparison determining unit for outputting the member identification code received to the identification code receiving unit when it is determined that the information is included in the group-by-group member integrated code stored in the .

a member identification code warning notification unit for outputting a notification signal corresponding to the member identification code output from the identification code comparison and determination unit to the outside; and

and a hole cumulative at-bats notification unit that notifies the outside of the cumulative at-bats received from the cumulative at-bats receiving unit.

Hole information such as the name of the hole, the number of waves, and the distance between the tee ground and the hole cup, which is the final point, is preset and input to the GPS unit in advance,

The cumulative at-bats determining unit is installed to calculate the cumulative at-bats by limiting the double value obtained from the hole information set and input to the GPS unit to the maximum value when the GPS unit recognizes that the golfer has entered the tee ground. It is preferable to be

Golf swing notification device according to another example of the present invention for achieving the above object,

Including a swing transmitting means and a swing receiving means provided as a set to each team member for each group during a round of golf,

The swing transmitting means,

a swing determining unit that determines whether a golf swing has been made and outputs a golf swing signal if the golf swing is made;

an identification code storage unit storing a group identification code for identifying a group to which the swing transmitting means belongs, and a member identification code for identifying team members within the same group;

a cumulative at-bats determiner for determining the cumulative number of at-bats by adding up golf swings made in the current hole, and determining the total cumulative at-bats by adding up the cumulative number of at-bats at the previous hole and the cumulative at-bat at the current hole;

a cumulative at-bats storage unit for storing the cumulative number of at-bats and the total number of at-bats calculated by the cumulative at-bats determiner;

a transmission control unit for outputting a group identification code and a member identification code stored in the identification code storage unit using the golf swing signal as an input signal, and outputting a command to transmit the cumulative number of shots using the golf swing signal as an input signal;

an identification code transmission unit receiving the group identification code and member identification code output from the transmission control unit and transmitting the received group identification code;

a accumulative batting hole transmission unit receiving the accumulative bats per hole transmission command output from the transmission control unit and transmitting the accumulative bats per hole stored in the accumulative stroke storage unit to the outside; and

When the swing determination unit outputs a golf swing signal, a GPS unit for outputting the GPS position coordinates at which the golf swing signal is generated to the hitting position display unit: includes,

The swing receiving means,

an identification code receiving unit for receiving the group identification code and the member identification code transmitted from the identification code transmitting unit;

a cumulative number of at-bats receiving unit for receiving the cumulative number of at-bats transmitted from the cumulative at-bats transmission unit;

a group identification code for identifying a group to which the corresponding swing receiving means belongs, and a group-specific integrated code storage unit for storing group-by-group member integration codes, which are codes for all team members in the same group;

When the group identification code received in the identification code receiving unit is compared with the group identification code stored in the group-specific integrated code storage unit and it is determined that they are the same, the member identification code received in the identification code receiving unit is stored in the group-specific integrated code storage unit an identification code comparison determining unit for outputting the member identification code received to the identification code receiving unit when it is determined that the information is included in the group-by-group member integrated code stored in the .

a member identification code warning notification unit for outputting a notification signal corresponding to the member identification code output from the identification code comparison and determination unit to the outside;

a hole cumulative at-bats notification unit for notifying the outside of the cumulative at-bats received by the cumulative at-bats receiving unit;

a map storage unit for storing a golf course map; and

and a striking position display unit for displaying the marker of the GPS position coordinates output from the GPS unit on the map.

It is preferable that the hitting position display unit is installed to display the warning notification signal of the member identification code warning notification unit together with the marker of the GPS location coordinates, and the cumulative number of shots at the hole in the hole cumulative at-bats notification unit.

The hitting position display unit, along with the marker of the GPS position coordinates, is preferably installed so as to display the position marker of the person wearing the swing transmitting means and the swing receiving means as a set on the map.

In the golf swing notification device according to the present invention, the swing determining unit receives a preset input of a reference time interval or a reference position range through an external input, and multiple golf swings within the reference time interval or the reference position range Even if this is made, it is preferable to be installed so as to output a single golf swing signal.

In the golf swing notification device according to the present invention, a hole cup sensor is installed in the hole cup to detect that a golf ball is in a hole, and when a golf ball is holed in the hole cup through an approach shot or a putting shot of any one golfer, a hole-in signal is transmitted through the hole cup sensor. is sent to the hole cumulative at-bats notification unit, and the hole cumulative at-bats notification unit receiving the hole-in signal from the hole cumulative at-bats notification unit recognizes that rounding at the corresponding hole is over for the golfer, and provides a hole in the corresponding hole for the golfer. It is desirable to be installed so that the score is informed to all team members including the golfer concerned.

According to the present invention, first, the caddy or the rest of the golfers can know in advance that the golf swing was made by a fellow golfer, so that he or she is careful not to hit the golf ball (hit warning notification function), and secondly, from the caddy's point of view You can watch the moment of the hitting swing and the trajectory of the ball flying, so you can accurately identify the location where the golf ball falls and the number of golf strokes and inform the customer. Third, the golf swing information will also reach the person who performed the golf swing, so the The person concerned can take action by directly checking whether the golf swing notification device according to the present invention operates properly through the arrival of the golf swing information to the person himself/herself.

The golf swing may be made through a striking swing that actually hits the golf ball, or it may be made through a practice swing that is performed as practice without hitting the golf ball before the hitting swing.

When a practice swing is performed, the golf swing will be made in advance through this practice swing, so that the remaining fellow golfers can have sufficient time to avoid the golf ball while watching the subsequent hitting swing.

If the hitting swing is performed right away without a practice swing, the golf swing will only take place during this hitting swing, so the golf ball flies right after the golf swing and the remaining time is shorter than when the other golfers dodge the golf ball. .

In general, since it is common to try a practice swing before that for a hitting swing, when there is such a practice swing, the effectiveness of the hitting warning notification function according to the present invention is higher.

In particular, the present invention includes a cumulative number of strokes notification and confirmation function that allows you to know the number of strokes of yourself as well as other fellow golfers at the moment of a round of golf, and, in addition, a hole cumulative stroke number initialization function, a hole information notification function, a penalty stroke correction function, etc. It is very useful to have

On the other hand, from the point of view of each team member, there will be effectiveness of the hitting warning notification function when the position of the party who performed the golf swing is behind the position of the other team member, so the position of the party who performed the golf swing at the position of each team member It is important to know where In the case of the present invention, since the position of the party who performed the golf swing is displayed to each team member together with the position of the team member, each team member can know which side the party who performed the golf swing is located on the basis of himself/herself.

1 is a block diagram for explaining a golf swing notification device according to a first embodiment of the present invention;
Figure 2 is a block diagram for explaining the identification code storage unit 140 of Figure 1;
3 is a block diagram for explaining the group-by-group integrated code storage unit 230 of FIG. 1;
4 is a view for explaining the operation principle of FIG. 1 ;
Figure 5 is a view for explaining the two-piece golf swing notification device according to Figure 1;
Figure 6 is a view for explaining the one-piece golf swing notification device according to Figure 1;
7 is a block diagram for explaining a golf swing notification device according to a second embodiment of the present invention;
FIG. 8 is a view for explaining the cumulative number of strokes determiner 610 of FIG. 7 ;
9 is a view for explaining the cumulative number of strokes storage unit 620 of FIG. 7 ;
FIG. 10 is a view for explaining the cumulative number of strokes notification unit 630 of FIG. 7 ;
11 is a view for explaining the cumulative number of strokes confirmation button 640 of FIG. 7 ;
12 is a view for explaining the selection team member penalty stroke reflection unit 820 of FIG. 7 ;
13 is a view for explaining the group-by-group integrated code storage unit 232 of FIG. 7;
14 and 15 are diagrams for explaining the operation principle of FIG. 7 ;
16 is a block diagram for explaining a golf swing notification device according to a third embodiment of the present invention;
17 is a view for explaining a striking position display function using the GPS;
18 is a view for explaining the hall cup sensor (2).

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The following examples are only presented to understand the content of the present invention, and many modifications will be possible within the technical spirit of the present invention by those skilled in the art. Therefore, the scope of the present invention should not be construed as being limited to these embodiments.

[Example 1] Hitting warning notification function

1 is a block diagram illustrating a golf swing notification device according to a first embodiment of the present invention. Referring to FIG. 1 , the golf swing notification device according to the present invention includes a swing transmitting unit 100 and a swing receiving unit 200 .

swing transmission means (100)

The swing transmission means 100 includes a swing determination unit 110 , a notification transmission button 120 , a transmission control unit 130 , an identification code storage unit 140 , an identification code transmission unit 150 , and a sensitivity control unit 160 . include

The swing determination unit 110 determines whether a golf swing is made and outputs a golf swing signal when the golf swing is made. The swing determination unit 110 is for determining whether a golf swing has been made, and various things such as an acceleration sensor, a gyroscope, a trajectory sensor (acceleration sensor + gyroscope), and an artificial intelligence motion analysis program may be included.

Since the golf swing is made by lifting the arm and striking it with strong force, various sensors that detect various movements can be used to detect it. When using the acceleration sensor, it is preferable to use two or more axes, for example, a three-axis acceleration sensor. Because there is a fear that the general motion of moving the arm while walking is also mistakenly judged to be a golf swing. This is because the moving curvature can be determined and this error can be reduced by judging a golf swing only to have a certain degree of curvature.

The swing determining unit 110 receives a preset input of a reference time interval or a reference position range through an external input, and even if multiple golf swings are made within the reference time interval or the reference position range, the first golf swing It is preferable to output a golf swing signal only for one time.

For example, when the standard time interval is set to 1 minute, if a striking swing is made after 2 practice swings within 1 minute, it means that only the first practice swing is considered a golf swing. If a hitting swing is made after two practice swings within the range, it means that only the first practice swing is considered a golf swing.

In the identification code storage unit 140, as shown in FIG. 2, the group identification code 141 and the member identification code 142 for the corresponding swing transmitting means 100 are stored in advance. The group identification code 141 refers to a code for identifying the group to which the corresponding swing transmitting means 100 belongs, and the member identification code 142 is a sub-category of the group identification code 141 for identifying team members within the same group. say code.

When the swing determination unit 110 outputs the golf swing signal, the transmission control unit 130 uses this as an input signal to receive the group identification code 141 and the member identification code 142 stored in the identification code storage unit 140 . A command to call and transmit them to the outside is sent to the identification code transmitter 150 . Then, the identification code transmitting unit 150 transmits the group identification code 141 and the member identification code 142 for the corresponding swing transmitting unit 100 to the swing receiving unit 200 as golf swing information.

In the case of an approach shot, since the swing is very light and small, the swing determination unit 110 may not be able to determine it as a golf swing. In this case, it is preferable to manually output the golf swing signal to the transmission control unit 130 through the manipulation of the notification transmission button 120 .

If the swing determining unit 110 does not properly distinguish between a general motion such as walking or holding a hat and a golf swing motion, its utility will be reduced. Of course, this problem will be overcome to some extent by using the notification sending button 120, but in order to increase the effectiveness of the swing determining unit 110, the sensitivity adjusting unit 160 for adjusting the sensitivity of the swing determining unit 110 is used. It is desirable to be able to adjust the sensitivity of the distinction between the general motion and the golf swing motion depending on the situation.

Swing receiving means (200)

The swing receiving means 200 includes an identification code receiving unit 210 , an identification code comparison determining unit 220 , an integrated code storage unit for each group 230 , and a member identification code warning notification unit 240 .

The identification code receiving unit 210 is always on standby in a receivable state, and when information is transmitted from the identification code transmitting unit 150, it receives it, parses and separates it, and the swing transmission means 100 through the separated information. The group identification code 141 and the member identification code 142 are obtained for the , and it is transmitted to the identification code comparison determination unit 220 .

When playing golf, the members of the group go ahead and behind, and can move away from each other by about 150 to 200 m, so the transmission from the identification code transmitter 150 to the identification code receiver 210 is performed even at a distance as far as possible. it is preferable For example, it is desirable to use a communication distance and quality improved, such as Bluetooth 5.0 or higher or Wi-Fi 6, the next-generation wireless LAN communication standard.

In the group-specific integrated code storage unit 230, as shown in FIG. 3, the group identification code 231 and the group-by-group member integrated code 232 for the corresponding swing receiving means 200 are stored in advance. The group identification code 231 refers to a code for identifying the group to which the swing receiving means 200 belongs, and the group-specific member integration code 232 is a sub-category of the group identification code 231, and all team members within the same group. code for them.

The identification code comparison and determination unit 220 compares the group identification code 141 transmitted from the identification code receiving unit 210 with the group identification code 231 stored in the integrated code storage unit 230 for each group, and these If it is determined that they are the same, it is compared whether the member identification code 142 transmitted from the identification code receiving unit 210 is included in the group-by-group member integrated code 232 stored in the group-by-group integrated code storage unit 230, As a result, if it is determined that it is included, the member identification code 142 is transmitted to the member identification code warning notification unit 240 .

The member identification code warning notification unit 240 outputs a warning notification signal corresponding to the member identification code 142 to the outside. For example, when trying to give a notification by sound, if the member identification code 142 is '1', a "beep" sound is emitted once, if the member identification code 142 is '2', a "beep" sounds, and the member identification code is '2'. If (142) is '3', it is possible to notify the number of times the golfer has made a golf swing through a sound notification by saying "beep beep beep". It is also desirable to process the sound notification with voices such as "Golf No. 1", "Golf No. 2", "Golf No. 3", "Golf No. 4" using a voice chip. And, in the case of displaying the liquid crystal through the OLED, it is preferable to display the identification code 142 on the liquid crystal and give vibration.

1. Two-piece type

The two-piece type refers to a case in which the transmitting terminal 400 and the receiving terminal 300 have independent bodies. In this case, the swing transmitting means 100 will be mounted on the transmitting terminal 400 , and the swing receiving means 200 will be mounted on the receiving terminal 300 , respectively.

Since the transmitting terminal 400 must recognize the golf swing, it is preferable to provide it in the form of a wrist watch worn on the wrist or in the form of attaching golf gloves. In Figure 5a, the golf glove attachment type is shown as an example.

When using the sound notification, the receiving terminal 300 is preferably provided in the form of a ball marker as shown in FIG. 5B . This is because the ball marker that marks the position of the ball on the golf course is usually attached to a hat and used because it is close to the ear so that the sound notification can be easily heard.

2. One-piece type

The one-piece type refers to a case in which the swing transmitting means 100 and the swing receiving means 200 are mounted on one body called the transceiver terminal 500 .

In this case, it is preferable that the transceiver terminal 500 be provided in the form of a wrist watch or in the form of attaching golf gloves so that it can be confirmed through a time notification (eg, a number). In FIG. 6 , as an example of the transceiver terminal 500 , a wrist watch type is shown as an example.

<Principle of Operation>

FIG. 4 is a view for explaining the principle of operation of FIG. 1 , and it is assumed that team A and team B round the same hole, and at this time, each team has 4 golfers and 1 caddy as a team member.

All of the team members of the A team and the B team wear the swing transmitting means 100 and the swing receiving means 200, respectively. For example, one golfer of group A also wears the swing transmitting means 100 and the swing receiving means 200 together, and the same goes for the caddy of group B.

At this time, in the identification code storage unit 140 of the swing transmitting means 100 worn by one golfer of group A, 'A' as the group identification code 141 for identifying the group to which the corresponding swing transmitting means 100 belongs. is inputted, and '1' is input as a member identification code 142 for identifying a member having the corresponding swing transmitting means 100 .

And in the group-specific integrated code storage unit 230 of the swing receiving means 200 worn by one golfer of the group A, 'A' as a group identification code 231 for identifying the group to which the corresponding swing receiving means 200 belongs is inputted, and '1' '2' '3' '4' '5' is input as the group-by-group member integration code 232 indicating all members of group A.

When one golfer of group A performs a golf swing, the swing determination unit 110 outputs the golf swing signal according to the transmission control unit 130, and the transmission control unit 130 uses the golf swing signal as an input signal and an identification code It calls the group identification code 141 and the member identification code 142 stored in the storage unit 140 and sends a command to transmit them to the outside as the golf swing information to the identification code transmission unit 150 . Then, the identification code transmitter 150 transmits 'A' as the group identification code 141 and '1' as the member identification code 142 to the swing receiving means 200 .

1 golfer, 2 golfer, 3 golfer, 4 golfer, caddy of group A, and 1 golfer, 2 golfer, 3 golfer, 4 golfer, and caddy of B group 'A' and '1' through each swing receiving means 200 ' is obtained, at this time, the warning notification signal is not output from the swing receiving means 200 in the B group, and only the swing receiving means 200 in the same A group has a warning notification signal corresponding to '1', for example, A sound notification of “beep” or “No. 1 golfer” is output to the outside.

Since group A and group B round with a time difference, they are spaced a considerable distance from each other. Since rounds from 30 groups to 80 groups are usually played on a golf course a day, it is very important to determine whether the group identification code 141 matches or not. This is because, when signals from other groups are recognized as belonging to the same group, warning notification signals from other teams are also generated, adding confusion to a round of golf.

Due to the above operation principle, the remaining fellow golfers of group A (2 golfers, 3 golfers, 4 golfers) can recognize that 1 golfer in the same group made a golf swing and take precautions not to hit the golf ball. .

And one golfer who is a party can check whether the golf swing notification device according to the present invention is operating properly by listening to the warning notification signal by itself, and if the warning notification signal is not heard by itself, the sensitivity control unit 160 or the notification By using the transmit button 120, measures to solve this will be taken.

In addition, the caddy of group A can recognize that there was a golf swing, so by observing the moment of the hitting swing and the trajectory of the ball flying, it is possible to properly grasp the location of the golf ball and the number of golf strokes.

In addition, other fellow golfers may watch the first golfer's batting swing from a distance for a while and shout "good shot" that he hit well, making it a pleasant golf time to consider each other.

[Example 2] Strike number notification function

7 is a block diagram for explaining a golf swing notification device according to a second embodiment of the present invention, a function for notifying and confirming the cumulative number of strokes in the golf swing notification device according to FIG. It relates to the case where the penalty stroke correction function is further added.

Accumulated number of strokes notification and confirmation function

For the cumulative at-bats notification function, the golf swing notification device according to the present invention includes a swing transmitting unit 100 including a cumulative at-bats determination unit 610 , a cumulative at-bats storage unit 620 , a cumulative at-bats notification unit 630 , and the cumulative at-bats. It includes a confirmation button 640 and a hole cumulative at-bats transmitter 650 , and the swing receiving means 200 includes a hole cumulative at-bats receiver 660 and a hole cumulative at-bats notification unit 670 .

As shown in FIG. 8 , the cumulative at-bats determiner 610 includes a hole cumulative at-bats determiner 611 and a total at-bats determiner 612 .

Here, 'accumulated strokes for a hole' is a value calculated by accumulatively adding up golf swings made in the current hole, and 'total number of strokes' is calculated by adding up both the cumulative number of strokes in the previous hole and the cumulative number of strokes in the current hole. is the value

For example, if it is assumed that the entire round consists of a total of 18 holes and the game is currently being played on 2 holes, the 'accumulated number of holes' means the cumulative number of strokes of a golf swing made in 2 holes, and 'the total number of strokes' is one hole. It means the sum of the cumulative number of strokes of the golf swing made in .

The cumulative number of strokes determining unit 611 calculates the cumulative number of strokes by using the golf swing signal output from the swing determining unit 110 as an input signal. At this time, since the golf swing signal can be output from the swing determining unit 110 not only in the actual hitting swing but also in the practice swing, correction is required in order to reflect only the number of strokes for the actual hitting swing.

As part of this correction, a 'reference time interval' or a 'reference position range' is preset and input to the cumulative number of strokes determination unit 611 through an external input, and the cumulative number of strokes determination unit 611 determines the reference time Even if the golf swing signal is input several times within the interval or the reference position range, it is treated as one time and the number of strokes is cumulatively added up.

At this time, only the first golf swing among the golf swings made within the reference time interval or the reference position range is reflected in the cumulative summation, and after that, the golf swing made within the reference time interval or the reference position range is reflected in the cumulative summation It is particularly preferable to prevent this from happening.

Through this correction, even if the practice swing is performed before the hitting swing, the cumulative number of strokes calculated by the hole cumulative stroke number determining unit 611 is substantially the same as the cumulative number of strokes for the striking swing.

Of course, as described above, a reference time interval or a reference position range is set in advance through an external input from the swing determination unit 110, and several golf swings are made within the reference time interval or the reference position range. Even if the player loses, if the golf swing signal is output only once for the first golf swing, the cumulative number of strokes determination unit 611 will not need to re-correct as described above.

As shown in FIG. 9 , the cumulative at-bats storage unit 620 includes a hole cumulative at-bats storage unit 621 for storing the cumulative number of at-bats calculated by the cumulative at-bats determiner 610 , and a cumulative at-bats determination unit 610 . and a total accumulated at-bats storage unit 622 for storing the calculated total cumulative at-bats.

As shown in FIG. 10 , the cumulative at-bats notification unit 630 includes a hole cumulative at-bats notification unit 631 that notifies the cumulative number of at-bats stored in the hole cumulative at-bats storage unit 621 to the outside, and the total cumulative at-bats. and a total number of strokes notification unit 632 that notifies the total number of strokes stored in the storage unit 622 to the outside.

As shown in FIG. 11 , the cumulative at-bats confirmation button 640 controls the execution of the cumulative at-bats at-bats notification unit 631 and the cumulative at-bats notification unit 632 , as shown in FIG. 11 . and a total cumulative at-bats check button 642 for

As described above, the transmission control unit 130 uses the golf swing signal as an input signal to call the group identification code 141 and the member identification code 142 stored in the identification code storage unit 140 and bring them to the outside. A command to transmit is sent to the identification code transmitter 150 . At this time, the accumulative batting hole transmission command is also output to the accumulative batting hole transmission unit 650 .

The cumulative at-bats transmission unit 650 receives the cumulative at-bats transmission command output from the transmission control unit 130 and transmits the cumulative at-bats stored in the cumulative at-bats storage unit 651 to the outside.

The cumulative at-bats reception unit 660 receives the cumulative at-bats transmitted from the cumulative at-bats transmission unit 650, and the cumulative at-bats notification unit 670 receives the cumulative at-bats received from the at-bat receiving unit 660. inform the outside.

When the golf swing signal is output from the swing determining unit 110 , as described in FIG. 1 , a notification signal corresponding to the member identification code is output to the outside through the member identification code notification unit 240 . Accordingly, when the cumulative number of holes is notified to the outside through the hole cumulative at-bats notification unit 670 , a notification signal corresponding to the member identification code is also output to the outside through the member identification code notification unit 240 .

Hole cumulative number of strokes reset function

Since the cumulative number of strokes has to be initialized and then accumulated again from a zero state in a hole where rounding is passed to the next hole and starts anew, it is preferable that the cumulative number of strokes initialization function be provided for this purpose.

To this end, the present invention includes a hole information terminal 700 installed in the tee ground, which is the starting position for each hole, separately from the swing transmitting means 100 and the swing receiving means 200, and also the swing transmitting means 100 ), it is preferable to include a hole information terminal recognizing unit 710 and a hole accumulated batting initializing unit 720 .

The hall information terminal 700 outputs a hall terminal signal indicating the existence of the hall terminal. In this case, the hall terminal signal may include hole information on the corresponding hole, for example, the name of the corresponding hole, the number of pars, and the distance between the tee ground and the hole cup as the end point.

When the hole information terminal recognition unit 710 receives the hole terminal signal, the cumulative number of holes initialization unit 720 outputs the cumulative number of holes initialization signal. The cumulative number of strokes determining unit 611 receives the cumulative number of strokes initialization signal and initializes the cumulative number of strokes to zero.

Therefore, every time a round is passed to the next hole, the cumulative number of strokes is automatically added up from zero in a hole that is newly started.

Hall information notification function

When the hall information terminal recognition unit 710 receives the hall terminal signal, the hall information notification unit 730 notifies the hall information included in the hall terminal signal to the outside. The hole information may include the name of the corresponding hole, the number of pars, the distance between the tee ground and the final hole cup.

On the other hand, when calculating the cumulative number of strokes in a golf game, it is common for the maximum number of strokes per hole to be twice the number of pars assigned to each hole as a maximum value. For example, even if a golfer hits more than 8 strokes on a par 4 hole, it is only recognized as 8 strokes. This situation is called double par in golf.

The hall information notification function also contributes to reflect this point. To this end, the cumulative number of strokes determining unit 611 calculates by limiting the double value of the number of pars of the hole recognized by the hole information terminal recognition unit 710 to the maximum value of the cumulative number of holes.

Penalty correction function

In golf, there is a rule in which a penalty stroke is given in several cases, such as a golf ball falling into an obi area or a hazard. Therefore, it is necessary to reflect the penalty stroke.

In the present invention, so that the caddy can perform such a penalty correction function, the group-specific integrated code storage unit 170, the caddy terminal confirmation unit 810, the selection team member penalty stroke reflection unit 820, and It may include a selection team member penalty transmission unit 830 .

A group identification code 141 stored in the identification code storage unit 140 of the swing transmitting means 100 is set in advance in the caddy terminal confirmation unit 810 with a 'reference value for checking the caddy' through an external input. and the member identification code 142 matches the reference value for checking the caddy, it is recognized as a caddy terminal.

As shown in FIG. 12 , the selection team member penalty reflection unit 820 includes a team member selection unit 821 and a penalty stroke increase/decrease unit 822 , and when recognized as a caddy terminal through the caddy terminal confirmation unit 810 , the caddy is activated for operation.

When the selection team member penalty stroke reflection unit 820 is activated, the caddy may select a team member to be given a penalty stroke through the team member selection unit 821, and may increase or decrease the number of penalty strokes as desired through the penalty stroke increase/decrease unit 822. .

The team member selection unit 821 utilizes a code stored in the group-specific integrated code storage unit 170 so as to select a member through the team member selection unit 821 . As shown in FIG. 13 , the group-specific integrated code storage unit 170 stores the group identification code 171 and the group-specific member integrated code 172 for the corresponding swing transmitting means 100 .

In the present invention, since the swing transmitting means 100 and the swing receiving means 200 will be implemented as one set, the integrated code storage unit 170 for each group of the swing transmitting means 100 and the swing receiving means 200 The contents stored in the integrated code storage unit 230 for each group will be substantially the same.

Therefore, when the swing transmitting means 100 and the swing receiving means 200 are of a one-piece type implemented in one body, the integrated code storage unit for each group separately in the swing transmitting means 100 ( 170 ) It is possible to utilize the integrated code storage unit 230 for each group of the swing receiving means 200 without the need to install.

The selection team member penalty stroke transmitter 830 transmits a penalty stroke signal including the number of penalty strokes for the selection team member selected by the selection team member penalty stroke reflection unit 820 and the team member to the outside.

The hole accumulation number of strokes determining unit 611 receiving the penalty stroke signal corresponds to the group identification code 141 and the member identification code 142 of the identification code storage unit 140 of the selected team member transmitted included in the penalty stroke signal. After confirming that you are a team member, if it is determined that it is correct, the number of penalty strokes for the selected team member is reflected in the cumulative calculation of the cumulative number of strokes for the hole.

On the other hand, in the case of an approach shot or, in particular, a putting shot on the green, since the swing is very light and small, the swing determining unit 110 may not determine it as a golf swing and thus may not be reflected in the cumulative number of holes. At this time, if the penalty stroke correction function is utilized, there is an advantage that the approach shot and the putting shot can be reflected in the cumulative number of strokes without omission.

<Principle of Operation>

14 and 15 are diagrams for explaining the operation principle of FIG. 7 . The explanation will be given assuming that Team A, consisting of 4 golfers and 1 caddy, finishes rounding at the par 5, 1 hole, and then moves to the par 4, 2 hole. At this time, the cumulative number of strokes for each golfer in 1 hole is 6 strokes for 1 golfer and 7 strokes for the remaining 2 golfers, 3 golfers, and 4 golfers. And all team members wore a wristwatch-type transmission/reception terminal 500 as shown in FIG. 6 .

Accumulated number of holes initialization and hole information notification action

When team A arrives at the tee ground, which is the starting position of hole 2, the hole information terminal recognition unit 710 of all team members recognizes the hole information terminal 700 installed in the tee ground. Then, the cumulative at-bats initialization unit 720 and the cumulative at-bats determining unit 611 operate, and the cumulative at-bats calculated for one hole is initialized to zero for all team members. At this time, hole information for hole 2 is notified to all team members through the hole information notification unit 730 as shown in FIG. 15A .

Golf swing and cumulative at-bats notification action

Now, when the first golfer enters the plate and performs a large practice swing prior to the actual hitting swing, this is considered a golf swing, and 'Golfer No. The meaning and the meaning of 'the cumulative number of at-bats on the hole is 1' is known to all team members as shown in FIG. 15B . At this time, the cumulative at-bats determiner 610 determines the cumulative number of at-bats to be 1 and the total cumulative at-bats is 7, and stores the determined number of at-bats in the cumulative at-bat storage unit 620 .

Thereafter, if an actual hitting swing is made within the reference time interval preset and input to the hole cumulative stroke determination unit 611, for example, 1 minute, this will also be considered a golf swing, but since the first golf swing has already been accumulated and added, the hole accumulation The number of at-bats and total cumulative at-bats remain the same. Also, the team members are not repeatedly notified of the cumulative number of strokes.

If golfer No. 1 moves to the location where the ball was dropped and performs the same actions as above in the second turn at bat, 'Golfer No. 1' is displayed through the identification code notification unit 340 and the hole cumulative at-bats notification unit 670 as in the first at-bat. The meaning and the meaning of 'the cumulative number of at-bats for the hole is 2' is known to all team members as shown in FIG. 15C . At this time, the cumulative at-bats determiner 610 determines the cumulative number of at-bats to be 2 and the total cumulative at-bats is 8, and stores the determined number of at-bats in the cumulative at-bat storage unit 620 .

After that, if the #1 golfer wants to check his batting count again while waiting for another golfer to hit, the #1 golfer presses the hole cumulative batting count check button 641 on his/her transmitting/receiving terminal 500 . Then, the same content as in FIG. 15C is again output to the transmitting/receiving terminal 500 of golfer No. 1, and at this time, the output is not necessarily made to the transmitting/receiving terminal 500 of another team member. If you want to check the total number of strokes, you may press the total number of strokes confirmation button 642 .

Penalty Compensation Action

When it is necessary to inflict a penalty stroke, such as when the first golfer hits the second at bat, the ball falls into an oblique area or falls into a hazard, the caddy can compensate for the penalty stroke.

If A and 9 are preset and input as reference values for the caddy confirmation in the caddy terminal confirmation unit 810 with respect to the transmitting and receiving terminals 500 of all team members, the group identification code 141 and the member of the identification code storage unit 140 Only the transceiver terminal 500 having an identification code 142 of A and 9, respectively, is recognized as a caddy terminal, and the selection team member penalty reflection unit 820 is activated.

When the 2nd penalty stroke is reflected for the first golfer by the selection team member penalty stroke reflection unit 820 of the caddy terminal, the penalty stroke signal is transmitted to the transmission/reception terminal 500 of all team members through the selection team member penalty stroke transmission unit 830 of the caddy terminal. .

The group identification code 141 stored in the identification code storage unit 140 of the golfer No. 1 as a selected team member that has been transmitted included in the penalty stroke signal in the cumulative number of shots determination unit 611 in the transmitting and receiving terminal 500 of all team members. ) and the member identification code 142, if it is determined that it is correct, the number of penalty strokes for the corresponding team member is reflected in the cumulative calculation of the cumulative number of holes. Therefore, the number of penalty strokes is reflected in the cumulative calculation only in the transmitting/receiving terminal 500 of the first golfer.

The cumulative number of strokes reflected in this way is transmitted to the cumulative number of strokes for the hole notification unit 670 through the cumulative number of strokes transmitter 650, and is notified to all team members as shown in FIG. 15D.

The cumulative number of at-bats for the hole in which the number of penalty strokes is reflected also can be checked by the first golfer through the cumulative at-bats notification unit 631 by pressing the hole cumulative at-bats check button 841 on his/her transceiver terminal 500 .

If the cumulative number of strokes is not reflected in the approach shot or putting shot, the caddy can use this penalty stroke correction function to correct the cumulative number of strokes.

[Example 3] Hitting position display function, hole score notification function

16 is a block diagram for explaining a golf swing notification device according to a third embodiment of the present invention. The golf swing notification device according to FIG. 7 has a hitting location notification function using GPS and a score notification through the hole cup sensor 2 It's about adding more features.

Hole information notification using GPS and accumulative hole count initialization function

In FIG. 16 , the hall information terminal 700 and the hall information terminal recognition unit 710 in FIG. 7 are not required, and the GPS unit 1000 is installed instead.

The GPS unit 1000 not only receives the GPS position coordinates, but also the hole information and the basic position information are previously input and stored in the GPS unit 1000 .

The hole information includes the name of the hole, the number of pars, and the distance between the tee ground and the hole cup, which is the final point. coordinates and the like.

The tee ground is the starting position for each hole, and it is usually a flat area of about 1.3m x 1.3m (width x length). It is installed in multiple places.

It is preferable that the position coordinates of the green area be stored so as to be able to define the border of the closed curve representing the green boundary.

When the golfer enters the tee ground corresponding to him/herself, the golfer enters the tee ground through the position coordinates of the tee ground stored in the GPS unit 1000 based on the GPS position coordinates received through the GPS unit 1000 . , and then the cumulative at-bats initialization unit 720 outputs the cumulative at-bats initialization signal to the cumulative at-bats determination unit 610 . At this time, the hole information notification unit 730 provides hole information such as the name of the hole, the number of pars, the distance between the tee ground and the final hole cup stored in the GPS unit 1000 to the team members including the golfer himself/herself. inform the

Strike position display function using GPS

The swing receiving means 200 includes a map storage unit 1100 and a hitting position display unit 1200 for storing a map of the golf course to which the location coordinates are mapped.

The GPS unit 1000 outputs the GPS position coordinates where the golf swing signal is generated to the hitting position display unit 1200 when the swing determination unit 110 outputs the golf swing signal.

The hitting location display unit 1200 that has received the GPS location coordinates displays the marker of the GPS location coordinates as a hitting location marker on the map.

The hitting position display unit 1200 is preferably installed to display the warning notification signal of the member identification code warning notification unit together with the marker of the GPS location coordinates, and the cumulative number of holes in the hole cumulative at-bats notification unit.

When the hitting location display unit 1200 displays the marker of the GPS location coordinates, the location marker of the person wearing the golf swing notification device according to the present invention is also displayed on the map.

17 is a view for explaining the hitting position display function using the GPS, which is worn by each golfer when golfer 3 performs a golf swing for the second blow in the process of four golfers rounding a par 4 hole; It shows the display screen of the golf swing notification device according to the present invention.

Specifically, FIG. 17A is a display screen of the golf swing notification device worn by golfer No. 1, FIG. 17B is a display screen of the golf swing notification device worn by golfer No. 2, and FIG. 17C is a golf swing notification device worn by golfer No. 3 17D is a display screen of the golf swing notification device worn by the fourth golfer.

Referring to FIG. 17A , since the position marker (circle marked with 1) of golfer 1 is in front of the GPS position marker of golfer 3 (yellow circle marked with number 3), a warning notification signal indicating that golfer 3 is swinging golf When (eg, vibration) occurs, the No. 1 golfer can intuitively and quickly sense that he is in a position where he can hit the ball through the golf swing notification device according to the present invention he is wearing and pay attention to it. Also, it can be seen that the number of strokes of golfer 3 is 2 strokes (2nd) for golfer #1.

Referring to FIG. 17B , in the case of golfer 2, it is possible to intuitively sense that the golfer is in a position where it can hit the ball and pay attention to it. It can be seen that even golfer 2 has two strokes for golfer 3 as well.

Referring to FIG. 17C , the third golfer can know that the number of strokes is 2 with a warning notification signal.

Referring to FIG. 17D , since the fourth golfer can intuitively know that the third golfer is making a golf swing in front of him when there is a warning notification signal, it can be predicted that the golfer will not hit the ball. It can also be seen that the number of strokes for golfer 3 is 2 strokes.

As described above, according to the present invention, when a golfer performs a golf swing, each of the team members can know where the golfer made a golf swing based on their location, so that the efficiency of the warning notification function can be increased.

Hole score notification function

18 is a view for explaining the hall cup sensor (2). The hole cup sensor 2 installed in the hole cup 1 detects the golf ball 3 as a hole in the hole cup as an impact or vibration, and sends the hole-in signal to the cumulative number of shots notification unit 670 of the swing receiving means 200. send out Then, the hole cumulative at-bats notification unit 670 recognizes that rounding at the corresponding hole is over for a golfer who has taken an approach shot or a putting shot, and notifies all team members including the golfer of the hole score for the corresponding golfer at the hole.

In the past, there were many cases in which the golfer went out of the green area or the hole score was expressed through the manual manipulation of the caddy. However, as in the present invention, if the hole score is known to all team members at the moment the golf ball enters the hole cup, it is more intuitive and sensual, so that the enjoyment of the golf game can be added.

100: swing transmission means
110: swing determination unit 120: notification sending button
130: transmission control unit 140: identification code storage unit
141: group identification code for the corresponding swing transmitting means (100)
142: member identification code for the corresponding swing transmitting means (100)
150: identification code transmitter 160: sensitivity control unit
170: integrated code storage unit for each group
171: group identification code 172: group member integration code
200: swing receiving means
210: identification code receiving unit 220: identification code comparison determination unit
230: integrated code storage unit for each group
231: group identification code for the corresponding swing receiving means (230)
232: group member integration code 240: member identification code warning notification unit
300: receiving terminal 400: transmitting terminal
500: transceiver terminal
610: cumulative number of strokes determining unit 611: hole cumulative number of strokes determining unit
612: total number of strokes determining unit 620: cumulative number of strokes storage unit
621: hole cumulative number of strokes storage unit 622: total cumulative number of strokes storage unit
630: cumulative at-bats notification unit 631: hole cumulative at-bats notification unit
632: Total number of strokes notification unit 640: Accumulated number of strokes confirmation button
641: Accumulated number of holes confirmation button 642: Total number of strokes confirmation button
650: hole cumulative strokes transmitter 660: hole cumulative strokes receiver
670: hole cumulative number of strokes notification unit 700: hole information terminal
710: hole information terminal recognition unit 720: hole cumulative number of shots initialization unit
730: hall information notification unit 810: caddy terminal confirmation unit
820: selection team member penalty reflection unit 821: team member selection unit
822: Penalty increase/decrease unit 830: Select team member penalty transmission unit
1000: GPS unit 1100: map storage unit
1200: strike position display unit

Claims (7)

Including a swing transmitting means and a swing receiving means provided as a set to each team member for each group during a round of golf,
The swing transmitting means,
a GPS unit that not only calculates GPS position coordinates, but also presets and inputs basic position information such as tee ground position coordinates in advance;
a swing determining unit that determines whether a golf swing has been made and outputs a golf swing signal if the golf swing is made;
an identification code storage unit storing a group identification code for identifying a group to which the swing transmitting means belongs, and a member identification code for identifying team members within the same group;
a cumulative number of strokes determiner that determines the cumulative number of strokes by adding up golf swings made in the current hole, and determines the total number of strokes by adding up the cumulative number of strokes in the previous hole and the cumulative number of strokes in the current hole;
a cumulative at-bats storage unit for storing the cumulative number of at-bats and the total number of at-bats calculated by the cumulative at-bats determiner;
a transmission control unit for outputting a group identification code and a member identification code stored in the identification code storage unit using the golf swing signal as an input signal, and outputting a command to transmit the cumulative number of shots using the golf swing signal as an input signal;
an identification code transmission unit receiving the group identification code and member identification code output from the transmission control unit and transmitting the received group identification code;
a accumulative batting hole transmission unit receiving the accumulative bats per hole transmission command output from the transmission control unit and transmitting the accumulative bats per hole stored in the accumulative stroke storage unit to the outside; and
When a golfer enters the tee ground, based on the GPS position coordinates calculated through the GPS unit, it is recognized that the golfer has entered the tee ground through the tee ground position coordinates set and input in the GPS unit, and the cumulative number of holes is zero ( and an accumulated at-bats initialization unit for outputting a hole cumulative at-bats initialization signal to initialize to zero) to the cumulative at-bats determiner; and
The swing receiving means,
an identification code receiving unit for receiving the group identification code and the member identification code transmitted from the identification code transmitting unit;
a hole cumulative at-bats receiver for receiving the cumulative number of at-bats transmitted from the cumulative at-bats transmission unit;
a group identification code for identifying a group to which the corresponding swing receiving means belongs, and a group-specific integrated code storage unit for storing group-by-group member integration codes, which are codes for all team members in the same group;
When the group identification code received in the identification code receiving unit is compared with the group identification code stored in the group-specific integrated code storage unit and it is determined that they are the same, the member identification code received in the identification code receiving unit is stored in the group-specific integrated code storage unit an identification code comparison determining unit for outputting the member identification code received to the identification code receiving unit when it is determined that the information is included in the group-by-group member integrated code stored in the .
a member identification code warning notification unit for outputting a notification signal corresponding to the member identification code output from the identification code comparison and determination unit to the outside; and
Golf swing notification device including; According to claim 1, wherein hole information, such as the name of the hole, the number of waves, and the distance between the tee ground and the hole cup, which is the final point, is preset and input to the GPS unit in advance,
The cumulative at-bats determiner is installed to calculate the cumulative at-bats by limiting the double value obtained from the hole information set and input to the GPS unit to the maximum value when the GPS unit recognizes that the golfer has entered the tee ground. Golf swing notification device. Including a swing transmitting means and a swing receiving means provided as a set to each team member for each group during a round of golf,
The swing transmitting means,
a swing determining unit that determines whether a golf swing has been made and outputs a golf swing signal if the golf swing is made;
an identification code storage unit storing a group identification code for identifying a group to which the swing transmitting means belongs, and a member identification code for identifying team members within the same group;
a cumulative number of strokes determiner that determines the cumulative number of strokes by adding up golf swings made in the current hole, and determines the total number of strokes by adding up the cumulative number of strokes in the previous hole and the cumulative number of strokes in the current hole;
a cumulative at-bats storage unit for storing the cumulative number of at-bats and the total number of at-bats calculated by the cumulative at-bats determiner;
a transmission control unit for outputting a group identification code and a member identification code stored in the identification code storage unit using the golf swing signal as an input signal, and outputting a command to transmit the cumulative number of shots using the golf swing signal as an input signal;
an identification code transmission unit receiving the group identification code and member identification code output from the transmission control unit and transmitting the received group identification code;
a accumulative batting hole transmission unit receiving the accumulative bats per hole transmission command output from the transmission control unit and transmitting the accumulative bats per hole stored in the accumulative stroke storage unit to the outside; and
When the swing determination unit outputs a golf swing signal, a GPS unit for outputting the GPS position coordinates at which the golf swing signal is generated to the hitting position display unit: includes;
The swing receiving means,
an identification code receiving unit for receiving the group identification code and the member identification code transmitted from the identification code transmitting unit;
a cumulative number of at-bats receiving unit for receiving the cumulative number of at-bats transmitted from the cumulative at-bats transmission unit;
a group identification code for identifying a group to which the corresponding swing receiving means belongs, and a group-specific integrated code storage unit for storing group-by-group member integration codes, which are codes for all team members in the same group;
When the group identification code received in the identification code receiving unit is compared with the group identification code stored in the group-specific integrated code storage unit and it is determined that they are the same, the member identification code received in the identification code receiving unit is stored in the group-specific integrated code storage unit an identification code comparison determining unit for outputting the member identification code received to the identification code receiving unit when it is determined that the information is included in the group-by-group member integrated code stored in the .
a member identification code warning notification unit for outputting a notification signal corresponding to the member identification code output from the identification code comparison and determination unit to the outside;
a hole cumulative at-bats notification unit for notifying the outside of the cumulative at-bats received by the cumulative at-bats receiving unit;
a map storage unit for storing a golf course map; and
Golf swing notification device comprising a; hitting position display unit for displaying the marker of the GPS position coordinates output from the GPS unit on the map. The golf swing notification device of claim 3, wherein the hitting position display unit displays a warning notification signal of the member identification code warning notification unit and the cumulative number of at-bats in the hole cumulative at-bats notification unit together with the marker of the GPS location coordinates. The golf swing notification device according to claim 3, wherein the hitting position display unit displays the position marker of the person wearing the swing transmitting means and the swing receiving means as a set along with the marker of the GPS location coordinates on the map. . The method according to claim 1 or 3, wherein the swing determining unit receives a preset input of a reference time interval or a reference position range through an external input, and performs multiple golf swings within the reference time interval or the reference position range. A golf swing notification device that outputs a single golf swing signal even if it is made. [Claim 4] The hole-in signal according to claim 1 or 3, wherein a hole-cup sensor is installed in the hole cup to detect that the golf ball is in a hole, and when a golf ball is entered into the hole cup through an approach shot or a putting shot of any one golfer, the hole-in signal is transmitted through the hole cup sensor. The cumulative at-bats notification unit, which is sent to the hole cumulative at-bats notification unit, and receives the hole-in signal from the cumulative at-bats notification unit, recognizes that rounding at the corresponding hole is over for the golfer, and recognizes the hole score at the corresponding hole for the golfer. A golf swing notification device that notifies all team members including the golfer.

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