KR102620743B1 - Prefabricated multifunctional fence system - Google Patents

Abstract

The present invention relates to a prefabricated multi-functional fence system, and in detail, not only divides the stadium area by installing a multi-functional fence, but also illuminates the stadium by installing a single prefabricated multi-functional fence system equipped with lighting, a windbreak, and a snow gate. Technology for a prefabricated multi-functional fence system that allows games to be played at night, allows games to be played unaffected by the wind through a windbreak, and opens the snow gate to easily remove snow accumulated in the stadium due to winter snowfall. am.
The present invention includes a plurality of base parts 10 formed above the ground and installed to be spaced apart from each other at regular intervals, and installed on each of the plurality of base parts 10, extending upwards of the base parts 10. A plurality of pillars 20 formed, a plurality of nets 30 coupled between the plurality of pillars 20, a snow gate module 50 formed in the lower part of the plurality of nets 30, and the plurality of nets 30. It is characterized in that it includes a windbreak module 60 formed by being coupled to the support 20.

Description

Prefabricated multifunctional fence system

The present invention relates to a prefabricated multi-functional fence system. In detail, the present invention relates to a prefabricated multi-functional fence system that not only divides the stadium area by installing a multi-functional fence, but also provides lighting in the stadium by installing a single prefabricated multi-functional fence system equipped with lighting, a windbreak, and a snow gate. A prefabricated multi-functional fence system was developed that allows games to be played at night and is not affected by the wind thanks to windbreaks, and allows the snow gates to be opened to easily remove snow accumulated in the stadium due to winter snowfall. It is a technology related to

In general, wire mesh fences that allow observation of the inside from the inside and the outside are usually installed as fences for residential areas, parking lots, or sports facilities.

These wire mesh fences are also often used to demarcate the playing field of sports facilities where ball games are played, such as soccer fields, baseball fields, and tennis courts.

In this way, when a wire mesh fence is installed in a sports facility for ball sports such as a soccer field, baseball field, or tennis court, it has the effect of preventing soccer balls or baseballs from falling outside the field and damaging pedestrians passing by, vehicles parked nearby, or nearby facilities. Therefore, it is being applied and installed in relatively many stadiums.

However, in the case of sports games played using light balls, such as tennis, there was a problem in that wind could affect the progress of the game.

To solve this problem, windbreaks were installed on wire mesh fences. However, in the case of existing windbreaks, windbreaks had to be installed or dismantled manually by tying strings one by one, so not only was it difficult to install the windbreaks, but strong winds made it impossible to play. If this blows, the windbreak must be dismantled to prevent damage to the facility due to the windbreak already installed. However, due to the nature of the existing windbreak, which must be installed and dismantled manually, a lot of time and manpower are invested in dismantling the windbreak. There is a problem.

In addition, when it snowed in winter, the snow accumulated inside the stadium could only be completely discharged to the outside through the stadium entrance, which made snow removal less easy.

In addition, there was also the problem of excessive construction costs for stadium construction as lighting devices had to be installed separately to ensure smooth play at night.

Therefore, it is a prefabricated multi-functional fence system that can reduce the overall cost and installation area for the construction of sports facilities by installing lighting devices and windbreak devices in one piece, is easy to manage, and can increase the ease of snow removal even when it snows in winter. Development is needed.

Patent Document 1: Republic of Korea Patent No. 10-1097288 (announced on December 21, 2011)

The present invention was created to solve the above problems, and the purpose of the present invention is to install a prefabricated multi-functional fence system equipped with a lighting module, a snow gate module, and a windbreak module to illuminate the stadium and provide protection even at night. We aim to provide a prefabricated multi-functional fence system that allows games to be played, that is not affected by the wind by a windbreak, and that allows the snow gate to be opened to easily remove snow accumulated in the stadium due to winter snowfall.

The prefabricated multi-functional fence system of the present invention includes a plurality of bases 10 formed on the upper side of the ground and installed to be spaced apart from each other at regular intervals, and installed on each of the plurality of bases 10, the base parts 10 A plurality of pillars 20 extending upward, a plurality of nets 30 coupled between the plurality of pillars 20, and a snow gate module 50 formed on the lower part of the plurality of nets 30. , characterized in that it includes a windbreak module 60 formed by being coupled to the plurality of supports 20.

In addition, the windbreak module 60 is characterized in that it is provided by being coupled in the longitudinal direction to a strut 20 provided at one end of the plurality of struts 20.

In addition, the windbreak module 60 includes a casing 61, a drum 63 provided inside the casing 61, a windbreak 65 whose one end is coupled to the drum 63 and is formed to be wound, It is characterized in that it includes a rotating part coupled to an end of one side of the drum 63 to rotate the drum 63 forward or backward.

In addition, the windbreak film 65 is characterized in that a plurality of coupling holes 651 are formed to be spaced apart from each other at regular intervals.

In addition, the rotating portion 67 includes a rotating gear 671 coupled to one end of the drum 63, and a driving gear 673 coupled to engage the gear teeth of the rotating gear 671,

A rotating engaging protrusion 675 is formed on one side of the central portion of the driving gear 673.

In addition, the raising and lowering of the windshield 65 is performed by rotating the drive gear 673 by engaging the rotary engagement protrusion 675 with a wrench socket coupled to the rotating body of a wrench or drill. When the rotating gear 671 provided to engage is rotated, the drum 63 connected to the rotating gear 671 is rotated and wound on or unwound from the drum 63.

In addition, each of the plurality of supports 20 is provided with a plurality of coupling holes 21, and each of the plurality of coupling holes 651 is coupled to the plurality of coupling holes 21 to form the windbreak membrane 65. It is characterized by being fixed so as not to flutter around.

In addition, a lighting module 40 is further coupled to the upper portion of the plurality of supports 20.

In addition, the lighting module 40 is characterized in that it includes a lighting support 41 coupled to the upper part of the support 20, and a lighting 43 coupled to the upper side of the lighting support 41.

In addition, the snow gate module 50 includes a plurality of support bars 51 that are below the plurality of nets 30 and are horizontally coupled between a pair of supports 20, and the plurality of support bars 51 ) It includes a gate 52 rotatably coupled by a hinge and a fixing member provided on the support bar 51 or the gate 52 to fix the gate 52 in an open state,

The snow gate module 50 is characterized in that when snow removal work is required, the gate 52 is rotated upward and the gate 52 is fixed in an open state by the fixing member.

In addition, the fixing member is a coupling chain provided at the lower front part of the gate 52 with a fixing pin formed at one end, and a fixing bracket provided at the front part of the support bar 51 to which the fixing pin is coupled. Including,

A fixing pin formed at one end of the coupling chain is coupled to the fixing bracket to prevent the gate 52 from rotating downward, thereby fixing the gate 52 in an open state.

The prefabricated multi-functional fence system of the present invention with the above configuration allows games to be played at night by installing a single prefabricated multi-functional fence system equipped with a lighting module, a snow gate module, and a windbreak module to illuminate the stadium, The windbreak makes it possible to play games unaffected by the wind, and by opening the snow gate, the snow accumulated in the stadium due to winter snowfall can be easily removed.

Figure 1 is a perspective view showing the overall appearance of a prefabricated multi-functional fence system according to an embodiment of the present invention.
Figure 2 is a perspective view showing the windbreak being lowered and fixed in the prefabricated multi-functional fence system of Figure 1.
Figure 3 is a perspective view showing another embodiment of a prefabricated multi-functional fence system according to an embodiment of the present invention.
Figure 4 is a perspective view showing the windbreak membrane being driven and fixed on one side in the prefabricated multi-functional fence system of Figure 3.
Figure 5 is an enlarged perspective view showing the snow gate opened in the prefabricated multi-functional fence system of Figure 1.
Figure 6 is a perspective view showing a windbreak module.
Figure 7 is an enlarged perspective view showing the rotating portion of the windbreak module.

Since the present invention can make various changes and have various embodiments, specific embodiments will be illustrated in the drawings and described in detail. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention.

When a component is said to be "connected" or "connected" to another component, it is understood that it may be directly connected to or connected to the other component, but that other components may exist in between. It should be.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by a person of ordinary skill in the technical field to which the present invention pertains.

Terms defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and unless clearly defined in the present application, should not be interpreted in an ideal or excessively formal sense. No.

Hereinafter, the technical idea of the present invention will be described in more detail using the attached drawings. The attached drawings are merely examples to illustrate the technical idea of the present invention in more detail, so the technical idea of the present invention is not limited to the form of the attached drawings.

Hereinafter, a prefabricated multi-functional fence system according to an example of the present invention will be described in detail with reference to FIGS. 1 to 7.

Figure 1 is a perspective view showing the overall appearance of a prefabricated multi-functional fence system according to an embodiment of the present invention.

The prefabricated multi-functional fence system (1) according to an embodiment of the present invention can be used in a configuration such as a fence that demarcates areas of residential areas, parking lots, and sports facilities.

In particular, the prefabricated multi-functional fence system (1) of the present invention is mainly applied to sports facilities that conduct ball games using balls to prevent the ball from leaving the playing field area during the game, preventing pedestrians passing by, vehicles parked nearby, or the surrounding area. Damage to facilities can be prevented,

At night, lighting (43) is provided to enable night games, and in games that are greatly influenced by the wind, such as tennis games, the windbreak (65) is used to minimize wind blowing into the stadium divided by a multi-functional fence. can,

When snowfall occurs in winter and snow accumulation in the stadium is carried out, the snow gate (52) is opened to discharge the snow through the lower side of the fence, and snow removal work is carried out outside the stadium so that the stadium can be played normally. It has the effect of being able to be maintained quickly and easily.

This prefabricated multi-functional fence system includes a foundation 10, a support 20, a net 30, a snow gate module 50, and a windbreak module 60.

Hereinafter, a prefabricated multi-functional fence system according to an embodiment of the present invention will be described in detail with reference to Figures 1 to 7.

Referring to Figure 1, a prefabricated multi-functional fence system (1) according to an embodiment of the present invention can be installed on the upper side of the ground to demarcate areas such as residential areas, parking lots, or sports facilities by a fence.

First, in order to build the prefabricated multi-functional fence system 1, the foundation 10 can be installed.

The foundation 10 may be formed by being buried inside the ground. The foundation 10 can use a pre-fabricated foundation 10 by pouring concrete into a pre-prepared form and curing it, and if necessary, excavating the ground on site, installing the form, and then pouring concrete and curing it. You can also manufacture it directly on site.

A plurality of such base units 10 may be installed. In other words, the number of installation bases 10 can be determined to correspond to the required installation number of supports 20 required according to the installation scale of the fence, which will be described later.

Additionally, the plurality of base parts 10 may be installed to be spaced apart from each other at regular intervals.

The separation distance between the plurality of bases 10 is such that the plurality of supports 20 installed on the upper side, the net 30 installed between the plurality of supports 20, and other components installed can be firmly supported. It is desirable to install them at a certain distance apart.

A plurality of supports 20 may be respectively installed on the plurality of bases 10 .

A plurality of struts 20 are installed on each of the plurality of bases 10, and the struts 20 may be buried inside the base 10 to form an integrated structure.

That is, when the foundation 10 is manufactured, concrete is poured on the inside of the form, the lower part of the support 20 is placed in the central part of the poured concrete, and then cured to form the foundation 10 and the support 20. can be formed to be integrated.

In the end, the production of the foundation 10 and the integration of the foundation 10 and the support 20 are performed together at the site, or the foundation is manufactured by being integrated by the above-described method in a factory that manufactures the foundation 10. (10) and support (20) can be transported to the site and installed.

The plurality of supports 20 are manufactured in the shape of pillars using steel, and their lengths can be determined to suit the characteristics of the sports facility to which they are intended to be applied.

For example, in the case of large-scale sports facilities such as baseball stadiums and soccer stadiums, the height of the supports 20 is preferably 5 m to 10 m, and in the case of general sports facilities, it is preferable that the height of the supports 20 is 3 m or less. .

In addition, the strut 20 may be formed in a shape in which the upper end of the strut 20 is bent inward so that the lighting strut 41 of the lighting module 40, which will be described later, can be easily coupled.

A plurality of coupling clips 23 may be coupled to the side surfaces of the plurality of supports 20 along the longitudinal direction.

The plurality of coupling clips 23 may allow the net 30, which will be described later, to be coupled to the plurality of supports 20.

The plurality of coupling clips 23 may be provided on only one side of the support 20 or on both sides.

That is, in the case of the strut 20 located at both ends of the entire fence, a plurality of coupling clips 23 may be provided only in the portion corresponding to the inner side, and in the case of the strut 20 located in the middle portion, the strut 20 may be provided in the longitudinal direction on both sides. As a result, a plurality of coupling clips 23 can be provided.

Accordingly, the net 30, which will be described later, can be coupled and fixed to the plurality of supports 20 by the plurality of coupling clips 23.

Additionally, each of the plurality of supports 20 may be provided with a plurality of couplers 21.

Each of the plurality of couplers 21 is coupled with a plurality of coupling holes 651 formed in the windbreak film 65, which will be described later, so that the windbreak film 65 can be fixed.

A plurality of nets 30 may be coupled and provided between the plurality of supports 20 . The plurality of nets 30 can be made of any material, such as grid-shaped mesh netting, wire mesh, or PE netting, as long as it can divide areas such as parking lots or sports facilities or prevent balls from leaving sports facilities.

The net 30 is formed at a height corresponding to the height of the struts 20 and is configured to perform the function of a fence together with the struts 20.

In other words, the net 30 is configured to prevent the entry of outsiders in residential areas, prevent outside vehicles from entering in parking lots, and prevent balls used inside the stadium from passing to the outside in the case of sports facilities.

Both ends of this net 30 may be coupled to the coupling clip 23 provided on the above-described support 20.

Accordingly, by combining the plurality of nets 30 with the plurality of posts 20, the net 30 and the plurality of posts 20 can form the overall appearance of the fence.

The snow gate module 50 may be formed to enable opening and closing at the lower part of the plurality of nets 30.

That is, the snow gate module 50 is installed to increase the ease of snow removal work during winter snowfall, and allows the lower part of the prefabricated multi-functional fence system 1 to be opened to remove the accumulated snow inside the stadium through the snow gate 52. By discharging it to the outside, snow removal work can be done quickly and easily.

This snow gate module 50 includes a support bar 51, a gate 52, and a fixing member.

The support bar 51 may be coupled to the lower part of the plurality of nets 30.

The support bar 51 may be coupled in the horizontal direction at the lower part of the net 30. That is, it is horizontally coupled between a pair of supports 20.

A plurality of support bars 51 may be provided. That is, since the support bars 51 are coupled to the lower part of the net 30 described above, the number of support bars 51 may correspond to the number of nets 30.

A gate 52 may be coupled to the lower part of the support bar 51. The gate 52 is coupled to the support bar 51 by a hinge or hinge.

Accordingly, the hinge or the gate 52 rotatably coupled by the hinge can be rotated at the lower part of the support bar 51 to open and close the lower part of the prefabricated multi-functional fence system 1. That is, the gate 52 is opened by rotating in a predetermined direction with the hinge or hinge as the axis of rotation, thereby removing the snow accumulated inside the area divided by the prefabricated multi-functional fence system (1) due to snowfall in winter into an open prefabricated multi-functional fence system ( 1) Snow removal can be carried out quickly and easily to the lower part.

The gate 52 may be formed in the form of a general opening/closing door and may be formed with a plurality of grids in consideration of ventilation and aesthetics.

A plurality of fixing members may be provided at the lower end of the gate 52.

The fixing member can fix the gate 52 in an open state when the gate 52 is opened.

That is, when snow removal work is required, the gate 52 can be rotated upward and the gate 52 cannot be rotated downward when the fixing member is engaged, so that it can be fixed in an open state.

Therefore, the gate 52 is fixed in an open state by the fixing member, so that snow removal work can be easily performed.

This fixing member may be composed of a coupling chain provided in front of the lower side of the gate 52 and a fixing bracket provided in front of the support bar 51 to which a fixing pin formed at one end of the coupling chain is coupled.

Therefore, the fixing member opens the gate 52 by rotating it upward, and then couples the fixing pin formed on one end of the coupling chain to the fixing bracket provided on the support bar 51, so that the gate 52 is rotated upward. That is, it is configured so that the gate 52 can be fixed in an open state.

These fixing members may be installed as a plurality of support bars and gates.

Additionally, a windbreak module 60 may be provided at the rear of the plurality of pillars 20.

The windbreak module 60 is coupled to the rear to a plurality of supports 20, and when a game is played using a lightweight ball like a tennis court, the windbreak module 60 is affected by the wind and becomes a variable factor in performance. By lowering and fixing, the wind's influence on the progress of the game can be minimized.

This windbreak module 60 is a starting point of the prefabricated multi-functional fence system 1 and can be formed at the rear portion.

This windbreak module 60 may be comprised of a casing 61, a drum 63, a windbreak 65, and a coupling hole 651.

The casing 61 may be provided coupled to the rear one point of the plurality of struts 20.

A drum 63 may be provided inside the casing 61. The drum 63 is rotatably coupled within the casing 61 so that the windbreak film 65, which will be described later, can be wound around the outer circumferential surface of the drum 63 or unwound from the outer circumferential surface of the drum 63.

As described above, a windbreak membrane 65 may be coupled to the outer peripheral surface of the drum 63. One end of the windbreak film 65 is coupled to the outer peripheral surface of the drum 63 and can be wound or unwound from the drum 63 according to the forward and reverse rotation of the drum 63.

Therefore, as the windbreak 65 is wound or unwound around the drum 63, the windbreak 65 rises and falls, thereby lowering the windbreak 65 as necessary to prevent wind from flowing into the stadium.

This windbreak film 65 may be provided to pass through a gap formed between the nets 30 and be lowered toward the front of the nets 30. That is, even if the windbreak 65 is not installed over the entire net 30, the wind blowing inside the stadium can be sufficiently blocked, so the windbreak module 60 is installed to cover a portion of the net 30. It can be driven.

Additionally, a rotating portion 67 may be formed at one end of the drum 63. The rotating portion 67 may include a rotating gear 671 coupled to one end of the drum 63 and a driving gear 673 coupled to engage the gear teeth of the rotating gear 671.

The rotation gear 671 may be coupled to one end of the drum 63 as described above. The rotating gear 671 is coupled to the driving gear 673, which will be described later, so that the gear teeth engage, and is rotated by a wrench or drill that rotates the driving gear 673, thereby rotating the drum 63 forward or backward to form a windbreak ( 65) can be wound or unwound around the drum 63 to cause the windbreak membrane 65 to rise and fall.

A driving gear 673 may be engaged and coupled to the rotation gear 671. That is, the gear teeth of the driving gear 673 may be engaged and coupled to the gear teeth of the rotating gear 671.

The driving gear 673 is powered by a wrench or drill, which will be described later, and rotates the engaged rotation gear 671, thereby rotating the drum 63 to raise and lower the windshield 65. there is.

A rotational engagement protrusion 675 may be formed on one side of the central portion of the drive gear 673.

The rotational coupling protrusion 675 may be formed to protrude in a shape corresponding to the shape of the wrench and the wrench socket so that the wrench socket coupled to the rotating body of the wrench or drill that provides power to the driving gear 673 can be coupled. .

Therefore, the wrench socket coupled to the rotating body of the wrench or drill is coupled to the rotary coupling protrusion 675, and the windshield 65 can be raised and lowered by rotating the drive gear 673 by the wrench or drill. will be.

Hereinafter, the raising and lowering driving of the windbreak membrane 65 will be described.

When the manager managing the prefabricated multi-function fence system rotates the drive gear 673 forward using a wrench or drill, the rotation gear 671 combined with the drive gear 673 rotates forward together. . At this time, the drum 63 coupled to one side of the rotating gear 671 rotates forward, thereby releasing the windbreak film 65, and the released windbreak film 65 descends by its own weight, causing the support 20 and the net 30 ) A windbreak 65 can be installed from the top to the bottom.

In addition, the upward drive of the windbreak 65 is, contrary to the above-mentioned, when the manager who manages the prefabricated multi-functional fence system reversely rotates the drive gear 673 using a wrench or drill, the rotation gear coupled to the drive gear 673 ( 671) rotates in reverse together. At this time, the drum 63 coupled to one side of the rotating gear 671 rotates in reverse, so that the drum 63 winds the windbreak film 65, causing the windbreak film 65 to rise, causing the windbreak film 65 to rise. ) can be recovered into the drum 63.

A plurality of coupling holes 651 may be formed in this windbreak film 65.

A plurality of coupling holes 651 may be formed in the windbreak membrane 65, and each coupling hole 651 may be formed to be spaced apart from each other at a certain interval. At this time, the mutual spacing may be formed to correspond to the spacing of the coupler 21 described above.

Additionally, the number of the plurality of coupling holes 651 may be formed to correspond to the number of the coupling holes 21 described above.

That is, the plurality of coupling holes 651 are fixed to the coupler 21 provided on the support 20 when the windbreak 65 is lowered so that the windbreak 65 is not blown around by the wind. It can be done.

3 and 4 show another embodiment of the windbreak module 60.

Referring to the drawing, the windbreak module 60 may be provided by being coupled to a pillar 20 provided at one end of a plurality of pillars 20 in the longitudinal direction (vertical direction).

In other words, the casing 61 of the windbreak module 60 can be installed on the front of the pillar 20 installed at one end of the plurality of pillars 20 of the prefabricated multifunctional fence system 1.

At this time, the drum 63 provided inside the casing 61 is also installed in the longitudinal direction, and the drum 63 is rotated by a rotating part provided at one end of the drum 63, so that the windbreak membrane 65 is formed on the drum ( 63) It is possible to control whether it is wound or unwound.

In this embodiment, a plurality of couplers 21 may be provided along the longitudinal direction on the support 20 provided at the other end opposite to the support 20 on which the windbreak module 60 is installed.

Additionally, in this embodiment, a plurality of coupling holes 651 may be provided along the longitudinal direction of one end of the windbreak membrane 65 to correspond to the coupling holes 21 described above.

Hereinafter, installation of the windbreak membrane 65 in this embodiment will be described.

Installation of the windbreak film 65 is performed when the manager who manages the prefabricated multi-functional fence system rotates the driving gear 673 forward using a wrench or drill, causing the drum 63 to rotate forward, thereby removing the windbreak film (65) wound on the drum 63. 65) is released, and the manager pulls the released windbreak membrane 65 in the direction of the support 20 on which the coupler 21 is installed, and then connects the plurality of coupling holes 651 formed in the windbreak film 65 with a plurality of couplers. The windbreak membrane 65 can be installed by coupling and fixing it to (21),

When attempting to recover the windbreak membrane (65), the manager who manages the prefabricated multi-functional fence system separates the coupling hole (651) connected to the coupler (21) and reversely rotates the drive gear (673) using a wrench or drill. When this is done, the drum 63 is rotated in reverse and the windbreak film 65 that has been unwound is re-wound, so that the windbreak film 65 can be recovered to the drum 63.

Additionally, lighting modules 40 may be installed and coupled to the upper portions of the plurality of supports 20 . As in this embodiment, the lighting module 40 is coupled to the upper part of the plurality of supports 20, making it possible to provide a stadium environment in which smooth play is possible even at night through the prefabricated multi-functional fence system of the present invention.

This lighting module 40 is equipped with a lighting 43 at the top of the prefabricated multi-functional fence system 1 and can irradiate light to residential areas, parking lots, and sports facilities.

The lighting module 40 may be configured to include a lighting support 41 and lighting 43.

The lighting support 41 may be fitted onto the upper side of the support 20. The lighting strut may be fitted onto the upper side of the strut 20 and then connected by bolting or welding.

In addition, the lighting support 41 is preferably formed of the same material, shape, and color as the support 20 in consideration of aesthetics, and its height can be determined considering the environment where the prefabricated multi-functional fence system 1 is built. there is. In other words, the height can be appropriately adjusted depending on the illuminance and irradiation area of the lighting 43.

Lighting 43 may be coupled to the upper side of the lighting support 41.

General lighting 43 may be used as the lighting 43, but as described above, the type of lighting 43 may be determined in consideration of the environment where the prefabricated multi-functional fence system 1 is constructed.

For example, in the case of sports facilities, there is a problem in that it is difficult to achieve optimal performance when glare occurs in the eyes of users.

Accordingly, by applying asymmetrical lighting fixtures and lighting 43 whose irradiation angle is adjusted, it is possible to provide a stadium environment that allows users to achieve the best performance.

By installing the lighting module 40 on the upper part of the support 20, a prefabricated multi-functional fence system 1 with the lighting 43 device is built, thereby eliminating the need for a separate installation space to install the lighting 43 device. This has the effect of increasing the usability of space.

A snow gate module 50 may be formed below the plurality of nets 30 .

In the end, as in the present invention, a prefabricated multi-functional fence system (1) in which the lighting module (40), the snow gate module (50), and the windbreak module (60) are integrated into one body is installed to illuminate the stadium with the lighting (43). It is possible to play games at night, and the windbreak 65 makes it possible to play games unaffected by the wind, making use of space by eliminating the need to prepare a separate installation space for the lighting 43 and windbreak devices. Performance can be increased, and by opening the snow gate 52, the snow accumulated in the stadium due to winter snowfall can be easily removed to provide a stadium environment in which normal games can be played quickly and easily, improving space utilization and management. It is possible to construct a prefabricated multi-functional fence system (1) with dramatically increased ease of use.

The technical idea of the present invention should not be interpreted as limited to the above-described embodiments. Not only is the scope of application diverse, but various modifications can be made at the level of those skilled in the art without departing from the gist of the present invention as claimed in the claims. Therefore, such improvements and changes fall within the scope of protection of the present invention as long as they are obvious to those skilled in the art.

1: Prefabricated multi-functional fence system
10: base
20: support 21: coupling hole
23: Combination clip
30: net
40: lighting module
41: lighting support 43: lighting
50: Snow gate module
51: support bar 52: gate
60: Windbreak module
61: Casing 63: Drum
65: windbreak 651: coupling hole
67: rotating part
671: rotation gear 673: driving gear
675: Rotational coupling protrusion

Claims (11)

In the fence installed to demarcate the stadium area,
A plurality of foundation parts (10) formed above the ground and installed to be spaced apart from each other at regular intervals;
A plurality of supports 20 installed on each of the plurality of bases 10 and extending upward from the base 10;
A lighting module 40 including a lighting support 41 coupled to an upper part of the support 20, and a lighting 43 coupled to an upper side of the lighting support 41;
A plurality of nets (30) coupled between the plurality of supports (20);
A snow gate module 50 formed below the plurality of nets 30; and
It includes a windbreak module 60 formed by being coupled to the plurality of supports 20,
The snow gate module 50 is,
A plurality of support bars 51 located below the plurality of nets 30 and horizontally coupled between a pair of supports 20;
A gate (52) rotatably coupled to the plurality of support bars (51) by a hinge; and
A fixing member provided on the support bar 51 or the gate 52 to fix the gate 52 in an open state,
The fixing member is,
A coupling chain provided at the lower front portion of the gate 52 and having a fixing pin at one end; and
It includes a fixing bracket provided on the front part of the support bar 51, to which the fixing pin is coupled,
The gate 52 is,
It is made in the shape of a plate,
Snow removal work through the snow gate module 50,
The gate 52 is rotated upward, and the fixing pin formed at one end of the coupling chain is coupled to the fixing bracket to fix the gate 52 in an open state, thereby removing snow from the lower part of the fence. A prefabricated multi-functional fence system characterized in that it is implemented.
In claim 1,
The windbreak module 60 is,
A prefabricated multi-functional fence system, characterized in that it is provided by being coupled in the longitudinal direction to a strut (20) provided at one end of the plurality of struts (20).
In claim 2,
The windbreak module 60 is,
Casing (61);
A drum 63 provided inside the casing 61;
A windbreak film (65) whose one end is coupled to the drum (63) and formed to be wound;
A prefabricated multi-function fence system comprising a rotating part (67) coupled to an end on one side of the drum (63) to rotate the drum (63) forward or backward.
In claim 3,
The windbreak membrane 65 is,
A prefabricated multi-functional fence system characterized in that a plurality of coupling holes (651) are formed to be spaced apart from each other at regular intervals.
In claim 3,
The rotating part 67 is,
A rotating gear 671 coupled to one end of the drum 63;
It includes a driving gear 673 coupled to mesh with the gear teeth of the rotation gear 671,
A prefabricated multi-function fence system, characterized in that a rotational engagement protrusion (675) is formed on one side of the central portion of the driving gear (673).
In claim 5,
The winding and unwinding of the windbreak membrane 65,
When a wrench socket coupled to the rotating body of a wrench or drill is coupled to the rotary coupling protrusion 675 to rotate the driving gear 673, the rotation gear 671 provided to engage the driving gear 673 is rotated. A prefabricated multi-functional fence system, characterized in that the drum 63 connected to the rotating gear 671 is rotated and wound on or unwound from the drum 63.
In claim 4,
Each of the plurality of supports 20 is provided with a plurality of couplers 21,
A prefabricated multi-functional fence system, characterized in that each of the plurality of coupling holes (651) is coupled to the plurality of coupling holes (21) to prevent the windbreak (65) from blowing in the wind.
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