KR102374328B1 - clip type deck lode with reinforced rigidity of natural wood and installation Method Thereof - Google Patents

Abstract

Disclosed is a clip type deck road with reinforced rigidity of natural wood and an installation method thereof. A clip type deck road with reinforced rigidity of natural wood according to the present invention comprises: frames including respective square pipes; deck materials continuously installed on the upper surfaces of the square pipes to form a walk space; and guard rails installed on the frames, wherein the deck material has one side surface on which an internally inclined support surface is formed and a horizontal surface is formed extending from the support surface and the other side surface on which a hooking recess is formed concave in a circular arc form to be installed on the upper surface of the square pipe by means of each clip. The clip includes: a fixation part seated on the upper surface of the square pipe, having at least one coupling hole and fixated on the upper surface of the square pipe by means of coupling screws fastened to the square pipe through the coupling holes; a support part having an inclined hooking end formed extending inclinedly in an inner upward direction from one end of the fixation part so as to be hooked and supported on the support surface, and a seating end formed extending horizontally from the inclined hooking end such that the horizontal surface is seated when the bottom of the deck material is seated on the fixation part; and an elastic pressing part having a circular arc hooking end formed extending in a circular arc form in the direction of the support part from the other end of the fixation part so as to face the support part and inserted and hooked in the hooking recess when the bottom of the deck material is seated on the fixation part, and a connection end extending horizontally from the upper end of the circular arc hooking end.

Description

Clip type deck rod with reinforced rigidity of natural wood and installation method Thereof

The present invention relates to a clip-type deck rod reinforced with natural wood stiffness and an installation method thereof, and more particularly, it is possible to prevent deformation and cracking (split) due to contraction and expansion of a deck material made of natural wood, and each It relates to a clip-type deck rod that reinforces the rigidity of natural wood, which can improve the rigidity of the deck material by being able to firmly couple the deck material using a clip, and a method for installing the same.

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

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 height away from the ground so that people can observe the animals and plants up close and at the same time not to disturb the animals and plants.

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 Figs. 1 (a) and (b), the upper portion of the H-beam 10, the deck material 11 that pedestrians step on is installed, the H-beam 10 ) has a structure in which the balustrade column 21 of the balustrade 20 is coupled.

However, since the deck rod according to the prior art was fixing the wooden deck material to the upper surface of the H-beam using screws, etc. There were problems that could arise.

And, the deck load according to the prior art, as well as there was a problem that rust by rainwater is generated as the screws for fastening the deck material to the H-beam are exposed to the outside, by fastening the deck material to the H-beam with screws There was a problem in that the deck material made of natural wood was cracked and damaged because it could not accommodate the shrinkage or expansion of the deck material.

. Republic of Korea Registered Utility Model No. 20-0453729 (Announcement date: 2011.05.27)

An object of the present invention is to provide a means that can be installed easily and securely using a clip without fixing the deck material of the deck rod with screws.

In addition, the problem to be solved by the present invention is not limited to the technical problems mentioned above, and other technical problems not mentioned are clearly to those of ordinary skill in the art to which the present invention belongs from the description below. can be understood

The above object, in accordance with the present invention, a frame made of a pillar member and each of the square pipes arranged horizontally; Each deck member is installed successively on the upper surface of the square to form a walking space; And as a deck rod comprising a handrail installed on the frame, the deck material, an inwardly inclined support surface is formed on one side, a horizontal surface is formed extending from the support surface, and a locking groove is concave in an arc shape on the other side. is formed and installed on the upper surface of the square tube by each clip, the clip is seated on the upper surface of the square tube, at least one coupling hole is respectively formed, and each coupling screw is fastened to the square tube through the coupling hole a fixing part fixed to the upper surface of the square tube by; An inclined engaging end formed to extend obliquely inwardly from one end of the fixing unit so as to be hung on the support surface, and horizontally at the end of the inclined engaging end so that the horizontal surface is seated when the bottom surface of the deck material is seated in the fixing unit. a support portion comprising an extended seating end; And an arc locking end formed to extend in an arc shape from the other end of the fixing part in the direction of the support part to face the support part and inserted into the locking groove when the bottom surface of the deck material is seated in the fixing part, and the circular arc locking end Comprising a resilient pressing portion consisting of a connecting end extending horizontally from the top, the deck material is inserted and fixed between the support portion and the elastic pressing portion, the clip is fastened through the connecting end of the other clip adjacent to the seating end It is achieved by a clip-type deck rod that reinforces the rigidity of natural wood, characterized in that they are connected to each other by a connecting screw.

At least two or more side fastening holes are formed in the arc engaging end, and may be coupled to the deck material by a fastening screw fastened to the deck material through the side fastening holes.

At least one sealant injection groove may be formed in an upper surface of the seating end, and a sealant injection hole corresponding to the sealant injection groove may be formed in the connection end.

At least one water discharge groove communicating with the coupling hole may be formed in the fixing part.

The above object, according to the present invention, as a method of installing a clip-type deck rod reinforced with the rigidity of natural wood according to claims 1 to 4, and fixing the clip to the upper surface of the square tube of the frame, A clip coupling step of coupling the fixing part to the upper surface of the square tube by fastening the coupling screw to the square tube through the; By pressing the deck material between the inclined engaging end and the arc engaging end of the clip, the lower end of the supporting surface of the deck material is inserted between the inclined engaging end and the fixing part, and the arc engaging end is inserted into the engaging groove of the deck material. step; a clip connection step of overlapping the seating end of another clip on the bottom surface of the connection end of the clip, coupling the fixing part of the other clip to the square tube with a coupling screw, and connecting the connection end and the seating end with a connection screw; Another deck material coupling step of press-fitting another deck material between the inclined engaging end and the arc engaging end of the other clip; and another deck material coupling step of fitting and pressing another deck material between the inclined and arc locking end of the other clip, and repeating the clip coupling step to the other deck material coupling step to each deck material. It is achieved by a clip-type deck rod installation method that reinforces the rigidity of natural wood, characterized by continuous installation.

The clip coupling step may further include an additional coupling step of further fixing the clip and the deck material by fastening the fastening screw to the deck material through the side fastening hole formed at the arc locking end.

In the clip connecting step, in a state in which the connecting end of the clip overlaps the seating end of the other clip, sealant is injected into the sealant injection hole formed at the connecting end, and the sealant injection groove formed at the seating end is filled with sealant. The method may further include a sealant filling step of coupling the connecting end and the seating end by fastening them with a connecting screw.

According to the present invention, the deck material of the deck rod made of natural wood is coupled to the upper surface of the square tube of the frame by a clip having elasticity, so that the screws exposed to the outside are not used, and damage to the deck material due to the screws can be prevented, and the deck It is possible to provide an effect of improving the rigidity of the deck material by preventing the damage of the deck material according to the shrinkage and expansion by being able to respond sufficiently while the support and pressing portions on both sides are elastically deformed during the expansion and contraction of the material.

In addition, it is possible to provide an effect that the binding force of the deck material can be significantly improved by being additionally fixed by the clip and the deck material fastening screws.

In addition, since a sealant injection groove is formed at the seating end of the clip, even if the mounting end of the clip is overlapped with the connecting end of another clip and fastened with a connecting screw, flow between the clips due to the moving load after the deck rod is opened can be prevented as well as durability. can be improved

In addition, it is possible to provide an effect that the binding force of each clip and the deck material can be remarkably improved by being coupled with a connecting screw in a state in which the adjacent clips are overlapped with each other at the seating end and the connecting end.

1 (a) and (b) is a perspective view and a cross-sectional view showing a deck rod according to the prior art.
Figure 2 is an exploded perspective view showing a clip-type deck rod reinforced the rigidity of natural wood in the present invention.
3 and 4 are perspective views illustrating the clip shown in FIG. 2 .
5 (a) and (b) are schematic cross-sectional views for explaining the process of fitting the deck material to the clip shown in FIG.
6 and 7 are perspective views for explaining a method of installing a clip-type deck rod reinforced the rigidity of the natural wood shown in FIG.
8 is a cross-sectional view of a coupled state for explaining the process of installing the clip-type deck rod reinforced the rigidity of the natural wood shown in FIG.

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.

In this specification, the terms used are only used to describe specific embodiments, and are not intended to limit the present invention.

In this specification, the singular expression includes the plural expression unless the context clearly dictates otherwise.

Of the accompanying drawings, Figure 2 is an exploded perspective view showing a clip-type deck rod reinforced with the rigidity of natural wood in the present invention, Figures 3 and 4 are perspective views showing the clip shown in Figure 2 .

As shown in Figures 2 to 4, the clip-type deck rod 100, which reinforced the rigidity of natural wood according to the present invention, is a column member (not shown) made of an H-beam, etc. and each square pipe arranged horizontally A frame 200 made of 210, each deck material 300 that is installed successively on the upper surface of each tube 210 to form a walking space, and a handrail (not shown) installed in the frame 200 Including, each deck material 300 has a feature that is installed on the upper surface of the square tube 210 by each clip (400).

This will be described in more detail.

The frame 200 constituting the skeleton of the deck rod 100 is made of a pillar member made of an H-beam, etc. and each square tube 210 that is horizontally arranged, and each square tube 210 absorbs the walking shock inside and A cushioning material for cushioning may be filled. The cushioning material may be inserted after mixing the waste tire chip and the binder to form the inner shape of the square tube 210, or may be filled by hardening after injecting the mixture. As such, since the cushioning material is filled inside the square tube 210, it is possible to buffer and absorb the impact of walking, and since waste tires are used, environmental pollution due to recycling can be reduced.

Deck material 300, a plurality of grooves (or protrusions) are formed along the longitudinal direction on the upper surface. These grooves are to prevent slipping when a pedestrian walks. And, on one side of the deck material 300, a support surface 310 inclined inward (central direction based on the cross-section of the deck material) is continuously formed along the longitudinal direction, and the horizontal surface 320 is a step difference from the support surface 310 It is formed to be elongated. On the other side, the locking groove 330 is concave in an arc shape and has a structure continuously formed along the longitudinal direction. The support surface 310 and the locking groove 330 are rigidly coupled to the clip 400 fitted to the square tube 210 so as not to be separated. The deck material 300 may be made of natural wood.

The clip 400 is a fixing part 410 for being fixed to the square tube 210 , a support part 420 for supporting the support surface 310 of the deck material 300 , and a locking groove of the deck material 300 . It consists of an elastic pressing part 430 for elastically pressing while being inserted into the 330 .

The fixing part 410 is seated on the upper surface of the square tube 210, at least one coupling hole 412 is formed, respectively, and each coupling screw 416 is fastened to the square tube 210 through the coupling hole 412. is seated and fixed on the upper surface of the square tube 210 by At least one water discharge groove 414 communicating with the coupling holes 412 on both sides and opening upward is formed in the fixing part 410 as shown in FIG. 2 . The water discharge groove 414 is for rainwater flowing into the upper surface of the fixing part 410 to be discharged to the lower part through the coupling hole 412 without being collected. For this purpose, the water discharge groove 414 is preferably formed so that the bottom surface is inclined toward the coupling hole 412 . This fixing part 410 is to have a predetermined width and length, the length is approximately equal to or greater than the width of the deck material 300, the width may be formed of 2-6cm.

The support portion 420 is for supporting the portion on which the support surface 310 of the deck material 300 is formed from being separated upwardly, and is hung on the inclined support surface 310 to be supported by the fixing portion 410 of the When the bottom surface of the deck material 300 and the bottom surface of the deck material 300 is seated on the fixing part 410, the horizontal surface 320 is seated from one end to the inside (in the direction facing the elastic pressing part) inclined upwardly extending. It consists of a seating end 424 extending horizontally from the end of the inclined locking end 422 . The inclination of the inclined engaging end 422 is the same as the inclination of the support surface 310 . In addition, at least one or more sealant injection grooves 426 are formed on the upper surface of the seating end 424 . This sealant injection groove 426 prevents friction noise between the seating end 424 and the connecting end 434 when the connecting end 434 of the other clip 400B is overlapped and coupled to the upper surface of the receiving end 424 . The sealant 700 is to be injected to increase the bonding force and prevent the occurrence of play, as well as to increase durability. As described above, since the plurality of sealant injection grooves 426 are formed on the upper surface of the seating end 424 , it is possible to prevent leakage (or separation) of the injected sealant 700 . At this time, each of the sealant injection grooves 426 is preferably connected to each other. This is to fill the entire sealant injection groove 426 no matter where the sealant 700 is injected.

The elastic pressing part 430 is formed to extend in a convex arc shape from the other end of the fixing part 410 in the direction of the support part 410 to face the support part 420 so that the bottom surface of the deck material 300 is fixed part 410. It consists of an arc locking end 432 inserted into the locking groove 330 and caught when seated on the upper surface of the , and a connecting end 434 extending horizontally from the upper end of the arc locking end 432 . The elastic pressing unit 430 has elasticity to return to its original state by its own elasticity. Therefore, when the deck material 300 is inserted between the support part 410 and the elastic pressing part 430, the elastic pressing part 430 is deformed to the outside and then returns to the original state when the insertion of the deck material 300 is completed and the arc is caught. The end 432 is elastically inserted into the locking groove 330 . In this structure, the deck material 300 and the clip 400 are firmly coupled. In addition, a sealant injection hole 434A corresponding to the sealant injection groove 426 is formed at the connection end 434, and the connection screw 500 passes through to be fastened to the seating end 424 of the adjacently overlapping clip 400B. A connection hole (434B) for the is formed. The aforementioned sealant injection hole 434A communicates with any one of the sealant injection grooves 426 when the connecting end 434 overlaps the upper surface of the seating end 424 . Accordingly, when the sealant 700 is injected into the sealant injection hole 434A, one sealant injection groove 426 is filled, and then the other sealant injection grooves 426 connected to each other are also filled.

On the other hand, at least two or more side fastening holes 436 are formed in the arc locking end 432 . This side fastening hole 436 is for additionally fixedly coupling the elastic pressing part 430 and the deck material 300, and each fastening screw 600 is connected to the deck material 300 through the side fastening hole 436. By fastening to the side (locking groove) of the elastic pressing part 430 of the deck material 300 is additionally coupled to maintain a strong coupling state.

On the other hand, between the fixing part 410 and the inclined locking end 422 . Between the fixing part 410 and the arc locking end 432, the close contact corner part 460 is bent to be inclined, respectively. Between the bottom surface and the support surface 310 of the deck material 300 corresponding to this, and also between the bottom surface and the locking groove 330, the close contact inclined surface 340 for being seated in close contact with the close contact corner part 460 is respectively formed. The close contact corner portion 460 and the close contact inclined surface 340 are components for improving the bonding force by expanding the contact area between the deck material 300 and the clip 400 .

The clip-type deck rod 100 reinforcing the rigidity of natural wood according to the present invention configured as described above is, after fixing the clip 400 to the upper surface of the square tube 210, the deck material 300 is supported by the supporting part 410 and the elastic pressing part. The installation of the deck material 300 is completed by inserting between the 430 and fitting. In addition, each of the clips (400A, 400B) adjacent to each other are connected to the bottom surface of the connecting end 434 of the clip 400A fixed first, in a state where the seating end 424 of the clip 400B that is fixed later overlaps the connecting end ( 434) and the seating end 424 are coupled by the connecting screw 500, so that each of the clips 400A and 400B can maintain a solid connection state with each other.

A method of installing the clip-type deck rod 100 that reinforces the rigidity of natural wood configured as described above will be described with reference to FIGS. 5 to 8 in the accompanying drawings.

As shown in FIGS. 5 to 8, the method of installing and coupling the deck material 300 to the square pipe 210 of the deck rod 100 is a clip coupling step (A) and a deck material coupling end (B) And, including the clip connection step (C) and the other deck material coupling step (D), and is configured to repeat each of these steps continuously.

The clip coupling step (A) is a step of fixing the clip 400A to the upper surface of the square tube 210 of the frame 200, as shown in FIG. To this end, the lower surface of the fixing part 410 of the clip 400A is seated on the upper surface of the square tube 210, and then the coupling screw 416 is fastened to the square tube 210 through each coupling hole 412 to the fixing part 410. is firmly coupled to the upper surface of the square tube 210 .

Deck material coupling step (B), when one clip (400A) is fixed to the square tube 210 by performing the above-described clip coupling step (A), the inclined stopping end 422 and the arc stopping end of the clip 400A A single deck material (300A) is fitted between the 432, but the support surface 310 of the deck material (300A) is at the lower end, that is, the close contact inclined surface 340 between the inclined engaging end 422 and the fixed portion 410. Insert and insert the arc locking end 432 into the locking groove 330 of the deck material 300A, and insert the deck material 300A between the support part 420 and the elastic pressing part 430 to be seated.

This will be described in more detail.

As shown in (a) of Figure 5, the deck material (300A) tilted to one side, the close contact inclined surface 340 formed between the support surface 310 and the bottom surface of the clip (400A) inclined engaging end 422 and high It is inserted toward the close contact corner portion 460 between the top portions 410 . At this time, the horizontal end 320 is in a state caught on the seating end (424). Then, when the upper portion opposite to the locking groove 330 is pressed downward, the arc locking end 432 is deformed outward while generating restoring elasticity, and the close contact inclined surface 340 toward the arc locking end 432 is a curved arc caught. It moves downward along the stage 432 . In this process, as shown in Fig. 5 (b), the close contact inclined surface 340 is inserted into the close contact corner portion 460, and the arc locking end 432 is returned to its original state by restoring elasticity and is in the locking groove 330. is inserted

As shown in Fig. 5 (b), the deck material 300A is inserted between the support part 420 and the elastic pressing part 430 and is seated on the upper surface of the fixing part 410 by the deck material 300A and the clip 400A. ) is firmly fitted.

On the other hand, the deck material coupling step (B) further includes an additional coupling step (B-1). In the additional coupling step (B-1), the fastening screw 600 is fastened to the deck material 300A through the side fastening hole 436 formed in the arc locking end 432 . In this process, the clip (400A) and the deck material (300A) can be further firmly coupled and fixed.

The clip connection step (C) is a step of connecting another clip 400B to the pre-fixed clip 400A which is already fixed to the square tube 210 by the above-described process and the deck material 300A is fitted. To this end, after overlapping the seating end 424 of the other clip 400B on the bottom surface of the connection end 434 of the clip 400A, the fixing part 410 of the other clip 400B is connected with the coupling screw 416 to the square tube 210 ) and connect the connecting end 434 and the seating end 424 by fastening them with a connecting screw 500 .

Then, the fixing part 410 of the other clip 400B is fastened to the square tube 210 with a coupling screw 416 and fixed. Of course, after fixing the fixing part 410 to the square tube 210 in a state in which the adjacent connecting end 434 and the seating end 424 overlap each other, the connecting end 434 and the seating end 424 with a connecting screw 500. can also be combined.

In this case, the clip connecting step (C) further includes a sealant filling step (C-1).

In the sealant filling step (C-1), the sealant injection hole formed in the connecting end 434 in a state where the connecting end 434 of the previously installed clip 400A and the seating end 424 of the other clip 400B are overlapped. After injecting the sealant 700 into the 434A and filling the sealant 700 into each of the sealant injection grooves 426 formed in the seating end 424, the connection end 434 and the seating end 424 are connected with a connecting screw. It is to be coupled by fastening to (500). By connecting the clips 400A and 400B on both sides in this way, the respective clips 400A and 400B are integrated and the binding force can be improved, and the sealant 700 is formed between the connecting end 434 and the seating end 424. By injecting it, it is possible to prevent the occurrence of play and flow due to the force that occurs when pedestrians walk, and it is possible to prevent friction noise.

Another deck material coupling step (D) is for fitting the other deck material 300B to the clip 400B connected to the pre-coupled clip 400A, in the same way as the above-described deck material coupling step (B). Another deck material (300B) between the inclined engaging end 422 and the arc engaging end 432 of the other clip (400B) is first inserted (closed inclined surface side of the support surface side), and then the opposite side is pressed downward. fit together

On the other hand, in order to continuously install each deck material 300, each deck material 300 as shown in FIG. are installed consecutively.

By being able to fit each deck material 300 to each clip 400 as described above, the work of installing the deck materials 300 can be made remarkably quickly and easily.

In addition, each clip 400 is coupled while surrounding the deck material 300, the rigidity of the deck material 300 is reinforced, damage such as deformation or cracking can be prevented. That is, when the deck material 300 contracts or expands according to a temperature change, the support portion 410 and the elastic pressing portion 430 surrounding the deck material 300 in the width direction are elastically deformed while the deck material 300 shrinks. Since it accommodates the expansion, even if the deck material 300 contracts or expands, the deck material 300 and the support part 410 and the elastic pressing part 430 can always maintain a firm close contact.

In addition, damage to the deck material 300 can be prevented by making a hole in the deck material 300 and not fixing it to the square tube 210 with a screw.

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 200: frame
210: square tube 220: filler
300: deck material 310: support surface
320: horizontal end 330: locking groove
400: clip 410: fixed part
412: coupling hole 414: water discharge groove
416: coupling screw
420: support 422: inclined end
424: seating end 426: sealant injection groove
430: elastic pressing part 432: arc locking end
434: connection end 434A: sealant injection hole
460: close contact corner
500: connecting screw 600: fastening screw
700: sealant

Claims (7)

a frame consisting of each tube arranged horizontally; Each deck member is installed successively on the upper surface of the square to form a walking space; And as a deck rod comprising a handrail installed on the frame,
The deck material, an inwardly inclined support surface is formed on one side, a horizontal surface is formed extending from the support surface, and a locking groove is formed concavely in an arc shape on the other side, and is installed on the upper surface of the square tube by each clip ,
The clip is
a fixing part seated on the upper surface of the square tube, each having at least one coupling hole formed therein, and fixed to the upper surface of the square tube by each coupling screw fastened to the square tube through the coupling hole;
An inclined engaging end that is formed to extend obliquely inwardly from one end of the fixing unit so as to be hung on the support surface, and horizontally at the end of the inclined engaging end so that the horizontal surface is seated when the bottom surface of the deck material is seated in the fixing unit. a support portion comprising an extended seating end; and
An arc engaging end formed to extend in an arc shape from the other end of the fixing part in the direction of the support part so as to face the support part and inserted into the engaging groove when the bottom surface of the deck material is seated in the fixing part, and the upper end of the circular arc engaging end Including a resilient pressing part consisting of a connecting end extending horizontally from,
The deck material is inserted and fixed between the support part and the elastic pressing part, and the clip is connected to each other by a connection screw fastened through the connection end of the other clip adjacent to the seating end,
On the upper surface of the seating end,
At least one sealant injection groove is formed, and a sealant injection hole corresponding to the sealant injection groove is formed at the connecting end,
A clip-type deck rod that reinforces the rigidity of natural wood. According to claim 1,
At the arc locking end,
At least two or more side fastening holes are formed, characterized in that coupled to the deck material by a fastening screw fastened to the deck material through the side fastening holes,
A clip-type deck rod that reinforces the rigidity of natural wood. delete According to claim 1,
In the fixing part,
characterized in that at least one water discharge groove communicating with the coupling hole is formed,
A clip-type deck rod that reinforces the rigidity of natural wood. As a method of installing a clip-type deck rod reinforced with the rigidity of natural wood according to any one of claims 1, 2 and 4,
a clip coupling step of fixing the clip to the upper surface of the square tube of the frame, and coupling the fixing part to the upper surface of the square tube by fastening a coupling screw to the square tube through the coupling hole;
By pressing the deck material between the inclined engaging end and the arc engaging end of the clip, the lower end of the supporting surface of the deck material is inserted between the inclined engaging end and the fixing part, and the arc engaging end is inserted into the engaging groove of the deck material. step;
a clip connection step of overlapping the seating end of the other clip on the bottom surface of the connection end of the clip, coupling the fixing part of the other clip to the square tube with a coupling screw, and connecting the connection end and the seating end with a connection screw; and
Comprising another deck material coupling step of pressing and fitting the other deck material between the inclined engaging end and the arc engaging end of the other clip,
Characterized in that by repeatedly performing the clip coupling step to the other deck material coupling step to continuously install each deck material,
A clip-type deck rod installation method that reinforces the rigidity of natural wood. 6. The method of claim 5,
The deck material bonding step,
It characterized in that it further comprises an additional coupling step of further fixing the clip and the deck material by fastening the fastening screw to the deck material through the side fastening hole formed in the circular locking end,
A clip-type deck rod installation method that reinforces the rigidity of natural wood. 6. The method of claim 5,
The clip connection step is
In a state where the connecting end of the clip and the seating end of the other clip are overlapped, sealant is injected into the sealant injection hole formed in the connecting end, and sealant is filled in the sealant injection groove formed at the seating end, and then the connecting end and the seating end Characterized in that it further comprises a sealant filling step of coupling by fastening with a connecting screw,
A clip-type deck rod installation method that reinforces the rigidity of natural wood.

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