KR19990046039A - Interior of room - mini golf - Google Patents

Abstract

The present invention relates to golf, and more particularly, to a very simple structure, indoor mini-golf that allows anyone to enjoy indoors, regardless of gender, bar,

Sita part (A) hitting the ball, obstacles (B) formed with various obstacles, hole (C) formed with holes 6, and theta (A), obstacles (B), hole (C) Are respectively coupled to the artificial turf 2 on the base plate (1) to form a wall surface (3) on both sides, the base plate (1) is coupled to the pedestal (4) with different heights on the lower side, A), the obstacle part (B), the hole part (C) can be separately manufactured and manufactured separately so that they can be separated from each other and assembled as an assembly means, so that each course can be configured in various patterns according to the combination thereof. ) And the hole portion C, the ball is transferred from the hole portion C of the entire course to the theta portion A side and from the hole 6 of the all course hole portion C to the theta portion A of the next course. The transfer pipe (9) for transferring the ball is arranged to connect them for each course, and the dropping hole (5) is formed on the obstacle (B) and the hole (C), and the ball dropped from the dropping hole (5) on the bottom Recovery The net (7) and the return pipe (8) are provided for the purpose, and the hole part (C) and the transfer pipe (9) side have a one step jump path that can jump one course and go straight to the next. have.

Description

Indoor Mini Golf {INTERIOR OF ROOM-MINI GOLF}

The present invention relates to golf, and more particularly, to an indoor mini golf that can be enjoyed by anyone regardless of age or sex as a very simple structure.

In general, golf is recognized as a sport that enjoys playing in a certain class, and in recent years, it is widely used as a general public sport.

In response to this trend, a large number of exercisers have been developed for simple golf practice (mainly swing or butt practice, etc.) indoors.

There is an exercise machine that puts coins and selects automatic and manual buttons. Whenever the ball enters the hole cup, the angle of the green slope is automatically changed according to the built-in program. It is designed to operate at random designation of inclined surface.

In the case of such a practice exerciser, only one person practiced on a single machine, the game could not be played and it was done in one place without the user's movement. But you can not do it without knowing that you can not practice.

And, the beating exerciser that is widely used for home use is installed by using the free space of the home as a simple, short butting distance, and computer cyber golf is to be enjoyed as an entertainment by the virtual golf hole based on the software program. They are also composed of a simple course, which is used according to a program in which the angle of the green slope is embedded (automatically and manually configured), thereby eliminating the concept of a hole (course) in a golfer and repeating the form as golf. It was difficult to pursue fun and amusement.

The present invention is conceived in this reality to allow anyone of all ages, ages, ages, etc. to enjoy the game centering on the butting and swing of the core of the golf game in order to expand the base of the golf culture. ,

While satisfying the game and entertainment at the same time, butting practice of golf is made by adjusting the strength of the butting due to the configuration of obstacles and slopes in each course (hole), so that the skill is naturally improved and the user can improve mental concentration. To create excellent effects, to prevent various mental diseases and to relieve stress, and to provide a variety of courses to help users (especially youth) improve their creativity and brain development, as well as contribute to the development of a healthy mind and sound entertainment culture. It is.

1, 1a is a cross-sectional view showing an embodiment of the present invention

FIG. 2 is a plan view of FIG. 1

3 is a perspective view of FIG.

4 to 20 are block diagrams and cross-sectional views showing various embodiments of the present invention.

21 is a layout view of one embodiment of the present invention

22,22a is a block diagram of a swing exerciser of the present invention

☞ Explanation of symbols used in the main part of the drawing ☜

A; theta part B; the disability part

C; hall part

1; base plate 2; artificial turf

3; wall 4; base

5; dropout 6; HALL

7; net 8; collection pipe

9; transfer pipe 10; turn at bat

11; Assembly 12; Protrusion Obstacle

13; cushion material 14; round tube

15; guide tube 16; optional tube

17; cleft 18; dropping tube

19; next course building 20;

21; sponge 22; artificial turf

23; Spill prevention jaw 24; Obstacle net

25; arch type obstacle 26; entrance

27; outlet 28; rotary pin

29; gate 30; rotary pin

31; artificial wood 32; maze

33; diameter 34; opening and shutting obstacle

35; rolling obstacle 36; sliding obstacle

37; obstacle obstacle 38; fixation pin

39; mesh 40; mesh barrier

41; Snail tube 42; Inlet

43; next course 44; optional

45; golf ball feeder 46; swing area

47; shock absorber 48; net

49; collection tube 50; net

1, 1a is a cross-sectional view showing an embodiment of the present invention, Figure 2 is a plan view of Figure 1, Figure 3 is a perspective view of Figure 1,

The present invention is largely composed of the cita part A, the impaired part B, the hole part C. The patterns of the cita part A, the impaired part B, and the hole part C (obstacles, topography, course shape, etc.) are different from the first hole of golf. It is configured as the 18th hole, which is a very simple structure, mainly installed indoors, so that anyone can enjoy golf easily regardless of gender and age, the following is a detailed description of the configuration of the present invention.

The cita part A, the obstacle part B, and the hole part C constitute artificial courses 2 on the base plate 1, respectively, and form walls 3 so that the golf ball does not go out of the course on both sides of the base plate 1.

The base plate 1 of the obstacle part B and the hole part C is respectively provided with a dropout 5 at an arbitrary position so that the golf ball (hereafter referred to as ball) from Sitabu A is dropped out of the dropout 5 in the process of going to the hole 6. Also, in the hole portion C, the dropouts 5 are formed in any number.

In addition, the bottom of each base plate 1 constituting the seat part A, the obstacle part B, and the hole part C is combined with a pedestal 4 at various heights to form a course in various ways such as up and down slopes and bends as shown in the illustrated example. It can be fixed and installed.

On the other hand, at the bottom of the obstacle part B and the hole part C, a net 7 is installed to recover the dropped ball from the dropout port 5, and on one side of the net 7, a recovery pipe 8 for recovering the dropped ball is combined. 8 is arranged as shown in FIG. 21, so that the dropped ball can be recovered at one place.

The transfer part 9 is provided with a transfer pipe 9 through which the hole holed in hole 6 is transferred in all courses, and the transfer tube 9 can transfer the hole holed into hole 6 in hole C of all courses to the sita A of the next course. Are interconnected (see Figure 21).

Of course, in order to move the ball holed in the hole part C of the entire course to the sita A of the next course, the hole part C of the whole course is configured higher than the sita A of the next course.

In addition, the batter 10 of each course is provided with a plate at bat 10 so that the player can climb and swing and hit.

In the above, the height adjusting means 4a is formed on the support 4 of the transfer pipe 9 and the base plate 1 so as to adjust the vertical height. The height adjusting means 4a can be generally and variously implemented.

In addition, the base plate 1 of each of the shita part A, the obstacle part B, the hole part C can be easily separated and assembled with each other, the joint assembly piece 11, and the like, and is easily assembled and assembled as shown in FIG. 1A. This is preferred.

In the above-described hole part C, a high level of difficulty (course) jumping hole (for example, a golden hole) and the like are separately formed in the hole part C (holes 2 are formed in the hole 6). You can skip the next course and go directly to the course afterwards. Alternatively, you can move the ball through the transfer pipe 9 separately and move the hole-in ball to the next course. Alternatively, it is possible to provide a fun and interesting game for players with the dropout 5 by configuring the player to enter the traversal engine randomly within the transport tube 9 and move directly to the next course after skipping one course. It can be done so.

Hereinafter, the present invention will be described in detail with reference to the respective courses.

[1 course]

1 and 2, the obstacle portion B is formed to be inclined toward the hole portion C from the cita portion A, and a dropping hole 5 is formed at an arbitrary position of the obstacle portion B and the hole portion C.

The location and the number of installation of the dropout 5 can be carried out in various ways, in particular, the dropout 5 of the hole portion C is formed on both sides of the hole 6 to provide a certain degree of difficulty.

[2 courses]

As shown in Fig. 4, the ball hitted at Sita part A is formed by protruding obstacles 12 having various shapes with urethane and rubber material on the upper surface of the base plate 1 formed obliquely from Sita part A to the hole C as shown in FIG. And through the dropping opening 5, it is to be hole-in to the hole 6 of the hole portion C. (The cross-sectional structure is the same as in FIG. 1)

[3 courses]

As shown in Fig. 5, 5a, the obstacle B is formed to be bent in an approximate form, or the like, and the cushioning member 13 protruding inward is coupled to the curved side walls 3, and the protruding obstacle 12 is formed on the base plate 1 as described above. The hole 6 of the hole part C is formed to be inclined to the bottom so that when the ball hit in the ball hits the obstacle part B of the bending course, the ball hits both sides of the cushioning material 13 and passes through and is holed into the hole 6. .

[4 courses]

As shown in Figs. 6 and 6A, the obstruction part B is formed of a cylindrical tube body (acrylic material, etc.) 14 which is inclined upwardly to the hole part C side to be hole-in into the hole 6 of the hole part C. It is formed.

In the above, the hole portion C may be performed in a flat manner or in an inclined form as shown in the case of the first course.

Of course, a trap and the like are formed in the cylindrical tube 14 as various dropping ports 5.

[5 courses]

7, 7a, the obstacle portion B is formed relatively steeply upward to the hole portion C side, the guide tube 15 is coupled to the hole 6 of the hole portion C, and the selection tube 16 is formed next to the guide tube 15 to form a central divider plate 17 of the selection tube 16. The ball is selected and moved to the dropping tube 18 and the next course tube 19 according to the direction of the ball.

In the above case, the dropping pipe 18 may be configured as a path that moves to the next course, and the next course pipe 19 may be implemented by deforming and configuring a path beyond one step (course).

[6 courses]

As shown in FIG. 8, the obstacle part B is formed in a substantially square shape, and the cita part A and the hole part C are formed at both corners thereof. The cushioning material 13 is coupled to the inside of each wall of the obstacle part B, and the protrusion obstacle 12 is formed at the center thereof. It is formed so that the ball passing through the obstacle part B and the hole passed through the hole 6 in accordance with the repulsion direction and angle of the ball against the cushion member 13 of the wall surface. (See Fig. 5 for cross section)

[7 courses]

As shown in FIG. 9, the recess 20 is formed on the base plate 1 of the obstacle B. Then, the sponge 21 is embedded therein, and then the artificial turf 22 is combined again so that the recess 20 acts like a bunker of the actual green. (Cross section configuration is the same as in FIG. 1).

[8 courses]

As shown in Figs. 10 and 10a, the obstacles B are irregularly curved in a straight line in a vertical zigzag pattern. It is formed in the shape of irregularities of the mold.

[9 courses]

As shown in Figure 11, 11a the obstacle B is irregularly curved in a zigzag streamline shape up and down It is formed in the shape of irregularities of the mold.

[10 courses]

12 and 12a, the obstacle portion B is formed to be inclined upwardly toward the hole portion C side, and the obstacle portion is formed with a dropout port 5 having a relatively large size, and a fall prevention jaw 23 is formed on the upper portion.

In addition, a barrier net 24 is formed between the obstacle part B and the hole part C so that only the ball passing through the obstacle net 24 is holed in to the hole 6 of the hole part C, and the ball that hits the obstacle net 24 falls out of the dropout port 5 and is eliminated. .

[11 courses]

As shown in Fig. 13 and 13a, the fault portion B is It is formed in a shape, and forms an arcuate obstacle 25 at the top, and the inlet 26 and the outlet 27 of the arcuate obstacle 25 are formed at various angles and directions.

Then, on the obstacle part B on the hole part C side, a plurality of rotating pins 28, which are coupled to the base plate 1 and rotated in an irregular arrangement, form a plurality of rotating pins 28, and the ball passes through the hole part C while the direction is changed irregularly by the rotating pins 28 to be hole-in. It is.

[12 courses]

As shown in Figs. 14 and 14A, the gate 29 is formed at the center of the obstacle B by the hitting of a motor or a ball, so that the direction of the ball passing through is irregular, and the rotation of the shape X is performed on the obstacle B of the hole C side. Pin 30 is formed.

[13 courses]

As shown in Fig. 15 and 15a, the artificial tree part 31 is formed at the central point of the obstacle part B so that the direction of the ball passing through it is irregular and the maze 32 is formed on the obstacle part B of the hole part C. It is to proceed to hole C.

The labyrinth 32 has a wall or pin shape.

[14 courses]

16 and 16a, the obstacle B, the hole C, and the cita part A are formed in a circular shape, and the obstacle B is formed on the short cut path 33 through the dropout port 5, and the circular obstacle 5 is formed on either side upward. Allow difficulty of course.

[15 courses]

As shown in Figs. 17 and 17a, the obstacle portion B is formed relatively steeply upward to the hole portion C side, and the opening portion 34 is divided into a + type by an external impact by a hinge or the like to form an opening and closing obstacle 34 that is opened and closed and the lower portion of the opening and closing obstacle 34 is lower. Rotating obstacles 35 are formed by rotating the ball or the weight of the hitting ball, etc., and opening and closing obstacles 34 and the sliding obstacles 36 in the shape of the ball passing through the rotating obstacles 35 are formed.

[16 courses]

As shown in Figure 18, 18a to form an arcuate obstacle obstacle 37 in the obstacle portion B, the barrier obstacle 37 is to be hit by the hole portion C, the hole 6 of the hole portion C is formed to be inclined downward.

[17 courses]

19, 19a to form a network obstacle 40 on the obstacle portion B, which is arranged a plurality of pins 38 on the base plate 1 and the mesh 39 on the upper end of the network obstacle 40 (aka barbed wire through) to form The hole portion C is formed in a substantially cochlea 41 shape or the like.

[18 courses]

As shown in Fig. 20 and 20a, one inlet 42 through which the ball enters from the obstacle B is formed on the hole C, and the inlet 42 is formed by the next course pipe 43 and the selection pipe 44 to be dropped.

The obstacles constituting the course of the present invention configured as described above have various shapes on the obstacle part B and the hole part C, starting from the seat part A with water or sand, as in the case of the actual bunker or hazard, despite the exception mentioned above. It can be formed in a number of ways or by installing obstacles using electrical and electronic devices (electrical, electronic functional items), etc. in a variety of patterns, the course of each course also changes in a different order unlike the above examples It is natural that it can be given.

On the other hand, Figure 22, 22a shows a swing practice mechanism is installed with the present invention, one side of the golf ball feeder 45 and the swing area 46 to form a ball to be hit, the other side of the ball hit the ball The shock absorber 47 is installed, the bottom is formed with a recovery pipe 49 for collecting the ball, the outer side of the shock absorber 47 is formed a mesh 50.

As described above, the present invention is arranged in 18 holes (courses) as in the case of a general golf game, and the number of strokes as the number of balls dropped while passing through each course with a limited number of balls or a game with the smallest number of strokes. As the game progress can be configured in various ways according to the taste and number of gamers, such as the method of increasing the penalty, the present invention is not limited to the progress of the game.

As described above, the present invention can enjoy golf and entertainment at the same time without discrimination between men and women by playing entertainment and games at the same time, and can make a swing and swing in a small area of the room to expand the base of golf culture. As a supplementary device, such as dropouts and obstacles, it contributes to improving mental concentration through the game, and helps to relieve mental illness and stress, as well as using obstacles and course types provided by each course. It is expected to contribute to the improvement of creativity and brain development for children, and in particular, it can contribute to the popularization of a healthy spirit and the development of a healthy entertainment culture.

In addition to the above, the present invention can reduce the investment cost of a large number of indoor golf courses and can be prefabricated to reduce costs due to the reorganization of the course and the development of a new course. Various benefits such as family, lovers, and gender can be played so that the user's needs can be satisfied.

Claims (11)

In constructing indoor mini golf, Sita part A which strikes the ball, obstacle part B formed with various obstacles, and hole part C formed with hole 6, The cita part A, the obstacle part B, and the hole part C each combine artificial turf 2 on the base plate 1, form a wall surface 3 on both sides, and the base plate 1 is a pedestal 4 having different heights and lower sides, The cita part A, the obstacle part B, the hole part C can be separately manufactured and separately separated and assembled as an assembly means so that each course can be configured in various patterns according to the combination thereof. Between the seat A and the hole C, a transfer pipe 9 for transferring the ball from the hole part C of all courses to the seat A part and transferring the ball from the hole 6 of the all course hole C to the starter part A of the next course is arranged. Connect them to each course, A dropout port 5 is formed on the obstacle part B and the hole part C, and a net 7 and a recovery pipe 8 for recovering the ball dropped from the dropout port 5 are provided at the bottom. The indoor mini-golf is equipped with a one-step jump path that can be moved directly to the next course after the course of the hole part C and the transfer pipe 9 side. The method of claim 1, The obstacle portion B is an indoor mini golf, characterized in that the protrusion obstacle 12 protruding to the upper surface and the recessed portion 20 is formed in the bottom surface to form a bunker. The method of claim 1, The obstacle portion B is made of a curved shape and the interior mini-golf, characterized in that the cushion member 13 protrudes into the wall surface 3 inside. The method of claim 1, A circular pipe 14 is coupled to the obstacle B, and a hole holed into the hole 6 is selected through the guide tube 15 to the dropping tube 18, the next course tube 19, and the step skipping path. Indoor mini golf, characterized in that the selection tube 16 is formed. The method of claim 1, The obstacle portion B is formed at the top of the center, and the obstacle net 24 is installed therein, the ball passing through the obstacle net 24 is to be hole-in to the hole 6 of the hole portion C, characterized in that the miniature golf. The method of claim 1, The obstacle portion B forms an arcuate obstacle 25 in which the inlet 26 and the outlet 27 are varied in different directions, and the hole C side has a plurality of irregular shapes of the rotating pins 28 of various shapes that rotate by the blow of the ball to switch the ball in an arbitrary direction. Indoor mini-golf, characterized in that arranged. The method of claim 1, Indoor mini golf, characterized in that on the obstacle portion B by installing a gate 29 that rotates due to the power and the ball hitting the ball to pass through the gate 29 is changed irregularly, the rotation pin 30 of the square is installed . The method of claim 1, On the obstacle portion B, an opening and closing obstacle 34 is formed to angularly move toward the seat part A and the hole C side. On the hole C side, the ball is rotated by the weight of the ball falling from the hole 6 or by the power of the motor. Indoor mini-golf, characterized in that the installation of the sliding obstacles to guide the 36. The method of claim 1, The obstacle portion B is formed of a drop inlet 5 is randomly arranged in a circular inclined to any one side between the Sita portion A and the hole portion C is connected to each other, at least one or more shortcuts 33 to cross the hole portion C is formed at any point Indoor mini golf features. The method of claim 1, On the obstacle part B, the artificial tree part 31 and the labyrinth 32 having an arbitrary shape are provided, so that the direction of the ball to be forwarded is unpredictable. The method of claim 1, Indoor mini-golf, characterized in that the obstacle portion B can be diversified course by arranging obstacles of various patterns by electrical and electronic devices.