KR102400904B1 - Deck road system - Google Patents

Abstract

The present invention relates to a deck load system, which prevents a fastening member, used for installation of a deck, from being exposed to the outside, facilitates ease in installation and replacement of the deck for high constructability and easy maintenance and repair, prevents the deck from being damaged by a fixing clip during the installation and replacement of the deck, and prevents the deck from being slipped from the fixing clip by an external force. To this end, the deck load system comprises: a support structure lengthily installed along the ground surface to install a deck; a plurality of joists installed at a predetermined interval along the width direction on the upper surface of the support structure; a plurality of fixing clips installed at the upper surface of the joists; a plurality of decks installed at the fixing clips to be located to be adjacent to each other; and a railing member installed at the both sides of the upper surface of the plurality of decks which are installed to be adjacent to each other. The present invention relates to a deck load system for easy deck coupling and improved fixing force, wherein the fixing clip comprises: a fixing plate which has a fastening hole formed on the outer surface to be fastened to the joists by means of a fastening member, has a vertical unit individually formed at both ends, has a round-shaped guide unit formed at one end of the vertical unit, and has an insertion unit formed on the outer surface at the gap from the vertical unit; and an insertion member of a silicone material, which has an insertion groove formed on the outer surface such that the insertion unit may be inserted thereinto. The deck comprises: a deck plate having the railing member installed at the upper surface; and the insertion unit which is formed at the lower portion of the deck plate to be inserted into the gap from the vertical unit, and has a first insertion groove individually formed at both sides of the outer surface adjacent to the deck plate such that the guide unit may be inserted thereinto, wherein the guide unit is inserted into the opened entrance of the first insertion groove, and a second insertion groove is formed on the outer surface facing the fixing plate such that the insertion member, having the insertion unit inserted into the insertion groove, may be inserted thereinto.

Description

Deck road system that improves easy deck bonding and fixing power {Deck road system}

The present invention relates to a deck rod system, and in particular, when installing a deck, prevents the fastening member used from being exposed to the outside, and it is easy to install and replace the deck, so constructability and maintenance are easy, and when installing and replacing the deck , It relates to a deck rod system that prevents damage to the deck by the fixing clip, and prevents the deck from sliding in the fixing clip by an external force, and improves the easy deck coupling and fixing force.

In general, the deck road system is mainly installed in lakes, rivers, or the coast, etc., so that pedestrians can safely walk and enjoy the natural scenery.

In this regard, Patent Document 1 constitutes the bottom surface of the deck rod so that users can walk, and is configured in plurality along the longitudinal direction of the deck rod, and is formed on both sides of the lower end, respectively, and the first and second fixing clips are inserted And a clip seating groove and a clip fixing groove to be coupled, an anti-slip protrusion configured on the upper surface to prevent slipping, a plurality of fastening holes configured in the upper center to fasten the fastening means, and a wooden panel to distribute shock and load. A deck rod system including a wood panel through which a dispersion hole is formed was provided.

In addition, Patent Document 2 is disposed to correspond to a portion of the lower surface of the wooden deck, the lower plate is formed with two fastening holes to be fixed to the upper surface of the frame; a tip fitting plate formed to be vertically bent toward the upper side at the front end of the lower plate, having a fitting jaw bent inwardly at the upper end, and fixed to one side of the wooden deck; A rear end elastic plate that is formed to be bent vertically toward the upper side at the rear end of the lower plate, an elastic support jaw is formed at the upper end to be rounded in a semicircular shape inward, and elastically support the other side of the wooden deck; It provided a one-touch elastic fixing device for wooden deck boards, including.

In addition, Patent Document 3 is a bracket for coupling the deck board is fixedly installed on the upper surface of the support frame, a sliding groove is formed in the bracket to enable sliding coupling of the deck board; The lower portion of the deck board is integrally configured with a coupling portion for coupling to the sliding groove; The width of the coupling part is smaller than the width of the deck board, and guide jaws for preventing the coupling part of the deck board from being separated on the upper part of the bracket are provided in a symmetrical form on both sides, and combined with the deck board so that the guide jaws can be guided. A guide groove is formed between the parts, and an insertion groove is formed on both sides of the deck board so that the guide jaw can be inserted, and the coupling part of the deck board is pressed with a certain elastic force on the bottom surface of the guide jaw, and the coupling part and the guide jaw are directly connected. An elastic protrusion made of urethane material for reducing frictional force due to contact is provided, a reinforcing coating layer is formed on the surface of the elastic protrusion to prevent damage, and the guide jaw has a certain angle so that the pressing force on the coupling part of the deck board can be applied stably. A deck coupling structure forming a downward inclined surface was provided.

However, in Patent Document 1, the fastening means used when installing the wooden panel was exposed to the outside, and there was a risk of injury due to contact with the foot when walking by a pedestrian.

And, in Patent Document 2, since the elastic support jaw is formed only on one side, in order to install the wooden deck by pressing the wooden deck to the elastic fixing device, the wooden deck was inclined in only one direction.

That is, the method of installing by pressing the wooden deck is limited, the installation of the wooden deck was inconvenient.

In addition, in Patent Document 2, it was difficult to separate the wooden deck from the elastic fixing device because the horizontally bent fitting jaws and the semicircular elastic support jaws were tightly fitted into the fitting grooves of the wooden deck.

In other words, it was inconvenient to replace the wooden deck.

And, in Patent Document 3, since the guide jaws form a downwardly inclined surface at a certain angle, the guide groove of the deck board had no choice but to catch a lot of the guide jaws.

Due to this, while the installation and replacement of the deck board is not easy, there is a risk that the deck board is damaged during the installation and replacement of the deck board.

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

Accordingly, the present invention prevents the fastening member used from being exposed to the outside when installing the deck, compared to the prior art, and it is easier to install and replace the deck than in the prior art, so construction and maintenance are easy, and when installing and replacing the deck, it is fixed An object of the present invention is to provide a deck rod system with improved deck coupling and fixing force, which prevents damage to the deck due to the clip compared to the prior art, and prevents the deck from sliding in the fixing clip by external force than before.

In order to achieve the above object, the present invention includes a support structure that is installed long along the ground to install a deck; a plurality of joists installed at predetermined intervals along the width direction on the upper surface of the support structure; a plurality of fixing clips installed on the upper surface of the joists; a plurality of decks installed on the fixing clips so as to be positioned adjacent to each other; In the deck rod system including a railing member installed on both sides of the upper surface of a plurality of decks installed adjacent to each other, the fixing clip has a fastening hole fastened with a joist and a fastening member is formed on the outer surface, and a vertical part is 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; The fitting groove into which the fitting part is fitted includes a fitting member made of silicon material formed on the outer surface, and the deck includes: a deck plate having a railing member installed on the upper surface thereof; It is formed in the lower part of the deck plate and fitted between the vertical parts, and first fitting grooves into which the guides are fitted are respectively formed on both sides of the outer surface adjacent to the deck board, and the guides are fitted into the open entrance of the first fitting grooves, and the fitting parts are fitted into the fitting grooves. It provides a deck rod system with improved coupling and fixing force of the deck, characterized in that the second fitting groove into which the fitting member is fitted includes a fitting portion formed on the outer surface facing the fixing plate.

The present invention has the effect that the fastening member fixed to the joists by fixing the clip is not exposed to the outside by the deck.

That is, there is an effect of preventing the foot of the pedestrian from being injured by contact with the fastening member when walking the pedestrian, compared to the prior art.

Since the present invention has a round guide part formed on both sides of the fixing clip, in order to install the deck by pressing the fixing clip, there is an effect that the deck can be tilted by selecting one of the left and right directions or the deck can be placed in a horizontal state. have.

That is, the method of installing by pressing the wooden deck is more diverse than the prior art, there is an effect that the installation of the wooden deck is simple.

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

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

In other words, it is easier to install and replace the deck than in the prior art, there is an effect of easy construction and maintenance.

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

That is, when installing and replacing the deck, there is an effect of preventing damage to the deck due to the fixing clip compared to the prior art.

In the present invention, when the deck receives an external force, the second fitting groove of the deck has an effect that friction occurs with the fitting member made of silicon material.

In addition, since the width of the fitting portion is formed wider than the width of the fitting groove of the fitting member, there is an effect that the second fitting groove of the deck is more frictionally generated with the fitting member made of silicon material.

That is, it has an effect of preventing the deck from slipping away from the fixing clip by an external force.

The present invention has the effect of being fitted into the first fitting groove of the deck while maintaining the shape of the guide, since one end of the guide is not greatly deformed while being supported by the vertical during the deck pressure installation.

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

In addition, since one end of the guide is not exposed to the outside while not facing the outside, when installing the deck, there is an effect that the deck is not clipped or caught in the guide.

That is, when installing the deck, there is an effect of preventing the deck installation from being delayed due to damage and jamming of the deck by the guide.

In the present invention, since the width of the deck plate is formed wider than the width of the fitting part and the fixing clip is not exposed to the outside, there is an effect that a plurality of decks look beautiful.

The present invention has the effect of being easily guided to the first and second inclined surfaces of the deck when the guide portion of the fixing clip is pressed when the deck in a tilted state is pressed from the fixing clip.

In addition, when pressing the deck in a horizontal state from the fixing clip, there is an effect that the guide portion of the fixing clip is easily guided to the second inclined surface of the deck.

That is, there is an effect that the installation and replacement of the deck is easy.

The present invention has an effect of preventing the fitting member from being separated from the fitting part by an external force caused by vibrations generated during pedestrian walking because the locking jaw of the fitting member is caught in the locking part of the fitting part.

In the present invention, since the fitting member is caught on the engaging surface of the second fitting groove, there is an effect of preventing the fitting member from being separated from the second fitting groove by an external force caused by vibration generated during pedestrian walking.

In the present invention, since the locking part is formed in a '-' shape, there is an effect that the locking jaw of the fitting member is more caught in the locking part of the fitting part.

That is, there is an effect of further preventing the fitting member from being separated from the fitting portion by an external force.

In addition, since the locking portion is formed in a '∧' or round shape, there is an effect that the fitting member can be easily inserted into the fitting portion.

In the present invention, since the fixing clip is manufactured by a press working method, there is an effect of increasing the strength.

In addition, since the fixing clip is manufactured by an extrusion method or an injection method, there is no welding, so manufacturing is easy.

Since the present invention is formed with a gap between the deck plate, there is an effect that can cope with the contraction and expansion of the deck according to the temperature change.

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

1 and 2 are an installation state diagram of a deck rod system according to an embodiment of the present invention;
3 to 12 are diagrams in use for installing the fixing clip and the deck of the deck rod system according to an embodiment of the present invention;
13 and 14 are views of the use of dismantling the deck from the fixing clip of the deck rod system according to an embodiment of the present invention;
15 is a perspective view of a fixing clip of the deck rod system according to an embodiment of the present invention.

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

1 to 15, the deck rod system 1000 according to an embodiment of the present invention that is installed on the ground is a support structure 100 that is installed long along the ground to install the deck 400 and; A plurality of joists 200 installed at predetermined intervals along the width direction are included on the upper surface of the support structure 100 .

Here, the support structure 100 includes a fixing member such as a screw pile, an earth anchor, etc., and a frame composed of a frame installed side by side at predetermined intervals along the ground through a concrete member;, the pillar and a plurality of joists 200 ) and a support member formed by combining a frame installed between them.

In addition, the support structure 100 may be excluded or added to some components depending on the installation environment.

In addition, the joists 200 are made of a long galvanized square tube in the longitudinal direction, and the joists 200 are connected to each other by a connection frame installed at a predetermined interval between the joists 200 .

And, the deck rod system 1000 includes a plurality of fixing clips 300 installed on the upper surface of the joists 200; A plurality of decks 400 installed on the fixing clip 300 to be positioned adjacent to each other are included.

Here, the plurality of fixing clips 300 are installed to be positioned adjacent to each other on the upper surface of the joists 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 fastened with a fastening member 1 such as a joist 200 and a screw, etc., is formed on the outer surface, and vertical parts 312 are formed at both ends, respectively. , A fixing plate 310 in which a guide part 313 in a round shape is formed at one end of the vertical part 312 and a fitting part 314 is formed on the outer surface between the vertical parts 312; A fitting member 320 made of a silicon material having a fitting groove 321 into which the fitting portion 314 is fitted is formed on the outer surface thereof.

Here, the guide part 313 is formed in a round shape by rolling one end of the vertical part 312 close to the vertical part 312 .

In addition, the fixing clip 300 is manufactured by bending a fixing plate 310 made of a material such as steel or stainless steel by a press working method, and the fitting portion 314 made of a material such as steel or stainless steel is welded to the fixing plate 310 .

In addition, the fixing clip 300 may be manufactured by an extrusion method using an aluminum material or the like, or may be manufactured by an injection method using a plastic material or the like.

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

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

And, the deck 400 includes a deck plate 410 on which the handrail member 500 is installed on the upper surface; A first fitting groove 421 formed in the lower portion of the deck plate 410 and fitted between the vertical parts 312, into which the guide part 313 is fitted on both sides of the outer surface adjacent to the deck plate 410, that is, on the side. A second fitting in which the guide part 313 is fitted into the open inlet of the first fitting groove 421, and the fitting part 314 is fitted in the fitting groove 321, the fitting member 320 is fitted. The groove 422 includes a fitting portion 420 formed on the outer surface facing the fixing plate 310, that is, the bottom surface.

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

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

In addition, second inclined surfaces 423 guided by the guide portion 313 are formed on both sides of the outer surface of the fitting portion 420 adjacent to both ends of the fixing plate 310 , respectively.

In addition, the deck 400 is made of a functional synthetic wood excellent in workability, durability, impact resistance, impact resistance, etc., the upper surface of the deck plate 410 is formed with a number of irregularities for preventing slip.

In addition, the fitting portion 314 includes a vertical portion 314a formed on the outer surface of the fixing plate 310 to be perpendicular to the fixing plate 310; A locking portion 314b formed at one end of the vertical portion 314a is included.

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

And, the fitting groove 321 is formed on the outer surface of the fitting member 320 and a first groove (321a) into which the vertical portion (314a) is fitted; a second groove (321b) formed in the deepest part of the first groove (321a) and into which the engaging part (314b) is fitted; A locking jaw 321c formed between the first and second grooves 321a and 321b and caught by the locking portion 314b is included.

Here, the fitting groove 321 is formed in a shape similar to a 'T' by the first and second grooves 321a and 321b and the locking jaw 321c.

In addition, the width W3 of the fitting portion 314 is wider than the width W4 of the fitting groove 321 .

That is, the width W3 of the engaging portion 314b is wider than the width W4 of the second groove 321b.

In addition, the second fitting groove 422 into which the fitting member 320 is fitted is formed with an inclined locking surface 422a through which the fitting member 320 is hooked.

That is, the second fitting groove 422 is formed with an inclined engaging surface 422a that becomes narrower toward the opening from the inside.

And, a gap (d) is formed between the deck plate (410).

And, the gap between the fixing clip 300 and the deck 400 formed by the gap d is filled with silicon 600 by the magic caulking method.

And, the deck loading system 1000 includes a handrail member 500 installed on both sides of the upper surface of a plurality of decks 400 installed adjacent to each other.

Here, the handrail member 500 includes a plurality of pillars installed at predetermined intervals on the upper surface of the plurality of deck plates 410; and a cross bar connecting the pillars.

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

As shown in Figures 1 to 15, the deck rod system 100 according to an embodiment of the present invention is a long installation of the support structure 100 along the ground to install the deck 400, the support 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 joists 200 to be positioned adjacent to each other.

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

Then, a plurality of decks 400 are installed on the plurality of fixing clips 300 , respectively.

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

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

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

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

In addition, after the one opposite side of the pressurized deck 400 is guided to the round guide 313 , the guide 313 is guided to the second inclined surface 423 and the remaining first fitting groove 421 . inserted into the open mouth of the

Here, since the guide part 313 is formed in a round shape by rolling one end of the vertical part 312 to be close to the vertical part 312, the deck 400 is pressurized when the guide part 313 is installed. One end of the is not significantly deformed while being supported by the vertical portion (312).

In addition, the guide portion 313 is returned to its original state when fitted in the first fitting groove (421).

And, the fitting portion 420 of the deck 400 is fitted between the vertical portions 312 of the fixing clip 300, the fitting member 320 having the fitting portion 314 fitted into the fitting groove 321 is It is fitted into the second fitting groove 422 of the deck 400 .

Here, the vertical portion 312 is opened 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, since the width W3 of the fitting portion 314 is wider than the width W4 of the fitting groove 321 , the fitting portion 314 inserts the fitting groove 321 into the outside of the fitting member 320 . is pressed in the opposite direction.

That is, the fitting member 320 is strongly adhered to the second fitting groove 422 by the fitting portion 314 .

In addition, the vertical portion 314a and the locking portion 314b of the fitting portion 314 are fitted into the first and second grooves 321a and 321b of the fitting groove 321, respectively, and the fitting groove 321 The locking jaw 321c of the '-' or '∧' or a round-shaped locking part 314b is caught.

In addition, the fitting member 320 is caught on the engaging surface (422a) of the second fitting groove (422).

So, 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 not exposed to the outside while being covered by the deck 400 .

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

In addition, a gap (d) is formed between the deck plate (410).

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

In more detail, the deck 400 is brought into close contact with the upper portion of the pair of guide parts 313 of the fixing clip 300 .

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

Then, the deck 400 in close contact with the upper portion of the pair of guides 313 is pressed.

Then, after a pair of second inclined surfaces 423 of the deck 400 are guided to a pair of round guide parts 313 , the pair of guide parts 313 are a pair of first fitting It is fitted into the open mouth of the groove 421 .

Here, the vertical portion 312 is opened 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 fitting member 320 is fitted into the second fitting groove 422 of the deck 400 .

And, in a state in which the deck 400 is installed on the fixing clip 300 , the gap between the fixing clips 300 and between the decks 400 is filled with silicon 600 .

Next, the handrail member 500 is installed on both sides of the upper surface of the plurality of decks 400 installed adjacent to each other.

Then, through the deck 400 of the deck load system 1000 according to the embodiment of the present invention, it is possible for a pedestrian to walk safely.

On the other hand, as shown in Figure 13, when the deck 400 is damaged by long-time use and needs to be replaced, one side of the deck 400 is lifted.

Then, while the first insertion groove 421 of the deck 400 is easily guided to the guide part 313 having a round shape, the first inclined surface 411 formed on the opposite side of the deck 400 is of a round shape. It is guided by the guide part 313 .

In addition, as shown in Figure 14, it is also possible to lift both sides of the deck (400).

Then, while the first insertion groove 421 of the deck 400 is easily guided to the guide part 313 having a round shape, the second inclined surfaces 423 formed on both sides of the deck 400 are guided in a round shape. Guided to part 313 .

Thus, the first insertion groove 421 and the guide portion 313 are disengaged, and the second insertion groove 422 and the fitting member 320 are disengaged.

That is, the deck 400 is separated from the fixing clip 300 to be replaceable.

In the above, the present invention has been illustrated and described with examples of specific preferred embodiments, but the present invention is not limited to the above-described embodiments, and within the scope of not departing from the spirit of the present invention, common knowledge in the art to which the invention pertains Various changes and modifications will be possible by those who have

100: support structure 200: joists
300: fixing clip 310: fixing plate
311: fastening hole 312: vertical part
313: guide part 314: fitting part
314a: vertical portion 314b: engaging portion
320: fitting member 321: fitting groove
321a: first groove 321b: second groove
321c: jamming jaw 400: deck
410: deck plate 411: first slope
420: fitting portion 421: first fitting groove
422: second fitting groove 422a: engaging surface
423: second inclined surface 500: handrail member
600: silicon 1000: deck rod system

Claims (12)

a support structure 100 installed long 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 joists 200; a plurality of decks 400 installed on the fixing clips 300 to be positioned adjacent to each other; In a deck load system including a handrail member 500 installed on both sides of the upper surface of a plurality of the deck 400 installed adjacent to each other,
The fixing clip 300 has a fastening hole 311 fastened to the joist 200 and the fastening member 1 on the outer surface, and vertical parts 312 are formed at both ends, respectively, of the vertical part 312 . a fixing plate 310 having a guide part 313 having a round shape at one end and having a fitting part 314 formed on the outer surface between the vertical parts 312; A fitting groove 321 into which the fitting portion 314 is fitted includes a fitting member 320 made of a silicon material formed on an outer surface thereof,
The deck 400 includes a deck plate 410 on which the handrail member 500 is installed on the upper surface; The first fitting grooves 421 are formed in the lower portion of the deck plate 410 and fit between the vertical portions 312, and the guide portions 313 are fitted on both sides of the outer surface adjacent to the deck plate 410, respectively. The guide part 313 is fitted into the open inlet of the first fitting groove 421 , and the fitting part 314 is fitted into the fitting groove 321 and the fitting member 320 is fitted into the second fitting groove 422 . ) includes a fitting portion 420 formed on the outer surface facing the fixing plate 310,
The fitting portion 314 includes a vertical portion 314a formed on the outer surface of the fixing plate 310; and a locking part 314b formed at one end of the vertical part 314a,
The fitting groove 321 is formed on the outer surface of the fitting member 320 and a first groove (321a) into which the vertical portion (314a) is fitted; a second groove (321b) formed in the deepest part of the first groove (321a) and into which the engaging part (314b) is fitted; and a locking jaw 321c formed between the first and second grooves 321a and 321b and caught on the locking part 314b,
Deck rod system with improved coupling and fixing force of the deck, characterized in that the second fitting groove 422 into which the fitting member 320 is fitted forms a locking surface 422a on which the fitting member 320 is caught. . According to claim 1,
The guide part 313 is a deck rod system with improved coupling and fixing force of the deck, characterized in that one end of the vertical part 312 is formed in a round shape by being rolled in a circle so as to be close to the vertical part 312. According to claim 1,
The deck plate 410 has a width (W1) that is wider than the width (W2) of the fitting part 420. A deck rod system with improved coupling and fixing power. 4. The method of claim 3,
On both sides of the outer surface of the deck plate 410 adjacent to the first fitting groove 421, a first inclined surface 411 guided to the guide part 313 is formed, respectively. Shiken Deck Loading System. According to claim 1,
On both sides of the outer surface of the fitting portion 420 adjacent to both ends of the fixing plate 310, a second inclined surface 423 guided to the guide 313 is formed, respectively. deck load system. delete According to claim 1,
The engaging portion (314b) is a deck rod system with improved coupling and fixing force of the deck, characterized in that it is formed in a '-' or '∧' or round shape. According to claim 1,
The width (W3) of the fitting portion (314) is formed wider than the width (W4) of the fitting groove (321). According to claim 1,
The fixing clip 300 is manufactured by a press working method,
The fitting part 314 is a deck rod system with improved coupling and fixing force of the deck, characterized in that it is welded to the fixing plate 310 . According to claim 1,
The fixing clip 300 is a deck rod system with improved coupling and fixing force of the deck, characterized in that it is manufactured by an extrusion method. According to claim 1,
The fixing clip 300 is a deck rod system with improved coupling and fixing force of the deck, characterized in that it is manufactured by an injection method. According to claim 1,
A gap (d) is formed between the deck plate (410),
Deck loading system with improved coupling and fixing force of the deck, characterized in that the gap between the fixing clip 300 and the deck 400 is filled with silicon (600).

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