KR102374283B1 - deckrod system with elastic coupling clip type deckrod and expandable handrail with reinforced cohesion and H Beam Structure - Google Patents

Abstract

A deck rod system having an elastically coupled clip-type deck rod and an expandable handrail and H-beam structure to strengthen binding force is disclosed. Deck rod system having an elastically coupled clip-type deck rod and binding force reinforcement expansion handrail and H-beam structure according to the present invention, the H-beam arranged in parallel or horizontally or curvedly, and the H-beam arranged horizontally between both H-beams a frame consisting of each horizontal frame; Each deck member is installed successively on the upper surface of the H-beam and the horizontal frame by a deck clip to form a walking space; Each balustrade pole made of a metal material and a pair of external poles coupled while surrounding the internal pole, each balustrade pole coupled to the H-beam so as to be located outside the walking space by a pole installation means; and each handrail, each end of which is angularly coupled to the handrail post by the handrail coupling means.

Description

Deckrod system with elastic coupling clip type deckrod and expandable handrail with reinforced cohesion and H Beam Structure

The present invention relates to a deck rod system having an elastically coupled clip-type deck rod and a cohesive force-reinforced extended handrail and an H-beam structure, and more specifically, by arranging the pillars of the handrail to the outside of the deck rod to secure a walking space, It is possible to increase the binding force of the handrail, and it is possible to adjust the angle of the handrail in various ways based on the handrail post, as well as damage and deformation of the deck material by fixing the wooden deck material installed on the upper part of the deck rod in a one-touch method with a clip. It relates to a deck rod system having an elastically coupled clip-type deck rod that can be prevented and an expanded handrail and H-beam structure to strengthen the binding force.

In general, a deck road refers to a pedestrian path made using wood, such as a walking path or a hiking trail in a park or lake, etc. It is installed to prevent damage to animals and plants.

Deck road allows people to get closer to nature while minimizing environmental damage, and in particular, the number of installation examples is rapidly increasing because it allows people with disabilities or young children to safely access nature.

The deck load is installed at a certain distance from the ground in order to allow people to observe animals and plants up close and at the same time not to interfere with plants and animals, and must be installed securely so that it is safe even if many people pass at once.

The prior art of the above-described deck rod is as disclosed in Republic of Korea Utility Model Registration No. 20-0453729 (announcement date: 2011.05.27). Deck load according to the prior art, as shown in Figure 1, the upper portion of the H-beam 10, the deck material 11 that pedestrians step on is installed, the handrail of the handrail 20 on the H-beam (10) The column 21 has a combined structure.

As described above, there was a problem in that the walking space of pedestrians is reduced by installing each balustrade column 21 so as to be located inside both edges of the deck material 11 . That is, the handrail post 21 is installed at a position maintaining a certain distance from the edge of the deck material 11 to the center, so that only the space between the handrail posts 21 on both sides can be walked, and the walking space is significantly reduced. there was

On the other hand, as another prior art, Korean Patent Registration No. 10-20588626 (announced date: March 13, 2020) discloses a deck rod handrail structure and a construction method thereof. As shown in Fig. 2, a horizontal member (2: handrail) installed between the pillars (1), a connector and a connecting member (3) connecting the pillar (1) and the horizontal member (2) so that the angle can be adjusted ) is made up of Even when the heights of the pillars 1 are different from each other by the handrail structure, the pillars 1 could be connected.

However, in the handrail structure according to the prior art, since the connecting member and the connector are connected by a shaft (bolt), the horizontal member 2 could be rotated only in the up and down directions, and the horizontal member 2 is angled in various directions. There was a problem that could not be controlled. That is, the pillars 1 may be installed at different heights, but when the respective pillars 1 are not arranged in a line and are arranged at a predetermined angle with respect to the straight direction, the connector according to the prior art and As the connecting member 3, there was a problem in that it was not possible to connect each of the pillars 1 arranged at a predetermined angle.

In addition, the deck load according to the prior art, by being configured to fasten the deck material made of wood to the horizontal frame with a direct connection piece, there was a problem that the deck material is damaged and easily damaged, at least 4 in one deck material There was a problem that a lot of time was required for the deck material construction work because up to 12 pieces of direct connection had to be used.

. Republic of Korea Registered Utility Model No. 20-0453729 (Announcement date: 2011.05.27) . Republic of Korea Patent No. 10-20588626 (Announcement Date: March 13, 2020)

An object of the present invention is to secure a walking space by arranging a balustrade post supporting the balustrade to the outside of the deck rod, increase the binding force of the balustrade, and variously adjust the angle of the balustrade based on the balustrade pole to be installed Not only can it be possible, but it also improves workability and shortens work time by fixing wooden decking materials in a one-touch method using clips, as well as elastically coupled clip-type deck rods that can prevent damage and deformation of deck materials, and reinforced cohesion expandable handrails and H It is to provide a deck rod system having a beam structure.

The above object is, according to the present invention, a frame consisting of H-beams arranged horizontally or curvedly in parallel, and each horizontal frame arranged horizontally between both the H-beams; Each deck member is installed in succession on the upper surface of the horizontal frame by a deck clip to form a walking space; Each balustrade pole made of a metal material and a pair of external poles coupled while surrounding the internal pole, each balustrade pole coupled to the H-beam so as to be located outside the walking space by a pole installation means; And it is achieved by a deck rod system having an elastically coupled clip-type deck rod and cohesive force-reinforced expansion-type handrail and H-beam structure, characterized in that it comprises a respective handrail, each end of which is coupled to the handrail post by the handrail coupling means.

The frame further includes a connecting frame connecting both sides of the H-beam, wherein the connecting frame includes: respective vertical members erected vertically in areas facing each other of each of the H-beams; and a horizontal member having both ends coupled to each of the vertical members so that the upper surface on which each of the horizontal frames is installed coincides with the upper surface of the H-beam on both sides.

The deck clip is fixed by being seated on the upper surface of the horizontal frame, a flat seating portion on which the bottom surface of the deck material is seated; An inclined engaging surface that is formed to extend obliquely inwardly from one end of the seating portion and is supported by an inclined seating surface formed to be inclined on one side of the deck material, and is formed extending horizontally from the end of the inclined engaging surface, in the inclined seating surface a support part comprising an upper seating surface on which a horizontally extending horizontal part is seated, and a coupling end extending vertically from the upper seating surface; And the other end of the seating part to face the support part is formed to extend in an arc shape to be curved in a direction facing the support part, and is inserted into the circular arc seating groove formed concavely on the other side of the deck material, the circular arc engaging surface, and the circular arc It is configured to include a fixing portion consisting of a fitting groove that is multi-folded downward from the upper end of the engaging surface and opened downward, and the deck clip may be made of a metal material or synthetic resin material having restoring elasticity.

In the lower region of the other side of the deck material, the arc engaging surface when lowering the other side of the deck material downward so that the arc engaging surface is inserted into the arc seating groove in a state in which the inclined seating surface is first inserted into the inclined engaging surface when the arc engaging surface An inclined guide surface for moving downward while pressing the to the outside may be formed.

An auxiliary fastening screw for preventing arbitrary separation in a state in which the arc engaging surface is inserted into the circular arc seating groove and seated in the circular arc engaging surface may be fastened to the circular arc seating groove through the arc engaging surface.

A fixing end for fixing the deck clip to the horizontal frame with a fixing screw may be provided on the other side of the seating portion on which the arc engaging surface is formed.

The pillar installation means includes a pair of coupling parts that are closely coupled to the outside of the H-beam, and support ends that extend in the outer horizontal direction to be located outside the walking space at both upper ends of the coupling part and are connected to each other. support bracket; and a fitting coupling end provided upright to be coupled with the lower end of the inner pillar in the center of the upper surface, and a pair of fastening ends formed directly downward to surround both sides of the supporting end on both sides of the bottom surface. , The fastening end may be mutually coupled by a plurality of fastening bolts and/or welding penetrating the support end and the fastening end in a state that the support end is wrapped around the support end, so that the fitting end may be located outside the walking space.

The fastening bolt may further include a spring for preventing loosening of a nut fastened to the fastening bolt.

A handrail cap is provided at the upper end of the handrail post to cover the upper end of the handrail post, and the handrail cap is optionally provided with an LED lighting that is lit by a solar module, and on the lower surface of the handrail cap, the inner pillar A pair of locking pieces having an elasticity formed with a locking protrusion for hooking on each locking hole formed on both sides of the upper end of the is provided, and may be coupled to or separated from the inner pillar in a one-touch manner.

The handrail coupling means may include: a first connecting member including a pillar coupling part coupled to the handrail post, and a first shaft coupling part having a "⊃" shape protruding from the center of one surface of the pillar coupling part; a second connecting member including a handrail coupling part to which the end of the handrail is coupled, and a second shaft coupling part having a "⊂" shape formed on the opposite side of the handrail coupling part to correspond to the first shaft coupling part; and a connecting shaft of a “+” shape connecting the first and second shaft coupling parts, and the handrail can be angled up, down, left, and right with respect to the connecting shaft.

The first connecting member is coupled to another third connecting member having a symmetrical structure with the first connecting member disposed on the opposite side with the balustrade post interposed therebetween, the first connecting member being disposed on one side with respect to the handrail post The pillar coupling portion of the member, the handrail post, and the third connecting member on the opposite side may be coupled to each other by fastening bolts that pass through in turn and are fastened.

According to the present invention, the balustrade post supporting the railing of the deck rod is arranged outside the walking space of the deck rod by the pillar installation means, thereby providing the effect of securing a wide walking space with a margin compared to the deck rod of the same standard. be able to

In addition, by the handrail coupling means for coupling each handrail to the handrail post, the angle of the handrail can be adjusted and installed in various ways based on the handrail post, and the first connecting member and the third connection member on both sides of the handrail post are interposed therebetween. By fastening the member with a fastening bolt, it is possible to provide an effect of remarkably improving the binding force of the handrail.

In addition, by providing a handrail cap to cover the top of the handrail post in a one-touch method, the exposure of bolts can be minimized and the work of combining or replacing the handrail cap can be provided quickly and easily. there will be

In addition, by fixing the deck material made of wood in a one-touch method using a deck clip having a clip structure, it is possible to provide the effect of improving workability and shortening the working time, as well as preventing damage and deformation of the deck material.

In addition, by directly welding the column bracket supported by the column support member to the H-beam, it is possible to provide the effect of improving the bearing capacity of the balustrade column.

1 is a perspective view showing a deck rod according to the prior art.
Figure 2 is a view showing an assembled deck rod system according to the present invention, a perspective view expressing a state assembled in a straight line.
Figure 3 is a view showing an assembled deck rod system according to the present invention in Figure 2, a perspective view expressing a state assembled in a straight line.
Figure 4 is a front view showing the deck rod system shown in Figure 2 or Figure 3;
5 and 6 are perspective views for explaining the frame structure and the pillar installation means shown in FIG. 2 or FIG. 3 .
7 (a) and (b) are perspective views illustrating the deck clip shown in FIG. 2 or FIG. 3 .
8 is a schematic view for explaining the action of the deck clip shown in FIG.
9 is an exploded perspective view for explaining the installation process of the deck clip shown in FIG.
10 is a partially enlarged exploded perspective view for explaining the handrail coupling means shown in FIG. 2 or FIG. 3 .
11 (a) and (b) are views illustrating a state in which the angle of the handrail is adjusted by the handrail coupling means shown in FIG. 10 .
12 and 13 are diagrams showing a state of use in which a solar module is applied to the handrail cap of the deck road system shown in FIGS. 2 and 3 and is lit at night.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, in describing the present invention, descriptions of already known functions or configurations will be omitted in order to clarify the gist of the present invention.

Among the accompanying drawings, Figure 2 is a view showing an assembled deck rod system according to the present invention, a perspective view expressing a state assembled in a straight line, Figure 3 shows an assembled deck rod system according to the present invention in Figure 2 In one drawing, it is a perspective view expressing a state assembled in a straight line, and FIG. 4 is a front view showing the deck rod system shown in FIG. 2 or FIG. 3 .

As shown in Figures 2 and 4, the deck rod system 100 having an elastically coupled clip-type deck rod according to the present invention and an expanded balustrade and H-beam structure to strengthen the binding force, a pair of horizontally or curvedly arranged in parallel The H-beam 210 and the H-beam 210 and the horizontal frame ( 220), each deck material 500 to form a walking space, and a pair of external poles 720 that are coupled while wrapping the internal pole 710 and the internal pole 710 made of metal Each balustrade post 700 is made and coupled to the H-beam 210 so as to be located outside the walking space S by the column installation means 760, and each end is a balustrade post by the handrail coupling means 420 Each of the handrails 400 coupled to the 700 is configured to include.

This will be described in more detail.

The frame 200 is for supporting the deck rod system 100, and as shown in FIGS. 2 and 3, an H-beam 210 that is horizontally or curvedly arranged in parallel, and both H-beams 210. Each horizontal frame 220 disposed horizontally therebetween, and a connection frame 230 for connecting between the H-beams 210 on both sides is configured to further include. The H-beam 210 may be formed horizontally or may be formed in a curved upward convex or downward convex curve, as well as in a horizontal curved shape. Horizontal frames 220 are respectively installed in parallel with the H-beam 210 to directly support the deck material (500).

The connecting frame 230 includes each of the vertical members 232 and each horizontal frame ( 220) is configured to include a horizontal member 234 that is coupled to both ends of the vertical member 232 on both sides so that the upper surface coincides with the upper surface of the H-beam 210 on both sides.

The H-beams 210 on both sides by the connection frame 230 of this structure can maintain a solid connection coupled state.

5 and 6, the pillar installation means 760 is a walking space (S) on both sides of the upper end of the coupling portion 762A and the coupling portion 762A that are closely coupled to the outside of the H-beam 210 ), a pair of support brackets 762 consisting of a support end 762B extending in the outer horizontal direction and connected to each other so as to be located on the outside, and an upright fitting provided to be coupled with the lower end of the inner pillar 710 in the center of the upper surface It is configured to include a coupling end 764A, and a column support member 764 including a pair of fastening ends 764B formed in a direct downward direction so as to surround both sides of the supporting end 762B on both sides of the bottom surface.

By the pillar installation means 760 of this structure, the fastening ends 764B of both sides are fastened through the support end 762B, so that the fitting end 764A can be located outside the walking space (S).

At this time, the fastening bolt 766A is configured to further include a spring 766C for preventing loosening of the nut 766B fastened to the fastening bolt 766A. Since the fastening bolt 766A is provided with a spring 766C, loosening of the fastening bolt 766A due to vibration caused by movement of a pedestrian can be prevented or minimized.

And in this embodiment, the description is based on that the fastening ends 764B of both sides are coupled to surround the support end 762B, but is not limited thereto, and the fastening end 764B is inserted into the support end 762B and coupled it might be

The deck material 500 is coupled to the upper surfaces of the horizontal frames 220 of the frame 200 by the deck clip 300 having a one-touch coupling structure, as shown in FIG. 6 . On one side of the deck material 500 , the inclined seating surface 512 for engaging the inclined engaging surface 332 of the deck clip 300 is in close contact and is formed to be inclined upwardly inward, and extends horizontally from the inclined seating surface 512 . A horizontal portion 514 for being seated on the upper seating surface 334 of the deck clip 300 is formed. And, on the opposite side, the arc locking surface 342 of the deck clip 300 is inserted and an arc seating groove 516 for engaging is formed concavely.

On the other hand, in the lower region of the arc seating groove 516 of the deck material 500, the arc locking surface 342 in the state in which the inclined seating surface 512 is first inserted into the inclined locking surface 332 is the arc seating groove 516. An inclined guide surface 518 for moving downward while pressing the arc engaging surface 342 outward when lowering the other side of the deck material 500 to be inserted in the downward is formed. The inclined guide surface 518 may be formed in an arc shape or an inclined surface. In this way, the inclined guide surface 518 is formed on the deck material 500 to be inserted while easily deforming the fixing part 340 having elasticity to the outside when the deck material 500 is inserted and coupled to the deck clip 300. can

Deck clip 300, as shown in FIGS. 6 to 9, is seated on the upper surface of the horizontal frame 220, and includes a flat seating portion 320 to which the bottom surface of the deck material 500 is seated in close contact. is composed by In addition, the inclined engaging surface 332 that is formed to extend inwardly upward from one end of the seating portion 320 and is inclinedly formed on one side of the deck material 500 is hung and supported by the inclined engaging surface 332 and the inclined engaging surface. An upper seating surface 334 extending horizontally from the end of the 332 and extending horizontally from the inclined seating surface 312 of the deck material 500 on which the horizontal portion 514 is seated, the upper seating surface 334 It is configured to include a support portion 330 consisting of a coupling end 336 formed extending vertically upward from the. In addition, the arc seating groove is formed to extend in an arc shape to be curved in a direction facing the support part 330 from the other end of the seating part 320 to face the support part 330 and to be concavely formed on the other side of the deck material 500 . A fixing part 340 comprising a circular arc engaging surface 342 convexly formed to be inserted and caught in the 516, and a fitting coupling groove 346 that is multi-folded downward from the upper end of the arc engaging surface 342 and opened downward. ) is included.

And, on the arc engaging surface 342, the arc engaging surface 342 is inserted into the arc seating groove 516 and an auxiliary fastening screw for preventing arbitrary departure in a seated state through the arc engaging surface 342, deck material It is fastened to the circular arc seating groove 516 of the 500 . By this auxiliary fixing structure, the deck material 500 can maintain a more rigid coupling state with the deck clip 300 .

On the other hand, on the other side of the seating portion 320 on which the arc engaging surface 342 is formed, a fixing end 348 for fixing the deck clip 300 to the horizontal frame 220 with a fixing screw is provided. The fixed end 348 is fixed to the horizontal frame 220 by a fixing screw, so that the deck material 500 can also maintain a solidly coupled state to the horizontal frame 220 . As shown in (a) and (b) of FIG. 7 of the accompanying drawings, the fixed end 348 may consist of two or one.

The deck clip 300 according to the present invention is the width direction of the deck material 500 when the deck material 500 is installed in succession by facing each deck material 500 in the width direction using each deck clip 300 as shown in FIG. It is configured to connect the adjacent deck clips 300 to each other.

The process is described as follows.

As shown in FIGS. 8 and 9, when the fixed end 348 of one deck clip 300A is fixed to the horizontal frame 220, the deck material 500 is tilted to one side as shown in FIG. The lower region of the inclined seating surface 512 formed in the slanted engaging surface 332 is inserted so as to be caught. Then, when the opposite side of the deck material 500 is pressed downward, the inclined guide surface 518 elastically deforms the arc engaging surface 342 outward to spread the space between the support part 330 and the fixing part 340 . In this process, the deck material 500 is inserted and coupled to the deck clip 300 .

And, it is fastened to the arc seating groove 516 of the deck material 500 through the arc engaging surface 342 with an auxiliary fastening screw. In this process, the coupling force of the deck material 500 and the deck clip 300A can be significantly improved and the flow can be prevented.

Next, the fixing end 348 of the deck clip 300B to be fixed after inserting the coupling end 336 of the already fixed deck clip 300A into the fitting coupling groove 346 of the deck clip 300B to be fixed is combined. fixed to the horizontal frame.

When the second deck clip (300B) is fixed to the horizontal frame 220 in a state connected to the first deck clip (300A), another deck material (500) is inserted into the inside of the second deck clip (300B) to fix and assist By fastening the fastening screw to the arc seating groove 516 of the deck material 500 through the arc engaging surface 342, the coupling force of the deck material 500 and the deck clip 300B is increased.

As such, the coupling end 336 of the deck clip 300A fixed first is inserted into the fitting coupling groove 346 of the deck clip 300B to be subsequently fixed and connected, thereby improving the binding force between each deck clip 300 as well as the deck material. The binding force with 500 may also be significantly improved.

In the fitting coupling groove 346, an elastic pad 390 for buffering vibration or shock transmitted through the deck material 500 between the coupling end 336 and the coupling end 336 when the coupling end 336 is inserted is provided. . The elastic pad 390 not only cushions vibration or shock, but also prevents direct contact between each deck clip 300A, 300B, which is a metal material, thereby preventing noise and abrasion (damage). And the elastic pad 390 may also be provided on the upper seating surface 334, the inside or the coupling end 336 and the upper surface seating surface 334 of the fitting coupling groove 346, instead of the role of the elastic pad (390) It may be coated with a rubber material for this purpose.

The above-described deck clip 300 is made of a metal material or synthetic resin material having restoring elasticity. This is for the support part 330 and the fixing part 340 to firmly grip and fix the deck material 500, especially when the deck material 500 is inserted into the deck clip 300, the fixing part 340 is outside. This is to ensure that the fitting of the deck material 500 is smoothly performed while being deformed to the side, and to maintain a solidly coupled state after being coupled.

The handrail pole 700 is, as shown in FIGS. 2, 3, 5 and 10, a pair of external poles 720 that are coupled while surrounding the internal pole 710 and the internal pole 710 made of a metal material. ) is made of These balustrade posts 700 are coupled to the H-beam 210 to be located outside the walking space S by the pillar installation means 760, and each balustrade post 700 is provided with a balustrade coupling means 420. Each is connected by a railing 400 .

At the upper end of the handrail post 700 , a handrail cap 780 for covering the upper end of the handrail post 700 is provided. The handrail cap 780 may include an LED lighting 782 that is lit by a solar module 784 . However, the solar module 784 and the LED lighting 782 may not be provided in the handrail cap 780 .

In this way, when the LED lighting 782 is provided on the handrail cap 780, as shown in FIGS. 12 and 13, it is possible to illuminate the deck road at night, thereby ensuring the safety of pedestrians.

And, on the bottom surface of the handrail cap 780, a pair of locking pieces 786 having elasticity formed with a locking protrusion 786A for hooking on each locking hole 712 formed on both sides of the upper end of the inner pillar 710 is provided. do. Since the locking piece 786 having the locking protrusion 786A is formed on the bottom surface of the handrail cap 780, only by inserting the locking piece 786 into the inner pillar 710, the locking protrusions 786A are formed in the locking hole 712. ) and thus the handrail cap 780 can be coupled to the inner movement 710 in a one-touch manner. In addition, screws for coupling the handrail cap 780 to the handrail post 700 can be minimized.

As shown in FIGS. 10 and 11 , the handrail coupling means 420 is for coupling the handrail 400 up and down, and left and right angles with respect to the handrail post 700 so that the angle can be adjusted.

The handrail coupling means 420 is a first shaft coupling portion 422B of a “⊃” shape protruding from the center of one surface of the pillar coupling portion 422A coupled to the handrail post 700 and the pillar coupling portion 422 . "⊂ formed on the opposite side of the handrail coupling portion 442A so as to correspond to the first connecting member 422 made of the first connecting member 422 and the handrail coupling portion 442A to which the end of the handrail 400 is coupled and the first shaft coupling portion 422B It consists of a second connecting member 442 made of a "shaped second shaft coupling part 442B, and a "+" shape connecting shaft 446 connecting the first and second shaft coupling parts 422 and 442 .

As the first and second shaft coupling portions 422 and 442 are connected by a connecting shaft 446 having a “+” shape, the handrail 400 is shown with respect to the connecting axis 446 , that is, based on the handrail post 700 . As shown in (a), the angle may be adjusted in the left and right directions, and as shown in (b) of FIG. 11 , the angle may be adjusted in the up and down directions.

In addition, the first connecting member 422 is coupled to another third connecting member 448 disposed on the opposite side with the handrail post 700 interposed therebetween. That is, the pillar coupling portion 422A of the first connecting member 422 disposed on one side with respect to the balustrade pillar 700, the balustrade pillar 700, and the pillar coupling portion of the third connecting member 448 on the opposite side. (448A) is to be coupled to each other by the fastening bolts 449 are fastened through in turn. The fastening bolt 449 integrally fastens the first and third connecting members 422 and 448 of both sides through the through hole formed in the balustrade post 700 to couple them.

In this way, the first and third connecting members 422 and 448 of both sides are connected and coupled to be integrated, whereby the binding force of both handrails 400 with respect to the handrail post 700 can be remarkably improved.

The deck rod system 100 having an elastically coupled clip-type deck rod configured as described above and an expanded balustrade and H-beam structure configured as described above, the balustrade column 700 is the H-beam 210 by the column installation means 760. By being fixedly installed on the outer surface, it is possible to sufficiently secure the walking space (S) formed by the deck material (500).

In addition, as the deck materials 500 are coupled in a one-touch manner by each of the deck clips 300, the work of installing the deck material 500 can be easily made, and each deck clip 300 is By being connected to each other, the binding force of the deck clip 300 and the deck material 500 can be significantly improved.

In addition, each handrail 400 can be angle-adjusted to the left, rear and up and down by the handrail coupling means 420, so that the deck rod can be constructed in an arcuate shape as shown in FIG. 13, Deck rods can also be installed on sloping corners.

In the foregoing, specific embodiments of the present invention have been described and illustrated, but it is common knowledge in the art that the present invention is not limited to the described embodiments, and that various modifications and variations can be made without departing from the spirit and scope of the present invention. It is self-evident to those who have Accordingly, such modifications or variations should not be individually understood from the technical spirit or point of view of the present invention, and the modified embodiments should belong to the claims of the present invention.

100: deck load system
200: frame 210: H beam
220: horizontal frame 300: deck clip
400: handrail 500: deck material
700: balustrade column

Claims (12)

A frame comprising: an H-beam arranged in parallel horizontally or curvedly, and each horizontal frame arranged with a horizontal distance between the H-beams;
Each deck member is installed in succession on the upper surface of the horizontal frame by a deck clip to form a walking space;
Each balustrade pole made of a metal material and a pair of external poles coupled while enclosing the internal poles, each balustrade pole coupled to the H-beam so as to be located outside the walking space by a pole installation means; and
Each end includes each handrail that is angularly adjustable to the handrail post by the handrail coupling means,
The deck clip is
A flat seating portion that is seated and fixed on the upper surface of the horizontal frame, and on which the bottom surface of the deck material is seated;
An inclined engaging surface that is formed to extend inwardly from one end of the seating part to be inclined inwardly and is supported by an inclined seating surface that is formed obliquely on one side of the deck material, and is formed extending horizontally from the end of the inclined engaging surface, in the inclined seating surface a support part comprising an upper seating surface on which a horizontally extending horizontal part is seated, and a coupling end extending vertically from the upper seating surface; and
An arc engaging surface which is formed to extend in an arc shape to be curved in a direction opposite to the support part from the other end of the seating part to face the support part and is inserted into an arc seating groove which is formed concavely on the other side of the deck material, and the arc engaging surface, and the circular arc engaging surface Characterized in that it is configured to include a fixing part consisting of a fitting groove that is multi-folded downward from the upper end of the surface and opened downward.
A deck rod system with an elastically coupled clip-type deck rod and an expandable handrail and H-beam structure to strengthen cohesion. According to claim 1,
The frame is
Further comprising a connection frame connecting between the H-beam on both sides, the connection frame,
each vertical member erected vertically in an area facing each other of each of the H-beams; and
Characterized in that it comprises a horizontal member coupled to each of the vertical members at both ends so that the upper surface on which each of the horizontal frames is installed coincides with the upper surface of the H-beam on both sides,
Deck rod system with elastically coupled clip-type deck rod and extended handrail and H-beam structure to strengthen binding force. delete According to claim 1,
In the lower area of the other side of the deck material,
When lowering the other side of the deck material downward so that the arc engaging surface is inserted into the arc seating groove in a state in which the inclined seating surface is first inserted into the inclined engaging surface, while pressing the arc engaging surface outward to move downward Characterized in that an inclined guide surface is formed for
Deck rod system with elastically coupled clip-type deck rod and extended handrail and H-beam structure to strengthen binding force. According to claim 1,
On the arc engaging surface,
An auxiliary fastening screw for preventing arbitrary separation in a state in which the circular arc engaging surface is inserted into the circular arc seating groove is fastened to the circular arc seating groove through the circular arc engaging surface,
Deck rod system with elastically coupled clip-type deck rod and extended handrail and H-beam structure to strengthen binding force. According to claim 1,
On the other side of the seating part on which the arc engaging surface is formed,
Characterized in that a fixing end for fixing the deck clip to the horizontal frame with a fixing screw is provided,
Deck rod system with elastically coupled clip-type deck rod and extended handrail and H-beam structure to strengthen binding force. According to claim 1,
In the fitting coupling groove of the deck clip,
Characterized in that when the coupling end of the adjacent deck clip is inserted, an elastic pad for buffering vibration or shock transmitted through the deck material between the coupling end and the coupling end is provided,
Deck rod system with elastically coupled clip-type deck rod and extended handrail and H-beam structure to strengthen binding force. A frame comprising: an H-beam arranged in parallel horizontally or curvedly, and each horizontal frame arranged with a horizontal distance between the H-beams;
Each deck member is installed in succession on the upper surface of the horizontal frame by a deck clip to form a walking space;
Each balustrade pole made of a metal material and a pair of external poles coupled while enclosing the internal poles, each balustrade pole coupled to the H-beam so as to be located outside the walking space by a pole installation means; and
Each end includes each handrail that is angularly adjustable to the handrail post by the handrail coupling means,
The pillar installation means,
a pair of support brackets comprising: a coupling part that is closely coupled to the outside of the H-beam; and
A pillar support member consisting of a fitting end provided upright to be coupled to the lower end of the inner pillar in the center of the upper surface, and a pair of fastening ends formed directly downward to surround both sides of the support end on both sides of the bottom surface,
In a state in which the fastening end wraps the support end, the support end and the fastening end are mutually coupled by a plurality of fastening bolts passing through the fastening end, characterized in that the fitting end is located outside the walking space,
Deck rod system with elastically coupled clip-type deck rod and extended handrail and H-beam structure to strengthen binding force. 9. The method of claim 8,
The fastening bolt is
Characterized in that it further comprises a spring for preventing loosening of the nut fastened to the fastening bolt,
Deck rod system with elastically coupled clip-type deck rod and extended handrail and H-beam structure to strengthen binding force. According to claim 1,
At the top of the handrail post,
A handrail cap is provided to cover the upper end of the handrail post, and the handrail cap is optionally provided with an LED lighting that is lit by a solar module,
A pair of locking pieces having elasticity formed with a locking protrusion for hooking on each locking hole formed on both sides of the upper end of the inner pillar are provided on the bottom surface of the handrail cap, characterized in that they are coupled to the inner pillar,
Deck rod system with elastically coupled clip-type deck rod and extended handrail and H-beam structure to strengthen binding force. According to claim 1,
The handrail coupling means,
a first connecting member comprising a pillar coupling portion coupled to the balustrade and a first shaft coupling portion in a “⊃” shape protruding from the center of one surface of the pillar coupling portion;
a second connecting member including a handrail coupling part to which the end of the handrail is coupled, and a second shaft coupling part having a "⊂" shape formed on the opposite side of the handrail coupling part to correspond to the first shaft coupling part; and
It consists of a connecting shaft of a "+" shape connecting the first and second shaft coupling parts,
The handrail is characterized in that the angle is adjusted up, down, left, right with respect to the connecting axis,
Deck rod system with elastically coupled clip-type deck rod and extended handrail and H-beam structure to strengthen binding force. 12. The method of claim 11,
The first connecting member,
The first connecting member disposed on the opposite side with the balustrade post therebetween is coupled to another third connecting member having a symmetrical structure, and the column coupling portion of the first connecting member disposed on one side with respect to the balustrade post; , characterized in that they are coupled to each other by a fastening bolt fastened through the balustrade column and the column coupling part of the third connecting member on the opposite side in turn,
Deck rod system with elastically coupled clip-type deck rod and extended handrail and H-beam structure to strengthen binding force.

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