KR20230152989A - Deck road system with improved fastening and easy combining - Google Patents

Abstract

The present invention prevents the fastening members used from being exposed to the outside when installing a deck compared to the past, and makes installation and replacement of the deck easier than before, making construction and maintenance easier. When installing and replacing the deck, the fixing clip is used. It prevents damage to the deck due to damage to the deck more than before, prevents the deck from slipping off the fixing clip due to external force, improves the ease of deck assembly and fixation force, and the insertion assembly of the fixing clip into the second fitting groove of the deck. The deck and the fixing clip are joined together using a filler such as silicone. The filler such as silicon improves the holding power of the deck and prevents movement due to vibration and prevents noise caused by friction between the deck and the fixing clip. This makes it easy to join the deck. It is about a deck rod system with improved fixing force.

Description

Deck road system with improved fastening and easy combining}

The present invention relates to a deck rod system. In particular, when installing a deck, it prevents the fastening members used from being exposed to the outside, and facilitates construction and maintenance by making it easy to install and replace the deck. , It relates to a deck rod system that prevents damage to the deck by the fixing clips and prevents the deck from slipping off the fixing clips due to external force, and improves the fixing force and easy deck assembly.

Generally, deck road systems are mainly installed in lakes, rivers, or coasts, and are used to allow pedestrians to enjoy the natural scenery while walking safely.

In relation to this, Patent Document 1 forms the bottom surface of a deck rod to enable users to walk, and consists of a plurality of deck rods along the longitudinal direction, and is formed on both sides of the bottom, respectively, and first and second fixing clips are inserted. And a clip seating groove and a clip fixing groove that are combined, an anti-slip protrusion formed on the upper surface to prevent slipping, and a plurality of anti-slip protrusions formed in the upper center to disperse the impact and load transmitted to the fastening hole where the fastening means is fastened and the wooden panel. A deck rod system including a wooden panel with distribution holes formed through it was provided.

In addition, Patent Document 2 includes a lower plate disposed in response to a portion of the lower surface of the wooden deck and having two fastening holes formed to be fixed to the upper surface of the frame; A tip fitting plate that is formed to be vertically bent toward the upper side at the tip of the lower plate, has a fitting ledge bent horizontally towards the inside at the top, and is fitted and fixed to one side of the wooden deck; A rear end elastic plate is formed at the rear end of the lower plate to be bent vertically toward the upper side, has an elastic support protrusion formed at the upper end to be rounded in a semicircular shape toward the inside, and elastically supports the other side of the wooden deck; A one-touch elastic fixing device for wooden deck plates including:

In addition, Patent Document 3 states that a bracket for coupling the deck board is fixedly installed on the upper surface of the support frame, and a sliding groove is formed in the bracket to enable sliding coupling of the deck board; The lower part of the deck board is integrally formed with a coupling part for coupling to the sliding groove; The width of the coupling part is smaller than the width of the deck board, and the upper part of the bracket is provided with guide jaws on both sides in a symmetrical form to prevent the coupling part of the deck board from coming off, and is coupled to the deck board so that the guide jaws can be guided. Guide grooves are formed between the parts, and insertion grooves are formed on both sides of the deck board to enable the insertion of guide jaws. At the bottom of the guide jaw, the joint of the deck board is pressed with a certain elastic force, and the joint between the joint and the guide jaw is directly connected. Elastic protrusions made of urethane are protruding to reduce friction due to contact, and a reinforcing coating layer is formed on the surface of the elastic protrusions to prevent damage, and the guide jaw is at a certain angle so that the pressing force on the joint of the deck board can be applied stably. A deck joint structure forming a downward slope was provided.

However, in Patent Document 1, the fastening means used when installing wooden panels was exposed to the outside, and there was a risk of injury due to contact with pedestrians' feet when walking.

In addition, in Patent Document 2, since the elastic support jaw was formed on only one side, the wooden deck was tilted in only one direction in order to pressurize and install the wooden deck on the elastic fixing device.

In other words, the method of pressurizing and installing a wooden deck was limited, making the installation of a wooden deck inconvenient.

In addition, in Patent Document 2, since the horizontally bent insertion jaw and the semicircular elastic support jaw are tightly fitted into the fitting groove of the wooden deck, it was difficult to separate the wooden deck from the elastic fixing device.

In other words, replacing the wooden deck was inconvenient.

In addition, in Patent Document 3, since the guide ledge formed a downward slope at a certain angle, many of the guide grooves of the deck board were bound to be caught on the guide ledge.

Because of this, it was not easy to install and replace the deck board, and there was a risk of damage to the deck board when installing or replacing the deck board.

Patent Document 1: Domestic Patent No. 10-1653516 (registered on August 26, 2016) Patent Document 2: Domestic Published Patent No. 10-2018-0013628 (published on February 7, 2018) Patent Document 3: Domestic Patent No. 10-1876316 (registered on July 3, 2018)

Accordingly, the present invention prevents the fastening members used from being exposed to the outside when installing the deck compared to the prior art, and makes installation and replacement of the deck easier than the conventional method, making construction and maintenance easier, and fixing the deck when installing and replacing it. It prevents damage to the deck by clips more than before, prevents the deck from slipping off the fixing clip due to external force, improves the ease of joining and fixing the deck, and inserts the fixing clip into the second fitting groove of the deck. The assembly part is joined using a filler such as silicone, so the deck and the fixing clip are stably combined and improved by the filler such as silicone, preventing them from moving due to vibration and preventing noise caused by friction between the deck and the fixing clip. The purpose is to provide a deck load system that improves deck combination and fixation.

In order to achieve the above object, the present invention includes a support structure installed long along the ground to install a deck; A plurality of joists are installed on the upper surface of the support structure at predetermined intervals along the width direction; A plurality of fixing clips installed on the upper surface of the joist; In the deck rod system including a plurality of decks installed on the fixing clip so as to be positioned adjacent to each other, the fixing clip has a fastening hole fastened with a joist and a fastening member formed on the outer surface, and vertical portions are formed at both ends, respectively, a fixing plate having a round guide portion formed at one end of the vertical portion and a fitting portion formed on the outer surface between the vertical portions; a female coupling portion formed on an outer lower portion of the vertical portion on one side of both the vertical portions; It includes a distance maintaining part horizontally formed on the outer lower part of the vertical part on the other side of both the vertical parts, and a male coupling part formed on the outside of the distance maintaining part, and the deck is divided into a deck plate at the upper part and a fitting part at the lower part, ; It is formed in the lower part of the deck plate and is inserted between the vertical portions, and a first fitting groove into which a guide portion is inserted is formed on both sides of the outer surface adjacent to the deck plate, and the guide portion is fitted into the open entrance of the first fitting groove, and is fitted. A second fitting groove into which the fitting member inserted into the additional fitting groove is fitted includes the fitting part formed on an outer surface facing the fixing plate, and the fitting assembly part includes a vertical portion formed on the outer surface of the fixing plate; A deck rod system is provided that facilitates deck assembly and improves fixing force, comprising a locking portion installed horizontally on the upper surface of the vertical portion and provided to engage both sides.

The present invention has the effect of preventing the fastening member that secures the fixing clip to the joist from being exposed to the outside by the deck.

In other words, when a pedestrian walks, the pedestrian's feet are more effective in preventing injury due to contact with the fastening member than before.

In the present invention, since round guide portions are formed on both sides of the fixing clip, in order to pressurize and install the deck on the fixing clip, the deck can be tilted in either the left or right direction or the deck can be placed in a horizontal state. there is.

In other words, there are more ways to pressurize and install a wooden deck than before, making it easier to install a wooden deck.

In addition, because the guide portion of the fixing clip is fitted only into the entrance of the first fitting groove of the deck, there is an effect that the guide part of the fixing clip is less likely to fit into the first fitting groove of the deck.

In other words, there is an effect that the deck can be easily separated from the fixing clip.

In other words, the deck is easier to install and replace than before, making constructability and maintenance easier.

In the present invention, because the guide portion of the fixing clip is formed round, there is an effect that the guide portion of the fixing clip is less caught in the first fitting groove of the deck.

In other words, when installing or replacing the deck, it is more effective in preventing damage to the deck due to the fixing clip than before.

In addition, it has the effect of preventing the deck from slipping away from the fixing clip due to external force.

In the present invention, when the deck is pressurized and installed, one end of the guide part is supported by the vertical part and is not greatly deformed, so the shape of the guide part is maintained and it is inserted into the first fitting groove of the deck.

In other words, it has the effect of preventing incorrect fitting of the first fitting groove of the deck and the guide part of the fixing clip.

In addition, since one end of the guide does not face outward and is not exposed to the outside, there is an effect that the deck does not get cut or caught in the guide when installing the deck.

In other words, when installing the deck, there is an effect of preventing deck installation from being delayed due to damage or jamming of the deck by the guide part.

In the present invention, the width of the deck plate is formed to be wider than the width of the fitting portion, so that the fixing clips are not exposed to the outside, which has the effect of making multiple decks look beautiful.

The present invention has the effect that when a deck in an inclined state is pressed by a fixing clip, the guide part of the fixing clip is easily guided to the inclined surface and round part of the deck.

In addition, when the deck in a horizontal state is pressed by the fixing clip, the guide part of the fixing clip is easily guided to the round part of the deck.

In other words, the deck can be easily installed and replaced.

In the present invention, because the fixing clip is manufactured by press processing, the strength is increased.

In addition, since the fixing clip is manufactured by extrusion or injection, there is no welding, which makes manufacturing simple.

Since the present invention forms a gap between deck plates, it has the effect of responding to contraction and expansion of the deck due to temperature changes.

The present invention has the effect of preventing rainwater from flowing into the gaps between the fixing clips and the deck with silicone.

In addition, in the present invention, after forming a female coupling portion on one side of the fixing clip and a male coupling portion on the other side of the fixing clip, the female coupling part of the fixing clip is coupled to the male coupling part of the fitting part of another fixing clip, so that it is connected to the upper surface of the support structure. It has the effect of stably installing a plurality of fixing clips on the upper surface of the joist installed in the .

In addition, the present invention fills the second fitting groove with a filler such as silicon, or applies a filler such as silicon to the fitting part, so that when the second fitting groove and the fitting part are joined to each other, the filler such as silicon leaks into the lower part of the second fitting groove. This has the effect of ensuring that the lower surface of the deck and the upper surface of the fixing clip are stably coupled without moving and generating noise.

1 and 2 are diagrams of the installation state of the deck load system according to an embodiment of the present invention,
3 to 12 are diagrams showing the use state of installing the fixing clip and deck of the deck rod system according to an embodiment of the present invention;
Figures 13 and 14 are diagrams showing a use state in which the deck of the deck load system according to an embodiment of the present invention is dismantled from the fixing clip;
Figure 15 is a perspective view of a fixing clip of a deck rod system according to an embodiment of the present invention.
Figure 16 is a schematic diagram showing the process of coupling the fitting assembly to the second fitting groove filled with silicon according to the present invention.
Figure 17 is a schematic diagram showing the process of applying silicone according to the present invention to the fitting assembly and joining it to the second fitting groove.
Figure 18 is a schematic diagram showing silicon leaking into the lower part of the second fitting groove when the second fitting groove and the fitting assembly according to the present invention are combined.
Figure 19a is a plan view of the fixing clip according to the present invention;
Figure 19b is a schematic diagram showing the coupling relationship between a fixing clip and another fixing clip according to the present invention.
Figure 20 is a schematic diagram showing an upper locking protrusion on the guide part according to the present invention.
Figure 21 is another embodiment of the male and female coupling portion according to the present invention.

Accordingly, the embodiment of the present invention as described above will be described in detail based on the accompanying drawings as follows.

As shown in Figures 1 to 20, the deck load system 1000 according to an embodiment of the present invention installed on the ground includes a support structure 100 installed long along the ground to install the deck 400; A plurality of joists 200 are installed on the upper surface of the support structure 100 at predetermined intervals along the width direction.

Here, the support structure 100 includes pillars composed of fixed members such as screw piles, earth anchors, etc., and frames installed side by side at predetermined intervals along the ground through concrete members; A support member formed by combining a frame installed between the pillar and the plurality of joists 200 is included.

Additionally, some components of the support structure 100 may be excluded or added depending on the installation environment.

In addition, the joist 200 is made of a galvanized square pipe that is long in the longitudinal direction, and the joists 200 are connected by a plurality of connection frames installed at predetermined intervals.

In addition, the deck rod system 1000 includes a plurality of fixing clips 300 installed on the upper surface of the joist 200; A plurality of decks 400 installed on the fixing clip 300 are included so that they are positioned adjacent to each other.

Here, the plurality of fixing clips 300 are installed adjacent to each other on the upper surface of the joist 200.

In addition, the width of the fixing clip 300 is formed so as not to greatly deviate from the width of the deck 400.

In addition, the fixing clip 300 has at least one fastening hole 311 formed on the outer surface to be fastened with a fastening member 1 such as a joist 200 and a screw, and vertical portions 312 are formed at both ends, respectively. , a round-shaped guide portion 313 is formed at one end of the vertical portion 312, and a fitting assembly portion 314 is included between the vertical portions 312 as a fixing plate 310 formed on the outer surface.

Meanwhile, the fitting assembly 314 includes a vertical portion 314a formed on the outer surface of the fixing plate 310; It is configured to include a locking portion 314b that is installed horizontally on the upper surface of the vertical portion 314a so that both sides are caught.

Additionally, one end of the guide portion 313 is formed in a rounded shape at the top of the vertical portion 312 .

And the fixing clip 300 is made of polycarbonate, a synthetic resin, ferrous metal, and non-ferrous metal.

Therefore, when the material of the fixing clip 300 is a non-ferrous metal or a ferrous metal, it is manufactured by bending by press processing, and the fitting assembly 314 made of steel, stainless steel, etc., which is a ferrous metal, is welded to the fixing plate 310. do.

In addition, when the material of the fixing clip 300 is aluminum, which is a ferrous metal or non-ferrous metal, it is manufactured by extrusion, and when the material of the fixing clip 300 is polycarbonate, a ferrous metal, or a non-ferrous metal, which is a synthetic resin. It is manufactured by injection method.

Meanwhile, the vertical portions 312 are formed at both ends of the fixing plate 310 to be perpendicular to the fixing plate 310.

In addition, as shown in FIG. 20, an inclined portion 313a-1 inclined downward from one upper side of the guide portion 312, and a vertical portion formed downward of the inclined portion 313a-1 It is composed of an upper locking protrusion (313a) formed by (313a-2) and a horizontal portion (313a-3) formed horizontally in the inner direction of the vertical portion (313a-2).

The upper locking protrusion 313a is configured to fit stably and without movement into the first fitting portion 421 formed on the side of the deck 400.

Meanwhile, the first fitting portion 421 forms an inclined surface 411 at the top so that the upper surface of the inclined part 313a-1 is coupled, and the inclined surface 411 is coupled to one surface of the vertical part 313a-2. A vertical coupling surface (421a) is formed at the lower part of (411), and a horizontal coupling surface (421b) is formed horizontally at the lower part of the vertical coupling surface (421a) so that the lower surface of the horizontal portion (313a-3) is coupled. formed and composed.

Therefore, the inclined part 313a-1 and the vertical part ( Consisting of 313a-2) and an upper locking protrusion 313a provided with the horizontal portion 313a-3,

The upper locking protrusion 313a is stably coupled to the inside of the first fitting portion 421 without moving, so that the fixing clip 300 having the upper locking protrusion 313a and the first fitting portion ( This is to prevent vibration and noise of the fixing clip 300 and the deck 400 by stably coupling the deck 400 with 421) to each other.

In addition, the width of the fixing clip 300 is formed to be similar to the width of the joist 200.

Meanwhile, as shown in FIGS. 15, 19a, and 19b, it is composed of a female engaging portion 330a formed on the outer lower portion of the vertical portion 312 on one side of both vertical portions 312.

In addition, a distance maintaining portion (a) formed horizontally on the outer lower portion of the vertical portion 312 on the other side of the vertical portions 312, and a male engaging portion 330b formed on the outside of the distance maintaining portion (a). It consists of

And the male engaging portion 330b is formed on the lower outer surface of the distance maintaining portion (a).

When the male engaging portion 330b is formed in the lower portion of the outer surface of the distance maintaining portion (a), a step (b) is formed in the upper portion of the outer surface of the distance maintaining portion (a).

On the other hand, the distance maintaining part (a) is formed to extend horizontally on the other side of the fixing plate 310 of the fixing clip 300, and the male engaging portion formed in the lower part of the other side of the distance maintaining part (a) When the arm coupling portion 300a formed on one side of the other fixing clip 300 is coupled to (330b), the It is formed by maintaining the gap with the distance maintaining part (a), and is configured to fill the area where the gap is formed with a filler 600 such as silicon.

In addition, when the male coupling portion 330b is inserted into the female coupling portion 330a, the outer circumference of the male coupling portion 330b is completely inserted into the female coupling portion 330a due to the step (b). As the other side of the step (b) is completely and tightly coupled to one upper surface of the female coupling portion (330a), the outer circumference of the male coupling portion (330b) due to the step (b) is connected to the female coupling portion (330a). This is to prevent it from being inserted further into the inner circumference of the portion 330a.

The female coupling portion (330a) formed in the lower part of the vertical part 312 formed on one side of the fixing clip 300 is formed in the lower part of the vertical part 312 formed on the other side of the fixing clip 300. Coupled with the male coupling portion (330b);

The male engaging portion 330b formed in the lower portion of the vertical portion 312 formed on the other side of the fixing clip 300 is formed in the lower portion of the vertical portion 312 formed on one side of the other fixing clip 300. It is configured to be coupled with the arm coupling portion 330a.

Therefore, the fixing clips 300 can be more easily and quickly assembled on the joist 200 in the same manner as above, so that a plurality of the fixing clips 300 can be installed on the joist 200 installed on the upper surface of the support structure 100. ) This is to install it stably without floating on the surface.

Meanwhile, as shown in Figure 19a, the length of the width portion (c1) of the female coupling portion (330a) is formed to be the same as the length of the width portion (c2) of the male coupling portion (330b), or the length of the width portion (c2) of the female coupling portion (330a) is ) of the width portion (c1) is formed to be longer than the length of the width portion (c2) of the male coupling portion (330b).

As described above, the length of the width portion (c1) of the female coupling portion (330a) and the length of the width portion (c1) of the male coupling portion (330b) are formed to be the same, so that the male coupling portion (330a) has an inner circumference of the female coupling portion (330a). This is to ensure that the outer circumference of the coupling portion 330b is stably and easily coupled without movement, and the length of the width portion c1 of the female coupling portion 330a is longer than the length of the width portion c2 of the male coupling portion 330b. It is formed so that the length of the width portion (c1) is longer than the length of the width portion (c2) of the male coupling portion (330b) on the inner circumference of the female coupling portion (330a), making it easier to fit the outer circumference of the male coupling portion (330b). This is to ensure stable combination and separation.

As shown in FIG. 21, in another embodiment of the female and male coupling portion according to the present invention, a female coupling portion 330a-1 is formed in the longitudinal direction on one side of the fixing plate 310 of the fixing clip 300. It is composed.

In addition, a distance maintaining portion (a) extending longitudinally on the other side of the fixing plate 310 of the fixing clip 300, and a step e extending longitudinally on the other side of the distance maintaining portion (a). It consists of a male coupling portion 330b-1.

And the step (e) is such that when the male coupling portion (330b-1) is inserted and coupled to the inside of the female coupling portion (330a-1), the male coupling portion (330b-1) is connected to the female coupling portion ( It is configured to no longer be inserted into the interior of 330a-1).

Therefore, when the male coupling portion 330a-1 formed on the other side of the fixing clip 300 is stably coupled to the female coupling portion 330a-1 formed on one side of the fixing clip 300, The lower part of the deck 400 is also stably coupled to the upper part of the fixing clip 300 and the fixing clip 300, so that the fixing clip 300 is stably coupled as described above. This is to prevent noise and vibration generated between the deck 400 and the deck 400.

In addition, the deck 400 is comprised of a deck plate 410 at the top and a fitting portion 420 at the bottom.

And the deck 400 includes the deck plate 410 on which the handrail member 500 is installed on the upper surface; A first fitting groove 421 is formed in the lower part of the deck plate 410 and is inserted between the vertical portions 312, and guide portions 313 are inserted on both sides of the outer surface adjacent to the deck plate 410, that is, on the side. Each of these is formed, where the guide portion 313 is inserted into the open entrance of the first fitting groove 421, and the second fitting groove 422, into which the fitting assembly portion 314 is inserted, faces the fixing plate 310. A fitting portion 420 formed on the outer surface, that is, the bottom surface, is included.

Additionally, the second fitting groove 422 is formed in an upper-to-lower narrow shape.

As described above, the second fitting groove 422 is formed in an upper-to-lower narrow shape,

After both sides of the locking portion 314b formed at the top of the fitting assembly 314 are inserted into the lower portion of the second fitting groove 422, the upper portion of the second fitting groove 422 is again inserted. It is inserted into the inner upper light portion, so that the locking portion 314b is stably fixed without being easily separated from the inside of the second fitting groove 422, so that the locking portion 314b and the vertical portion 314a The fixing clip 300 having the fitting assembly 314 is stably coupled to the deck 400 having the second fitting groove 422 at the upper and lower ends to prevent noise and vibration. It is for this purpose.

In addition, a lower coupling guide inclined surface 422a is formed around the lower inner circumference of the second fitting groove 422 so that both sides of the locking portion 314b of the fitting assembly 314 can be more easily inserted.

Both sides of the engaging portion (314b) guided by the lower coupling guide inclined surface (422a) are easily inserted and coupled from the inner lower part of the second fitting groove portion (422) upward to the second fitting groove (422). It is configured to be adhesively bonded to the filler 600, such as filled silicon.

Accordingly, the locking portion 314b and the vertical portion 314a of the fitting assembly 314 are inserted and coupled to the inside of the second fitting groove 422, so that the fitting assembly 314 is connected to the second fitting groove 422. Inside (422), it is configured to be fixed more stably and not to flow due to the filler 600 such as silicon.

Meanwhile, the width W1 of the deck plate 410 is formed to be wider than the width W2 of the fitting portion 420.

In addition, inclined surfaces 411 guided by the guide portion 313 are formed on both sides of the outer surface of the deck plate 410 adjacent to the first fitting groove 421.

In addition, round parts 423 guided by guide parts 313 are formed on both sides of the outer surface of the fitting part 420 adjacent to both ends of the fixing plate 310.

In addition, the deck 400 is made of functional synthetic wood that has excellent processability, durability, impact resistance, and insect resistance, and a number of irregularities are formed on the upper surface of the deck plate 410 to prevent slipping.

In addition, the fitting assembly 314 includes a vertical portion 314a formed on the outer surface of the fixing plate 310 so as to be perpendicular to the fixing plate 310; A locking portion 314b is formed horizontally on the upper surface of the vertical portion 314a so that both sides are caught.

Here, the locking portion 314b is formed in a '-' or '∧' or round shape, as shown in FIGS. 8 to 10.

Meanwhile, as shown in FIG. 19B, the fitting assembly 314 includes the vertical portion 314a formed to stand vertically at the center of the fixing plate 310 of the fixing clip 300, and the vertical portion 314a ) is formed by forming a multi-level ledge (314b-1) formed of a plurality of ledges around the upper outer circumference.

In this way, when the fitting assembly portion 314 provided with the vertical portion 314a and the multi-step jaw portion 314b-1 is inserted and coupled to the inside of the second fitting groove 422 formed upward and downward,

Due to the filler 600, such as silicon, filled inside the second fitting groove 422, the multi-level jaw portion 314b-1 of the fitting assembly 314 is positioned in the second fitting groove 422 without movement. It is stably fixed, so that the fixing clip 300 having the fitting assembly 314 is stably coupled to the deck 400 having the second fitting groove 422 without moving, so that the fixing clip 300 It is configured to prevent noise and vibration between and the deck 400.

And, when the fixing clip 300 coupled to the deck 400 and the fixing clip 300 coupled to another deck 400 are assembled and coupled to each other, the fixing clip 300 and another fixing clip 300 are connected to each other. A gap (d) is formed between the deck 400, the deck plate 410, and the deck plate 410 of another deck 400 due to the distance maintaining portion (a) between the clips 300. do.

And, the gap between the fixing clips 300 and the deck 400 formed by the gap d is filled with a filler 600 such as silicone by a mad caulking method.

In addition, the deck rod system 1000 includes railing members 500 installed on both sides of the upper surfaces of a plurality of decks 400 installed adjacent to each other.

Here, the railing member 500 includes a plurality of pillars installed at predetermined intervals on the upper surface of a plurality of deck plates 410; A crossbar connecting the pillars is included.

Meanwhile, as shown in FIG. 16, the inside of the second fitting groove 422 is filled with a filler 600 such as silicon, and the filler 600 is inserted into the filled second fitting groove 422. It is constructed by combining the assembly part 314.

And as shown in FIG. 17, a filler 600 such as silicon is applied to the outer peripheral surface of the fitting assembly 314 and then coupled to the second fitting groove 422.

As shown in FIG. 18, the fitting assembly 314 is coupled to the second fitting groove 422, and the filler 600, such as silicone, leaked to the lower part of the second fitting groove 422 is attached to a fixing clip ( The upper surface of the fixing plate 310 of 300 and the lower surface of the fitting portion 420 of the deck 400 are configured to be adhered to each other.

As described above, the inside of the second fitting groove 422 is filled with a filler 600 such as silicon, and the fitting assembly part 314 is coupled to the second fitting groove 422, or the fitting assembly part ( After applying the filler 600, such as silicon, to the outer circumferential surface of 314), it is coupled to the second fitting groove 422,

The fitting assembly 314 is more stably fixed inside the second fitting groove 422 due to the filler 600 such as silicone, so that the fixing clip 300 having the fitting assembly 314 This is to allow the deck 400 having the second fitting groove 422 to be assembled more easily and stably.

In addition, the fitting assembly 314 is coupled to the second fitting groove 422 and the filler 600 such as silicone leaked into the lower part of the second fitting groove 422 is attached to the fixing plate 310 of the fixing clip 300. ) The upper surface and the lower surface of the fitting portion 420 of the deck 400 are adhered to each other,

The filler 600, such as silicone, leaked into the lower part of the second fitting groove 422 does not flow between the upper surface of the fixing plate 310 of the fixing clip 300 and the lower surface of the fitting part 420 of the deck 400. By stably adhering to each other, noise generated between the upper part of the fixing clip 300 and the lower part of the deck 400 is prevented and vibration caused by the flow between the fixing clip 300 and the deck 400 is prevented. It is to prevent.

Meanwhile, a plurality of horizontal maintenance grooves 421a are formed at a distance from each other on the lower surface of the fitting portion 420 at a position corresponding to the fastening hole 311 fastened with the fastening member 1.

As described above, a plurality of horizontal maintenance grooves 421a are formed on the lower surface of the fitting portion 420,

After fixing the fixing clip 300 on the support structure 100 and the joist 200 with a plurality of fastening members 1, the head 1- formed on the upper part of the fastening member 1 1) lifts the lower surface of the fitting portion 420 of the deck 400, which is seated on the upper surface of the fixing clip 300, from the upper surface of the fixing clip 200, and in this way the fastening member ( In order to prevent the lower part of the deck 400 from lifting up on the fixing clip 300 and being unable to maintain horizontality due to the head 1-1 provided at the top of 1),

The lower surface of the deck 400 having the horizontal maintenance grooves 421a is inserted into the horizontal maintenance groove 421a so that the head 1-1 formed on the upper part of the fastening member 1 is connected to the fixing clip ( This is to maintain it horizontally on the upper surface of the 300) for easy installation.

The construction of the present invention configured as described above will be described as follows.

As shown in Figures 1 to 20, the deck load system 100 according to an embodiment of the present invention installs the support structure 100 along the ground to install the deck 400, and then installs the support structure 100. A plurality of joists 200 are installed on the upper surface of the structure 100 at predetermined intervals along the width direction.

Then, a plurality of fixing clips 300 are installed on the upper surface of the joist 200 so that they are positioned adjacent to each other.

That is, the fastening hole 311 of the fixing plate 310 and the joist 200 are fastened with the fastening member 1, and a plurality of fixing clips 300 are installed on the upper surface of the joist 200 so as to be close to each other. .

In addition, the female coupling portion 330a formed on one side of the fixing clip 300 is connected to the male coupling portion 330b formed on the other side of another fixing clip 300 mounted on the upper surface of the joist 200. , and the female coupling portion 330a formed on one side of the other fixing clip 300 is coupled with the male coupling portion 330a formed on the other side of the fixing clip 300.

In the above process, a plurality of the fixing clips 300 are coupled to each other on the upper surface of the joist 200 and assembled.

Therefore, as described above, a plurality of decks 400 are installed on the plurality of fixing clips 300 assembled with male and female coupling portions 330a and 330b, respectively.

To describe the installation of the deck 400 in more detail, as shown in FIG. 4, one guide portion 313 of the fixing clip 300 installed on the joist 200 is connected to one side of the deck 400. The inclined surface 411 is brought into close contact while being inserted into the first fitting groove 421 formed in .

Here, the opposite side of the deck 400 is in close contact with the upper part of the remaining guide portion 313, and the deck 400 is tilted at the fixing clip 300.

Then, one side of the deck 400 in close contact with the upper part of the guide portion 313 is pressed.

Then, after the inclined surface 411 of the deck 400 is guided to the round guide portion 313, the guide portion 313 is inserted into the open entrance of the first fitting groove 421.

In addition, the opposite side of the pressurized deck 400 is guided to the round guide portion 313, and then the guide portion 313 is guided to the round portion 423 to form the remaining first fitting groove 421. It is inserted into the open inlet.

Here, since one end of the guide portion 313 is formed in a round shape at the upper part of the vertical portion 312, when the deck 400 is pressurized and installed, one side of the guide portion 313 The end is supported by the vertical portion 312 and is not significantly deformed.

Additionally, the guide portion 313 returns to its original state when inserted into the first fitting groove 421.

And, the fitting part 420 of the deck 400 is inserted between the vertical parts 312 of the fixing clip 300, and the fitting assembly part 314 is fitted into the second fitting groove 422.

Here, the space between the vertical portions 312 is widened by the fitting portion 420, and returns to its original state when the guide portion 313 is inserted into the first fitting groove 421.

In addition, the vertical portion 314a and the locking portion 314b of the fitting assembly 314 are coupled to the inside of the second fitting groove 422 having a narrow upper-lower narrow shape.

Then, fill the inside of the second fitting groove 422 with a filler 600 such as silicone and join the fitting assembly 314, or fill the inside of the second fitting groove 422 with a filler 600 such as silicone on the outside of the fitting assembly 314. After being applied to the second fitting groove 422, the fitting assembly part 314 is fixed to the second fitting groove 422 along with the filler 600. ) The filler 600, such as silicone, leaked to the lower part of the upper surface of the fixing plate 310 of the fixing clip 300 around the second fitting part 422 and the fitting part of the deck 400. (420) Ensures that the lower surfaces are stably adhered to each other.

Therefore, the deck 400 is fixed to the fixing clip 300.

Here, the fastening member 1 fastened to the fastening hole 311 of the fixing plate 310 and the joist 200 is covered by the deck 400 and is not exposed to the outside.

In addition, since the width W1 of the deck plate 410 is wider than the width W2 of the fitting portion 420, the fixing clip 300 is covered by the deck 400 and is not exposed to the outside. .

Additionally, a gap d is formed between the deck plates 410.

Of course, the deck 400 may be installed on the fixing clip 300 as shown in FIG. 12.

To explain in more detail, the deck 400 is brought into close contact with the upper part of the pair of guide portions 313 of the fixing clip 300.

That is, the deck 400 is in a horizontal state on the fixing clip 300.

Then, the deck 400 in close contact with the upper part of the pair of guide portions 313 is pressed.

Then, after the pair of round parts 423 of the deck 400 are guided to the pair of round guide parts 313, the pair of guide parts 313 are guided into the pair of first fitting grooves. It is inserted into the open inlet of (421).

Here, the space between the vertical portions 312 is widened by the fitting portion 420, and returns to its original state when the guide portion 313 is inserted into the first fitting groove 421.

Then, with the deck 400 installed on the fixing clip 300, the gap between the fixing clip 300 and the deck 400 is filled with a filler 600 such as silicon.

Next, railing members 500 are installed on both sides of the upper surfaces of the plurality of decks 400 installed adjacent to each other.

Then, pedestrians can walk safely through the deck 400 of the deck load system 1000 according to an embodiment of the present invention.

Meanwhile, as shown in Figure 13, when the deck 400 is damaged due to long-term use and needs to be replaced, one side of the deck 400 is lifted.

Then, the first insertion groove 421 of the deck 400 is easily guided to the round guide portion 313, and the inclined surface 411 formed on the opposite side of the deck 400 is guided to the round guide portion. You will be guided to (313).

Additionally, as shown in FIG. 14, both sides of the deck 400 may be lifted.

Then, the first insertion groove 421 of the deck 400 is easily guided to the round guide portion 313, and the round portions 423 formed on both sides of the deck 400 are rounded guide portions. You will be guided to (313).

Therefore, the first insertion groove 421 and the guide portion 313 are disengaged, and the second insertion groove 422 and the insertion cooking portion 314 are disengaged.

That is, the deck 400 is separated from the fixing clip 300 so that it can be replaced.

In the above, the present invention has been shown and described by taking specific preferred embodiments as examples, but the present invention is not limited to the above-described embodiments and is within the scope of the spirit of the present invention and is within the scope of common knowledge in the technical field to which the invention pertains. Various changes and modifications will be possible by those who have it.

100: Support structure 200: Joist
300: fixing clip 310: fixing plate
311: Fastening hole 312: Vertical part
313: Guide portion 313a: Upper locking protrusion
313a-1: inclined portion 313a-2: vertical portion
313a-3: horizontal part 314: fitting assembly part
314a: vertical part 314b: hanging part
320: Fitting member 321: Fitting groove
321a: 1st groove 321b: 2nd groove
321c: Locking jaw 330a, 330a-1: Arm coupling part
330b, 330b-1: male coupling part 400: deck
410: deck plate 411: slope
420: Fitting portion 421: First fitting groove
421a: Horizontal maintenance groove 422: Second fitting groove
422a: Engaging surface 423: Round part
600: Filler 1000: Deck rod system
a: distance maintenance part c1,c2: width part

Claims (15)

A support structure 100 installed along the ground to install the deck 400; A plurality of joists 200 installed at predetermined intervals along the width direction on the upper surface of the support structure 100; A plurality of fixing clips 300 installed on the upper surface of the joist 200; In the deck load system including a plurality of decks 400 installed on the fixing clip 300 so as to be positioned adjacent to each other,
The fixing clip 300 has a fastening hole 311 fastened to the joist 200 and the fastening member 1 formed on the outer surface, and vertical portions 312 are formed at both ends, respectively. A fixing plate 310 having a round guide portion 313 formed at one end and a fitting assembly portion 314 formed on the outer surface between the vertical portions 312; a female coupling portion (330a) formed on the lower outer side of one of the two vertical portions (312); It includes a distance maintaining part (a) horizontally formed on the outer lower part of the vertical part 312 on the other side of the vertical parts 312, and a male engaging part 330b formed on the outside of the distance maintaining part (a). do,
The deck 400 is provided with a deck plate 410 at the top and a fitting portion 420 at the bottom; It is formed in the lower part of the deck plate 410 and is inserted between the vertical portions 312, and a first fitting groove 421 into which the guide portion 313 is inserted is formed on both sides of the outer surface adjacent to the deck plate 410. The guide part 313 is inserted into the open entrance of the first fitting groove 421, and the second fitting groove 422, into which the fitting assembly part 314 is inserted, is formed on the outer surface facing the fixing plate 310. It includes the fitting portion 420,
The fitting assembly 314 includes a vertical portion 314a formed on the outer surface of the fixing plate 310; A deck rod system that facilitates deck assembly and improves fixing force, comprising a locking portion (314b) installed horizontally on the upper surface of the vertical portion (314a) so that both sides are caught. According to clause 1,
Filling the inside of the second fitting groove 422 with a filler 600 and coupling the fitting assembly 314 to the second fitting groove 422 for easy deck assembly and fixing force. Improved deck load system According to clause 1,
A deck rod system that facilitates deck assembly and improves fixing force, characterized in that the filler 600 is applied to the outer circumferential surface of the fitting assembly 314 and then coupled to the second fitting groove 422. . According to claim 2 or 3,
The fitting assembly 314 is coupled to the second fitting groove 422 and the filler 600 leaking into the lower part of the second fitting groove 422 is connected to the upper surface of the fixing plate 310 of the fixing clip 300. A deck rod system that improves easy deck coupling and fixing force, characterized in that the lower surfaces of the fitting portion 420 of the deck 400 are adhered to each other. According to clause 1,
The fixing clip 300 is a deck rod system that facilitates deck assembly and improves fixation power, characterized in that it is composed of any one selected from polycarbonate material, ferrous metal material, and non-ferrous metal material. According to clause 1,
A plurality of horizontal maintenance grooves 421a are formed at a distance from each other on the lower surface of the fitting part 420 at a position corresponding to the fastening hole 311 fastened with the fastening member 1. Deck rod system that improves deck bonding and fixation. According to clause 1,
The second fitting groove 422 is a deck rod system that facilitates deck coupling and improves fixing force, characterized in that it is formed in an upper-wider-lower narrow shape. According to clause 1,
A deck rod system that improves easy deck coupling and fixing force, characterized in that the width (W1) of the deck plate (410) is formed wider than the width (W2) of the fitting portion (420). In clause 8
A deck that facilitates deck assembly and improves fixation, characterized in that inclined surfaces 411 guided by guide portions 313 are formed on both sides of the outer surface of the deck plate 410 adjacent to the first fitting groove 421. load system. According to clause 1,
A deck that facilitates deck assembly and improves fixing force, characterized in that round parts 423 guided by guide parts 313 are formed on both sides of the outer surface of the fitting part 420 adjacent to both ends of the fixing plate 310. load system. According to clause 1,
The locking portion 314b is a deck rod system that improves easy deck coupling and fixation, characterized in that it is formed in a '-' or '∧' or round shape. According to clause 1,
A gap (d) is formed between the deck plates 410,
A deck rod system that facilitates deck assembly and improves fixing force, characterized in that the gap between the fixing clips (300) and the deck (400) is filled with a filler (600). According to clause 1,
An inclined portion 313a-1 inclined downward from one upper side of the guide portion 312, a vertical portion 313a-2 formed in a downward direction of the inclined portion 313a-1, and the vertical portion A deck rod system that facilitates deck coupling and improves fixing force, characterized in that it consists of an upper locking protrusion (313a) formed by a horizontal portion (313a-3) formed horizontally in the inner direction of (313a-2). According to clause 1,
The length of the width portion (c1) of the female coupling portion (330a) is formed to be the same as the length of the width portion (c2) of the male coupling portion (330b), or the length of the width portion (c1) of the female coupling portion (330a) is the same as the length of the width portion (c2) of the male coupling portion (330b). A deck rod system that facilitates deck coupling and improves fixing force, characterized in that it is formed longer than the length of the width portion (c2) of the coupling portion (330b). According to clause 1,
A female coupling portion (330a-1) formed longitudinally on one side of the fixing plate 310 of the fixing clip 300, and a distance maintaining part extending longitudinally on the other side of the fixing plate 310 of the fixing clip 300. (a), and a male coupling portion (330b-1) extending longitudinally on the other side of the distance maintaining portion (a) and having a step (e) for easy coupling and fixing force of the deck. Improved deck load system.