KR20060100859A - Protection structure against a wind, protection structure against a wind of sports architecture, protection structure against a sunlight - Google Patents

Abstract

According to the present invention, a plurality of high-strength synthetic fibers arranged in a line are arranged at a predetermined interval between the damping members coated with polyethylene resin to reduce a flow rate of air flowing between the damping members, and the damping members of the windscreen panel are in a line. And a fixing unit for fixing both sides of the wind panel to be firmly supported by the fixing unit, and a fixing unit for fixing the fixing unit, the lower part being fixed to the ground, and the wind block including a support pillar for fixing the fixing unit to stand on the ground. As a structure, it is possible to obtain an effect of eliminating interference of the wind.

Damping member, windbreak panel, fixing part, windbreak fence, windproof roof

Description

PROTECTION STRUCTURE AGAINST A WIND, PROTECTION STRUCTURE AGAINST A WIND OF SPORTS ARCHITECTURE, PROTECTION STRUCTURE AGAINST A SUNLIGHT}

1 is a front view of a wind shield structure according to a first embodiment of the present invention.

2 is a cross-sectional view showing a fixing part of the wind shield structure according to the first embodiment of the present invention.

Figure 3 is an upper cross-sectional view of the fixing portion of the wind block structure according to the first embodiment of the present invention coupled to the ring of the support pillar as a fixing means.

4a to 4e are perspective views showing another fixing part of the wind block structure according to the first embodiment of the present invention.

5 is a front view showing a wind block structure of the sports structure according to the second embodiment of the present invention.

Figure 6 is a plan view showing a wind block structure of a sports structure according to a second embodiment of the present invention.

7 is a perspective view showing a sunlight and wind blocking structure according to a third embodiment of the present invention.

8 is another perspective view showing the sunlight and wind blocking structure according to the third embodiment of the present invention.

<Description of Symbols for Major Parts of Drawings>

100: windbreak fence 110: damping member

110a: horizontal damping member 110b: vertical damping member

120: windbreak panel 130: fixed portion

135: beam 140: coupling means

142: through member 145: wire

147: groove 150: fixing means

155: ring 160: type bolt

162: nut 165: support pillar

167: synthetic fiber 170: polyethylene resin

The present invention relates to a wind shielding structure, a wind shielding structure of a sports structure, sunlight and a wind shielding structure, and more particularly, a plurality of high-strength synthetic fibers arranged in a line are disposed at regular intervals to cover a damping member coated with polyethylene resin. It relates to a wind block structure having a wind panel to reduce the flow rate of air, a wind block structure of the sports structure and the sun and wind block structure to block the sunlight on the crop by the wind panel.

Recently, a number of municipal and municipal sports centers have been established and operated as a national welfare facility expansion project. Indoor sports centers are equipped with related facilities, such as swimming, fitness, and aerobics, which can be exercised indoors, and have the advantage of increasing the concentration of stable exercise and exercise by blocking external noise and drafts.

On the other hand, as a popularized exercise, sports facilities such as badminton, soccer, baseball, tennis, basketball, etc. occupy large areas, and it is difficult to install related facilities in indoor sports centers due to the burden of urban areas. It is installed and operated separately, or it is installed and operated in the form of an independent outdoor sports club on the common ground outside the city or the idle area around the river. For example, sports that are burdened with providing space in indoor sports centers, such as badminton or tennis, are often installed as external facilities.

In particular, the double badminton is the most popular sports for boys and girls, and for the various competitions, a lot of nets are being installed inside the competition period. Recently, the facilities are gradually installed inside the indoor sports center, The facilities used have been developed in the form of a net fixed outdoors, and are operated as various clubs and public facilities. In badminton, when the air flow rate is large, the shuttlecock reacts sensitively to the flow of air, which makes it impossible to play the game itself or to play smoothly.

In addition, tennis is a movement that is less affected by the flow of air than badminton, but the tennis ball also proceeds differently from the direction hit by the racket due to the resistance of the flow of air causes a problem that can not enjoy smooth movement.

As mentioned above, facilities that are difficult to exercise in indoor sports centers due to the burden of indoor space as a popular sport such as badminton and tennis are preferably operated in the form of outdoor sports clubs. There was a problem with the movement and the progression of the game.

On the other hand, crops are grown by photosynthesis by sunlight. When excessive sunlight is received, transpiration occurs actively, causing them to wither or dry out. Particularly, young crops dry and die at high temperatures due to early sunlight. Occurred frequently.

The present invention has been made to solve this problem, to provide a wind block structure to prevent the influence of air flow, and to provide an outdoor sports structure to block the flow of air by the wind block structure to the user smoothly exercise Have fun and increase the concentration of exercise, and have the characteristics to improve the game as indoors.

In addition, by providing a sunlight and a wind block structure that blocks a portion of the sunlight on the crops to receive the appropriate sunlight to prevent the crops to wither and dry due to excessive sunlight, and to prevent the influence of the wind on the crops Have

The construction of the wind shield structure for achieving the above object is a windbreak fence, a plurality of high-strength synthetic fibers arranged in a line is arranged a damping member coated with polyethylene resin at a predetermined interval to attenuate the transmission of noise, between the damping members And a windproof panel for reducing the flow rate of the inflow air, a fixing part for fixing the damping members of the windscreen panel in a row so that both sides of the windscreen panel is firmly supported, and a fixing means for fixing the fixing part, The lower portion is fixed to the support comprises a support pillar to be fixed to stand on the ground.

The fixing part tightens the pair of beams having a plane such that the damping member is inserted therebetween to fix the pair of beams so that the pair of beams press and fix the damping member. It includes a coupling means having a through member coupled through.

Here, the fixing unit is a channel beam while pressing the damping member to be fixed to the channel beam having a plurality of planes and the bent portion of the damping member is pressed into the channel beam so that the damping member is bent in close contact with the plurality of channel beams It includes a square beam coupled to.

And, the fixing means is coupled to the other end by the connecting portion through one end of the ring is fixed to the outer circumferential surface of the support pillar and the ring is connected to the fixing portion to secure the fixing portion to the support pillar It is coupled to the nut at both ends and comprises a type bolt fixed to the connecting portion.

The wind block structure of the sports structure has a plurality of high-strength synthetic fibers arranged in a line is arranged in a damping member coated with polyethylene resin at regular intervals to attenuate the transmission of noise, and to reduce the flow rate of air flowing between the damping members A soundproof windproof roof including a panel and a plurality of high-strength synthetic fibers arranged in a line are arranged at regular intervals to dampen members coated with polyethylene resin to attenuate the transmission of noise and to reduce the flow rate of air flowing between the damping members. And a windproof panel, a fixing part for fixing the damping members of the windscreen panel in a row so as to firmly support both sides of the windscreen panel, and fixing means for fixing the fixing part, and fixing the lower part to the ground To a predetermined height of the ground, including support columns to be erected and fixed on the ground. And a windbreak fence to block the noise transmitted and to reduce the flow rate of air.

In addition, the soundproof windproof roof is provided on the outer side of the roof portion in which the truss-shaped steel structure forms inclined surfaces at both sides to reduce the flow velocity of air flowing therein, and the windproof fence is provided at the lower portion of the roof portion. Including a first wind fence and a second wind fence provided on the outer side of the first wind fence, the flow of the air is greatly reduced by blocking the flow of the double.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Example 1

1 is a front view of a wind block structure according to a first embodiment of the present invention, Figure 2 is a cross-sectional view showing a fixing portion of the wind block structure according to the first embodiment of the present invention, Figure 3 is a first view of the present invention 4A to 4E are perspective views illustrating another fixing part of the wind blocking structure according to the first embodiment of the present invention.

As shown in FIG. 1, the wind block structure according to the first embodiment is a windbreak fence 100 for reducing the flow rate of air as air passes between the damping members 110, and the windbreak fence 100 is in a line. Windproof panel 120 to reduce the flow rate of air flowing between the damping member 110 by arranging the damping member 110 coated with a polyethylene resin is a plurality of high-strength synthetic fibers arranged at regular intervals, the wind panel ( The fixing member 130 of the damping member 110 of the 120 is fixed in a row so that both sides of the windbreak panel 120 are firmly supported, and the fixing means 150 for fixing the fixing unit 130. It includes a support pillar 165, the lower portion is fixed to the ground so that the fixing portion 130 is standing on the ground and fixed.

The damping member 110 of the windbreak fence 100 is in the form of a thin panel coated with a high-strength synthetic fiber polyethylene resin, the high-strength synthetic fiber to increase the tensile strength of the damping member 110, the polyethylene resin is air It is vibrated to absorb energy by the flow and its inherent attenuation coefficient is large so that the energy due to vibration is quickly consumed.

Here, the windbreak panel 120 is a horizontal damping member (110a) arranged horizontally and the vertical damping member (110b) is fixed to the horizontal damping member 110 is disposed at a predetermined interval combined form the horizontal, The vertical damping members 110a and 110b are combined with each other to form a lattice shape. The air passes through the space formed by the horizontal damping member 110a and the vertical damping member 110b, and the air passes through the space to transfer energy to the damping member 110 to lose kinetic energy. The flow rate is greatly reduced.

As shown in FIG. 2, the fixing part 130 includes a pair of beams 135 and a pair of beams 135 having a plane such that the damping member 110 is inserted and fixed therebetween. Tightening the pair of beams 135 to press and fix the damping member 110, and includes a coupling means 140 having a through member 142 is coupled through the damping member 110. .

In this case, the fixing part 130 is fixed to the horizontal damping member 110a of the windbreak panel 120 to install the windbreak panel 120 in a predetermined place, and the horizontal damping member 110a is a through member. 142 is coupled to the beam 135, tightened by the beam 135 to form a rigid fixed structure, in particular the end of the horizontal damping member (110a) is wound around the wire 145, then tightened by the beam 135 The wire 145 is fixed to the groove 147 formed by the pair of beams 135 so that the horizontal damping member 110a is fixed to the beam 135 by the wires 145. That is, the fixing part 130 is fixed by tightening the damping member 110 between the beam 135, and is fixed to the beam 135 by the fixing part 130 material and the wire 145 double.

And, as shown in Figure 3, the fixing means 150 is a ring 155 and the ring fixed to the outer circumferential surface of the support pillar 165 to fix the fixing portion 130 to the support pillar 165 One end is connected to the other end by a connecting part through the ring 155 so that the 155 is connected to the fixing part 130 and coupled to the other end by a nut 162 at both ends thereof. "U") type bolt 160 is included.

Here, the type bolt 160 is to be coupled to the beam 135 of the fixing portion 130 to the ring 155 of the support pillar 165, both ends of the beam of the fixing portion 130 by the connecting portion ( 135, the connection portion is fixed with nuts 162 fastened to both ends of the type bolt 160. At this time, the fixing part 130 is easily connected and fixed to the support pillar 165 by the fixing means 150 including the type bolt 160, the windbreak fence 100 is erected and the support pillar ( 165) can be quickly fixed.

4A to 4E illustrate another form of the fixing part, and the fixing part 230 includes a channel beam 235 having a plurality of bent planes such that the damping member 210 is bent and contacted with a plurality of parts. The bent portion of the damping member 210 includes a square beam 245 coupled to the channel beam 235 to be pressed and fixed to the channel beam 235.

Here, in the process of fixing the damping member 210 between the channel beam 235 and the square beam 245, the damping member 210 is disposed between the channel beam 235 and the square beam 245, the channel The square beam 245 is inserted into the channel of the channel beam 235 by pressing the beam 235 and the square beam 245. Then, the channel beam 235 and the square beam 245 are fastened by coupling a predetermined bolt to the spiral hole 235a formed to match the channel beam 235 and the square beam 245.

At this time, the damping member 210 is pressed by the square beam 245 is bent along the channel surface of the channel beam 235 is in close contact. The channel beam 235 is rotated so that the damping member 210 is wound around the outer surface of the channel beam 235, and the end of the damping member 210 overlaps the inner surface of the damping member 210. In this case, the windbreak fence 200 including the damping member 210 fixed by the channel beam 235 and the square beam 245 is the type bolt 160 described above in the ring 155 of the support pillar 165. Can be fixed.

Example 2

5 is a front view showing a wind block structure of the sports structure according to the second embodiment of the present invention, Figure 6 is a plan view showing a wind block structure of the sports structure according to a second embodiment of the present invention.

The second embodiment is a wind block structure of a sports structure having a windbreak fence illustrated as the wind block structure of the first embodiment, which will be described with reference to FIGS. 1 to 3 referred to in the first embodiment, and The technical features will be described with reference to FIGS. 5 and 6 as a whole.

The wind block structure of the sports structure provided with the windbreak fence as in the first embodiment, the damping member (110) is disposed at regular intervals by a plurality of high-strength synthetic fibers arranged in a line coated with polyethylene resin ( Placing a windproof roof 330 including a windscreen panel 170 for damping the flow rate of the air flowing between the 110 and a plurality of high-strength synthetic fibers arranged in a line is arranged at a predetermined interval the polyethylene member is coated with a polyethylene resin To attenuate the transmission of the noise, and to reduce the flow rate of the air flowing between the damping members 110, and the damping members 110 of the wind panels 170 are fixed in a line to prevent the wind panels 170. It is provided with a fixing portion 130 and a fixing means for fixing the fixing portion 130 to securely support both sides of the), the lower portion is fixed to the ground fixed to the ground 130 is standing on the ground Including a support pillar 165 to include, the wind fence 340 to reduce the flow rate of air flowing to a predetermined height of the ground.

As described above, the sports structure 300 including the windbreak fence 340 and the windbreak panel 170 on the roof reduces the flow rate of air flowing into the sports structure by the windbreak fence 340, thereby reducing the flow rate of the sports structure 300. In badminton and tennis courts installed on the ground, users can enjoy sports smoothly without being affected by the flow of air. Especially, they can be easily used in tennis or badminton courts installed in windy places such as the beach or riverside. Can be.

In addition, the windbreak roof 330 is provided on the outer side of the roof portion 350, the truss-shaped steel frame structure to form inclined surfaces on both sides to reduce the flow rate of air flowing from the outside to the inside, the windbreak fence ( 340 includes a first wind fence 342 installed on the lower portion of the roof 350 and a second wind fence 345 provided on the outer side of the first wind fence 342, the flow of air in double It greatly reduces the speed.

Example 3

7 is a perspective view showing a sunlight and wind blocking structure according to a third embodiment of the present invention, Figure 8 is another perspective view showing a sunlight and wind blocking structure according to a third embodiment of the present invention.

The sunlight and the wind shield structure according to the third embodiment are installed on the roof of the structure for planting crops by installing the windbreak panel included in the wind shield structure of the first embodiment, so that sunlight passes only between the damping members, To prevent excessive incidence of the wind, the wind is damped by the damping member to prevent the damage of the wind to the crop.

The sunlight and wind blocking structure according to the third embodiment is a shadow roof having a windbreak panel 420, and includes a damping member 410 in which a plurality of high-strength synthetic fibers arranged in a line are covered with polyethylene resin. The windshield panel 420 is disposed at a predetermined interval to block sunlight and wind by the damping member 410, and the windshield panel 420 is lattice on the windscreen panel 420 so that the windscreen panel 420 is supported at a predetermined height with respect to the ground. A support frame 430 having a horizontal frame 425 coupled to a shape, a vertical frame 427 supporting the horizontal frame 425 with respect to the ground, and a damping member 410 of the windbreak panel 420. And a fixing part 435 fixed to the horizontal frame 425 of the support frame 430 to support both sides of the windbreak panel 420.

Here, the connection portion of the vertical frame 427 and the horizontal frame 425 is formed horizontally so that the insertion portion 450a is horizontally inserted so that the horizontal frame 425 is inserted horizontally, and the portion where the horizontal frame 425 is connected is vertical. Since the insertion member 450b is vertically formed so as to be supported by the frame 427, the assembly member 450 may be easily assembled and separated from the vertical frame 427 and the horizontal frame 425.

At this time, the windbreak panel 420 is installed on the ground by the support frame 430 at the place for the cultivation of crops, preventing the crops from being excessively exposed to strong sunlight at a high temperature, the leaves of the crops discolored, withered It can prevent it from drying out. It also prevents growing farms from being damaged by direct rains. In addition, the wind speed is reduced by the windbreak panel composed of the damping member to prevent the crops from falling or being damaged under the influence of the wind.

Here, the fixing part 435 is provided with a plurality of planes such that the damping member 410 is bent in close contact with the plurality of channel beams 437 and the damping member coupled to the horizontal frame 425 of the support frame 430 The bent portion of 410 includes a square beam 438 coupled to the channel beam 437 to be pressed by the channel beam 437 so that the damping member 410 is fixed.

In this case, the channel beam 437 of the fixing part 435 may be simply coupled to the upper portion of the horizontal frame 425 by welding, or may be screwed to the channel beam 437. In addition, by extending the screw for coupling the square beam 438 to the channel beam 437 to be coupled to the horizontal frame 425, the entire fixing part 435 can be fixed to the horizontal frame 425.

In addition, the support frame 430 is surrounded by a windbreak panel 420 fixed to the vertical frame 427 to the fixing part 435 to reduce the air flow and sunlight incident to the inner portion in the outer portion.

At this time, the windbreak panel 420 reduces the flow velocity of air moving along the ground to reduce the damage of wind to the surrounding crops, and block the sunlight incident through the lateral space, so that the crops are exposed to strong sunlight at high temperatures By preventing overexposure, the leaves of crops are discolored, withered and dried out.

As described above, the wind block structure according to the present invention can effectively reduce the air flow rate, has excellent tensile strength, weather resistance, and corrosion resistance, and is easy to maintain, has no interference with plastics, and has no landscape or sunlight blocking. It is possible to obtain the effect of easy installation and design by machining.

In addition, the blocking structure of the sports structure is provided with a double wind fence to prevent the influence of air flow, and equipped with a windproof roof to reduce the flow of air, so that the user can enjoy the movement smoothly and increase the concentration for exercise indoors You can get the effect of improving your performance.

In addition, the sunlight and the wind block structure prevent the crops from being wilted and dried by excessive sunlight by preventing a certain portion of the sunlight on the crops so that the crops receive the appropriate sunlight, and can prevent the damage of the crops by the wind. have.

Claims (10)

A windbreak panel for arranging the damping members coated with polyethylene resin with a plurality of high-strength synthetic fibers arranged in a line at a predetermined interval, thereby reducing a flow rate of air introduced between the damping members; A fixing part for fixing the damping members of the wind panel in a row so that both sides of the wind panel are firmly supported; And And a fixing means for fixing the fixing part, the lower part being fixed to the ground, and the support pillar for fixing the fixing part standing on the ground. The method of claim 1, The fixing part has a pair of beams having a plane so that the damping member is inserted between the fixing; And And a coupling means for tightening the pair of beams so that the pair of beams press and fix the damping member and having a through member coupled through the damping member. The method of claim 1, The fixing unit may include a channel beam having a plurality of planes such that the attenuation member is bent into a plurality of contact with each other; And And a square beam coupled to the channel beam such that the bent portion of the damping member is pressed by the channel beam to fix the damping member. The method of claim 1, The fixing means includes a ring fixed to the outer circumferential surface of the support pillar to fix the fixing portion to the support pillar; And One end is connected to the other end by a connecting portion through the ring so that the ring is connected to the fixed portion, the wind block structure characterized in that it comprises a type bolt fixed to the other end by a nut coupled to both ends . A windbreak roof including a windbreak panel including a windshield panel configured to attenuate a plurality of high-strength synthetic fibers arranged in a line and cover the damping members coated with polyethylene resin at predetermined intervals to attenuate a flow rate of air introduced between the damping members; And A wind panel for reducing a flow rate of air flowing between the damping members by arranging the damping members coated with polyethylene resin with a plurality of high-strength synthetic fibers arranged in a line at regular intervals, the damping members of the wind panel is fixed in a row And a fixing unit for firmly supporting both sides of the windbreak panel, and a fixing unit for fixing the fixing unit, and having a lower portion fixed to the ground so that the fixing unit is erected on the ground. Wind blocking structure of a sports structure, characterized in that it comprises a windbreak fence to reduce the flow rate. The method of claim 5, The wind-proof roof is provided on the outer side of the roof portion of the truss-shaped steel frame structure to form inclined surfaces on both sides to reduce the flow rate of air flowing from the outside to the inside, The windbreak fence includes a first windbreak fence installed in the lower portion of the roof portion and a second windbreak fence installed in the outer portion of the first windbreak fence, the wind block of the sports structure, characterized in that to reduce the flow velocity of the air double rescue. A windbreak panel configured to arrange the damping members coated with polyethylene resin with a plurality of high-strength synthetic fibers arranged in a row at a predetermined interval, to attenuate the flow rate of air flowing between the damping members, and to block sunlight by the damping members; A support frame having a horizontal frame coupled to the wind panel in a grid shape such that the wind panel is spaced a predetermined height from the ground, and a vertical frame supporting the horizontal frame against the ground; And Sunlight and wind block structure, characterized in that the damping member of the wind panel is fixed to the horizontal frame of the support frame in a row to support both sides of the wind panel. The method of claim 7, wherein The connecting part of the vertical frame and the horizontal frame is inserted into the horizontal portion so that the horizontal frame is inserted into the horizontal connection, the sunlight is characterized in that the connecting member is formed with a vertical insertion portion to support the vertical frame connected to the horizontal frame; Wind blocker. The method of claim 7, wherein The fixing unit includes a channel beam coupled to the horizontal frame of the support frame having a plurality of planes to be bent in close contact with the plurality of damping members; And And a bent portion of the damping member is pressed into the channel beam and includes a square beam coupled to the channel beam to fix the damping member. The method of claim 7, wherein And the support frame is surrounded by a windscreen panel fixed to the fixing part in the vertical frame to reduce air velocity and sunlight incident to the inner part of the support frame.

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