KR102418531B1 - Golf game apparatus having screen - Google Patents

Abstract

A golf game apparatus enabling users to enjoy various games indoors or outdoors using a golf ball and a club is disclosed. The golf game apparatus comprises: a screen; a storage unit storing an image file of an image in which a plurality of hit detection regions are set, coordinate information for each hit detection region of the image, and hole cup information assigned to each hit detection region of the image; a projector outputting the image file stored in the storage unit through the screen; a golf ball detection unit detecting a golf ball contacting the screen and generating golf ball movement information; a bottom unit installed at a bottom of the screen and provided with a plurality of hole cups into which golf balls that have fallen in contact with the screen can be put; and a control unit detecting a hit detection region matched with a screen contact coordinate from the coordinate information for each hit detection region and when golf ball movement information is provided from the golf ball detection unit, extracting hole cup information assigned to the hit detection region and outputting the hole cup information to the screen through the projector. According to the present invention, various types of golf games can be enjoyed by applying various rules in a limited space using the golf balls and golf clubs that users already have, and practice of tee shots and putting can also be performed.

Description

Golf game device with screen installed {GOLF GAME APPARATUS HAVING SCREEN}

The present invention relates to a golf game device that can be enjoyed indoors or outdoors without being limited by space, and more particularly, to a golf game device that can enjoy various games indoors or outdoors using a golf ball and a golf club.

In general, golf is played on the field, so it is ideal to practice golf on the field as well. However, since golf practice in the field is expensive, it is difficult to visit each time for the purpose of practice, so most golf gamers visit the indoor golf driving range to practice golf.

In the past, the indoor golf driving range provided a batting table with a net to block the batted ball, but in the case of the recently expanded screen golf driving range, an environment similar to the actual field is provided through the front screen.

The screen golf driving range can have an effect similar to that of golf players who cannot go out to the field to enjoy on the field at a low cost, and is prospering day by day with many advantages in terms of time and economy. The biggest strength of these screen golf driving ranges is that they are cheap, so you can enjoy them easily at about 1/5 to 1/10 of the cost of a field round. In addition to this, you can enjoy golf day or night, and there is an added advantage that it has nothing to do with bad weather such as heat or heavy rain.

In addition, in the screen golf driving range, not only tee shots, but also second shots, third shots, and putting can be performed in a limited indoor space. You can check the direction and distance.

However, since screen golf is the same as conventional golf in a game method, it cannot induce additional interest in the game player, and since the game is played based on the virtual environment projected on the screen, the sense of presence may be reduced.

Above all, the cost of installing the device and establishing the environment is high, and there is an inconvenience and burden of continuously updating the game program.

Accordingly, there is a demand for the development of a game device capable of playing a game by applying various game methods such as billiards and cricket while using a golf ball or a golf club as it is.

Republic of Korea Patent Publication No. 10-2015-0133962 (published on December 1, 2015) Republic of Korea Patent No. 10-1377102 (Registered on March 27, 2014) Republic of Korea Patent No. 10-0647498 (registered on November 12, 2006) Republic of Korea Patent No. 10-1008595 (registered on Jan. 10, 2011)

Accordingly, it is an object of the present invention to provide a golf game device equipped with a screen that can hone golf swing and putt skills at a desired place, and can easily enjoy various types of games in a limited space using golf tools. .

In order to achieve the object of the present invention described above, in an embodiment of the present invention, a screen providing a contact space in which a hit golf ball can be contacted, an image file of an image in which a plurality of hit sensing regions are set, and hitting the image A storage unit for storing coordinate information for each detection area and hole cup information allocated for each hit detection area of the image, and a projector for outputting an image file stored in the storage unit through a screen so that the image is displayed on the screen; A golf ball sensing unit that detects a golf ball and generates golf ball movement information including the speed of the golf ball and screen contact coordinates, and a plurality of golf balls installed under the screen and into which the dropped golf balls can be put in contact with the screen When golf ball movement information is provided from the bottom portion provided with four hole cups, and the golf ball sensing unit, a hit sensing region matched with screen contact coordinates is detected from the coordinate information for each hit sensing region, and a hole cup assigned to the hit sensing region It provides a golf game device including a controller for extracting information and outputting the hole cup information to a screen through a projector.

According to the present invention, various types of golf games can be enjoyed by applying or applying various rules in a limited space using existing golf balls and golf clubs.

In addition, the present invention may practice putting a tee shot toward the screen, or practice putting toward a hole cup matched to the speed and direction of a golf ball moving through the tee shot, so that in an actual field It can provide a feeling similar to playing golf.

In addition, the present invention requires less facility cost compared to screen golf, occupies less installation space, and can be installed indoors as well as outdoors.

In addition, since the present invention has a longer moving distance by walking compared to the existing screen golf, it is possible to improve the health of the player by increasing the amount of exercise.

1 is a perspective view for explaining a golf game device according to an embodiment of the present invention.
2 is a block diagram illustrating an electrical connection relationship of a golf game device according to the present invention.
3 is a schematic diagram for explaining the configuration of a golf ball sensing unit according to the present invention.
4 is a perspective view illustrating a golf game device according to another embodiment of the present invention.
5 is a plan view for explaining a golf game device according to another embodiment of the present invention.
6 is a cross-sectional view for explaining the configuration of the height adjustment unit according to the present invention.

Hereinafter, a golf game device with a screen (hereinafter abbreviated as 'golf game device') according to preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view illustrating a golf game apparatus according to an embodiment of the present invention, and FIG. 2 is a block diagram illustrating an electrical connection relationship of the golf game apparatus according to the present invention.

1 and 2, the golf game device according to the present invention outputs an image and limits the movement range of a hit golf ball, a screen 100, an image file, and coordinate information for each hit detection region and hit detection region A storage unit 200 for storing star hole cup information, a projector 300 for outputting the image file through the screen 100, and a golf ball in contact with the screen 100 to generate golf ball movement information A golf ball sensing unit 400, a bottom portion 500 provided with a plurality of hole cups into which a golf ball whose movement is restricted by the screen 100 can be put in by a user's putting, and a hit sensing area in contact with the golf ball and a control unit 600 for selecting a hole cup into which the golf ball is to be inserted.

Hereinafter, each component will be described in more detail with reference to the drawings.

Referring to FIG. 1 , the golf game device according to the present invention includes a screen 100 .

The screen 100 provides a contact space in which the hit golf ball can be contacted, and provides a screen on which images in which a plurality of hit sensing regions are set are formed.

In addition, as shown in FIG. 1 on the screen 100, a plurality of hit sensing regions (C) are displayed, and the golf ball (G) hit by the player hits any one of the plurality of hit sensing regions (C). It is in contact with the sensing area (C).

Here, the hit sensing area (C) is a unique area dividing the screen 100, and may be formed in a simple structure such as a rectangle or a square, or may be formed in an elliptical structure such as a golf course.

In addition, the screen 100 provides a function of a barrier to movement of the golf ball hit by the tee-off shot or the approach shot so that the player can practice the tee-off shot or the approach shot.

In this case, the tee-off shot is the first shot a golfer hits using a driver, and the approach shot is a shot the golfer hits to approach or put the golf ball on the green using a wood or iron. In other words, when a player hits the golf ball (G) toward the screen 100, the golf ball (G) comes into contact with any one of the several hit sensing areas (C) displayed on the screen (100).

1 shows a case in which all 18 hit detection areas (golf course) stored in the storage unit 200 are displayed on the screen 100 . 6 or 9 of these hit detection areas C may be changed to be displayed on the screen 100 according to the player's selection.

For example, if the hit detection area C is set to be displayed on the screen 100 by nine, in the first round, the hitting detection areas C of No. 1 to 9 are displayed on the screen 100, and in the second round the A hit detection area (C) may be displayed on the screen (100).

As described above, in the present invention, all 18 hit sensing regions C stored in the storage 200 are displayed on the screen 100, or the number of hit sensing regions C selected by the gamer is regularly displayed on the screen 100. It can be configured to be displayed or displayed on the screen 100 at random. In addition, the game player may select one hit detection area (C) to be displayed on the screen (100).

1 and 2 , the golf game device according to the present invention includes a storage unit 200 .

The storage unit 200 stores an image file of an image in which a plurality of hit sensing regions are set, coordinate information for each hit sensing region of the image, and holecup information assigned to each hit sensing region of the image is stored, the control unit 600 The image file, coordinate information for each hit detection area, and hole cup information are provided to the control unit 600 according to the request of the user.

The coordinate information for each hit sensing region of the image means coordinate information of the hit sensing region output through the screen 100 so as to analyze which hit sensing region the golf ball in contact with the screen 100 matches.

The hole cup information allocated to each hitting sensing area means information on one or more hole cups allocated to each hitting sensing area. For example, in the hole cup information, the first hole cup 511 and the second hole cup 512 may be assigned to the first hit sensing region, and the second hole cup 512 and the third hole cup 513 may be assigned to the second hit sensing region. can be assigned, the third hole cup 513 and the fourth hole cup 514 can be assigned to the third hit sensing area, and the fourth hole cup 514 and the fifth hole cup 515 are assigned to the fourth hit sensing area can be assigned, and the sixth hole cup 516 and the first hole cup 511 can be assigned to the fifth hit sensing area, and the first hole cup 511 and the third hole cup 513 can be assigned to the sixth hit sensing area. can be assigned

And when a single hole cup is assigned to each hit sensing region, the storage unit 200 has a first hole cup 511 assigned to the first, 7, and 13 hit sensing regions, and the second hole cup 512 is set to the second, 8 , 14 is assigned to the hit sensing area, the third hole cup 513 is assigned to the third, 9, and 15 hit sensing area, the fourth hole cup 514 is assigned to the 4, 10, and 16 hit sensing area, The hole cup information in which the 5th hole cup 515 is allocated to the 5th, 11th, and 17th hitting detection areas, and the 6th hole cup 516 is allocated to the 6th, 12 and 18th hitting detection areas may be stored. For example, when the golf ball comes into contact with the third hit sensing area, the game player must hole the golf ball into the third hole cup 513 to obtain a game score.

When the hit sensing area represents a golf course, the storage unit 200 stores 18-hole golf courses, and each golf course is stored as two-dimensional and three-dimensional ground information. In other words, the storage unit 200 stores the ground information of the first to eighteenth golf courses.

The storage unit 200 may store information on the number of hole cups for each speed in which the number of hole cups to be allocated to the hitting sensing area for each speed section of the golf ball is set. At this time, the storage unit 200 stores hole cup information in which a plurality of hole cups are allocated for each hit sensing area of the image output to the screen 100 .

As an embodiment, the information on the number of hole cups for each speed may be stored as one number of hole cups in the first speed section, two hole cups in the second speed section, and three hole cups in the third speed section.

As another embodiment, in the information on the number of hole cups for each speed, one hole cup number in the low-speed section and two hole cups in the high-speed section may be stored.

As described above, according to the present invention, the number of hole cups from which a score can be obtained can be allocated differently when a golf ball is inserted according to the speed of the hit golf ball.

1 and 2 , the golf game device according to the present invention includes a projector 300 .

The projector 300 outputs an image file stored in the storage unit 200 through the screen 100 so that the image is displayed on the screen 100 , and is installed to be spaced apart from the screen 100 .

In addition, the projector 300 projects the image stored in the storage 200 or the image generated by the controller 600 toward the screen 100 under the control of the controller 600 .

3 is a schematic diagram for explaining the configuration of a golf ball sensing unit according to the present invention.

2 and 3 , the golf game device according to the present invention includes a golf ball sensing unit 400 .

The golf ball sensing unit 400 detects a golf ball in contact with the screen 100 to generate golf ball movement information including the speed of the golf ball and screen contact coordinates, and the golf ball movement information is controlled by the control unit 600 ) is sent to

The golf ball sensing unit 400 detects the speed of the golf ball moving toward the screen 100 after being hit by the player and the position of the golf ball in contact with the screen 100, if any sensing device can be used. It is free even if you use it.

As a specific aspect, the golf ball detection unit 400 according to the present invention may be configured with a plurality of detection sensors installed inside the screen 100 to detect the speed and contact position of the golf ball.

The golf ball sensing unit 400 calculates the contact coordinate value by holding and scanning the data of the detection sensor when the hit golf ball is in contact with the screen 100 , and then the golf ball is in contact with the screen 100 . Calculate the speed of the golf ball by grasping the viewpoint.

In this way, the golf ball sensing unit 400 moves the golf ball including the screen contact coordinates so that the control unit 600 can determine which hit sensing region the golf ball is in contact with among the plurality of hit sensing regions displayed on the screen 100 . The information is provided to the control unit 600 .

4 is a perspective view illustrating a golf game apparatus according to another embodiment of the present invention, and FIG. 5 is a plan view illustrating a golf game apparatus according to another embodiment of the present invention.

Referring to FIG. 1 , the golf game device according to the present invention includes a bottom part 500 .

The bottom part 500 provides a seating space in which a golf ball that falls after being in contact with the screen 100 can be seated, and is installed under the screen 100 .

In addition, the bottom part 500 is provided with a plurality of hole cups into which a golf ball can be put. The hole cup is preferably provided along the edge of the bottom part 500, but is not limited thereto. For example, the bottom part 500 may be provided with 4 to 16, preferably 6 hole cups.

As a specific aspect, the bottom part 500 according to the present invention has a first hole cup 511, a second hole cup 512, a third hole cup 513, a fourth hole cup 514, and a fifth hole cup 515 along the edges. ), a sixth hole cup 516 may be provided.

In addition, the bottom part 500 may be configured in a polygonal shape such as a quadrangle, or may be configured in a closed curved shape such as an oval shape. Also, the bottom part 500 may be configured in various sizes. For example, in order to play a holecup shot game that requires a relatively large space, the long side and the short side may be about 4.5 m and 3 m, respectively, and the long side and short side for the carom shot game. The short sides may be about 3.5 m and 2.5 m, respectively.

More specifically, the bottom part 500 includes a mat 510 that provides a space for a golf ball putted with a golf club to move, such as a field, and a golf ball that is installed along the edge of the mat 510 and moves the mat 510 . It may be configured to include an edge plate 520 that limits the movement range of the golf ball so as not to deviate.

The mat 510 may be made of Teflon resistant to friction, synthetic resin materials such as urethane, PVC, EVA, or materials such as lashaji and velvet used in a billiard table. And as the mat 510, a carpet-type thing may be used.

In addition, as the mat 510, a synthetic resin artificial turf flooring material may be used to provide an environment similar to a green of a golf course. It is preferable to use the artificial turf planted with protruding artificial turf of about 3 to 15 mm in consideration of the rolling properties of the golf ball. At this time, if the length of the grass is less than 3 mm, friction is reduced and rolling properties are increased, so a problem of non-ideally moving long distances occurs even with a smaller hit than the actual field. Conversely, if it exceeds 15 mm, the rolling property of the golf ball is remarkably lowered, causing a problem in that the golf ball must be struck by applying too much force.

In addition, the mat 510 may be made of a flexible and soft material whose shape can be naturally deformed from among the above-described materials. In this way, when the mat 510 is made of a soft material, a curved surface can be smoothly implemented on the mat 510 through a height adjustment unit 900 to be described later. In this case, since it is possible to provide an environment with a curved surface similar to the putting situation of real golf, if you enjoy the game using the golf game device of the present invention, it is possible to provide the effect of improving the accuracy of putting in the actual golf game. do.

On the other hand, various games can be played using the golf game device of the present invention, and various necessary marks can be displayed on the mat 510 at this time.

For example, the first hitting point 518 required for a hole cup shot game or a carum shot game or a hole cup shot alignment unit 530 necessary for a hole cup shot game can be displayed on the mat 510 to be used, and other games required or mark, etc.

Meanwhile, the aforementioned edge plate 520 is formed along the edge of the mat 510 to form a boundary of the golf game device, and prevents the golf ball from being separated.

The frame plate 520 may be made of wood, resin, metal, or the like, or a combination thereof. In addition, when the frame plate 520 is manufactured for outdoor use, a metal such as synthetic resin or stainless steel may be selected and used to prevent damage due to moisture.

Specifically, the edging plate 520 is connected to the mat 510 and extends in the horizontal direction from the vertical edging plate 520 and the vertical edging plate 520 formed in the vertical direction to prevent the golf ball from being separated. When the golf ball is dispatched, it may be configured to include a rim recoil plate for moving the golf ball by recoil.

The edge recoil plate is preferably formed at a position spaced apart from the mat 510 by about 2 cm so that it can contact the center of the golf ball in consideration of the size of the golf ball when playing a golf game. If a ball of a different size is used to use the golf game device of the present invention, the position of the rim recoil plate may be changed.

In addition, since the golf ball is not manufactured in consideration of side recoil, a separate repulsive force control layer may be provided on the surface of the rim recoil plate in order to increase or decrease the repulsive force when the golf ball collides with the rim recoil plate.

As the repulsive force control layer, a highly elastic synthetic rubber may be used to increase the repulsive force, or a shock-absorbing material such as a sponge may be used to reduce the repulsive force.

If necessary, on the upper surface of the frame plate 520, frame reference points 522, which can be reference points when various golf games are played, may be provided at regular intervals.

Referring to FIG. 2 , the golf game device according to the present invention may further include a hole cup opening/closing unit 700 .

The hole cup opening/closing part 700 is installed on the bottom part 500 and selectively closes the upper surface of the hole cup so that the golf ball is not injected into the hole cup under the control of the controller 600 . To this end, the hole cup opening/closing unit 700 may include a hole cup cover, a driving device, and a link device.

The hole cup cover is disposed on the top surface of the hole cup positioned on the same line as the top surface of the bottom part 500 to prevent the golf ball from being put into the hole cup, and is preferably formed to have the same external shape as the top surface of the hole cup. For example, when the top surface of the hole cup is formed in a circular shape, the hole cup cover is also formed in a circular shape having the same size as the top surface of the hole cup.

The hole cup cover is preferably formed to have the same area as the cross-sectional area of the top of the hole cup so as not to impede the movement of the golf ball when the hole cup is closed. Also, when the hole cup in charge is selected as the target hole cup into which the golf ball is to be inserted during the golf game, the hole cup cover is separated from the top surface of the hole cup and opens the hole cup. Close the hole cup by placing it as it is.

The driving device is connected to the control unit 600 to generate a driving force under the control of the control unit 600, and according to the control of the control unit 600, a driving force for moving the hole cup cover so that the hole cup cover can be separated from the top surface of the hole cup. Any driving device can be used as long as it can be created. For example, a driving motor may be used as the driving device.

The link device is installed between the driving device and the hole cup cover, and moves the hole cup cover in and out of the hole cup by a driving force provided from the driving device. When the primary driving force is transmitted from the driving device, the link device pulls the hole cup cover and moves the hole cup cover out of the top surface of the hole cup. Move the hole cup cover so that

Referring to FIG. 2 , the golf game device according to the present invention may further include an input unit 800 .

The input unit 800 is provided with a hole-in-one button, a buddy button, a view button, and a double view button for a user to input a score for each round. When selected, score information set for each button is generated and transmitted to the control unit 600 .

If necessary, the input unit 800 receives the hit detection area setting information for setting the number of hit detection areas to be output through the screen 100 for each round of the golf game, and transmits the hitting detection area setting information to the control unit 600 send to

In addition, the input unit 800 transmits the score information for each button to the controller 600 when score information for each button for selecting the score of the hole-in-one button, the buddy button, the view button, and the double view button is input.

In addition, the input unit 800 transmits the hole cup number information for each speed to the control unit 600 when information on the number of hole cups for each speed for setting the number of hole cups to be allocated to the hitting sensing area for each speed section of the golf ball is input. And when the speed section setting information for setting the speed section of the golf ball is input, the input unit 800 transmits the speed section setting information to the control unit 600 .

In addition, when a user command for selecting a golf course stored in the storage unit 200 is input by the game player, the input unit 800 transmits the user command to the control unit 600 . In addition, the input unit 800 may receive a command as to how many strokes the player made the golf ball into the hole.

6 is a cross-sectional view for explaining the configuration of the height adjustment unit according to the present invention.

2 and 6 , the golf game device according to the present invention may further include a height adjustment unit 900 .

The height adjustment part 900 includes a plurality of support rods 910 provided at regular intervals on the lower side of the bottom part 500 to partially elevate and lower the bottom part 500 to form a curved surface. It includes a support rod 910 , a block body 920 , a height adjusting means 950 , and a moving means 960 .

The support rod 910 is formed in a hemispherical shape, and a fastener 930 is formed at the lower end.

The block body 920 is provided at the bottom of the bottom part 500, and the guide tube 940 passes through the vertical direction and is aligned at regular intervals along the left and right directions.

The height adjusting means 950 is provided at the lower part of the block body 920 and adjusts the height of the support rod 910 while moving along the moving means 960 controlled by the controller 600 . The height adjusting means 950 may not be provided at the lower end of each support rod 910 , but may be provided in one or one row along one left or right direction of the block body 920 . In addition, the height adjusting means 950 is selectively fastened to the fastener 930 at the bottom of the support bar provided at the upper part of the section while reciprocating a certain section by the moving means 960, and the fastened support bar 910 is moved in any one direction. The height of the support rod 910 is adjusted by rotating to raise it or lowering the fastened support rod 910 by rotating it in the opposite direction in the opposite direction.

The moving means 960 is provided at the lower end of the height adjusting means 950 and is connected to the controller 600 to adjust the height of the support rod 910 while moving according to the control of the controller 600 . Any of the moving means 960 may be used as long as they can move the height adjusting means 950 to the lower end of the support rod 910 under the control of the controller 600, but preferably with a conveyor belt or rail. , a motor for driving the conveyor belt or rail, and a motor driving unit for rotating the motor. In this case, the control unit 600 outputs a motor driving signal to the motor driving unit according to the game player's request.

When the height adjustment of any one of the support rods 910 by the height adjustment means 950 of the lower block body 920 is completed, the height adjustment means 950 releases the fastening with the height-adjusted support rod 910, The height of the support bar 910 is adjusted by moving to the lower part of the other support bar 910 adjacent to the height-adjusted support bar 910 , and fastening the fastener 930 at the lower end of the other adjacent support bar 910 to adjust the height of the support bar 910 .

By repeating the process of fastening, adjusting the height, and releasing the fastening of each support bar 910 by the height adjusting means 950 as described above, the bottom part 500 attached to and supported by the support bars 910 is similar to a golf course. represents a curved surface.

Referring to FIG. 2 , the golf game device according to the present invention includes a control unit 600 .

The control unit 600 is connected to the storage unit 200 , the projector 300 , the golf ball sensing unit 400 , the hole cup opening/closing unit 700 , the input unit 800 , and the height adjustment unit 900 , and the projector 300 ) and the operation of the hole cup opening and closing unit 700 and the height adjusting unit 900 are controlled.

When the golf ball movement information is provided from the golf ball sensing unit 400, the control unit 600 detects a hit detection area matched with the screen contact coordinates from the coordinate information for each hit detection area of the storage unit 200, and the hit detection The hole cup information assigned to the area is extracted from the storage unit 200 , and the hole cup information is output to the screen 100 through the projector 300 .

When the hole cup information is extracted from the storage unit 200, the control unit 600 generates an open signal to open the target hole cup included in the hole cup information, and transmits the open signal to the hole cup opening/closing unit 700 installed in the opening target hole cup. send to To this end, the control unit 600 stores opening/closing unit information on the hole cup opening/closing unit 700 to which the identification number of the managed hall cup is assigned.

The control unit 600 generates a user's total score image by summing the score information provided from the input unit 800 for each round, and outputs the total score image to the screen 100 through the projector 300 .

When the golf ball movement information is provided from the golf ball sensing unit 400, the control unit 600 extracts the number of hole cups matched with the speed of the golf ball from the hole cup number information for each speed, and the extracted number of hole cups is assigned. The hole cup adjustment information is generated, and the hole cup adjustment information is output to the screen 100 through the projector 300 .

The control unit 600 controls the height adjusting unit 900 to form a curved surface corresponding to the golf ball movement information provided through the golf ball sensing unit 400 . That is, when the hit golf ball comes into contact with the third hit sensing region of the screen 100 , the control unit 600 reads the three-dimensional topography of the third hit sensing region stored in the storage unit 200 , and then the floor The unit 500 controls the height adjustment unit 900 to match the topography of the third hit sensing area.

If the player selects a golf course through the input unit 800 , the selected golf course is displayed on the screen 100 . For example, when the third golf course is selected, the third golf course is enlarged and displayed on the screen 100 , and the height adjustment unit 900 is controlled so that the bottom part 500 is a three-dimensional topography of the third golf course. formed to match the shape.

The golf game device of the present invention can play an 18-hole hole cup shot game and a 9 hole hole cup shot game in which a pocket ball game is applied using only a golf ball, a golf club, and the bottom part 500, and a 3-ball and 4-ball game is applied. You can play the RBI carum shot game and the cushion carum shot game.

The 18-hole hole cup shot game uses a total of 21 balls: 1 black ball, 1 red ball, 5 orange balls, 5 yellow balls, 4 green balls, and 5 blue balls. It is a game in which players take turns hitting and hitting.

The 9-hole hole cup shot game is a game in which two players alternate 9 times with 10 balls, 1 white ball, 1 red ball, 4 purple balls, and 4 indigo blue balls.

The RBI carum shot game is to enjoy a hitting RBI game like billiards with 1 blue ball, 2 yellow balls, and 1 red suit,

The cushion carum shot game, like billiards, is a game in which the person who hits 9 holes and 18 holes first wins by calculating RBI with 3 cushions to determine 9 holes and 18 holes.

In the case of such a carum shot game, since the golf ball is not put into the hole cup, the golf game is played with the hole cup closed through the hole cup opening and closing unit 700 .

Although described above with reference to preferred embodiments of the present invention, those skilled in the art can variously modify and change the present invention within the scope without departing from the spirit and scope of the present invention described in the claims below. You will understand that you can.

100: screen 200: storage
300: projector 400: golf ball detection unit
500: bottom 510: mat
511: first hole cup 512: second hole cup
513: 3rd hole cup 514: 4th hole cup
515: 5th hole cup 516: 6th hole cup
518: first hitting point 520: frame plate
522: border reference point 530: hole cup shot alignment part
600: control unit 700: hole cup opening and closing unit
800: input unit 900: height adjustment unit
910: support bar 920: block body
930: fastener 940: guide tube
950: height adjustment means 960: moving means

Claims (6)

A screen that provides a contact space that can be hit golf ball in contact;
an input unit for receiving information on the number of hole cups for each speed for setting the number of hole cups to be allocated to the hitting sensing area for each speed section of the golf ball;
An image file of an image in which a plurality of hit detection regions are set, coordinate information for each hit detection region of the image, and hole cup information in which a plurality of hole cups are allocated for each hit detection region of the image are stored, and information on the number of hole cups for each speed is stored. a storage unit to be stored;
a projector for outputting the image file stored in the storage unit through a screen so that the image is displayed on the screen;
a golf ball sensing unit that detects the golf ball in contact with the screen and generates golf ball movement information including the speed of the golf ball and screen contact coordinates;
a bottom part installed under the screen and provided with a plurality of hole cups into which a golf ball that has been dropped in contact with the screen can be put;
a hole cup opening/closing part installed on the bottom part and selectively closing an upper surface of the hole cup so that a golf ball is not inserted into the hole cup;
When the golf ball movement information is provided from the golf ball sensing unit, the hitting detection area matched with the screen contact coordinates is detected from the coordinate information for each hitting detection area, and hole cup information in which a plurality of hole cups are assigned to the hitting detection area is extracted, , extract the number of hole cups matched to the speed of the golf ball from the information on the number of hole cups for each speed, generate hole cup adjustment information to which the extracted number of hole cups are assigned, and open the target hole cups included in the hole cup adjustment information A golf game device comprising: a controller for generating an opening signal, transmitting the opening signal to a hole cup opening and closing unit installed in an opening target hole cup, and outputting the hole cup adjustment information to a screen through a projector. delete According to claim 1, wherein the hole cup opening and closing portion
a hole cup cover disposed on the upper surface of the hole cup positioned on the same line as the upper surface of the bottom portion to prevent the golf ball from being put into the hole cup;
a driving device connected to the control unit to generate driving force under the control of the control unit; and
and a link device installed between the driving device and the hole cup cover to move the hole cup cover into and out of the hole cup by a driving force provided from the driving device. delete According to claim 1,
The input unit is provided with a hole-in-one button, a buddy button, a view button, and a double view button for a user to input a score for each round, and generates and transmits score information set for each button to the control unit,
The control unit generates a total score image of the user by adding up the score information provided from the input unit for each round, and outputs the total score image to the screen through a projector. delete

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