KR20030016635A - A pontoon-type structure for an indoor golf exercise - Google Patents

Abstract

PURPOSE: A pontoon structure for an indoor golf practice ranger is provided to shorten a period of construction, to reduce construction expenses and to simplify maintenance works for facilities. CONSTITUTION: The pontoon structure for an indoor golf practice ranger comprises: a column pontoon(1) provided with a hanger(4) to couple a net(3) on both sides, a hook(5) for hanging up the hanger(4) and the net(3), and gas injection parts for charging with helium gas; a roof pontoon(2) located on the column pontoon(1) and provided with a gas injection part, a hanger(11) for a net(3) formed downward, and a connecting hook(13) for fixing the roof pontoon(2) on the ground by a rope(12); a net(3) connected between the pontoons(1,2); an anchor(14) installed on the ground correspondingly to the connecting hook(13) of the roof pontoon(2); and a gas supply system for charging up high-pressure gas to each pontoon(1,2).

Description

Pontoon structure for indoor golf practice field {A PONTOON-TYPE STRUCTURE FOR AN INDOOR GOLF EXERCISE}

The present invention relates to a structure of a golf practice field, and more particularly, to a pontoon structure for indoor golf practice field easy to construct by filling a high-pressure gas into the column and wall-shaped pontoon.

In general, indoor golf practice grounds are installed in a narrow area of the city for sufficient practice before going to the green outdoors, and mainly install steel pillars so that the golf ball hit by golfers does not go beyond the limited area. It has been used to attach to the mesh.

However, the indoor golf practice site constructed of steel pillars and meshes has a problem in that construction costs are high in water.

The present invention is to provide a structure for the indoor golf practice field is simple and low construction cost by filling the high-pressure gas in the light pontoon material and connecting the pontoon with a mesh.

1 is a schematic perspective view illustrating a configuration of the present invention.

Figure 2 is a partial cutaway reference diagram showing the connection of the main components of the present invention.

Figure 3 is a block diagram of the pontoon structure gas supply system of the present invention.

Explanation of symbols for main parts of the drawings

1: pillar pontoon 2: roof pontoon

3: network 4: hook part

5: hook 6, 7: gas injection part

8,9 Valve 10: High Pressure Hose

11: hook portion 12: rope

13: link 14: anchor

21: storage tank 22: pressure pump

23 to 25: Pressure gauge 26: Auxiliary pressure pump

27: reserve gas tank

GS: Gas Supply System G1 ~ G3: Gas Supply Line

V1 ~ V8: Valve

The present invention is to form a pontoon filled with high-pressure gas to the pillar and wall-shaped support member, and has a connecting means for connecting the network to the side of the support member, connecting the network to the connecting means, between the support member It is achieved by connecting a high pressure hose and a blocking member to supply a gas, and a gas supply system for supplying a high pressure gas to the support member.

Hereinafter, with reference to the accompanying drawings will be described the configuration of the indoor golf practice structure of the present invention.

As shown in Figures 1 to 3, the structure of the present invention comprises a pillar pontoon 1, a mesh 3 coupled between the roof pontoon 2 and the pontoon, and a gas (helium) in each pontoon. Gas) to supply gas (GS).

Pillar pontoon (1) of the present invention is made of a generally cylindrical, the hook portion 4 is added as a connecting means for connecting the net body 3 on both sides, the hook portion 4 and the net body 3 The hooks 5 are hooked, and gas injection parts 6 and 7 for filling gas (helium gas) are formed. The gas injection parts 6 and 7 include valves 8 and 9 which can control gas flow paths, and the gas injection parts 7 of the column pontoons 1 are connected to the high pressure hose 10.

The roof pontoon 2 is located above the pillar pontoons 1 arranged at predetermined intervals, and has an injection hole 6 through which gas is injected, and the hook portion 11 of the mesh 3 is formed on the lower surface thereof. In addition, to prevent the roof pontoon (2) and the pillar pontoon (1) from shaking due to the wind to the roof pontoon (2) to the roof pontoon (2) to secure the roof to the ground with a rope (12) Install additional.

Anchors 14 are also installed on the ground corresponding to the connection rings 13 of the roof pontoons 2 and fix these anchors 14 with ropes. At this time, the rope 12 is preferably used a rubber rope having a slight elasticity.

As shown in FIG. 3, the gas supply system for supplying the high pressure gas is preferably buried underground, and the gas (helium gas) storage tank 21 and the pressure for supplying the gas of the storage tank at high pressure. Pump 22, gas supply lines G1 and G2 for supplying gas to the pontoons, and pressure gauges 23, 24 and 25 for measuring the pressure of the gas supply lines G1 and G2. ). In addition, it is preferable to additionally install an auxiliary pressure pump 26 and a reserve gas tank 27 capable of recovering or filling gas for an emergency due to repair of a golf course or other natural disasters.

The indoor golf training structure of the present invention connects the gas injection portions 6 and 7 of the pillar pontoons 1 and the roof pontoons 2 with a high pressure hose 10, and the hook portion 4 of the pillar pontoons 1. ) And the mesh body 3 is coupled to the hook portion 11 of the roof pontoon 2 using the hook 5. After that, when the gas supply line of the gas supply system GS is connected to the gas inlet of the pontoon and the pressure pump is operated, the gas is transferred to the pontoons 1 and 2 from the gas storage tank of the gas supply system, respectively. The pontoons 1 and 2 are expanded by high pressure helium gas to have a structure of an indoor golf practice range. Thereafter, the installation work is completed through a simple process of fixing the ground rope 12 between the connecting ring 13 and the anchor 14 of the roof pontoon 2.

The supply line of the gas supply system and each pontoon are preferably connected in parallel.

Here, the gas filling and recovery process of the gas supply system GS is as follows.

The present invention can be appropriately selected according to the specifications of the golf course to be constructed a plurality of roof pontoons (2) and a plurality of pillar pontoons (1).

When the roof pontoon (2) and the pillar pontoon (1) is selected, the roof pontoon (2) and the pillar pontoon (1) that is located at the temporary position is assembled to each other, the assembly assembly at this time is a coupler that maintains airtightness ( It is preferable to use a coupler).

Gas supply system (GS) in a state in which the high pressure hose (10) is connected to the gas inlet (6) of the column pontoon (1) after assembling the roof pontoon (2) and the pillar pontoon (1) using a coupler. At the same time as the pressure pump 22 is operated, gas is filled into the respective pontoons 1 and 2. At this time, the gas pressure inside the pontoon (1, 2) is preferably to be automatically adjusted as a sensor (not shown) in consideration of the specifications or weather conditions of the pontoon (1, 2).

The gas inflow from the gas storage tank 21 by the pressure pump 22 is carried out between the valve V1 between the gas storage tank 21 and the pressure pump 22, between the pressure gauge 22 and the pressure pump 22. The valves V2 and the pressure gauge 25 and the valves V3 and V4 between the filling pontoons 1 and 2 are sequentially opened, and each valve V1 to V5 is opened and closed. And through the pressure gauge 25 is to be automatically controlled.

On the other hand, when the gas pressure of the set value is formed inside the pontoons (1, 2) through the above process, the pontoons (1, 2) are levitation (see Fig. 1) to form a simple golf course skeleton of a predetermined standard, the roof pontoons ( Installation work is completed by a simple process of fixing the rope 12 caught on the connecting ring 13 of 2) to the anchor 14 fixed to the ground.

On the other hand, when the internal pressure of the pillar pontoon (1) and the roof pontoon (2) forming the skeleton is excessive or the pressure is reduced due to the passage of a long time, the gas recovery through the auxiliary pressure pump 26 and the preliminary gas tank 27 Work and filling work is carried out. If the gas pressure is excessive, the valves V6 and V7 controlled by the sensor are opened to perform the gas recovery action to the preliminary gas tank 27 through the gas supply line G3, and the gas pressure may be lowered. In this case, as the auxiliary pressure pump 26 is operated, gas pressure is filled from the preliminary gas tank 27 into the pontoons 1 and 2.

The recovery and filling of such gases is also preferably performed automatically through the pressure gauge 25 and the sensor.

In addition, the gas pressure of the gas storage tank 21 and the preliminary gas tank 27 is adjusted to be appropriately set by the respective pressure gauges 23 and 24, but the pressure of the preliminary gas tank 27 is set to be somewhat low so that the pontoon 1 2, it is preferable to perform the gas recovery action from the natural, the gas filling amount from the preliminary gas tank 27 to the pontoon (1, 2) side is repeatedly performed, When the temperature falls below the set value, the valves V1, V8, and V7 are opened to allow the gas filling operation from the gas storage tank 21 to be executed.

In addition, during the repair of the golf training structure, only the gas supply line connected to the repaired pontoon is connected to the auxiliary pressure pump 26 to recover helium gas from the repaired pontoon and store it in the reserve gas tank to reuse the recovered helium gas. can do.

The golf training structure of the present invention having such a configuration uses an pontoon of light material and expands the pontoon using gas to serve as a normal structure, thereby shortening the construction, lowering construction cost, and simplifying maintenance of facilities. Has

Claims (3)

It is made of a generally cylindrical, hook portion (4) is added as a connecting means for connecting the net body (3) on both sides, and to hang the hook portion (4) and the net body (3) with a hook (5), A pillar pontoon (1) having gas injection portions (6, 7) for filling gas (helium gas), Located on the upper side of the pillar pontoon (1), having a gas injection portion (6) into which gas is injected, the hook portion (11) of the net body (3) is formed on the lower surface, the roof pontoon (2) on the ground rope ( Roof pontoon (2) having a connecting ring (13) that can be fixed to 12, A mesh 3 connected between each pontoon 1 and 2, An anchor 14 installed on the ground corresponding to the connecting ring 13 of the roof pontoon 2, Gas supply system (GS) for filling high pressure gas into each pontoon (1, 2) Indoor golf practice pontoons structure, characterized in that consisting of. The gas supply system GS according to claim 1, wherein the gas supply system GS supplies gas to the gas storage tank 21, a pressure pump 22 for supplying the gas of the storage tank at high pressure, and pontoons 1 and 2. The gas supply line (G1, G2) and the pontoon structure for an indoor golf practice site comprising a pressure gauge (23, 24, 25) capable of measuring the pressure of the gas supply line (G1, G2). The indoor golf practice field according to claim 1 or 2, further comprising an auxiliary pressure pump (26) and a reserve gas tank (27) capable of recovering or filling gas for repair or emergency of a golf course. Pontoon structure.