KR101895269B1 - Eco-friendly deck road system - Google Patents

Abstract

The present invention relates to an eco-friendly deck road system comprising: a deck road; a fence having fence poles and a plurality of fence pole supporters; and a variable bench mounted between the two fence poles. The variable bench includes: a seating part disposed to be able to rotate; a seating part supporter for supporting the seating part; a bench rotating part for rotating the bench part; and a load part disposed at the rear of the seating part. The eco-friendly deck road system according to the present invention is eco-friendly and can minimize limitation in installation location. Moreover, the eco-friendly deck road system is applicable to various installation environments without limitation, and can prevent distortion of and damage to a deck by accepting contraction and expansion and prevent accidents.

Description

ECO-FRIENDLY DECK ROAD SYSTEM [0002]

The present invention relates to a deck load system, and more particularly to a deck load system, which improves the installation space limitation of a variable-type bench constituting a deck load system and fixes the fence support stand to a fence posture Which can accommodate changes in deck length when joining multiple decks in the longitudinal and width directions, improve connections to securely secure the decks, and maintain deck loads horizontal So that the height of the deck load system can be easily adjusted.

In recent years, as eco-friendly atmosphere has become more common in society, decks made of materials such as wood are often used for walking trails in parks and hiking trails, sidewalks along the lake, powerhouses and pensions.

With the generalization of such a deck load system, user friendliness and safety as well as environment friendliness, convenience of installation and maintenance, and adaptability to various installation environments are becoming increasingly important.

As shown in Fig. 1, the deck load system generally includes a deck load consisting of a deck and a deck frame, a deck support for supporting the deck load against the installation surface, and a fence installed on top of the deck load, A bench for user's convenience can be installed.

The bench is installed so that pedestrians can rest for a while with the fence on the promenade or hiking trail of the park. Generally, it does not require much space for installation but requires a minimum space for seating, There are a number of restrictions to install.

In order to minimize the limitation of the installation space, various kinds of variable type benches have been proposed. However, the driving type variable type bench using the driving parts such as electric or hydraulic pressure is expensive, and the maintenance cost is high due to the product life or malfunction There is a problem that it is costly.

On the other hand, when the bench is automatically folded and unfolded by the weight of the bench, the levers having the center of gravity toward the rear of the fence should be protruded when the bench is folded. The protruding length becomes large, resulting in a problem of installation space and a lot of cosmetic problems.

On the other hand, in the case of a fence, the fence support is composed of a vertical fence support and a fence support support which is connected to each fence post in a horizontal direction. In many cases, the walkway on which the deck load is installed is advanced or deflected upward or downward, And the like are not only difficult to work but also have a problem that the construction state is not constant depending on the skill of the operator and the construction time is also delayed.

In addition, a plurality of decks are connected to the deck frame in the longitudinal direction or in the width direction, and when the deck shrinks and expands due to a difference in temperature in the seasons, there is a problem that the deck road surface becomes uneven or is severely damaged. Particularly, there is a serious problem in the safety of pedestrians when walking at night, or when there is rain or ice.

Korean Patent Registration No. 10-1819947 "Deck Road"

SUMMARY OF THE INVENTION It is therefore an object of the present invention to provide a variable bench which is environmentally friendly since the variable bench uses a load portion and solves a maintenance problem due to the use of a motor or hydraulic pressure for rotating the seating portion and does not use a driving force, Thereby minimizing the aesthetics as well as the limitation of the installation position.

It is another object of the present invention to provide a deck support structure capable of freely adjusting the support position of the deck support in the vertical direction as well as being adjustable in the horizontal direction and being very easy to install on the ground having various slopes and heights, And to provide an eco-friendly deck load system that can be easily repaired during use.

Another object of the present invention is to provide a bracket having a ball joint type head and a receiving portion so that the fence supporting stand can be used without limitation in various installation environments with twist of two or more axes such as up and down and left and right, The present invention provides an eco-friendly deck load system that can be applied to all installation conditions, thereby simplifying the work and improving workability and facilitating parts management.

It is another object of the present invention to provide an air conditioner which can prevent the deck from being twisted or damaged by the interval adjusting unit even if the deck shrinks or expands due to a difference in temperature depending on the season, The present invention also provides an eco-friendly deck load system that can prevent a safety accident in the event of rain or ice as well as safe walking at night by applying a luminous member or a non-slip member.

It is a further object of the present invention to provide a deck connecting structure for a deck, which is characterized in that when the body of the deck connecting clip is pressed and fixed to either the deck frame or the deck support by the body fixing part, And at the same time preventing decks from flowing in the longitudinal direction.

This object is achieved according to an embodiment of the present invention, A fence having a fence support vertically installed at a predetermined distance along one side or both sides of the upper surface of the deck rod and a plurality of fence support posts vertically spaced apart from each other between the fence posts; And a variable bench mounted between any two of the fence supports, wherein the variable bench is capable of pivoting between a use state capable of being seated between the two fence supports and a pulled-in state rotated toward the fence support support side A bench rotating part for rotating the seating part in the use state and the pulled-in state with respect to the seating part support, and a control part provided at the rear of the seating part, And a load portion for maintaining the pulled-up state when the seating portion is in an unused state, wherein the load portion is provided such that the mass per unit volume is larger than the seating portion and is shorter than the length of the seating portion .

Wherein the seating portion is provided with a hollow panel having a predetermined seating area or a plurality of hollow bars joined thereto and the load portion has the same material or a larger mass per unit volume as the seating portion It can be prepared as a solid material.

Here, the load portion may be fixed to a rear end surface of the seating portion, and may be provided with a weight that is vertically moved up and down on the ground according to the rotation of the seating portion.

Wherein the seating portion support base has a support surface capable of supporting the seating portion in use, the bench rotation portion is provided on the rear side of the support surface corresponding to the rear of the seating portion, And an engaging portion of an elastic material may be further provided so that the lower surface is seated at a predetermined distance from the supporting surface.

The eco-friendly deck load system according to another embodiment of the present invention may further include a multi-degree of freedom fixing unit for fixing both end portions of the fence support supports to the fence support, A head portion having a protruding fixing protrusion and having a substantially spherical shape; a space having a space for receiving the head portion therein; an opening portion through which the fixing protrusion penetrates is formed at one end, and one of the fence holding or fence supporting rods And a second bracket fixed to the other of the fence support or the fence support supporter, wherein the first bracket has a flange fixed to the fence support supporter, Can be supported on the fence post at various angles up, down, left, and right.

Here, between the head portion and the fence post or the fence post support, an elastic portion may be further provided to receive the movement of the head portion in the first bracket.

According to another aspect of the present invention, there is provided an eco-friendly deck load system, wherein the deck rod includes: a deck frame; A plurality of bar-shaped decks coupled to the top of the deck frame; And a deck support for supporting the deck frame at a set interval with respect to the installation surface.

Here, a body portion inserted into the spacing space between the longitudinal end portions of two neighboring decks and spaced apart from each deck, and an extension portion extending to both sides of the body portion and covering the spacing space, A molding part having a T-shaped cross section as a whole; and a gap adjusting part having a molding fixing part passing through the body part vertically and fixing to either the deck frame or the deck support, A light-guiding member or a non-slip-preventing member may be further provided.

A wing portion extending from both sides of the body portion and inserted into a groove formed in a widthwise end portion of the body portion; And a deck connecting clip having a plurality of pressing protrusions formed in a width direction of the deck below the wing portion, wherein the deck connecting member comprises: When the deck frame is pressed and fixed by either the deck frame or the deck support below by the body fixing part, the press-in protrusion is pressed into the deck to firmly fix the two decks, Can be prevented.

A plate provided on the upper deck support plate of each of the deck supports and coupled with the deck frame; A bottom plate fixed to the bottom of each of the deck supports to fix and support the deck support to the ground; A first height regulating portion provided between the deck support upper plate and the plate, the first height regulating portion including a rotation shaft and a female screw portion to adjust a separation distance between the deck support and the deck frame; A rotating portion provided at an upper end of the rotating shaft to rotatably support the plate with respect to the deck support upper end; One or more horizontal brackets fixed to the deck frame at one side and formed with a second slot in a direction perpendicular to the first slot, and a second slot formed at a second side of the first slot, And a horizontal adjuster including a horizontal fixture fixed to the grooves so that the deck frame can receive and fix the flow in the forward, backward, left and right directions on the plate surface of the plate, It can be fixed by fastening.

And a second height adjuster provided on the strut case to adjust a distance between the deck strut and the ground, wherein the second height adjuster comprises: The height adjustment portion includes a plurality of first fastening holes formed at the lower end of the deck support along the longitudinal direction of the deck support, a plurality of second fastening holes formed at the side walls of the support case corresponding to the first fastening holes, And a fastening screw penetrating through the fastening hole and fastened to the first fastening hole.

In addition, the deck support may be provided in a cylindrical shape, and the opening portion may be provided on one side of the deck support except for a portion where the first height adjuster is located.

Therefore, according to the eco-friendly deck load system of the present invention, since the variable-type bench uses the load portion, the maintenance problem due to the use of the motor or the hydraulic pressure for the rotation of the seating portion is solved and the driving force is not used, It is possible to minimize the limitation of the installation position as well as the aesthetics by minimizing the protruding length.

Further, according to the eco-friendly deck load system of the present invention, the support position of the deck support can be freely adjusted in the vertical direction as well as in the horizontal direction, so that installation on the ground having various slopes and heights is very easy It is easy to repair, and it is very easy to repair during use.

In addition, according to the eco-friendly deck load system of the present invention, since the bracket having the ball joint type head and the receiving portion is constructed, the fence supporting stand can be used without limitation in various installation environments having two or more shafts, It can be applied to all installation conditions with a single bracket, which simplifies the work and improves workability and facilitates parts management.

Further, according to the eco-friendly deck load system of the present invention, even if the deck shrinks or expands due to seasonal temperature difference, it can be accommodated through the interval adjusting unit, thereby preventing the deck from being twisted or broken, By applying a luminous member or a non-slip member to the upper portion of the control unit, it is possible to prevent the safety accident from occurring even in the nighttime as well as under the condition of rainwater or ice.

Further, according to the eco-friendly deck load system of the present invention, when the body of the deck connecting clip is pressed and fixed by any one of the deck frame or the deck support by the body fixing portion, the indentation protrusion is pressed into the deck, And it is possible to prevent each deck from flowing in the longitudinal direction.

1 is a configuration diagram of an environmentally friendly deck load system according to an embodiment of the present invention;
FIG. 2 is an operation diagram of a variable-type bench installed in an environment-friendly deck load system according to an embodiment of the present invention,
FIG. 3 is an exploded view of a multi-degree-of-freedom fixing unit installed in an environmentally friendly deck load system according to an embodiment of the present invention,
4 is a cross-sectional view of a gap adjusting unit provided in an environmentally friendly deck load system according to an embodiment of the present invention,
FIG. 5 is a configuration diagram of a deck connecting clip installed in an environmentally friendly deck load system according to an embodiment of the present invention,
6 is an exploded perspective view of a first height adjusting unit and a horizontal adjusting unit installed in an environmentally friendly deck load system according to an embodiment of the present invention,
7 is an exploded perspective view and an installation view of a second height adjusting unit installed in the environmentally friendly deck load system according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 and 6, an eco-friendly deck load system 1 according to an embodiment of the present invention includes a deck rod 10, a fence 20 installed at an upper end of the deck rod 10, A deck support 15 provided below the deck rod 10, and an adjustment module 60. [

Hereinafter, each configuration will be described in detail.

The deck rod 10 includes a deck frame 11, a plurality of bar-shaped decks 13 coupled to the top of the deck frame 11, And a deck support 15 for supporting the deck.

The deck frame 11 is provided on the upper side of the plurality of deck posts 15, and the deck 13 is fixed to the upper side.

The deck 13 is generally made of wood, but it is not limited thereto. It is needless to say that synthetic wood or various other known materials can be used without limitation.

The deck 13 is formed in a one-bar shape and can be continuously engaged in both the longitudinal direction and the width direction of the deck rod 10, as shown in FIG.

The spacing adjusting portion 40 to be described later is provided between the longitudinal ends of two neighboring decks 13 when the deck 13 is coupled in the longitudinal direction (point F in Fig. 1), and the deck connecting clip 50 Is provided between the widthwise ends of two adjacent decks 13 when the deck 13 is coupled in the width direction (point G in Fig. 1)

The gap adjusting portion 40 may include a molding portion 41 and a molding fixing portion 43 as shown in FIG. 4, for example.

The molding part 41 includes a body part 411 which is inserted into a space between longitudinal ends of two neighboring decks 13 and is spaced apart from the respective decks 13 by a predetermined interval, And an extension portion 413 that extends to both sides of the upper portion of the main body and covers the spacing space.

As shown in the enlarged view of FIG. 4, the body part 411 of the molding part 41 is spaced apart by a space of left and right spacing?, For example, about 5 to 10 mm.

Thus, even if the deck 13 shrinks or expands due to a seasonal difference in temperature, the deck 13 is accommodated in the spaced space, thereby preventing the deck 13 from being twisted or damaged. Furthermore, since the spacing space is covered by the extended portion 413 and is not exposed, the aesthetic appearance is not hindered, and foreign matter or moisture can be prevented from penetrating into the spacing space.

The molding fixing portion 43 is fixed to either the deck frame 11 or the deck support 15 through the body portion 411 vertically.

Here, either one or two of the light-blocking member or the non-slip member 45 may be provided on the extended portion 413.

Thereby, there is an advantage that a safety accident can be prevented in advance even when rainwater or ice is present at the upper end of the deck 13, which is helpful for the walking of the pedestrian at night.

A deck connecting clip 50 is provided between the widthwise ends of the two neighboring decks 13. (See G in Fig. 1)

5, the deck connecting clip 50 may include a body portion 51, a wing portion 155, a body fixing portion 55, And may be provided in a T-shape as a whole including the press-fit projection 57. [

The body portion 51 is inserted into the spacing space between the widthwise ends of the two neighboring decks 13. [

In this case, the body 51 may be spaced apart from the end of each deck 13 by a predetermined distance, such as the body 411 of the interval adjusting unit 40, It is possible that the This is because the change in length of the deck 13 depending on the temperature is not relatively large in the width direction as compared with the longitudinal direction, and rather, the deck 13 may flow in the width direction due to the spacing space.

The wing portions 155 extend to both sides of the body portion 51 and are respectively inserted into the groove 131 formed at the widthwise end portion of the deck 13.

The body fixing portion 55 is fixed to either the deck frame 11 or the deck support 15 through the body portion 51 vertically.

A plurality of press-fit projections 57 are formed in the width direction of the deck 13 below the wing portions 155.

As shown in FIG. 5 (b), the indentation protrusions 57 may protrude in a long shape or may have a plurality of circular or polygonal point shapes.

However, in the case where the press-fit projection 57 is formed as a one-letter shape, it is preferable that it is formed in the width direction of the deck 13.

5B, the press-fitting protrusion 57 is formed on the front surface of the wing portion 155, but may be formed only on the portion of the wing portion 155 that is inserted into the groove 131. [

When the body 51 is pressed and fixed by the body fixing part 55 to either the lower deck frame 11 or the deck support 15, the indentation protrusion 57 is inserted into the deck 13 So that the two decks 13 are firmly fixed while preventing each deck 13 from flowing in the longitudinal direction.

The deck supports 15 are spaced apart from one another on the installation surface at regular intervals.

6, the deck post 15 includes a deck post body 151 and a deck post top board 157 at the upper end of the deck post body 151, and further includes a deck post flange 152, (Not shown).

The adjustment module 60 includes a first height adjustment portion 63, a second height adjustment portion 69, and a horizontal adjustment portion 67.

The first height adjuster 63 is provided between the deck support upper plate 157 and the plate 61 to adjust the distance between the deck support 15 and the deck frame 11.

6, the first height adjuster 63 may include a plate 61, a bottom plate 17, a rotary shaft 633, and a female screw portion 635 do.

A plate 61 is provided at the upper end of each deck post 15 and is engaged with the deck frame 11.

6, a female screw thread is formed along the inner periphery and is provided in the longitudinal direction of the deck post 15 at the upper end of the deck post 15.

The female screw portion 635 may be additionally formed on the upper end of the deck support 15 or may be formed on the deck support upper plate 157 as shown in FIG.

The rotary shaft 633 is formed on the outer periphery of the male screw corresponding to the female screw and is accommodated in the female screw 635 and is moved up and down while rotating.

Thus, when the ground on which the deck 13 is installed is not flat but inclined, the top surface of the deck 13 can be kept horizontal by adjusting the height of the upper end of the adjacent deck support 15 along the inclined surface.

Or by controlling the height of the upper end of the deck support 15 arranged side by side using the first height adjuster 63 so as to prevent accumulation of contaminants such as rain or dust on the upper surface of the deck 13 The deck 13 can have a fine inclination angle (for example, about 3 to 5 degrees) in a predetermined direction.

Alternatively, even if there is deformation of the local deck frame 11 or elevation of the ground due to the use of the deck rod 10 for a long time or a change in the ground, the entire deck road system 1 is not required to be disassembled and reassembled, Since only the deck post 15 can be adjusted by using the first height adjusting portion 63, there is an advantage that post-repair work is very easy.

After the height of the upper end of the deck support 15 is adjusted by rotating the rotary shaft 633, the fixing nut 631 is tightened to fix the rotary shaft 633 at the adjusted position.

The deck support 15 may be formed in a cylindrical shape and may have an opening surface B opened at one side thereof except for a portion where the first height adjusting portion 63 is located. 151 is buried in the ground, the contact area with the ground is maximized and fixed firmly.

Alternatively, as shown in Fig. 6A (blocked surface), all surfaces of the portion where the rotation shaft 633 is provided or the portion where the deck support main body 151 protrudes above the ground surface are cut off, And it is possible to prevent foreign matter, rainwater, and the like from flowing into the inside of the deck support main body 151.

6, the deck holding body 151 may be formed in various shapes such as a circular shape or a polygonal shape in addition to a rectangular tube shape.

6, it is possible to additionally form a wing 155 protruding from both side walls of the one opening side surface B, which maximizes the contact area with the ground surface, So that it can be firmly fixed.

One side of the bottom plate 17 is embedded or fixed on the ground and the other side is fixed to the lower end of each deck post 15 to support the deck post 15 against the ground.

The bottom plate 171 can be secured to the ground using a fixture, such as a steel pile 171, for example, as shown in FIG.

By forming the deck supporting flange 152 at the lower end of the deck support main body 151, the deck support main body 151 and the bottom plate 17 can be easily engaged with each other.

The combination of the deck supporting flange 152 and the bottom plate 17 and the coupling of the deck support upper plate 157 and the deck support main body 151 can be achieved by any one of chemical coupling methods such as welding, And may be used in various ways.

The horizontal adjustment portion 67 receives and supports the deck frame 11 in the front, rear, left, and right directions on the plate surface of the plate 61.

6, the horizontal adjusting portion 67 may be formed in various types. For example, as shown in FIG. 6, the horizontal adjusting portion 67 may include a rotary portion 65, a first long groove 671, and a second long groove 675 A horizontal bracket 673, and a horizontal fixture 677. [

The rotating portion 65 is provided at the upper end of the rotating shaft 633 and rotatably supports the plate 61 against the upper end of the deck support 15. [

This is because the deck frame 11 should be horizontally or inclined depending on the inclination of the ground or the deck frame 11 should have a predetermined inclination depending on the purpose of installation. In this case, (61) is rotatable, it is possible to easily cope with an installation environment having various inclination.

The first grooves 671 are formed on the plate 61 along the front, rear, left, and right directions.

The horizontal bracket 673 fixes the deck frame 11 on one side and the second grooves 675 on the other side in a direction perpendicular to the first grooves 671.

The horizontal fixture 677 is fixed over the first long groove 671 and the second long groove 675.

Here, various fastening methods can be applied to the deck frame 11 and the plate 61, for example, a screw fastening method can be used.

6, even if the position of the deck post 15 is not aligned with the horizontal position of the deck frame 11, the deck post 15 does not have to be installed on the ground again, So that the position can be adjusted and fixed.

The horizontal bracket 673 is fastened in a mechanical manner using a horizontal fixture 677 or a screw and is not limited to being used for fastening between the plate 61 and the deck frame 11, ) And the deck frame.

Therefore, since the method such as welding is not used in the field, there is an advantage that the workability is maximized and environment-friendly because no power supply for welding or equipment such as a gas device is required.

The second height adjusting portion 69 is provided to adjust the distance between the deck support 15 and the ground.

Here, the deck rod 10 may further include a holding case 153 for fixing the lower end of each deck post 15 to the ground.

7, the second height adjuster 69 may be formed in various shapes, for example, as shown in FIG. 7, formed at the lower end of the deck post 15 along the longitudinal direction of the deck post 15 A plurality of second fastening holes 693 formed corresponding to the first fastening holes 691 on the side wall of the holding case 153 and a plurality of second fastening holes 693 penetrating the second fastening holes 693, And a fastening screw 695 fastened to the first fastening hole 691.

Therefore, the height of the upper end of the deck support 15 can be finely adjusted when the second height adjuster 69 is fixed to the support case 153 for each deck support 15. Therefore, the applicability according to the installation environment is improved and the horizontal operation is very simple.

In addition, since it is not a fixed structure such as a concrete foundation, it is possible to adjust the height at any time during installation work of the deck support 15, and it is very easy to perform maintenance work even if deflection or the like occurs after installation.

The fence 20 includes a fence post 21 vertically installed at a predetermined interval along one side or both sides of the upper surface of the deck rod 10 and a plurality of vertically spaced apart fence posts 21 And a fence support support 23 of the fence support 23.

The multi-degree of freedom fixing portion 25 is provided so as to fix both ends of the fence supporting stand 23 to the fence post 21 in various directions (see the "C" position in Fig. 1)

3, the head portion 255, the first bracket 251, the second bracket 253, and the second bracket 253 may be formed in various types. . ≪ / RTI >

The head part 255 has a fixing protrusion 2551 protruded on one side and is provided in a substantially spherical shape.

The first bracket 251 has a space in which the head part 255 is received and has an opening 2511 through which the fixing protrusion 2551 passes and has a fence post 21 or a fence And a flange 2513 for fixing to one of the support rods 23.

Between the head part 255 and the fence support 21 or the fence support support 23 there is further provided an elastic part 257 for receiving the head part 255 flowing in the first bracket 251 have.

The second bracket 253 has a fixing groove 2531 to which the fixing protrusion 2551 is fixed at one side of the center and is fixed to the other of the fence support 21 or the fence support support 23.

3, the fixing bracket 2551 may be fixed between the second bracket 253 and the fence support bracket 23, as shown in FIG. In this case, the fixing protrusion 2551 of the head portion 255 is fastened to the nut 2553 through the opening 2551 of the first bracket 253 and the fixing groove 2531 of the second bracket 253, The second bracket 253 is fixed to the fence supporting stand 23 later.

The rotation preventing portion 259 is provided to prevent the head portion 255 from flowing in the first bracket 251 in a state where the fixing angle of the head portion 255 is fixed.

As shown in FIG. 3, for example, one or more rotation preventing grooves 2593 formed in the first bracket 251 and the rotation preventing grooves 2593 may be formed in the rotation preventing groove 2593. [ And a rotation preventing screw 2591 which is fastened to the head part 255 and presses the head part 255.

The multifocal bearing 25 can be supported by the multifocal bearing 25 at various angles on the fender post 21 at various angles, 23 and the fence post 21 are very easy to install.

The adjustable bench 30 is installed between any two fence posts 21.

1 and 2, the variable bench 30 can be provided in various types. For example, as shown in FIGS. 1 and 2, the variable bench 30 includes a seating portion 31, a seating portion support 33, a bench turning portion 35 And a loading section 37. [0033]

The seating portion 31 is provided so as to be able to rotate between the two fence posts 21 in the usable state D in which the seat can be seated and in the drawn-in state E in which the fence support base 23 is rotated.

The seating portion support 33 supports the seating portion 31.

The seating portion support 33 has a support surface 331 that can support the seating portion 31 in the use state D thereof.

The bench turning portion 35 rotates the seating portion 31 in the use state (D) and the retracted state (E) with respect to the seating portion support base (33).

The bench turning portion 35 may be provided in various kinds, for example, as shown in FIG. 2, and may be provided as a hinge.

The bench turning portion 35 may be provided behind the supporting surface 331 corresponding to the rear of the seating portion 31. [ In this case, an accommodating portion 333 made of an elastic material may be further provided on the front side of the supporting surface 331 so that the lower surface of the seating portion 31 is seated at a predetermined distance from the supporting surface 331.

The caulking portion 333 functions to correct the horizontal position of the seating portion 31 according to the thickness of the bench turning portion 35 itself and at the same time, It is possible to prevent noise or damage caused by collision of the user 31 with the support surface 331 as well as to prevent various safety accidents caused by the user's finger being caught between the lower surface of the seating portion 31 and the support surface 331 Can be prevented in advance.

The loading section 37 is provided at the rear of the sitting section 31 and is provided so as to maintain the loaded state E when the sitting section 31 is in an unused state due to its own weight.

Here, it is preferable that the loading section 37 is provided with a mass per unit volume that is larger than that of the seating section 31 and shorter than the length of the sitting section 31.

For this purpose, the seating part 31 is provided with a hollow panel having a predetermined seating area or a plurality of hollow bars joined thereto, and the loading part 37 is provided with a seating part 31, Or a material having a larger mass per unit volume.

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On the other hand, it may further include a pull-in state fixing section 36 for fixing the seating section 31 in the pull-in state D. (See H position in Fig. 1)

The lead-in fixing portion 36 may be provided in various types. For example, as shown in FIG. 2, the lead-in fixing portion 36 may be provided at an end portion of the seating portion 31 and a corresponding portion of the fingertip support 23 It can be provided as a magnet.

It may be provided only at one end of the seating portion of the pull-in state fixing portion 36, or may be provided over the entire end portion.

When either of the seating portion 31 or the fence supporting stand 23 is made of a metal material, the receiving state fixing portion 36 is provided only on the other one of the seating portion 31 or the fence supporting stand 23 .

In this case, the strength of the magnetic force provided in the lead-in state fixing portion 36 prevents the seating portion 31 from wobbling due to wind or the like in the drawn-in state, It is desirable to provide a strength which is not required.

Thus, since the seating portion 31 can be stably held by the pull-in state fixing portion 36, the pedestrian can walk safely, and the seat portion 31 can be prevented from being unintentionally bent back into the use state .

Therefore, since the variable-type bench according to the present invention uses a load portion, it solves the maintenance problem due to the use of a motor or hydraulic pressure for rotating the seating portion and does not use a driving force, so it is eco- Thereby minimizing the aesthetics as well as the limitation of the installation position.

1: Eco-friendly deck load system.
10: Deck Road
11: Deck frame 13: Deck
15: deck holding 17: bottom plate
20: Fence
21: Fence support 23: Fence support support
25: Every Liberal Government
30: Variable Bench
31: seating part 33: seating part support
35: Bench turning part 37: Lower part
40:
41: molding part 43: molding fixing part
45: luminous member or non-slip member
50: Deck connection clip
51: body portion 53: wing portion
53: body fixing portion 57: indentation projection
60: Control module
61: plate 63: first height regulating portion
65: turning unit 67: horizontal adjusting unit
69: a second height regulating portion

Claims (12)

A decking frame having a deck frame, a plurality of bar shaped teats coupled to an upper portion of the deck frame, and a deck support for supporting the deck frame at a set interval with respect to the installation surface;
A fence having a fence support vertically installed at a predetermined distance along one side or both sides of the upper surface of the deck rod and a plurality of fence support posts vertically spaced apart from each other between the fence posts;
A multi-degree of freedom fixing unit for supporting both end portions of the fence support supports at various angles of the fence post in up, down, left, and right directions;
A body portion inserted into the spacing space between the longitudinal ends of the two neighboring decks and spaced apart from each deck at a predetermined interval, and an extension portion extending to both sides of the body portion to cover the spacing portion, A molding part provided in the T shape and a molding fixing part having a molding fixing part penetrating the body part vertically and fixing to either the deck frame or the deck support;
And a deck connecting clip provided between two adjacent decks to firmly fix the decks and to prevent the decks from flowing in the longitudinal direction,
The multi-degree of freedom fixing part includes a head part provided with a fixing protrusion protruding to one side, a head part having a spherical shape, a space for receiving the head part inside, an opening part through which the fixing protrusion penetrates, A first bracket formed integrally with a flange for fixing to one of the support or the fence support supporter and a fixing groove formed at the center of the center bracket to fix the fixture protrusion and fixed to the other of the fence support or the fence support supporter And a nut coupled to an end of the fixing protrusion inserted through the fixing groove to fix the fixing protrusion to the second bracket,
The deck connecting clip includes a body portion inserted into a space between the adjacent widthwise ends of the two decks and a wing portion extending to both sides of the body portion and inserted into a groove formed at an end portion in the width direction of the deck, A body fixing part penetrating the body part vertically and fixing the body part to any one of the deck frame and the deck support; and a plurality of body fixing parts formed below the wing part in the width direction of the deck, And a press-in protrusion which is press-fitted into the deck when the deck frame is pressed and fixed to either the deck frame or the deck support. The method according to claim 1,
Further comprising: a variable bench mounted between any two said fence posts,
The variable-
A seating portion provided to enable rotation between a use state in which the two fence supports can be seated and a pulled-in state in which the seat is pivoted to the fence support support side; a seating portion support base for supporting the seating portion; A bench rotating part which is provided behind the seating part and keeps the pulled-up state when the seating part is unused by its own weight, wherein a mass per unit volume is larger than that of the seating part And a load portion,
Wherein the seating portion is provided with a hollow panel having a predetermined seating area or a plurality of hollow bars joined thereto and the load portion has the same material or a larger mass per unit volume as the seating portion The deck load system according to claim 1, delete 3. The method of claim 2,
Wherein the seating portion support base has a support surface capable of supporting the seating portion in use, the bench rotation portion is provided on the rear side of the support surface corresponding to the rear of the seating portion, Wherein an elastic deformation member is further provided on the deck support so that the lower surface of the deck load member is seated at a predetermined distance from the support surface. delete The method according to claim 1,
Further comprising an elastic portion between the head portion and the fence post or fence post support to receive the head portion from flowing in the first bracket. delete The method according to claim 1,
Wherein the gap adjusting portion is further provided with one or two or more of a luminous member or a non-slip member on an upper portion of the extended portion. delete The method according to claim 1,
A plate provided on the upper deck support plate of each of the deck supports and coupled with the deck frame; A bottom plate fixed to the bottom of each of the deck supports to fix and support the deck support to the ground; A first height regulating portion provided between the deck support upper plate and the plate, the first height regulating portion including a rotation shaft and a female screw portion to adjust a separation distance between the deck support and the deck frame; A rotating portion provided at an upper end of the rotating shaft to rotatably support the plate with respect to the deck support upper end; One or more horizontal brackets fixed to the deck frame at one side and formed with a second slot in a direction perpendicular to the first slot, and a second slot formed at a second side of the first slot, And a horizontal adjuster including a horizontal fixture fixed to the grooves so that the deck frame can receive and fix the flow in the forward, backward, left and right directions on the plate surface of the plate, Eco-friendly deck load system fixed by fastening. 11. The method of claim 10,
And a second height adjuster provided on the strut case to adjust a distance between the deck strut and the ground, wherein the second height adjuster comprises:
The second height adjuster includes a plurality of first fastening holes formed at the lower end of the deck support along the longitudinal direction of the deck support, a plurality of second fastening holes formed at the side walls of the support case corresponding to the first fastening holes, And a fastening screw that passes through the second fastening hole and is fastened to the first fastening hole. 11. The method of claim 10,
Wherein the deck support is provided in a tubular shape and is provided with an opening face whose one side is open except the portion where the first height adjuster is located.

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