KR101736715B1 - Outdoor pergolas consisting of variable prefabricated pillars and the roof - Google Patents

Abstract

The present invention relates to an outdoor pergola consisting of variable prefabricated pillars and a roof and, more specifically, relates to an outdoor pergola consisting of variable prefabricated pillars and a roof capable of easily adjusting a coupling angle between pillars and roofs of a plurality of pergolas to assemble the pergolas when continuously installing the pergolas; cleanly finish the corners of the roofs of the pergolas; and actively cope with the various shapes of the roof to perform corner finishing work. According to the present invention, the outdoor pergola consisting of variable prefabricated pillars and the roof comprises pillars vertically installed in the ground, and a roof horizontally installed in the upper portions of the pillars. A rotary connection body capable of adjusting an angle is disposed on a connection portion of the pillars and the roof.

Description

{OUTDOOR PERGOLAS CONSISTING OF VARIABLE PREFABRICATED PILLARS AND THE ROOF}

The present invention relates to an outdoor pergoler composed of a variable assembly type column and a roof, more specifically, when a plurality of pergolas are installed continuously, the angle of connection between the column and the roof of the pergoller can be easily adjusted and assembled, The present invention relates to an outdoor pergoler composed of a variable prefabricated column and a roof capable of neatly finishing the corner of the roof and capable of actively coping with various shapes of roofs and finishing the corner.

A pergola is a structure installed in the outdoors such as a park or a walkway to provide shade to people using the surroundings. The pergola is composed of a column fixed to the ground and a roof resting on the top of the column. Perlollar is installed in many places such as resting places, observation decks, parks, etc. in order to avoid rain and provide shade to public places such as bus stops as well as people's places.

1 is a view showing an example of a perigolder according to the prior art.

Referring to FIG. 1, the perhaler according to the related art includes two pillars 1 vertically installed on the ground and a roof 3 installed on the top of the pillars 1. The roof 3 can be composed of various shapes and kinds as required. For example, the roof is often formed in a streamlined shape as shown in the drawing, but it may be provided in a circular shape if necessary to be made in the form of a shelf or a sperm. The roof 3 may be provided with only a skeleton, and perennial vine plants such as rattan may be planted around the vine, so that the vine plants may grow to cover the roof, or a shading film or window glass may be installed.

The perigold roof assembly according to the related art has a problem in that the quality of the installed perigolders varies depending on the skill of the operator because the portion connecting the roof 3 and the column 1 is welded in the field. In addition, since the two pillars 1 are provided on both sides of one roof 3, it is difficult to install a plurality of perigolds in a curved shape such as a fan shape. In other words, it is difficult to build a certain quality structure by connecting the curves between the roofs without a highly skilled worker, and since the directions of the roofs are different, two columns are installed on both sides of one roof shall.

In addition, recently, the shapes of columns and roofs of pergoler are also varied, and it is required to install a pergoler which serves as various types of sculptures that are in harmony with the surrounding environment by simply avoiding rain and providing shade. However, it is difficult to bend the corner of the frame constituting the roof and bend it into a polygon or a curved line. It is difficult to accurately bend the frame by hand, so that the defective rate increases during manufacture, and when using a plurality of frames connected to each other, it is difficult to clean the edges or the like.

KR 10-1168864 B1 KR 10-0979696 B1

SUMMARY OF THE INVENTION The present invention has been accomplished in order to solve the above problems, and it is an object of the present invention to provide a frame structure in which a connecting portion between a pillar and a roof is constituted by a prefabricated structure in which an angle can be adjusted and a plurality of frames constituting a roof are constituted, The present invention provides an outdoor perigolder comprising a variable prefabricated column and a roof. Another object of the present invention is to provide an outdoor perigolder comprising a variable assembly type column and a roof which can be curved while neatly building the corner of the perigold roof.

The present invention as a technical means for solving the above problems is an outdoor pergolary consisting of a variable assembly type column and a roof comprising a column vertically installed on the ground and a roof horizontally installed on the upper part of the column, The connecting part between the pillar and the roof may be provided with a pivoting connection member capable of adjusting the angle.

In a preferred embodiment of the present invention, the pivotal connection body is provided with a pair of horizontal support plates at any one of the pillar or a joint portion of the roof with respect to the pillar, and at the other portion, And the horizontal support plate and the horizontal coupling plate are coupled to each other so as to overlap with each other while the fastening holes are penetrated in the vertical direction so that the horizontal support plate and the horizontal coupling plate can be rotated in the horizontal direction have.

The outdoor perigolder comprising a variable assembly type column and a roof according to the present invention is an outdoor type perigolder composed of a variable assembly type column and a roof comprising a column vertically installed on the ground and a roof horizontally installed on the upper portion of the column, The roof may include a plurality of rim frames, and the rim of the rim may include a finishing member.

In a preferred embodiment of the present invention, the closing member includes an inner finishing unit provided inside the connection portion of the frame and an outer finishing unit provided outside the connection portion of the frame, 1 connection piece and a first coupling piece configured such that both sides of the first coupling piece are bent inward, the first coupling piece is fixedly coupled to an inner side surface of a frame frame adjacent to each other, and the outer finishing unit is rounded to the outside And a second coupling piece having both sides of the second coupling piece arranged in parallel with the frame frame so that the second coupling piece can be fixedly coupled to the outer side of the frame frame adjacent to each other.

In a preferred embodiment of the present invention, the upper and lower surfaces of the closing member are further provided with a side finishing unit, and the side finishing unit is configured to have a shape corresponding to the shape of the connecting portion of the frame frame coupled with the inner finishing unit and the inner finishing unit .

The outdoor perigolder comprising a variable assembly type column and a roof according to the present invention is an outdoor type perigator composed of a variable assembly type column and a roof comprising a column vertically installed on the ground and a roof horizontally installed on the upper portion of the column, Wherein the roof is provided with a plurality of frame frames and a connecting member of the frame frame is provided with a finishing member, and the pivoting connection unit includes a pillar or a roof A pair of horizontal support plates provided on one side of the coupling part with the column and a horizontal coupling plate inserted into the other side part of the horizontal support plate while being inserted into the horizontal support plate so that the horizontal support plate and the horizontal coupling plate are overlapped The fasteners are coupled while penetrating in the vertical direction, Wherein the horizontal support plate and the horizontal coupling plate are configured to be able to rotate in a horizontal direction, and the finishing member includes an inner finishing unit provided inside the connection portion of the frame frame and an outer finishing unit provided outside the connection portion of the frame frame Wherein the inner finishing unit comprises a first coupling piece and a first coupling piece configured such that both sides of the first coupling piece are bent inward, the first coupling piece being fixedly coupled to an inner surface of a frame frame adjacent to the first coupling piece, Wherein the outer finishing unit comprises a second connecting piece configured to be rounded outwardly and a second coupling piece configured to be arranged in parallel with the frame frame of the second connecting piece so that the second coupling piece is engaged with and fixed to the outer surface of the frame frame adjacent to each other .

In a preferred embodiment of the present invention, the column has a column core constituting a center of a quadrangular or circular column, a column connecting hole having the same shape as the cross section of the column core so that the column core penetrates, A fixing hole formed at the outer side of the fixing hole to form at least two fixing holes for fixing the outer member, and a T-shaped coupling groove formed between the fixing holes, And the inner side surface is formed in a shape corresponding to the outer surface of the pillar core so as to come into contact with the pillar core, the upper and lower ends of the outer side member in the longitudinal direction form an engagement step to be engaged with the fixing hole of the fixture, A T-shaped squeeze base coupled to the T-shaped engagement groove of the T-shaped squeeze base to press the side surface of the outer squeeze member in the longitudinal direction, The upper and lower members are respectively fitted to upper and lower sides of a fixing hole of a fixture in which the fixture is fitted to the pillar core and the outer member is connected to the pillar core, The connecting body may have the coupling surface coupled to the pillar core, and the exterior member may be provided to cover the coupling surface of the external connection body.

According to a preferred embodiment of the present invention, the column is made of a steel material and has a base tube constituting the center of the column, a side plate coupled to both sides of the base tube, and a side plate coupled to the side plate to protect the front and rear surfaces of the base tube. And a cover member coupled to upper and lower sides of the base plate, the side plate, and the panel, wherein the cover member includes an upper cover formed to cover the upper side of the base tube, the side tube, and the panel, A base tube cover coupled to a lower side of the base tube to be in contact with the ground surface and a side plate lower cover which is positioned below the side plate and coupled to the body of the side plate, It can be fixed to the position where the horizontal bar of the pipe is located.

According to the outdoor perigolder made up of the variable assembly type column and the roof according to the present invention, since the two roofs can be angularly adjusted on both sides of one column, the manufacturing cost can be reduced and the roofs of different angles can be harmonized So that the structure can be implemented with various shapes of paddles. In addition, the perigold roof of various shapes is neatly finished, so that the work is easy and the finish is improved, so that the perigolder can be utilized as a sculpture.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing an example of a perigolder according to the prior art. Fig.
2 is a view showing a schematic configuration of an outdoor perigolder made up of a variable assembled column and a roof according to the present invention.
3 is a view showing the configuration of the pivotal connection body shown in Fig.
4 is a view showing the construction of a closing member of an outdoor pergoler composed of a variable assembly type column and a roof according to the present invention.
5 is an exploded perspective view of a closure member according to the present invention.
6 is a view showing various roof shapes of an outdoor perigator made up of a variable assembly type column and a roof according to the present invention.
7A is a cross-sectional view showing one embodiment of periguler pillars according to the present invention.
FIG. 7B is an exploded perspective view showing an embodiment of periglobin column according to the present invention. FIG.
8A is a view showing a column having a rectangular cross section;
8B is an exploded perspective view of a column having a rectangular cross section;
FIG. 9 is a perspective view of a periguler column according to another embodiment of the present invention; FIG.
10 is an exploded perspective view of a periguler column according to another embodiment of the present invention.
11A to 11D are views showing a method of assembling perigulra pillars according to another embodiment of the present invention.

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

FIG. 2 is a view showing a schematic configuration of an outdoor perigolder made up of a variable assembly type column and a roof according to the present invention, and FIG. 3 is a view showing the configuration of the rotary connection body shown in FIG.

2 and 3, an outdoor perigolder having a variable assembly type column and a roof according to the present invention includes a column 100 vertically installed on the ground, a roof 130 horizontally installed on the upper portion of the column 100, As shown in FIG. The column 100 and the roof 130 are well-known structures showing the basic configuration of perigolder. At this time, the shape of the column 100 and the shape of the roof 130 are not necessarily limited to those shown in the drawings, and can be designed in various configurations according to installation conditions. For example, the shape of the roof 130 may be formed in a polygonal structure other than a square, a rectangle, a trapezoid, etc., as well as a rectangular shape, if necessary. The fact that the roof 130 is installed horizontally means that the roof 130 is installed in a horizontal direction with respect to the column 100 vertically installed on the ground, and is not limited to being parallel to the ground. As shown in FIGS. 2 and 6, the outer pergoler composed of the variable assembly type column and the roof according to the present invention has a great advantage when the plurality of pillars 100 and the roof 130 are arranged in a curved shape, The number of pillars 100 can be minimized and the pillars and the roof can be easily assembled even when installed side by side.

The outdoor pergoler composed of the variable assembly type column and the roof according to the present invention is characterized in that the connection part between the column 100 and the roof 130 is provided with a pivotal connection member 150 which can be adjusted in angle. The pivotal connection body 150 is provided at a connection portion between the pillar 100 and the roof 130 and the pivotal connection body 150 rotates the roof 130 by a predetermined angle in the horizontal direction with respect to the pillar 100 .

The coupling unit 150 may include a horizontal support plate 151 and a horizontal coupling plate 153. The coupling plate 155 is vertically provided on the horizontal support plate 151 and the horizontal coupling plate 153 . The coupling surface 155 is coupled to the column 100 and the roof 130 such that the horizontal support plate 151 is horizontal with the horizontal coupling plate 153. The joining positions of the horizontal support plate 151 and the horizontal coupling plate 153 may be mutually different. That is, when the horizontal support plate 151 is provided on the column 100, the horizontal coupling plate 153 is provided on the roof 130. When the horizontal support plate 151 is provided on the roof 130, (153) may be provided on the column (100). Hereinafter, a state in which the horizontal support plate 151 is provided on the column 100 will be described as an example.

The horizontal support plate 151 has a pair of plate-like structures protruding from the inner surface of the column 100, and the pair of horizontal support plates 151 are protruded in the horizontal direction with respect to the inner surface of the column 100 do. In this case, the horizontal direction indicates the direction relative to the column 100 installed in the vertical direction like the roof 130 described above, and does not necessarily mean a direction parallel to the ground. For example, in many cases, the roof 130 is configured to be inclined to rise upward as it is farther from the column 100. It goes without saying that the horizontal support plate 151 may also be inclined to some extent.

The horizontal support plate 151 can be detachably attached to the column 100. The installation position of the horizontal support plate 151 may be installed on the adjustment column 100 according to the height at which the roof 130 is to be installed in the field, and if necessary, the horizontal support plate 151 may be previously coupled to the column 100 You can also carry it to the site. The horizontal support plate 151 can be fixed to the column 100 using a fastening mechanism (not shown) such as a bolt, a nut, or the like, and can be fixed by welding if necessary. The horizontal support plate 151 may be formed to pass through the fastening holes 159 in the up-and-down direction (the direction is a direction based on the drawing, the terms indicating directionality are determined on the same basis). The horizontal support plates 151 may be provided on both sides of one column 100 and may be provided on only one side of the column 100 if necessary. That is, considering the weight of the roof 130, the roof 130 may be coupled to both sides of the column 100, and a separate column 100 may be provided on both sides of the roof 130 have.

The horizontal coupling plate 153 has a plate-like structure and is provided at both sides of the roof 130 at a position where the roof 130 is coupled with the column 100. The horizontal coupling plate 153 can be inserted and coupled between the pair of horizontal supporting plates 151. Thus, when the horizontal coupling plate 153 is inserted between the pair of horizontal support plates 151, it is supported in the vertical direction and freely rotatable in the horizontal direction. The horizontal coupling plate 153 is provided with a coupling hole 159 in a vertical direction. After the horizontal coupling plate 153 is coupled to the coupling hole 159 of the horizontal support plate 151, the coupling mechanism 157 such as a fixing pin is inserted and fixed to the coupling holes 159. As long as the fastening mechanism 157 can securely fix the horizontal coupling plate 153 and the horizontal supporting plate 151, various known shapes and structures can be applied.

In the outdoor perigolder constructed by the above-described structure according to the present invention, the column 100 provided with the horizontal support plate 151 is installed in the vertical direction on the ground, and then the horizontal perforated plate 153 is provided The roof 130 is mounted on the column 100 and fixed. In this case, since the pivoting coupling member 150 can rotate in the horizontal direction, the angle of the roof 130 can be adjusted by rotating the respective roofs 130 while installing a plurality of perigolders, A perigolder of structure can be installed. Since it is easy to adjust the position of the roof 130, the roof 130 can be directly installed on both sides of the one column 100. This reduces the number of the pillars 100 required for installing the perigolders, . In addition, since there is no welding operation requiring high proficiency, it is easy to install, and maintenance is easy even when the roof 130 is broken or aged and needs to be replaced.

FIG. 4 is a view showing the construction of a closing member of an outdoor pergoler composed of a variable assembly type column and a roof according to the present invention, and FIG. 5 is an exploded perspective view of a closure member according to the present invention.

Referring to FIGS. 4 and 5, a roof 130 of an outdoor pergoler composed of a variable assembly type column and a roof according to the present invention may be provided with a closure member 170 at a connection portion of a plurality of frame frames 135. As shown in FIG. 1, the finishing member 170 is provided at an edge of the roof 130 to which the frame 135 is connected to connect the frame frames 135 and to clean the finish.

The rim frame 135 forms an rim of the roof 130 and the rim frame 135 to which the closure member 170 according to the present invention is applied may be formed of a rectangular bar having an inner hollow have. The roof 130 of the perigolder may form a roof 130 having various shapes by connecting a plurality of frame frames 135 in a triangle shape, a quadrangle shape, or a polygonal shape. The roof frame 130 is provided inside the frame frame 135, Block rain or sunlight. At this time, if necessary, the inner frame 131 may be further provided on the inner side of the frame 135 to support the cover. The frame 130 may be formed into a shape of a roof 130 by forging or bending a single frame. In general, a plurality of frames are combined with each other to form a roof 130. Pervaloller is a small quantity of multi-product produced in various structures and shapes according to installation site or purpose. In addition, in the case of banding, since the work requires a high degree of skill, the defect rate is high, the uniformity of the product is also lowered, and the manufacturing time is long. Accordingly, a plurality of frames need to be formed in various shapes of roofs 130 through joining such as a fastening mechanism or welding. In the case of installing using a plurality of frames, it is problematic to curve the corners where the frames meet with each other. Therefore, it is an important factor to finish the frame 130 quickly and assemble cleanly when making the roof 130 by using a plurality of frame frames in a perigolder having a characteristic of being produced by hand and a small quantity of various items.

The closing member 170 according to the present invention is constituted by an inner finishing unit 171 provided inside the connection part of the frame 135 and an outer finishing unit 175 provided outside the connection part of the frame 135. At this time, a side finishing unit 179 may be further provided on the upper and lower surfaces of the finishing member 170 if necessary.

The inner finishing unit 171 has a plate-like structure and includes a first connecting piece 172 provided at the center portion and a second connecting piece 172 provided at both sides of the first connecting piece 172, And a first coupling piece 173 configured to be bent. Herein, the inside is a directional display based on the shape of the roof 130, and so on. The bent angle between the first connecting piece 172 and the first coupling piece 173 corresponds to the angle at which the frame frame 135 adjacent to each other in the perigold roof 130 meets. The thickness (in the vertical direction in the figure) of the inner finishing unit 171 is configured to correspond to the thickness of the frame frame 135. In such a configuration, the first engaging piece 173 is fixed to the inner side surface of the frame frame 135 adjacent to each other with a fastener such as a bolt or the like.

The outer finishing unit 175 includes a second connecting piece 176 configured to be rounded outward and a second coupling piece 177 disposed on both sides of the second connecting piece 176 in parallel with the frame frame 135 . Thus, the second engaging piece 177 is fixed with a fastener such as a bolt or the like so as to face the outer surface of the frame frame 135 adjacent to each other. The thickness of the outer finishing unit 175 is configured to correspond to the thickness of the frame frame 135. Since the second coupling piece 177 is extended while being juxtaposed to the frame 135 and the second coupling piece 176 located at the center of the second coupling piece 177 is configured to be rounded outwardly, The edge frame frame 135 having the corners 170 is rounded outwardly. 4, the edges of the frame frames 135 may be vertically or similar to each other so that they do not face each other or overlap with each other, as shown in FIG. 4, And the inner space of the second connecting piece 176 may correspond to the space where the frame frame 135 meets. At this time, as shown in the figure, the inside of the second connecting piece 176 may be hollow and the supporting piece 178 connecting the inside and outside of the second connecting piece 176 may be provided. This is to allow both ends of the frame 135 to be supported by the inside of the second connecting piece 176, while allowing the second connecting piece 176 to absorb the impact. Since the roof 130 of the pergoler installed outdoors is always exposed to the wind or the like, vibration or shock due to wind may occur. Therefore, the outer finishing unit 175 provided at both ends of the frame 135 can be more firmly and durable in the case of a shock absorbing structure.

The side finishing unit 179 may be configured to correspond to the edge shape of the roof 130 in which the outer finishing unit 175 and the inner finishing unit 171 are coupled to the inside and outside of the frame frame 135. Thus, in the state where the outer finishing unit 175 and the inner finishing unit 171 are combined, the side finishing unit 179 is joined to the upper and lower portions one by one so that the corner of the roof 130 is completely shielded and neat.

In the case of forming the rectangular roof 130 using the plurality of frame frames 135 having a straight shape, the closing member 170 according to the present invention may be installed at the connection portion of the frame frames 135 adjacent to each other. So that the corner can be formed into a curved line. The connecting pieces 173 and 177 of the inner closure member 170 and the outer closure member 170 are bent at an instant even if the connecting angles of the frame frames 135 are slightly different, Can be adjusted and used. Accordingly, the same closure member 170 can be used for the roof 130, which is somewhat deformed, such as a square or a trapezoid. Therefore, only the side finishing unit 179 may be separately manufactured and used depending on the shape of the roof.

Conventionally, in the case of installing a plurality of perigolders, a method has been proposed in which a roof is fixed to a column, then the column and a roof are connected to each other, or a column is installed and then a roof is welded to the column. Therefore, it is very difficult to install a plurality of periguler roofs with uniform height and harmonious curves regardless of either method. However, according to the present invention, since the column can be installed in a desired shape and then a horizontal support plate can be installed on the column, the height of the roof can be easily adjusted. And it is possible to assemble straight horizontally on the horizontal supporting plate, and it is easy to adjust the angle of the roof, which is a great help to improve the workability and the quality of the finished product. Of course, it is also possible to install the column and the roof after they are assembled first.

FIG. 6 is a view showing various roof shapes of an outdoor perigator made up of a variable assembled column and a roof according to the present invention.

Referring to FIG. 6, it can be seen that the outdoor perigolder composed of the variable assembly type column and the roof according to the present invention is somewhat deformed in shape of the roof, and is easily used in various forms such as a fan. The detailed shape of the perhaler shown in FIG. 6 is the same as the structure described above, so a duplicate description will be omitted.

FIG. 7A is a cross-sectional view illustrating one embodiment of a periguler column according to the present invention, and FIG. 7B is an exploded perspective view illustrating a perigulra column according to an embodiment of the present invention.

7, the perigold column according to the present invention includes a pillar core 10 and an outer member 30 surrounding the rim of the pillar core 10 and a pillar core 10, And a compression bar 70 mounted on the coupling groove 33 provided in the upper and lower direction of the outer tubular member 30.

The pillar core 10 is preferably made of a metal material having a hollow interior, and may have a rectangular cross-section as shown in the drawing, but may have a circular cross-section if necessary. Hereinafter, an example in which the pillar core has a rectangular cross-section will be described as an example.

The outer member 30 surrounds the rim of the pillar core 10 and forms the overall appearance of the pillar so that a plurality of outer members 30 surround the rim of the pillar core 10, Thereby forming the outer appearance of the celestial body. The outer member 30 is composed of two or four pieces so that the pieces can be rounded by wrapping the rim of the pillar core 10 and each of the outer members 30 can be made to face the pillar core 10 The inner side surface 31 may be formed in a shape corresponding to the contact surface of the pillar core 10. That is, as shown in FIG. 4B, when the inner surface of the outer member 30 composed of four pieces is coupled with the edge of the pillar core 10 as a reference, the inner surface of the outer member 30 is pillar- And is formed in a shape corresponding to the corner portion of the core material 10. Thus, when the four outer shell members 30 are coupled to the outer side of the pillar core 10, it can be a cylindrical perigold column having a pillar core 10 having a rectangular cross section.

Both ends of the outer tubular member 30 mounted on the outer surface of the pillar core 10 can be fixed while being bound to the engaging member 50. The outer member 30 preferably has a hollow interior to reduce manufacturing costs and lighten the weight. The outer member 30 may be formed by extrusion molding aluminum, and on the outer surface, a wood pattern may be printed or painted for an environmentally friendly appearance, or a film of such an image may be attached. However, it goes without saying that the material of the outer member 30 may be variously modified as necessary.

The outer surface of the outer member 30 may further include an engagement groove 33 along the longitudinal direction. The engaging groove 33 is provided with a compression bar 70 to be described later, and functions as an outer tube. The outer surface of the outer tube member 30 is expanded in the circumferential direction to be firmly fixed. The engaging groove 33 is configured to be recessed in a part of the circumferential direction of the outer member 30. An engaging guide groove 35 is formed at the entrance of the engaging groove 33 to engage the pressing rod 70 . The engagement between the engaging guide groove 35 and the presser bar 70 will be described later. The coupling grooves 33 may be configured such that a part of the outer member 30 is recessed as described above and a part of the outer member 30 is spaced apart from the plurality of outer members 30, The engaging grooves 33 may be formed.

The engaging member 50 may be constituted by an outer appearance part restoring portion 53 and a fixed portion closing member 55. The external appearance restoring portion 53 serves to fasten the external member 30 coupled to the outside of the column member 10 with the column member 10 and to bind them together as described above. The hollow portion corresponding to the column member 10 may be formed at the center portion of the outer appearance portion restoring portion 53 and a hollow portion corresponding to the shape of the outer member 30 may be formed in the circumferential direction. Thus, the column member 10 and the outer member 30 can be inserted and fixed together. The fastener closing member 55 may be installed while inserting the pillar member 10 to cover the hollow portion of the external appearance part restoring unit 53. However, the above-described construction shows an embodiment of the present invention. When the column member 10 and the outer tube member 30 are combined and fixed together, various coupling members 50 can be applied. For example, the outer appearance restricting portion 53 and the fixed-portion closing member 55 may be integrally formed. Further, it is also possible to adopt a structure in which the outer member and the pillar core are inserted into a cylindrical coupling member whose lower end face is opened, or both ends of the pillar may be bundled using a fastening band.

The perigold collar (100) according to the present invention may further include a compression bar (70) along the longitudinal direction. The pressing member 70 has a plate-like structure having continuity in the shape of the outer surface of the outer tubular member 30. That is, in the case where the perigoldular column 100 having the outer member 30 has a circular cross-section, the width of the presser bar 70 is also curved so that the presser bar 70 is pressed against the outer member 30 So that the overall cross-sectional shape becomes a natural circular shape. In the case where the outer shape of the outer member 30 is a quadrangular or polygonal shape and is provided on the surface of the outer tube member 30 of the compression bar 70, the widthwise structure of the compression bar 70 has a flat plate- . The presser foot 70 may have engagement protrusions 75 formed on both sides in the width direction. Thus, the engaging projections 75 can be securely engaged while being mounted in the engaging guide grooves 35 of the engaging grooves 33 described above.

The outer periguler according to the present invention is constructed such that the coupling surface 155 of the pivotal coupling member 150 described above in the columnar structure described above is coupled to the pillar core member 10 and the horizontal coupling plate 153 or the horizontal supporting plate 151 may protrude to the outside of the outer member 30 or a portion of the outer member 30 may be incised or recessed in the horizontal direction within a range in which the horizontal coupling plate 153 and the horizontal support plate 151 rotate have. That is, a part of the outer surface member 30 is cut into a shape corresponding to the engaging surface 155 in the column 100 at a specific position where the perigold roof 130 is installed, and the engaging surface 155 is inserted into the column core 10 And the outer surface of the outer surface of the outer surface of the outer surface of the outer surface of the outer surface of the outer joint member 30 So that the bonding structure is maximally obscured.

Fig. 8A is a view showing a column having a rectangular section, and Fig. 8B is an exploded perspective view of a column having a rectangular section.

As shown in FIG. 8, the periguler column according to the present invention may be configured to have a circular outer appearance as shown in FIG. 7, or may be formed of a quadrangular column. The combination of each constituent element and each constituent element is the same as that of the cylindrical structure described in Fig. 7, so that a duplicate description will be omitted. The drawing numbers shown in Fig. 8 correspond to the same reference numerals denoted in Fig. 7, respectively.

FIG. 9 is a perspective view of a periguler column according to another embodiment of the present invention, FIG. 10 is an exploded perspective view of periguler columns according to another embodiment of the present invention, and FIGS. 11a and 11b are views showing another embodiment Fig. 8 is a view showing an assembled state of the perigulra pillars according to Fig.

9 to 11, perigulra pillars 100 according to a preferred embodiment of the present invention include a base pipe 220, a side plate 230, a panel 240, and a cover member 250. The base pipe 220 is made of a steel material and forms the center of the column. The base pipe 220 is positioned between the vertical bar 222 and the vertical bar 222, 222 and a horizontal bar 225 for connecting the horizontal bars 225 to each other.

The reason why the base pipe 220 is formed in a ladder shape including the vertical bar 222 and the horizontal bar 225 is that the weight can be reduced and the unit cost of the material can be reduced as compared with the conventional rectangular shape. The base tube 220 may have a ladder shape as described above. However, the base tube 220 may be formed in a rectangular shape as a whole.

The side plate 230 includes a body 232 and a first protruding end 234 protruded from the body 232 and inserted into the vertical bar 222 of the base tube 220 and coupled by fastening means such as a bolt, And a second protruding end 236 formed on the outer side of the first protruding end 234 to insert a panel 240 described later. However, the configuration as described above is an example of the present invention, and various known methods can be applied to the coupling between the side plate 230 and the base pipe 220. For example, a convex portion may be formed along the longitudinal direction of the base pipe 220 and a convex portion may be formed at a joint portion of the side plate 230 coupled with the base pipe 220, It is possible to join them by a one-touch method, and it is also possible to fasten using a piece instead of a bolt. The body 232 has a semicircular shape for aesthetically pleasing appearance and a hollow 233 is formed therein for cost reduction and weight saving. The first protruding end 234 is connected to the base tube 220 Lt; / RTI >

The panel 240 is inserted through the upper side of the second projecting end 236 of the side plate 230 and has a wood patterned high density compression panel 242 for producing a natural image, And an aluminum panel 244 of aluminum material inserted through the upper side of the stage 236 and positioned above the high-density compression panel 242 to prevent warp or distortion of the base pipe 220.

The cover member 250 is coupled to both sides of the column to fix or cover both ends of the column in which the base tube 220 and the side plate 230 and the panel 240 are coupled. The cover member 250 may have various shapes corresponding to the overall shape of the column. The cover member 250 provided at the lower portion of the column 100 includes a side plate lower cover 256 having a structure capable of covering the hollow 233 of the side plate 230 and a base plate 256 covering the entire bottom of the column 100. [ And a cover 254.

An upper cover 252 formed to cover the upper side of the base tube 220, the side plate 230 and the panel 240; a base tube cover 254 coupled to the lower side of the base tube 220 and contacting the ground; And a side plate lower cover 256 which is positioned below the side plate 230 and is coupled to the body 232 of the side plate 230.

According to the above-described structure, the perpuller pillar 100 according to the present invention is formed such that the side plate 230 and the panel 240 are coupled to the outside of the base pipe 220 so that the base pipe 220 is not exposed, And the panel 240 is coupled through the upper side of the side plate 230, so that it is easy to manufacture.

The side plate 230 and the panel 240 are manufactured to have a pattern and pattern corresponding to the surrounding environment so that no separate painting operation is required after the installation and the high density compression panel 242 is made of a wood pattern, So as to provide comfort to the user. Particularly, since the side panels 230 and the aluminum panel 244 of the panel 240 are made of an aluminum material, they are light and easy to manufacture because they do not rust well, which will have a great effect in preventing corrosion.

The periguler column according to the present invention can be manufactured by fitting the vertical bar 222 of the base tube 220 to the first protruding end 234 of the side plate 230 and connecting it to the base tube 220 by a method such as a piece- And the high density compression panel 242 and the aluminum panel 244 are sequentially inserted through the end of the second projecting end 236 of the side plate 230 coupled to the base pipe 220. Thereafter, the cover member 250 is inserted and coupled to both sides of the column where the base pipe 220, the side plate 230, and the panel 240 are coupled.

In the above-described construction, the outdoor pergoller according to the present invention may be configured such that the coupling surface 155 of the pivot joint 150 described above is fixed to the base pipe 220, more preferably, So that it is fixed to the position where the bar 225 is located. And then the panel 240 is provided on the upper and lower portions of the pivotal connection member 150. The coupling surface 155 is fixed to the column 100 as much as possible and the panel 240 and the coupling surface 155 are maximally leveled so that the coupling surface 155 does not protrude from the column 100 .

FIG. 12A is a view showing the supporting structure of periguler columns according to the present invention, and FIG. 12B is a view showing a state in which the supporting bars of the perigulra columns according to the present invention are fixed on the ground.

Referring to FIG. 12, a peristaltic pillars according to the present invention may further include a support for adjusting the height thereof. The upper bracket 310 and the lower bracket 330 may have a layered structure.

The lower bracket 330 may have a plate-like structure and at least one anchor bolt 335 may be provided at the lower portion thereof. Thus, the anchor bolt 335 fixes the lower bracket 330 on the concrete floor surface previously installed on the bottom surface on which the perigulator column is installed. At this time, the anchor bolt 335 and the lower bracket 330 may be formed of bolts and nuts so as to adjust the height of the lower bracket 330.

The upper bracket 310 has a plate-like structure, and a vertical coupling plate 350 is provided on an upper surface thereof. The pair of vertical coupling plates 350 are installed on the upper portion of the upper bracket 310 and the gap between the vertical coupling plates 350 is installed on the bottom of the base pipe 220 or the base pipe 220 Of the base tube cover 254, as shown in Fig. The base pipe 220 or the base pipe cover 254 is inserted between the vertical coupling plates 350 so that the vertical pipe coupling plate 350 and the base pipe 220 are connected to the bolts, And fastened while being horizontally penetrated by the same fastening means 355.

A height adjusting bolt 370 is further provided between the upper bracket 310 and the lower bracket 330. Thus, the height (height) between the upper bracket 310 and the lower bracket 330 can be adjusted by using the height adjusting bolts 370. The height adjusting bolts 370 may have a variety of known structures as long as they can adjust the distance between the upper bracket 310 and the lower bracket 330. For example, as shown in the figure, a height adjusting bolt (a lower height adjusting bolt) is used in which one end (lower end) is fixed to the lower bracket 330 and the upper portion is made to pass through the upper bracket 310 and all or at least, 370 to fasten the upper bracket 310 by fastening the upper and lower nuts to the height adjusting bolt 370 with reference to the upper bracket 310.

It is a common practice to install the periguler pillars on the floor after finishing the foundation. However, in the process of installing the columns, the level may not be uniform due to the skill of the operator or the strength of the ground. If the column can not maintain its horizontal position, the entire structure of the periguler may be tilted or twisted, thereby damaging the roof and the joint between the roof and the roof. The outer periguler according to the present invention is provided with a height adjustable support on the lower part of the column to control the unevenness of the concrete installed on the floor or the imbalance caused by partial settlement of the ground after the concrete is installed.

Although the present invention has been described in connection with certain exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Therefore, the scope of the present invention should not be limited by the described embodiments, but should be defined by the appended claims and equivalents thereof.

10: pillar core 30: outer member
31: inner side 33: engaging groove
35: engaging guide groove 50: engaging member
70: Crimp base 75: Coupling projection
100: Column 130: Roof
135: frame frame 150:
151: horizontal support plate 153: horizontal coupling plate
155: coupling surface 157: fastening mechanism
159: fastening hole 170: closing member
171: inner closure member 173: outer closure member
179: side closure member 220: foundation tube
222: vertical bar 230: side plate
232: body 234: first protruding end
236: second protrusion 240: panel
250: cover member 254: base tube cover
256: Lower side cover

Claims (9)

delete delete delete delete delete An outdoor pergolary consisting of a variable assembly type column and a roof comprising a column vertically installed on the ground and a roof horizontally installed on the upper part of the column,
Wherein the connection part of the column and the roof is provided with a pivotal connection member capable of adjusting the angle, and the roof includes a plurality of frame frames forming an edge frame, and the connection part of the frame frame is provided with a closing member,
Wherein the pivotal connection body is provided with a pair of horizontal support plates at any one of the column or the connection portion of the roof and the horizontal support plate is inserted into the horizontal support plate at the other portion thereof, Wherein the horizontal support plate and the horizontal coupling plate are rotatable in a horizontal direction while the fastening holes are coupled with each other while penetrating in the vertical direction,
Wherein the finishing member comprises an inner finishing unit provided inside the connection part of the frame and an outer finishing unit provided outside the connection part of the frame,
The inner finishing unit may include a first connecting piece and a first connecting piece configured such that both sides of the first connecting piece are bent inward, and the first connecting piece is fixedly coupled to an inner surface of a frame frame adjacent to each other,
The external finishing unit is made up on both sides of the second connecting piece and the second connecting piece is configured such that round the outside into the second coupling piece being parallel provided in the border frame on the outer surface of said border frame second coupling pieces which are adjacent to each other And a support frame for connecting the inner frame and the outer frame is formed on the inner side of the second connection frame so as to correspond to the space where the frame frame meets, Outdoor pergolas.
The method of claim 6,
The pillar
A plurality of outer members forming an outer appearance of a perigold column of a circular or polygonal shape while enclosing the rim of the pillar core and a plurality of outer members constituting the outer periphery of the outer member constituting the pillar core are fastened And a coupling member for fixing the coupling member,
Wherein the outer tubular member has a shape corresponding to an outer surface of the pillar core on an inner surface thereof and has an engaging groove formed along a longitudinal direction of the outer tubular member,
Wherein the pivot joint comprises a mating surface coupled to the pillar core and the outer mover includes a mating surface of the pivot joint.
The method of claim 6,
The pillar
A base plate made of a steel material and constituting the center of the column, a side plate coupled to both sides of the base tube, a panel coupled to the side plate to protect the front and rear surfaces of the base tube, And a cover member coupled to the upper and lower sides of the panel,
The cover member includes an upper cover formed to cover the upper surface of the base tube and the side plate and the panel, a base tube cover coupled to the lower side of the base tube and contacting the ground surface, And a side plate lower cover coupled to the side plate lower cover,
Wherein the coupling body is fixed to a portion where a horizontal bar of the foundation pipe is located.
The method of claim 8,
And a support rod is further provided at a lower portion of the column,
The supporting bracket includes an upper bracket having a pair of vertical coupling plates on an upper surface thereof and mounting a base pipe of the column on the vertical coupling plate, a lower bracket provided below the upper bracket and having an anchor bolt at a lower portion thereof, And a height adjusting bolt provided between the upper bracket and the lower bracket to adjust the gap between the upper bracket and the lower bracket.

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