Fence guardrail protection for sports facilities

Abstract

The present invention relates to a fence railing protector for exercise facilities, and aims to safely protect users of exercise facilities when they collide with the railing of the fence, to enable easy attachment to the railing, and to ensure that the fastening state is maintained firmly. Specifically, the present invention comprises: a railing cap formed in a cover shape with an open bottom so as to be placed over and attached to the upper railing of an exercise facility fence and formed continuously in the longitudinal direction; a railing seating part formed on the inner upper surface of the railing cap to rest on the upper surface of the fence railing; a cap fastening support member provided on the inner lower part of the railing cap to form a supporting force so that the railing cap is tightly attached to the upper surface of the fence railing; a fixing bolt provided by screwing into the cap fastening support member, penetrating upward, and being in close contact with the lower surface of the fence railing; a railing cushioning part provided on the outer surface of the railing cap formed as a cushioning member of a set thickness to cushion the impact when a user of the exercise facility collides; and a cover that can be used to prevent damage to the outer surface of the railing cushioning part and to improve aesthetics. The invention is characterized by comprising a handrail cushioning cover provided therein and a cover Velcro provided to be fastened to rail Velcro on the inner surfaces of both ends of the handrail cushioning cover to maintain the fastening force of the handrail cap of the handrail cushioning cover. Accordingly, the present invention has the effect of safely protecting a user of an exercise facility from collision with the handrail of an exercise room fence, allowing for easy attachment to the handrail, and maintaining a secure fastening state.

Description

Technology Field

[0001] The present invention relates to a fence railing protector for a sports facility, and more specifically, to a fence railing protector for a sports facility, comprising: a railing cap formed in a cover shape with an open bottom so as to be placed over and coupled to the upper railing of a fence for a sports facility and formed continuously in the longitudinal direction; a railing mounting part formed on the inner upper surface of the railing cap to be seated on the upper surface of the fence railing; a cap fastening support member provided on the inner lower part of the railing cap to form a supporting force so as to tightly fasten the railing cap to the upper surface of the fence railing; a fixing bolt provided by screwing into the cap fastening support member, penetrating upward, and being in close contact with the lower surface of the fence railing; a railing cushioning part provided on the outer surface of the railing cap formed as a cushioning member of a set thickness to cushion impact when a user of the sports facility collides; a railing cushioning cover provided to cover the outer surface of the railing cushioning part to prevent damage and improve aesthetics; and railings secured by being fastened to rail Velcro on the inner surfaces of both ends of the railing cushioning cover. The purpose is to ensure that the railing cap of the railing cushioning cover is composed of a cover Velcro that maintains the fastening force, thereby safely protecting users of the exercise facility when they collide with the railing of the exercise room fence, allowing for easy attachment to the railing, and ensuring that the fastening state is maintained firmly. Background Technology

[0003] Generally, fence guards for sports facilities are installed on the fence railings of the facilities to cushion the impact when a user collides with them, thereby preventing safety accidents caused by collisions.

[0005] The above-described fence guard for sports facilities is composed of a cushioning part that is adhesively or securely fastened to the outer surface of the railing to cushion the impact of a user of the sports facility, and a cushioning cover that wraps around the outer surface of the cushioning part to protect the cushioning part.

[0007] Such a fence guard for sports facilities is installed by fastening the cushioning cushion part to the railing using a fastening means such as an adhesive or a binding belt, and covering the outer surface of the cushioning cushion part with a cushioning cover.

[0009] However, conventional fence guards for sports facilities as described above have problems in that the cushioning part is fastened to the guardrail by adhesive or binding belt, resulting in insufficient mounting strength and difficult installation, and the mounting support is weak, so it fails to adequately cushion the impact when a user collides with the guardrail of the sports facility fence and breaks, and the mounting is done by binding, resulting in an unattractive appearance. Prior art literature

[0011] Korean Utility Model Publication No. 20-2014-0005702 The problem to be solved

[0012] Accordingly, the present invention aims to solve the problems of conventional fence railing protectors for exercise facilities described above, in which the cushioning part is attached to the railing by adhesive or a binding belt, resulting in insufficient mounting strength and difficult installation; and insufficient mounting support, which prevents the device from adequately cushioning the impact and causing breakage when a user collides with the railing of the exercise facility fence, and the mounting is performed by binding, which results in an unattractive appearance. means of solving the problem

[0014] In other words, the present invention relates to a fence railing protector for a sports facility, comprising: a railing cap formed in a cover shape with an open bottom so as to be fitted onto and coupled to the upper railing of the sports facility fence and formed continuously in the longitudinal direction; a railing mounting part formed on the inner upper surface of the railing cap to be seated on the upper surface of the fence railing; a cap binding support member provided on the inner lower part of the railing cap to form a supporting force so that the railing cap is closely coupled to the upper surface of the fence railing; a support member binding rib provided on the inner walls of the side walls of the railing cap to protrude and support both ends of the cap binding support member so that the cap binding support member can form a close supporting force; a fixing bolt provided by screw coupling to the cap binding support member, penetrating upward, and being in close contact with the lower surface of the fence railing; a railing cushioning part formed on the outer surface of the railing cap as a cushioning member of a set thickness to cushion impact when a sports facility user collides; and a railing cushioning part that prevents damage to the outer surface of the railing cushioning part and improves aesthetics. The invention is characterized by comprising: a railing buffer cover provided to cover; a Velcro coupling rail provided to allow Velcro for securing the railing buffer cover to be coupled to the lower side of the support binding rib of the railing cap; a rail Velcro provided to be coupled to the Velcro coupling rail to form the binding force of the railing buffer cover; and a cover Velcro provided to be fastened to the rail Velcro on the inner surfaces of both ends of the railing buffer cover to maintain the binding force of the railing buffer cover to the railing cap. Effects of the invention

[0016] Accordingly, the present invention comprises a handrail cap formed in a cover shape with an open bottom so as to be fitted over and coupled to the upper handrail of a fence for an exercise facility and formed continuously in the longitudinal direction; a handrail mounting part formed on the inner upper surface of the handrail cap to be seated on the upper surface of the fence handrail; a cap binding support member provided on the inner lower part of the handrail cap to form a supporting force so that the handrail cap is closely coupled to the upper surface of the fence handrail; a fixing bolt provided by screw coupling to the cap binding support member, penetrating upward, and being in close contact with the lower surface of the fence handrail; a handrail cushioning part provided on the outer surface of the handrail cap formed as a cushioning member of a set thickness to cushion impact when a user of the exercise facility collides with it; a handrail cushioning cover provided to cover the outer surface of the handrail cushioning part to prevent damage and improve aesthetics; and cover Velcro provided on the inner surfaces of both ends of the handrail cushioning cover to be fastened to rail Velcro to maintain the binding force of the handrail cushioning cover to the handrail cap, thereby allowing a user of the exercise facility It provides safe protection in the event of a collision with the railing of the exercise room fence, allows for easy attachment to the railing, and has the effect of maintaining a secure fastening state. Brief explanation of the drawing

[0018] FIG. 1 is an exploded diagram according to an embodiment of the present invention. FIG. 2 is a side view example according to an embodiment of the present invention. FIG. 3 is an example diagram of the fastening state of a cap binding support according to an embodiment of the present invention. FIG. 4 is an exemplary bottom view with a drainage hole formed according to an embodiment of the present invention. FIG. 5 is an example of a bottom surface with a drip edge formed according to an embodiment of the present invention. FIG. 6 is a side view illustrating the formation of a rotation-limiting elastic support projection according to an embodiment of the present invention. Specific details for implementing the invention

[0019] The following is a detailed description based on the attached drawings.

[0020] The present invention is designed to safely protect users of exercise facilities when they collide with the railing of an exercise facility fence, to allow for easy attachment to the railing, and to maintain a secure fastening state. The terms and words used in this specification and claims should not be interpreted as being limited to their ordinary or dictionary meanings, and should be interpreted in a meaning and concept consistent with the technical spirit of the invention, based on the principle that the inventor can appropriately define the concept of the terms to best describe his invention.

[0021] Therefore, the embodiments described in this specification and the configurations illustrated in the drawings are merely the most preferred embodiments of the present invention and do not represent all of the technical ideas of the present invention; thus, it should be understood that various equivalents and modifications that can replace them may exist at the time of filing this application.

[0023] That is, the present invention relates to a fence guard for an exercise facility, comprising a guardrail cap (100), a guardrail mounting part (110), a cap binding support part (210), a fixing bolt (220), a support part binding rib (120), a guardrail cushioning part (310), a guardrail cushioning cover (320), a Velcro coupling rail (131), a rail Velcro (132), and a cover Velcro (321).

[0025] Here, the handrail cap (100) is formed in the shape of a cover with an open bottom so that it can be fitted onto and connected to the upper handrail of a fence for sports facilities, and is provided by being formed continuously along the length of the fence handrail.

[0027] And, the handrail mounting portion (110) is formed on the inner upper surface of the handrail cap (100) so as to be mounted on the upper surface of the fence handrail, thereby enabling the handrail cap (100) to be fixed without shaking.

[0028] The above handrail mounting portion (110) can be implemented by providing a rotation-limiting elastic support projection (111) that is inclined outwardly on both sides centered on the middle to induce elastic force when in contact with the upper surface of the handrail, and has an end portion that is engaged and connected to the upper surface of the handrail to form a support tip so as to maintain elastic force against the rotational force applied to the handrail cap when a facility user collides.

[0029] The above-mentioned rotation-limiting elastic support projection can be implemented by forming an elastic support curved surface on the outer inner surface of the root portion to prevent local bending during the elastic support process and to increase the elastic support force.

[0031] In addition, the cap binding support member (210) is coupled to the inner lower part of the railing cap (100) to be supported toward the lower surface of the fence railing, and is provided to form an elastic or rigid support force to be in close contact with the fence railing.

[0032] The above cap binding support (210) can be formed in the shape of a rectangular plate and a nut portion formed in the center to which a fixing bolt (220) is coupled, and a rotational interference prevention cut portion (211) is formed by cutting the corners so that, when rotated by the rotational moment of the fixing bolt (220) tightening process, it does not get caught on the inner wall of the cap (100) and rotates.

[0033] At both ends of the above cap binding support member (210), a support engaging projection (212) can be formed to engage with a rib projection (121) protruding upward from the protruding end of the support binding rib (120) so as to be engaged and supported by the support binding rib (120) of the handrail cap (100).

[0035] In addition, the fixing bolt (220) is screw-coupled to the cap binding support (210) and penetrates in an upward direction, and is provided so as to be securely fixed to the lower surface of the fence railing.

[0037] In addition, the support binding rib (120) is formed to protrude from the lower end of the inner walls on both sides of the handrail cap (100) and is configured to support both ends of the cap binding support (210), thereby increasing binding strength and ensuring stability.

[0039] In addition, the handrail cushioning part (310) is formed on the outer surface of the handrail cap (100) and is provided with a cushioning material of a thickness set to effectively cushion the impact when a user of the exercise facility collides with it.

[0041] In addition, the railing buffer cover (320) is formed to cover the outer side of the railing buffer part (310), and is provided in a cover shape to protect the buffer part from external impact or the environment and to improve the aesthetics.

[0042] On both ends of the above railing buffer cover (321), drainage holes (321a) forming elongated holes in the width direction can be formed at equal intervals to allow drainage when rainwater or the like flows in from the top of the railing buffer cover (321).

[0043] It is possible to perform this by forming a drip edge (321b) that is formed by cutting both sides of the inner side of the drain hole (321a) to induce dripping water during drainage and then sagging downward.

[0045] Additionally, the above-mentioned Velcro connection rail (131) is formed on the lower side of the handrail cap (100) and is provided to allow the lower part of the handrail cushioning cover (320) to be attached and detached using a Velcro method. Furthermore, the above-mentioned rail Velcro (132) is connected to the Velcro connection rail (131) and is provided to prevent the cushioning cover from detaching and to maintain the binding force by interlocking with the cover Velcro (321) of the handrail cushioning cover (320).

[0047] In addition, the cover Velcro (321) is provided on the inner surface of both ends of the railing cushioning cover (320) and is secured to the rail Velcro (132) so as to facilitate the attachment and detachment of the cover while maintaining stable fastening strength.

[0050] The following describes the effects of the application of the present invention.

[0051] As described above, in a fence railing protector for a sports facility, a railing cap (100) is provided in a cover shape with an open bottom so as to be fitted onto and connected to the upper railing of a fence for a sports facility and formed continuously in the longitudinal direction; a railing seating portion (110) is provided on the inner upper surface of the railing cap (100) so as to be seated on the upper surface of the fence railing; a cap binding support member (210) is provided on the inner lower part of the railing cap (100) to form a supporting force so that the railing cap (100) is closely connected to the upper surface of the fence railing; a support member binding rib (120) is provided protrudingly formed on the inner walls of the side walls of the railing cap (100) to support both ends of the cap binding support member (210) so that the cap binding support member (210) can form a close supporting force; and a support member binding rib (120) is provided to be screw-connected to the cap binding support member (210), penetrates upward, and is provided to be closely connected to the lower surface of the fence railing. A fixing bolt (220), a railing cushioning member (310) formed as a cushioning member of a set thickness to cushion impact when a user of the exercise facility collides with the outer surface of the railing cap (100), a railing cushioning cover (320) provided to cover the outer surface of the railing cushioning member (310) to prevent damage and improve aesthetics, a Velcro coupling rail (131) provided to allow Velcro to be attached to the lower side of the support binding rib (120) of the railing cap (100) for binding the railing cushioning cover (320), a rail Velcro (132) provided to be coupled to the Velcro coupling rail (131) to form the binding force of the railing cushioning cover (320), and a rail Velcro (132) provided to be fastened to the inner surface of both ends of the railing cushioning cover (320) by being gripped and bound to the rail Velcro (132) of the railing cushioning cover (320). When the present invention is applied and implemented, which is composed of a cover Velcro (321) provided to maintain the binding force of the railing cap (100), it is possible to safely protect a user of the exercise facility when they collide with the railing of the exercise facility fence, easily attach it to the railing, and maintain a secure binding state.

[0053] In addition, the handrail mounting portion (110) is supported in close contact with the upper surface of the fence handrail, thereby ensuring that the handrail cap (100) is maintained without gap even with horizontal vibrations or impacts. The rotation-limiting elastic support projections (111) formed on both sides of the mounting portion (110) are configured to protrude outwardly at an angle and have their ends caught and supported, thereby dispersing and absorbing rotational force through elastic force upon impact, which can suppress the distortion or detachment of the handrail cap (100).

[0055] In addition, an elastic support curved surface is formed on the inner surface of the root portion of the rotation-limiting elastic support projection (111), so that local bending is prevented during elastic support and elastic restoring force and durability can be improved.

[0057] In addition, the above-mentioned railing cushioning cover (320) has drainage holes (321a) and drip grooves (321b) formed at both ends, thereby allowing rainwater or moisture entering from the outside to drain naturally without accumulating inside the cover, which prevents internal decay or a decrease in detachment strength, and makes the hygiene of the exterior and maintenance much easier.

[0059] In addition, the Velcro connecting rail (131), the connected rail Velcro (132), and the cover Velcro (321) allow the lower part of the railing cushioning cover (320) to be easily attached and detached, making maintenance work easy without tools, and the strong Velcro fastening force allows the attachment to be maintained even with repeated use.

[0061] Consequently, the present invention is configured to ensure binding stability on both the upper and lower surfaces of the handrail, disperse energy caused by user collisions through an elastic and cushioning structure, be resistant to external environments by including a drainage structure, and allow for easy maintenance and replacement of the cover, thereby simultaneously achieving comprehensive effects such as ensuring the safety of exercise facility users, construction efficiency, convenience of maintenance, durability, and improved aesthetics. Explanation of the symbols

[0064] 10 : Handrail 100 : Handrail Cap 110 : Handrail Mounting Part 111 : Rotation-Limiting Elastic Support Protrusion 120 : Support Binding Rib 121 : Rib Protrusion 131 : Velcro-Connecting Rail 132 : Rail Velcro 210 : Cap Binding Support 211 : Rotation Interference Prevention Cutout 212 : Support Engaging Protrusion 220 : Fixing Bolt 310 : Handrail Cushioning Part 320 : Handrail Cushioning Cover 321 : Cover Velcro 321a : Drainage Hole 321b : Water Droplet

Claims

Claim 1 A guard for a fence railing of a sports facility; a railing cap formed in a cover shape with an open bottom so as to be fitted onto and coupled to the upper railing of a fence of a sports facility and formed continuously in the longitudinal direction; a railing mounting part formed on the inner upper surface of the railing cap to be seated on the upper surface of the fence railing; a cap binding support member provided on the inner lower part of the railing cap to form a supporting force so that the railing cap is closely coupled to the upper surface of the fence railing; a support member binding rib provided protrudingly formed on the inner walls of the side walls of the railing cap to support both ends of the cap binding support member so that the cap binding support member can form a close supporting force; a fixing bolt provided by being screw-coupled to the cap binding support member, penetrating upward, and being closely coupled to the lower surface of the fence railing; a railing cushioning part formed as a cushioning member of a set thickness on the outer surface of the railing cap to cushion impact when a sports facility user collides; and a cover to prevent damage to the outer surface of the railing cushioning part and improve aesthetics. It comprises a handrail buffer cover provided to enable attachment, a Velcro coupling rail provided to allow Velcro for securing the handrail buffer cover to be attached to the lower side of the support member binding rib of the handrail cap, a rail Velcro provided to be attached to the Velcro coupling rail to form the binding force of the handrail buffer cover, and a cover Velcro provided to be engaged with the rail Velcro on the inner surface of both ends of the handrail buffer cover to maintain the handrail cap binding force of the handrail buffer cover; the cap binding support member is formed in the shape of a rectangular plate and has a nut part formed in the center to which a fixing bolt is coupled, and a rotational interference prevention cut part is formed by cutting the corners so that when rotated by the rotational moment during the fixing bolt tightening process, it rotates without catching on the inner wall of the handrail cap; and at both ends of the cap binding support member, support engaging protrusions that engage with rib protrusions protruding upward from the protruding end of the support member binding rib so as to be engaged and supported on the support member binding rib of the handrail cap. A fence guard for sports facilities characterized by being formed. Claim 2 A fence guard for an exercise facility according to claim 1; the handrail mounting portion is provided with a rotation-limiting elastic support projection that protrudes outwardly at an angle on both sides centered on the middle to induce elasticity when in contact with the upper surface of the handrail, and has an end portion that is engaged with the upper surface of the handrail to form a support tip to maintain elasticity against the rotational force applied to the handrail cap when a facility user collides. Claim 3 A fence guard for a sports facility according to claim 2; characterized in that the rotation-limiting elastic support projection has an elastic support curved surface formed on the outer inner surface of the root portion to prevent local bending during the elastic support process and to increase elastic support force.

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