KR20100090013A - Indoor golf practice range - Google Patents

Abstract

PURPOSE: A compact indoor golf driving range is provided to obtain convenience by improving a structure of the golf driving range and controlling the height of cylinders according to a set structure, and to enhance safety, and to enable a user to practice golf in rain by installing a greenhouse on the upper part of the golf driving range. CONSTITUTION: A compact indoor golf driving range includes a fairway(10a) which is divided into each space using a vertical safety net. The fairway has a slop which gets higher to green from a tee box. In each fairway, a user performs a tee shot to a wide space. The green(14) having a hold cup(15) are included on the end of the wide space. Barriers including a bunker are installed between the tee box and the green. An inclined path(19) is formed on the end of each fairway. A main passage(30) connecting a first fairway and a last fairway is formed on the rear of the indoor golf driving range. An exit(17) is formed on one side of the rear of the green and an entrance(16) is formed on the side of the tee box.

Description

Indoor golf practice range

The present invention relates to a compression type indoor golf course, and more particularly, to give each fairway of the compression type golf course to have a sense of reality, such as a real golf course and at the same time install a greenhouse for hydroponic cultivation on the upper golf course to block sunlight The present invention relates to a compressed indoor golf course that enables to play even in rainy weather and to supply water to the grass planted in the fairway using water used in the greenhouse.

1 shows a compression type indoor golf course of Patent No. 10-0852154.

The conventional compression-type indoor golf course shown in the drawing is divided into a plurality of uniform rectangular areas by uniformly arranging the entire area of a square at regular intervals, and inclined in the same direction connecting both short sides of each partitioned area. Draw diagonal lines to divide the area into two symmetrical trapezoidal sections, and form a wall with a vertical safety net 12 at the boundary of each partitioned area as described above, and the fairways 10a, 10i of the independent spaces are respectively formed. Each fairway 10a, 10i is formed to have a tee shot from a narrow side toward a wider side, and a green 14 having a hole cup 15 is formed at a wide end of the space. Obstacles such as various bunkers are installed between the tee box and the greens 14, and at the end of each fairway 10a, 10i, a moving path that can move to an adjacent space is formed to play the next fairway. To be continued continuously, the rear end of the game site has a structure in which the main passage 30 for connecting the last fairway (10i) and the first fairway (10a) is formed.

Conventional compression type indoor golf course having the above structure is divided into a small area in a zigzag form golf course is configured to play while walking like a real golf course can enjoy a golf game according to the actual golf course with a small area.

In addition, the conventional compressed indoor golf course can be installed in the same space as the roof of a large building, so that it can be installed without harming the nature like the conventional golf course, it can be built quickly and cheaply in the city, Even people who use it can conveniently use it at a low price.

In addition, the compressed indoor golf course, because the transparent roof and the lighting device is installed on the upper golf course, you can enjoy the golf game day and night regardless of the season or weather.

However, although the conventional compression type indoor golf course has the advantage of enjoying golf in all weather in a narrow area, there is a limit as an indoor golf course. These limitations may make it easier for users to avoid the use of compressed indoor golf courses, which has a handicap that can have a lot of adverse effects on sales.

In particular, the artificial facility called a compressed indoor golf course reduces the space for plant growth as much as its area, which results in a disadvantage that results in countering the efforts of the times to reduce carbon dioxide.

Therefore, the present invention is to overcome the limitations of the indoor golf course as described above, the object is to provide a more realistic and feel like a real golf course through the structural improvement and at the same time to add more convenience to the users more fun and convenient By allowing them to enjoy the game more quickly, they have a new concept of golf course that does not need to be compared with the actual golf course.

In addition, the present invention by using the space of the compressed indoor golf course in three dimensions to compensate for the vegetation space that can be destroyed by the artificial structure to achieve an environmentally friendly green facility to reduce the carbon dioxide which is the cause of global warming There is this.

The present invention for achieving the above object,

Line the entire area of the rectangle at regular intervals to divide a plurality of rectangular rectangular areas, and draw inclined diagonal lines in the same direction connecting both short sides of each divided area to form a symmetrical trapezoidal area. Partition is divided into two, as described above to form a wall with a safety net perpendicular to the boundary of each partitioned area to form an independent space fairway, each of the fairway to take a tee shot from the narrow side toward the wide side, At the end of the space on the wide side, a green with a hole cup is formed, and obstacles such as various bunkers are installed between the tee box and the green, and at the end of each fairway, a moving path for moving to an adjacent space is formed, and the next fairway is formed. To continue the game in Esau, and the last fairway and the first To form a passage connecting away,

Each fairway has a slope that gradually rises toward the green at the tee box, and at one end of the green has an inlet to move to the next fairway and has an inclined movement path connected to the tee box of the next fairway. The inlet is formed on the tee box side of the fairway corresponding to the inclined movement path.

In addition, another object of the present invention, the green of each of the fairway is equipped with a sensor for recognizing the presence or absence of the person, the entrance of each of the fairway is equipped with an automatic lock device, the player entering the corresponding fairway exits through the exit This is accomplished by automatically opening the entrance of the fairway when it is confirmed that no humans are detected by opening to exit.

Still another object of the present invention is to divide the bottom of each fairway into several bodies so that the height is adjusted by the appearance of the set cylinder by mounting a plurality of cylinders in the lower portion of each body to change the ground state of the fairway Is achieved.

Still another object of the present invention is achieved by constructing a greenhouse on the upper portion of the compressed indoor golf course, and installing an elevator to facilitate access to the greenhouse.

In addition, another object of the present invention is to cultivate a variety of plants through hydroponic cultivation in the greenhouse, by planting natural grass in each fairway to supply the water used in the plant cultivation to the grass planted in each fairway Is achieved.

Each fairway constituting the compression type indoor golf course has a structure inclined upward toward the green at the plate, and each fairway is separated into a plurality of bodies, and a plurality of cylinders are installed at the bottom of each body to adjust the height according to the set structure. By allowing you to adjust, you can feel the feeling of a new golf course due to change.

In addition, the entrance door entering the tee box of each fairway is opened only when a person exits through the green exit door and it is recognized as a sensor. By preventing the effect is to increase the safety more.

In addition, as described above, since each fairway is variable as necessary, it is possible to feel like a new golf course that does not always get tired from the players, and it is not the same as an actual golf course, but there is an advantage that it is more fun and convenient to enjoy the game.

In addition, since the greenhouse is configured to grow a variety of vegetables on the upper portion of the compressed indoor golf course of the present invention, there is an effect that the user receives a service that is supplied with pollution-free vegetables with golf.

In addition, the present invention, since the greenhouse is located at the top of the golf course can cover the sunlight can lower the temperature of the golf course in the hot summer, and also has the effect of enjoying golf even in the rain.

In addition, the present invention, since the vegetation space lost by the area due to the facility of the compressed indoor golf course, which is an artificial structure, is compensated through the greenhouse configured at the upper part of the compressed indoor golf course, thereby achieving an eco-friendly green facility that can reduce carbon dioxide. It has the advantage of being.

Figure 2 is a perspective view showing a structure of a compression type indoor golf course according to the present invention, Figure 3 is an enlarged cross-sectional view "A" part of Figure 2, Figure 4 is a bottom side of the compression type indoor golf course according to the present invention 5 is a perspective view of a golf driving range and a greenhouse installed on an upper portion of a compressed indoor golf course according to the present invention, and FIG. 6 is a schematic view of a door control circuit of a compressed indoor golf course according to the present invention, and FIG. This is a state diagram for supplying water to the lawn or ornamental water planted in the compression indoor golf course.

Since the present invention is an improvement of the accompanying Figure 1 in the prior art, the same parts in the description of the specific details of the present invention are given the same reference numerals.

The structure of the present invention, the compression type indoor golf course (1) is divided into a plurality of rectangular rectangular areas by drawing a line at a plurality of uniform intervals at regular intervals the entire area of the square as shown in the drawings Draw inclined diagonal lines in the same direction connecting both short sides of each area to divide the area into two symmetrical trapezoidal areas, and form a wall with a safety net 12 perpendicular to the boundary of each partitioned area as described above. The fairways 10a, 10i are formed in separate spaces, and each of the fairways 10a, 10i is tee shot from the narrow side toward the wide side, and the hole cup 15 at the wide end of the space. A green 14 having a) is configured, and obstacles such as various bunkers are installed between the tee shot space and the green 14 space, and the ends of the fairways 10a, 10i and 10i are movable to adjacent spaces. Formed between the passageway 19 to continue the game in the next fairway, the rear end of the game site is configured to form a main passage 30 for connecting the last fairway (10i) and the first fairway (10a) Has,

In particular, each of the fairways to form a slope that gradually rises toward the green 14 in the tee box, and at the rear side of the green 14 forms an exit 17 for moving to the next fairway and at the same time the tee of the next fairway The inclined movement path 19 is connected to the box, and the inlet 16 is formed at the tee box side of the fairway corresponding to the inclined movement path 19. In this case, the inclined movement path 19 may be configured as a staircase.

In addition, for safety, the green 14 of each fairway sensor (S) for recognizing the presence or absence of a person, and each of the doors (16) and (17), the first and second sensors (S1, S2), the entrance 16 is configured with a lock device (L) for blocking the entry and exit of the competitor, and a control unit (M) for opening and closing the door in response to the signals of the sensors.

When the player opens the entrance 16 of the fairway 10a, 10i, 10i, and closes the entrance 16, the player is detected by the first sensor S1 and the controller M recognizes that the player has entered the event. The device (L) is operated to prevent people from entering the fairway from outside. Of course, the door 16 can be opened inside.

When the competitor enters the fairway 10a, 10i, and finishes the game and opens to exit through the exit 17, it is detected by the second sensor S2 and the controller M operates the sensor S. Try to sense the presence of people in the fairway. In this state, if the exit 17 is recognized by the second sensor S2 and a person is not detected in the fairway by the sensor S, the entrance 16 of the fairway is automatically opened to allow the next competitor from the outside. Allow entry.

This process ensures that subsequent players have a safeguard in anticipation of accidents that may occur as the leading players enter the plate and play before leaving the green (14).

On the other hand, by dividing the bottom of each of the fairway (10a, 10, 10i) into a plurality of the body 20 to install a plurality of cylinders 22 in the lower portion of each body 20 and the operation of the cylinder 22 in accordance with the set pattern By adjusting the height so as to change the ground state of the fairway (10a, 10, 10i). The cylinder 22 can be driven by hydraulic pressure, which can be made by the operation of a separate controller. This is because the people who play the game every time playing golf in the same environment feels tired, so that the height of the bottom of each fairway (10a, ~, 10i) is variable to improve.

Such a change is to design various patterns of environment and to allow the users to use it to make a new feeling that cannot be felt in outdoor golf courses.

In addition, FIG. 2. As shown in FIG. 5, the greenhouse 40 is configured on the upper portion of the compressed indoor golf course, and an elevator 42 is installed to facilitate entry and exit into the greenhouse 40. The greenhouse 40 to cultivate plants such as tomatoes or vegetables through hydroponic cultivation, and the cultivated plants are mainly sold and serviced to users using a golf course.

Visitors using the compact indoor golf course (1) will be provided with a service to purchase green vegetables while playing golf.

In addition, since the greenhouse 40 is located at the upper portion of the golf course can cover the sunlight can lower the temperature of the golf course in the hot summer, and also has the effect of enjoying golf even in the rain.

Hydroponicly growing plants in the greenhouse (40) basically requires a facility that can supply water. The water supply facility should basically be equipped with a water tank, and the pump facility or water delivery pipes filling the water tank should be piped. By using the hydroponic cultivation facility as shown in FIG. 7, the plants can be cultivated and water can also be supplied to natural grass or ornamental water planted on the fairways 10a, 10i of the compressed indoor golf course 1. In order to supply water to the natural grass natural grass by installing a sprinkler 60 in each of the fairway (10a, ~, 10i) to supply water (water can be used in the cultivation of greenhouse plants) Compressed indoor golf course (1) made of green eco-friendly facilities that can enjoy golf.

In addition, since the vegetation space of plants that perform a function of reducing carbon dioxide and generating oxygen increases the area of the greenhouse 40 installed in the upper part along with the floor area of the compressed indoor golf course 1, the indoor space is rather compressed. It is possible to obtain more carbon dioxide reduction effect than without the golf course (1).

5 is a golf driving range 50 is installed on the upper portion of the compression type indoor golf course 1 according to the present invention, the greenhouse 40 is installed on the upper golf driving range 50.

As described above, although the golf driving range 50 may be installed between the compressed indoor golf course 1 and the greenhouse 40, the golf driving range 50 may be rounded at the upper compression golf course 1. You can also practice golf.

1 is a plan view showing the structure of a compression type indoor golf course according to the prior art.

Figure 2 is a perspective view showing the structure of a compression type indoor golf course according to the present invention.

3 is an enlarged cross-sectional view of a portion “A” of FIG. 2.

Figure 4 is a bottom side cross-sectional view of the compression-type indoor golf course according to the present invention.

Figure 5 is a perspective view of the golf practice and the greenhouse is installed on top of the compression type indoor golf course according to the present invention

Figure 6 is a schematic view of the door control circuit of the compressed indoor golf course according to the present invention.

Figure 7 is a state diagram for supplying water to the grass or ornamental water planted in the compression type indoor golf course according to the present invention.

*** Explanation of symbols for the main parts of the drawing ***

1-compressed indoor golf course 10a,-, 10i-fairway

14-Green 15-Hole Cup

16-Entrance 17-Exit

19-Sloped Walkway 20-Body

22-Cylinder 24-Hydraulic Drive

30-Main Passage 40-Greenhouse

32-Elevator 50-Golf Driving Range

M-control part S-sensor

S1, S2-First and Second Sensor L-Automatic Locking Device

Claims (6)

Line the entire area of the rectangle at regular intervals to divide a plurality of rectangular rectangular areas, and draw inclined diagonal lines in the same direction connecting both short sides of each divided area to form a symmetrical trapezoidal area. The partitions are divided into two sections, and walls are formed by a safety net 12 perpendicular to the boundary of each area partitioned as described above to form fairways 10a, 10i and 10i of independent spaces, respectively. 10i is a tee shot from the narrow side toward the wide side, and the green 14 having the hole cup 15 is formed at the end of the space on the wide side, and between the tee box and the green 14 space, Obstacles such as bunkers are installed, and at the ends of each of the fairways 10a, 10i, a moving path 19 capable of moving to an adjacent space is formed so as to continue the competition in the next fairway, At the rear part of the game hall, a main passage 30 connecting the last fairway 10i and the first fairway 10a is formed. Each of the fairways 10a, 10i forms a slope that gradually rises toward the green 14 at the tee box, and forms an exit 17 moving to the next fairway at one end of the green 14. And at the same time having the inclined movement path 19 connected to the tee box of the next fairway, the inlet 16 is formed in the tee box side of the fairways (10a, 10, 10i) corresponding to the inclined movement path 19 A compression type indoor golf course. According to claim 1, wherein the green (14) of each fairway sensor (S) for recognizing the presence or absence of a person, each door 16, 17, the first and second sensors (S1) for detecting whether the door is opened or closed. , S2, and the entrance 16 is configured with a locker (L) for blocking the entry and exit of the competitor, and a control unit (M) for opening and closing the door by receiving the signals of the sensors When the player opens the entrance 16 of the fairways 10a, 10i, 10i, and closes the entrance 16, the player is detected by the first sensor and the controller M recognizes that the player has entered the lock device (L). ) So that it does not open from the outside, When the competitor enters the fairway 10a, 10i, and finishes the game and opens to exit through the exit 17, it is detected by the second sensor S2 and the controller M operates the sensor S. Sensing the presence or absence of a person in the fairway, and when the exit 17 is recognized by the second sensor (S2) and the person is not detected in the fairway, the entrance 16 of the fairway is automatically opened. Compression type indoor golf course. The method of claim 1, wherein the bottom of each of the fairway (10a, 10i, 10i) is divided into a plurality of bodies 20, a plurality of cylinders 22 are installed in the lower portion of each body 20 and pressed into the cylinder 22 Compression-type indoor golf course characterized in that the height is adjusted by the appearance operation of the cylinder 22 is provided with a hydraulic drive unit for applying a change to the ground state of the fairway. According to any one of claims 1 to 3, wherein the greenhouse 40 is configured on the upper portion of the compression-type indoor golf course 1, the elevator 42 is installed to facilitate entry into the greenhouse 40 Compression type indoor golf course, characterized in that. The method of claim 4, wherein in the greenhouse 40 to grow various plants through hydroponic cultivation, Simultaneously planting grass or ornamental water in each of the fairways 10a, 10i Sprinkler (60) is installed in each fairway Compressed indoor golf course characterized in that to supply the water used in the plant cultivation to the grass or ornamental water planted in each of the fairways (10a,-, 10i). The compression type indoor golf course according to claim 5, wherein a golf driving range (50) is provided between the compression type indoor golf course (1) and the greenhouse (40).

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