Sports Facilities Safety Guard
1 Is a diagram illustrating an example of a safety guard of a gym fence applied by the present invention 2; FIG. 1 shows a safety guard according to FIG. 3, and 4 shows a side cross section of a safety guard. The present invention relates to a safety guard, and more specifically, to a safety guard, and more specifically, to a safety guard which is installed in the outside of an exercise facility. A fence safety guard for a fish farm is provided to improve repulsive force from a safety guard of a fence to prevent the flow of a horn when contact between a ball and a safety guard of a fence is generated. In particular, in the use of sports facilities such as football fields or skateways, it is very important to secure the safety of players using sports facilities such as football fields or skateways. To this end, a safety facility is required which can prevent injury of user and athletes by absorbing an impact to the inside of the fence or the wall. , Poly EthEthEthylene (Ethylene ylene ylene ylene-Diene ene terpolymer) is bonded to a wall body using an adhesive, or a plate sponge is bonded to a wall body by adhesive bonding, and then an impact absorbing wall may be formed by using EPDM (ethylene-EPDM) material as an adhesive. However, when the user and athletes impact a frame supporting the rhomnet, the generated injury cannot be avoided. In addition, a rectangular shape or won-shaped pipe may be fixed in the form of a strut, or the like may be installed using the above-described ridge or the like. The above problems cannot be solved. , In order to solve this problem, the applicant of the present invention has proposed a 'fence' for an exercise facility in which a 'protective guard' is constructed by Korean Utility Model 20 -0483485. In the case of the prior art, a protective guard is detachably attached to a lower end side of the fence and a frame constituting the frame. To the prior art of the present applicant having such a configuration, a guard guard is detachably attached to a frame constituting a fence to be applied to an indoor sports field including a footgear field or the like. In the case of the prior art, however, the repulsive force of the surface of the guard bed is constant when the game is enjoyed using balls in the football field or the outdoor stadium. For example, the followings may be mentioned. In the case of tilting in a football field or the like, the protective guard which comes into contact with the body mainly tends to concentrate on the upper region. However, when the repulsive force of a portion in which the ball contacts the ball is excessively low, the flow of the horn is dropped to prevent the athletes from being concentrated on the horn. It will be understood that, although the terms first, second, etc, may be used herein to describe various elements, these elements should not be limited by these terms. Thus, it is intended that the present invention cover the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents. It is also possible. Unless otherwise defined herein, all terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. It will be understood that, although the terms first, second, etc, may be used herein to describe various elements, these elements should not be limited by these terms. A fence safety guard is provided to enable a user to enjoy an athlete in a state where a ball is not broken due to a repulsive force of a region where a ball is percussive. As shown in FIG. 1, the present invention provides a stadium hexahedron fence composed of a frame (100) which is left and right and left and right and a stadium for stadium (100) installed between the frames (200). Also, a guard guard 100 surrounding the front and rear surfaces 100 -1 and 100 -2 of the frame 500 is detachably provided. The guard guard 500 may be formed of a cushion member capable of opening a front surface of the frame (100/left frame 100 -1, right frame 100 -2) and covering the front surface of the guard guard 500. , Both ends of the upper side frame 100 -3 and the left and right lateral frames 300 and 100 - 1,100 -2 are installed in the left and right side frames 100 - 1,100 -2 of the left and right frame 300. 1 Through 2, the support ring 110 is fixed, and the support ring 110 is formed to be parallel to the upper side and the lower side, and cross-connects the upper and lower sides to constitute a cross-connect support wire 120. The arrangement area of the support wires 120 is restricted to the area of the swing mesh 200 so that the support wires 2 are not formed in the installation area of the horizontal members 300 so that mutual interference between the support wires 120 400 and the safety guard 120 does not occur. The transverse member 300 is configured to fix the safety guard 400 and firmly connect the lower end of the left and right frames 100 - 1,100 -2. A plurality of such lateral members 300 are vertically spaced apart and fixed to the front surface 100 - 1,100 -2 by welding or the like. The horizontal member 300 may be installed vertically and vertically according to the height of the safety guard 400. On the other hand, the front surface 300 is fixed with a safety guard 400. The safety guard 400 includes an upper region safety guard 410 and a lower region safety guard 410 configured to increase a repulsive force between the upper region and the lower region, and the lower region has a relatively high repulsive force than the upper region safety guard 420. The safety guard 400 classifies regions such that the physical protection of the athlete progresses in the athlete and the ball repulsive force of the ball. To this end, the safety guard 400 is divided into an upper region safety guard 410 and a lower region safety guard 420, as shown in the accompanying drawings. As shown in FIG. 410, the upper region safety guard 4 includes a bent portion 300 bent in an L-like shape to wrap the top side transverse member 300 of the plurality of transverse members 411 and a vertical portion 411 extending in a vertical direction at the bent portion 412. The upper region safety guard 410 is in contact with the lateral member 300, and has a base member 413 having a shape in which an upper end thereof is bent into an 'L' shape, and a cushion pad portion 413 provided along the outside of the base member 414. The cushion pad part 414 is covered with an outer sheathing member 415. The base member 413 may be made of a wood material. In particular, it is more preferable that the base member 413 be made of a composite material. Further, the base member 413 and the transverse member 300 may be fixed by a piece or may be adhesively secured using an adhesive or the like. The sheathing member 415 may be made of a material such as tarpaulin or leather. The cushion pad part 414 may be formed of a product group having excellent cushion performance. The cushion pad part 414 may be made of a non-elastic collision material group. The lower region safety guard 420 is fixed to the upper region safety guard 410 at a lower side of the upper region safety guard 410, and forms a repulsive pad portion 300 attached to the front surface of the lower region base member 300 from the lowermost transverse member 410 421 of the upper region safety guard 422 421. The repulsive pad part 422 may be made of a rubber material having a relatively large repulsion coefficient, and may be made of butadiene rubber (butadiene rubber: BR) in rubber material. In this way, the safety guard 400 is divided into the upper region safety guard 410 and the lower region safety guard 420, and the surface of the upper region safety guard 410 is formed of a cushion pad portion 414 made of a non-elastic collision material, so that the impact force can be absorbed in the cushion pad portion 400 414 to protect the athlete. On the contrary, when the upper region of the safety guard 400 collides with the upper region safety guard 400 of the safety guard 410, when the impact force is absorbed, the repulsive pad portion 410 of the lower region safety guard 422 may continue to flow through the material having a high repulsive coefficient. The present invention relates to a safety guard and a method for manufacturing the same, and more particularly, to a safety guard and a method for manufacturing the same. As described above, the present invention has been described with reference to the drawings and the drawings. It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the inventions. , It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the inventions. 100; Frame 100 -1; left side frame 100 -2; right side frame 100 -3; upper side frame 110; support ring 120; support wire 200; groundnet 300; base member 400; guard guard 410; upper region safety guard 411; elastic 420 pad part 421 412; 422 protective guard; and protective guard for the protection guard and the support wire from the base member 413 415; and the protective guard is formed of the same material as that of the upper 500 region safety guard 414. A frame is composed of up and down left and right. A fence safety guard is provided to improve repulsive force from a safety guard of a fence and to prevent injury due to a safety guard and to facilitate installation and construction of a safety guard. The fence safety guard of claim 100, further comprising: a frame (100; 200; a plurality of horizontal members disposed between the frame (100) and a horizontal line; and a plurality of transverse members (300 300) which are vertically spaced apart 400 from each other on the lower end 400 of the frame to have different repulsive coefficient of the upper region and the lower region, and the lower region is configured to have a relatively high repulsive force than the upper region. The safety guard 1 according to 400, wherein the upper region safety guard (410) constituting the upper region of the safety guard includes a bent portion (300) bent in the shape of a 'L' so as to wrap the top side transverse member 300 of the plurality of transverse members 411 and a vertical portion 411 extending vertically from the bent portion 412. The fence safety guard of claim 410, further comprising a base member (300) having a shape in which the upper portion contacts with the lateral member 413, a cushion pad portion (413) provided along the outside of the base member 414, and a sheathing member surrounding the cushion pad portion 414 and bonded to the base member. 415. The fence safety guard according to 2, wherein the cushion pad part 414 is made of a non-elastic collision material group. The fence safety guard according to 2, wherein the base member (413) is made of a plywood material. The fence safety guard of claim 1, wherein the lower region safety guard (400) of the safety guard (420) is positioned on the lower region of the upper region safety guard (410) to be fixed to a direct-end side of the upper region safety guard (300) of the upper region. 300; and a repulsive pad portion (410) attached to the lower region base member. 421 to be fixed to a front surface of the lower region base member 421 422. The fence safety guard of claim 5, wherein the repulsion pad part (422) is made of a rubber material. The fence safety guard of claim 5, wherein the reaction pad part (422) comprises butadiene rubber (BR).