KR102594889B1 - Assembly type coupling socket, canopy frame and structure using the same - Google Patents

Abstract

The present invention relates to a prefabricated connection socket, and a sunshade frame and structure using the prefabricated connection socket. The prefabricated connection socket has a square profile shape, and has a first fastening portion formed along the longitudinal direction at one corner, and the first fastening portion is formed along the longitudinal direction. It is characterized in that a first fastening groove is formed along the longitudinal direction at the edge adjacent to the corner where the fastening part is formed. According to the above configuration, the awning frame and structure can be easily and simply formed on site, reducing construction costs and improving construction. It has the effect of shortening time.

Description

Assembly type coupling socket, canopy frame and structure using the assembly type coupling socket {Assembly type coupling socket, canopy frame and structure using the same}

The present invention can easily and simply form awning frames and structures on site, reducing construction costs and shortening construction time. It is a prefabricated connection that enables mass production by extruding aluminum or synthetic resin in the longitudinal direction and then cutting it. This relates to awning frames and structures using sockets and prefabricated connection sockets.

In general, shading structures are installed at outdoor stands, eaves, between buildings, parking lot entrances, underground entrances, water fountains, bicycle racks, vehicle platforms, etc. to block sunlight, snow, and rain.

A conventional ‘prefabricated awning’ is presented in Republic of Korea Patent No. 10-2102431 (April 13, 2020).

According to the above-mentioned publication, after connecting the lateral upper frame and the lateral lower frame to the fixing bracket, the front and rear frames are connected, and the awning plate is inserted into the assembly slit of the front and rear frame in a sliding manner and closed with a clip bar. A prefabricated awning with simple construction is presented.

However, conventional prefabricated awnings can only be applied to the proposed awning system, and there are limitations in applying them to various shading systems and structures.

Therefore, there is a need to develop a structure that can easily and simply form a awning frame and structure on site, which can reduce construction costs and shorten construction time, and can be mass-produced.

The present invention was devised to solve the above-described problems. It enables the formation of awning frames and structures easily and simply on site, which reduces construction costs and shortens construction time. It also allows for the production of aluminum or synthetic resin by extruding it in the longitudinal direction. The purpose is to provide prefabricated connection sockets that can be mass-produced as they are used after cutting, and awning frames and structures using prefabricated connection sockets.

The prefabricated connection socket according to the present invention has a square profile shape, a first fastening portion formed along the longitudinal direction outside one of the corners of the square profile, and an outer corner of the square profile facing the first fastening portion. It includes a first fastening groove formed along the longitudinal direction.

In the present invention, the first fastening portion extends outward from one of the upper corners of the square profile and has a cross-sectional shape of a rectangular shape or an inverted rectangular shape.

In the present invention, the first fastening groove is characterized in that it is bent outward from a corner of the square profile disposed below the corner where the first fastening portion is formed and has a curved shape that is convex upward.

The sunshade frame using a prefabricated connection socket according to the present invention has a square profile shape, and a first fastening part extending outward from one corner and having a cross-sectional shape of a square or a square is formed along the longitudinal direction, and the first fastening part is formed along the longitudinal direction. A prefabricated connection socket having a first fastening groove formed along the longitudinal direction at a corner disposed below the corner where the fastening part is formed, which is bent outward and has a curved shape convex upward; It has a square profile shape, and a second fastening groove is formed along the longitudinal direction in a shape corresponding to the first fastening part at one edge of the upper surface so that the first fastening part can be seated, and is adjacent to the second fastening groove. A first step that is inwardly recessed on the lower side of the side is formed along the longitudinal direction, and extends outward along the lower side of the first step, so that the end portion can be inserted into the first fastening groove. A second fastening portion is formed in the shape of a cylindrical shape, and a roof plate insertion portion is formed along the longitudinal direction by extending upward to the other edge disposed to face the second fastening groove on the upper surface so that the end of the roof plate can be inserted. Includes a wall fixture.

In the present invention, the upper part is open so that rainwater can accumulate on the inside, and a third part extends inward in a shape corresponding to the first fastening part on the upper side of one side so that the first fastening part can be seated. A fastening groove is formed along the longitudinal direction, and a second step is formed along the longitudinal direction to go inward on one side, and extends outward along the second step so that the end portion is in the first fastening groove. It further includes a rainwater gutter in which a third fastening portion having a cross-section of a ni-eun-shaped or inverted ni-eun-shape is formed along the longitudinal direction so that it can be inserted.

In the present invention, a square frame for supporting a plate having a square profile shape is provided so that the connection socket can fit inside, and the roof plate is provided on the upper surface to raise the roof plate; A post-beam frame having a square profile shape, each of which has a first groove formed along the longitudinal direction to enter the inside of a pair of surfaces arranged to face each other, and which is disposed between the square frame for supporting the plate and the ground; It further includes.

In the present invention, one of the column-beam combination frames is disposed longitudinally at the lower part of the square frame for supporting the plate to serve as a beam, and the other column-beam frame is used as a column-beam combination. It serves as a pillar by supporting the lower surface of the frame, and its outer surface is provided so as to be in contact with the inner surface of the pillar-beam frame, and is a circle in the form of a cross-section cut on one side on the inner side of a pair of surfaces arranged to face each other. It further includes a pillar beam fixing frame in which a fastening means assembly formed in a shape is provided along the longitudinal direction.

The structure using the prefabricated connection socket according to the present invention has a rectangular profile shape, and a first fastening part extending outward from one corner and having a cross-sectional shape of a square or a square is formed along the longitudinal direction, and the first fastening part is formed along the longitudinal direction. A prefabricated connection socket having a first fastening groove formed along the longitudinal direction at a corner disposed on the lower side of the corner where the portion is formed, which is bent outward and has a curved shape convex upward; It is shaped like a pipe with at least a flat upper surface and one side, and a third step descending downward is formed along the longitudinal direction at an edge in contact with the one side of the upper surface so that the end of the roof plate can be raised, and the first fastening part is to be seated. A fourth fastening groove is formed along the longitudinal direction in a shape corresponding to the first fastening part on the lower side of the third step, and a fourth step recessed inward is formed along the longitudinal direction on the lower side of the one side. and a fourth fastening portion extending outward along the lower side of the fourth step portion and having a curved cross-section or inverted curved shape so that the end can be inserted into the first fastening groove is formed along the longitudinal direction. Includes bar;

In the present invention, in a square profile shape, a fifth fastening groove is formed on both edges of the upper surface in a shape corresponding to the first fastening part so that the first fastening part can be seated, and is recessed inward on the lower side of both sides. Fifth step portions are formed along the longitudinal direction, and a fifth step portion extends outward along the lower side of the fifth step portion and has a cross-sectional shape such that the end portion can be inserted into the first fastening groove. It further includes a straight connecting bar having a fastening portion formed thereon.

The structure using the prefabricated connection socket according to the present invention has a rectangular profile shape, and a first fastening part extending outward from one corner and having a cross-sectional shape of a square or a square is formed along the longitudinal direction, and the first fastening part is formed along the longitudinal direction. A prefabricated connection socket having a first fastening groove formed along the longitudinal direction at a corner disposed on the lower side of the corner where the portion is formed, which is bent outward and has a curved shape convex upward; It is a pipe shape with a cross-section in the form of any one of giyeokja, yeokgiyeokja, ni-eunja, and inverted ni-eunja, and has a shape corresponding to the first fastening part on at least one of the two surfaces that go inward so that the first fastening part can be seated. A sixth fastening groove is formed, and a sixth step recessed inward is formed along the longitudinal direction at the edge of the surface adjacent to the surface on which the sixth fastening groove is formed, and extends outward along the end of the sixth step. It further includes a vertical connecting bar having a sixth fastening portion having a cross-sectional shape of any one of the following shapes: Giyeokja, Yeokgiyeokja, Nieunja, and Inverted Nieunja so that the end can be inserted into the first fastening groove.

In the present invention, in a square profile shape, fifth fastening grooves are formed along the longitudinal direction in a shape corresponding to the first fastening part on both edges of the upper surface so that the first fastening part can be seated, and lower sides of both sides. A fifth step that goes inward is formed along the longitudinal direction, and extends outward along the lower side of the fifth step, so that the end portion can be inserted into the first fastening groove. It further includes a straight connecting bar on which a fifth fastening part is formed.

In the present invention, the cross-section is shaped like a seam, and when the first fastening part can be seated, a seventh fastening groove is formed along the longitudinal direction at both edges in a shape corresponding to the first fastening part, and , a seventh step that is inwardly recessed on the upper side of both sides is formed along the longitudinal direction, and extends outward along the upper side of the seventh step, so that the end portion can be inserted into the first fastening groove. It further includes a Siot-shaped connecting bar having a seventh fastening portion in the shape of a reverse crossbar.

According to the prefabricated connection socket of the present invention, and the awning frame and structure using the prefabricated connection socket, the following effects are achieved.

By forming the awning frame and structure using prefabricated connection sockets in which the first fastening part and the first fastening groove are formed along the longitudinal direction, the awning frame and structure can be formed easily and simply on site, reducing construction costs and Construction time can be shortened.

Prefabricated connection sockets, wall fixtures, rainwater drains, square frames for supporting plates, column and beam combined frames, column and beam fixing frames, finishing bars, straight connecting bars, vertical connecting bars, and cross-shaped connecting bars are all made of aluminum or synthetic resin in the longitudinal direction. Since it is extruded and cut before use, mass production is possible and production and construction costs can be reduced.

1 and 2 are diagrams showing a prefabricated connection socket according to a preferred embodiment of the present invention.
Figure 3 is a view showing a sunshade frame using a prefabricated connection socket according to the first embodiment.
Figure 4 is an exploded perspective view showing only the prefabricated connection socket, wall fixture, square frame for supporting the plate, and rainwater gutter shown in Figure 3.
Figures 5 and 6 are views showing only the wall fixture shown in Figure 3.
Figure 7 is an enlarged view of a portion of Figure 3.
Figure 8 is a view showing only the bracket for fixing the awning shown in Figure 3.
Figures 9 and 10 are views showing only the rainwater gutter shown in Figure 3.
Figure 11 is an enlarged view of a portion of Figure 3.
Figures 12 and 13 are views showing only the pillar-beam combined frame shown in Figure 3.
Figure 14 is a view showing only the square frame fixture for supporting the plate shown in Figure 3.
FIG. 15 is a view showing a state in which the square frame 300 for supporting a plate is disposed inside the square frame fixture for supporting a plate in FIG. 14.
Figures 16 and 17 are views showing only the column beam fixing frame shown in Figure 3.
Figures 18 to 20 are diagrams showing the process of assembling a pillar beam fixing frame to a pillar beam combined frame.
Figure 21 is a view showing a sunshade frame using a prefabricated connection socket according to a second embodiment.
Figure 22 is a view showing only the closing bar shown in Figure 21.
Figure 23 is a view showing only a portion of the assembled state of the sunshade frame using a prefabricated connection socket according to the second embodiment.
Figure 24 is a view showing a sunshade frame using a prefabricated connection socket according to a third embodiment.
FIG. 25 is a view showing only the straight connection bar in FIG. 24.
Figure 26 is a view showing only a portion of the assembled state of the sunshade frame using a prefabricated connection socket according to the third embodiment.
Figure 27 is a diagram showing a structure using a prefabricated connection socket according to the first embodiment.
FIG. 28 is a view showing only the vertical connecting bar in FIG. 27.
Figure 29 is a view showing only a portion of the assembled structure using the prefabricated connection socket according to the first embodiment.
Figure 30 is a diagram showing a structure using a prefabricated connection socket according to the second embodiment.
FIG. 31 is a view showing only the cross-shaped connecting bar in FIG. 30.
Figure 32 is a view showing only a portion of the assembled structure using a prefabricated connection socket according to the second embodiment.
Figures 33 and 34 are diagrams showing embodiments of security window frames among structures using prefabricated connection sockets.
Figure 35 is a diagram showing an example of a fence frame among structures using prefabricated connection sockets.

Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the attached drawings. Prior to this, the terms or words used in this specification and claims should not be construed as limited to their usual or dictionary meanings, and the inventor should appropriately define the concept of terms in order to explain his or her invention in the best way. Based on the principle of definability, it must be interpreted with meaning and concept consistent with the technical idea of the present invention.

Accordingly, the embodiments described in this specification and the configurations shown in the drawings are only one of the most preferred embodiments of the present invention and do not represent the entire technical idea of the present invention, so at the time of filing this application, various alternatives are available to replace them. It should be understood that equivalents and variations may exist.

A prefabricated connection socket 100 according to a preferred embodiment of the present invention is shown in Figures 1 and 2.

As shown in Figures 1 and 2, the prefabricated connection socket 100 according to a preferred embodiment of the present invention has a square profile shape, and the first fastening portion 110 is located at one corner of the square profile in the longitudinal direction. It is formed along the longitudinal direction, and a first fastening groove 130 is formed on the outer side of a corner of the square profile facing the first fastening part 110.

In this embodiment, the first fastening portion 110 extends outward from one of the upper corners of the square profile and has a cross-sectional shape of a rectangular or inverted rectangular profile. A first fastening line 111 is formed on the upper surface of the first fastening part 110 along the longitudinal direction, and the first fastening line 111 is used to position the fastening means when fastening a direct piece, etc. It can be used as

In this embodiment, the first fastening groove 130 is bent outward from the corner of the square profile disposed below the corner where the first fastening portion 110 is formed, and has a curved shape that is convex upward.

Finishing cap fastening portions 150 are formed along the longitudinal direction on the inside of the remaining corners excluding the corners where the first fastening portion 110 and the first fastening groove 130 are formed. In this embodiment, the closing cap fastening portion 150 has a circular cross-section open in one direction, and is a fastening means for mounting a closing cap (not shown) that blocks the open both ends of the prefabricated connection socket 100 having a square profile shape. Can be easily fastened to the closing cap fastening part 150.

A first fastening line 111 may be formed along the longitudinal direction at a necessary location on the outer or inner surface of the prefabricated connection socket 100 configured as described above.

A sunshade frame and various types of structures can be implemented using the prefabricated connection socket 100 configured as described above.

First, a sunshade frame using a prefabricated connection socket 100 according to the first embodiment is shown in Figure 3.

As shown in Figure 3, the awning frame using the prefabricated connection socket 100 according to the first embodiment includes the prefabricated connection socket 100, the wall fixture 200, the rainwater gutter 400, and a square frame for supporting the plate ( 300) and a column and beam combined frame (500, 500a) and a column and beam fixing frame (550).

Since the prefabricated connection socket 100 has been described above, detailed description will be omitted here.

As shown in FIGS. 5 and 6, the wall fixture 200 has a square profile shape and has a first fastening portion at one edge of the upper surface so that the first fastening portion 110 of the prefabricated connection socket 100 can be seated. A second fastening groove 210 is formed along the longitudinal direction in a shape corresponding to (110). In this embodiment, since the cross section of the first fastening portion 110 is in the shape of a rectangular or inverted rectangle, the cross section of the second fastening groove 210 is preferably formed as a groove in the shape of a rectangular or inverted rectangle. A second fastening line 211 is formed on the upper surface of the second fastening groove 210 along the longitudinal direction, and the second fastening line 211 is used to position the fastening means when fastening a direct piece, etc. It can be used as

A first step portion 230 recessed inward is formed along the longitudinal direction on the lower side of one side adjacent to the second fastening groove portion 210. The first fastening groove 130 of the prefabricated connection socket 100 is located in the first step 230. In this embodiment, the first fastening groove 130 has a curved shape that is convex upward, so the first fastening groove 130 is located in the first step 230. It is preferable that the inside of the first step portion 230 has a curved shape that is convex upward to correspond to the outer shape of 130.

A second fastening part 250 is formed that extends outward along the lower side of the first step 230 and has a circular or inverted circular cross-section so that the end can be inserted into the first fastening groove 130. It is done. In this embodiment, the end of the second fastening portion 250 is rounded, so that it can be easily accommodated in the first fastening groove 130 formed in a convex curved shape.

At the other edge disposed to face the second fastening groove 210 on the upper surface, a roof plate insertion portion 270 extends upward and is formed along the longitudinal direction so that the end of the roof plate can be inserted. In this embodiment, the roof plate insertion portion 270 preferably has a grooved or inverted grooved cross-section shape so that the end of the roof plate can be easily inserted. Additionally, a plurality of roof plate insertion portions 270 may be stacked to enable insertion depending on the thickness of the roof plate to be inserted (eg, 10 mm, 16 mm, or 10 mm or less). In this embodiment, two roof plate insertion portions 270 are formed by stacking them.

On the inside of the corner where the roof plate insertion portion 270 is formed, a finishing cap fastening portion 290 is formed along the longitudinal direction. In this embodiment, the closing cap fastening portion 290 has a circular cross-section open in one direction, and is a fastening means for mounting a closing cap (not shown) that blocks both open ends of the prefabricated connection socket 100 having a square profile shape. Can be easily fastened to the closing cap fastening part 290.

A second fastening line 211 may be formed along the longitudinal direction at necessary positions on the outer or inner surface of the wall fixture 200 configured as described above. In addition, among both sides of the wall fixer 200, the side 201 on the side where the roof plate insertion portion 270 is located is inclined to go inward from top to bottom, and the side 201 has uneven portions 202 like a wave pattern. ) is formed. When the uneven portion 202 is formed on the side 201 in this way, friction with the wall can be reduced when the side 201 is in contact with the wall, and when exposed to the outside, it has a good aesthetic effect.

As shown in FIG. 3, the square frame 300 for supporting a plate having a square profile shape is provided so that the prefabricated connection socket 100 can fit inside, and the roof plate 10 can be placed on the upper surface.

An enlarged view of the wall fixer 200 and the prefabricated connection socket 100 configured as described above is shown in FIG. 7 after being assembled and fixed to the wall using the awning fixing bracket 250.

As shown in Figure 7, the first fastening portion 110 and the first fastening groove 130 of the prefabricated connection socket 100 are located on the outside of the square frame 300 for supporting the plate ( 300) With the prefabricated connection socket 100 positioned on the inside, the first fastening part 110 of the prefabricated connection socket 100 is seated in the second fastening groove 210 of the wall fixer 200, and the wall fixer 200 is seated in the second fastening groove 210. The end of the second fastening part 250 of (200) is inserted into the first fastening groove 130 of the prefabricated connection socket 100. Accordingly, it is assembled without any clearance between the side of the prefabricated connection socket 100 and the side of the wall fixture 200, and the upper surface of the square frame 300 for supporting the plate and the upper surface of the wall fixture 200 are located on the same plane, so the plate A roof plate can be placed on the upper surface of the support square frame 300 and the upper surface of the wall fixture 200, and the lower surface of the support square frame 300 and the lower surface of the wall fixture 200 are located on the same plane. It looks good aesthetically.

The prefabricated connection socket 100 and the square frame 300 for supporting the plate can be fixed by fastening the fastening means 20. At this time, the first fastening line 111 is formed in the prefabricated connection socket 100 and the fastening means (20) can be easily positioned and easily fastened. Likewise, the first fastening part 110 of the prefabricated connection socket 100 and the second fastening groove 210 of the wall fixture 200 can be fixed by fastening the fastening means 25. In this case, the first fastening part 110 ), and the second fastening line 211 is formed in the second fastening groove 210, so that the fastening means 25 can be easily positioned and fastened easily.

The awning fixing bracket 250 shown in FIG. 8 can be used to fix the square frame 300 for supporting the plate assembled as above, the prefabricated connection socket 100, and the wall fixer 200 to the wall. As shown in FIG. 8, the awning fixing bracket 250 according to the present embodiment includes a wall fixer seating portion 251 in a ni-eun-shape or inverted ni-eun-shaped shape, and a lower portion from the lower edge of the wall holder seating portion 251. It includes a support 253 extending to . A third fastening line 255 is formed along the longitudinal direction of the wall fixture seating portion 251 and the support 253, respectively, and can be used to position the fastening means when fastening a direct piece, etc.

As shown in FIG. 7, the wall fixer 200 is seated on the wall fixer seating portion 251 of the awning fixing bracket 250 configured as above, and the fastening means 27 is fastened to secure the wall fixer 200. ) and the awning fixing bracket (250). At this time, a second fastening line 211 is formed on the wall fixer 200, and a third fastening line 255 is formed on the wall fixer seating portion 251 of the awning fixing bracket 250, so that the fastening means 27 ) can be easily positioned and easily tightened. When the inclined side 201 of the wall fixer 200 is in contact with the wall in the assembled state as described above, the square frame 300 for supporting the upper surface of the roof plate is disposed at an angle with respect to the wall, as shown in FIG. . The support 253 of the awning fixing bracket 250 is fixed to the wall using a fastening means, etc., and a third fastening line 255 is formed on the support 253, so that the position of the fastening means 27 can be easily positioned. It can be concluded.

The roof plate 10 is placed on the upper surface of the square frame 300 for supporting the plate and the upper surface of the wall fixture 200, and one end of the roof plate 10 is within the roof plate insertion portion 270 of the wall fixture 200. is inserted.

As shown in FIGS. 9 and 10, the rainwater gutter 400 has an open top so that rainwater can accumulate on the inside. In this embodiment, the front and rear sides of the rainwater gutter 400 are shown as open. This means that after the assembly of the rainwater gutter 400 is completed, finishing caps (not shown) are installed on the open front and rear sides, thereby forming a rainwater gutter ( 400) can allow rainwater to accumulate on the inside.

On the upper side of one side of the rain gutter 400, a third fastening groove 410 extending inward in a shape corresponding to the first fastening part 110 is formed along the longitudinal direction so that the first fastening part 110 can be seated. It is formed. In this embodiment, since the cross section of the first fastening part 110 is in the shape of a rectangular or inverted rectangle, the cross section of the third fastening groove 410 is preferably formed as a groove in the shape of a rectangular or inverted rectangle. A third fastening line 411 is formed on the upper surface of the third fastening groove 410 along the longitudinal direction, and the third fastening line 411 is used to position the fastening means when fastening a direct piece, etc. It can be used as

On one side of the rain gutter 400, a second step portion 430 is formed along the longitudinal direction to go inward. The first fastening groove 130 of the prefabricated connection socket 100 is located in the second step 430. In this embodiment, the first fastening groove 130 is curved and convex upward, so that the first fastening groove 130 is located in the second step 430. The inside of the second step portion 430 is preferably curved and convex upward to correspond to the outer shape of 130.

The third fastening part 450, which extends outward along the second step 430 and has a circular or inverted silver-shaped cross section so that its end can be inserted into the first fastening groove 130, extends in the longitudinal direction. It is formed according to In this embodiment, the end of the third fastening part 450 is rounded, so that it can be easily accommodated in the first fastening groove 130 formed in a convex curved shape.

The second step 430 is located about halfway in the vertical direction on one side of the rain gutter 400. One side 401 is located at the upper part of the second step 430 with respect to the second step 430. ) is inclined to go inward toward the top, and as shown in FIG. 3, the inclined one side 401 located at the top of the second step portion 430 is disposed at an angle with respect to the wall, a prefabricated connection socket (100) ) can be encountered. In this way, one side 401 located at the top of the second step portion 430 is inclined to go inward toward the top, so that it can easily correspond to the prefabricated connection socket 100 that is disposed at an angle with respect to the wall.

The other sides 402, 403, and 404 of the rain gutter 400 are formed to be stepped outward from bottom to top. In this embodiment, the other sides 402, 403, and 404 of the rain gutter 400 are formed in three stages, and the middle stage 403 is formed with uneven portions like a wave pattern, providing a good aesthetic effect. there is. The stage 404 located at the top is formed with an extension portion 405 extending inward in the form of a diaphragm or a diaphragm.

After installing the finishing cap (not shown) on the open front and back sides of the rainwater gutter 400, a finishing cap fastening part 490 is provided on the inside of both upper and lower corners in the longitudinal direction so that the fastening means can be fastened. It is formed according to . In this embodiment, the closing cap fastening portion 490 has a circular cross-section that is open in one direction.

An enlarged view of the rainwater gutter 400 configured as above assembled with the prefabricated connection socket 100 is shown in FIG. 11.

As shown in Figure 11, the first fastening portion 110 and the first fastening groove 130 of the prefabricated connection socket 100 are located on the outside of the square frame 300 for supporting the plate ( 300) With the prefabricated connection socket 100 located on the inside, the first fastening part 110 of the prefabricated connection socket 100 is seated in the third fastening groove 410 of the rain gutter 400, and the rain gutter 400 The end of the third fastening part 450 of 400 is inserted into the first fastening groove 130 of the prefabricated connection socket 100. Accordingly, it is assembled without any clearance between the side of the prefabricated connection socket 100 and the side of the wall fixture 200.

The prefabricated connection socket 100 and the square frame 300 for supporting the plate can be fixed by fastening the fastening means 20. At this time, the first fastening line 111 is formed in the prefabricated connection socket 100 and the fastening means (20) can be easily positioned and easily fastened. Likewise, the first fastening part 110 of the prefabricated connection socket 100 and the third fastening groove 410 of the rainwater gutter 400 can be fixed by fastening the fastening means 30. In this case, the first fastening part 110 ), and the third fastening line 411 is formed in the third fastening groove 410, so that the fastening means 30 can be easily positioned and fastened easily.

The column and beam combined frame 500, which supports the lower side of the square frame 300 for supporting the plate and serves as a column or beam, has a square profile shape as shown in FIGS. 12 and 13, and is arranged to face each other. A first groove 510 in the shape of a divot or an inverted divot is formed along the longitudinal direction so as to enter the pair of surfaces 501 inward. On a pair of surfaces 501 arranged to face each other where the first groove 510 is formed, an uneven portion 502 is formed like a wave pattern. When exposed to the outside in this way, the uneven portion 502 is formed on the surface 501, which has a good aesthetic effect.

In this pillar beam combined frame 500, a plurality of fourth fastening lines 520 are formed along the longitudinal direction, and the fourth fastening line 520 is used to position the fastening means when fastening a direct piece, etc. It can be used as

Finishing cap fastening portions 530 are formed along the longitudinal direction inside the four corners of the column and beam combined frame 500. In this embodiment, the finishing cap fastening part 530 has a circular cross-section open in one direction, and is fastened for mounting a finishing cap (not shown) that blocks the open both ends of the column beam frame 500 having a square profile shape. The means can be easily fastened to the closing cap fastening portion 530.

The square frame fixture 350 for supporting a plate shown in FIG. 14 can be used to fix the column and beam combined frame 500 and the square frame 300 for supporting a plate configured as described above.

As shown in FIG. 14, the square frame fixture 350 for supporting a plate includes a body portion 351 provided to hold both sides and lower surfaces of the square frame 300 for supporting a plate, and lower ends on both sides of the body portion 351. It includes wing portions 353 extending on both sides, respectively. A plurality of fifth fastening lines 355 that can be used to position the fastening means when fastening a direct piece, etc. are formed along the longitudinal direction of the body portion 351 and the wing portion 353.

Configured as above, the fastening means 40 is fastened with the square frame 300 for supporting the plate positioned inside the body portion 351 of the square frame fixture 350 for supporting the plate as shown in FIG. 15. Thus, the square frame fixture 350 for supporting the plate and the square frame 300 for supporting the plate can be fixed. In FIG. 15, the lower surface of the body portion 351 of the square frame fixture 350 for supporting a plate is shown as being in contact with the lower surface of the square frame 300 for supporting a plate. However, according to the embodiment, the square frame for supporting a plate as shown in FIG. 3 Only a portion of the lower surface of (300) may contact the lower surface of the body portion (351) of the square frame fixture (350) for supporting the plate.

In the assembled state as described above, as shown in FIG. 3, the column-beam frame 500 is disposed longitudinally at the lower part of the square frame 300 for supporting the plate and can serve as a beam. The column-beam frame 500, which serves as a beam, can be fixed to the square frame fixture 350 for supporting the plate using fastening means 45. That is, the fastening means 45 is fastened while the lower surface of the body portion 351 and the wing portion 353 of the square frame fixture 350 for supporting the plate is in contact with one surface of the column beam combined frame 500.

As shown in FIG. 3, the pillar-beam frame 500a may function as a pillar by supporting the lower surface of the pillar-beam frame 500. That is, one end of the pillar-beam frame 500a, which functions as a pillar, is raised from the ground, and the other end supports the lower surface of the pillar-beam frame 500, which acts as a beam.

In order to fix the pillar-beam frame 500a, which is configured as above, to the pillar-beam frame 500 and the ground, and to reinforce the strength, as shown in Figures 16 and 17. A column beam fixing frame 550 can be used.

The pillar beam fixing frame 550 is provided so that its outer surface can come into contact with the inner surface of the pillar beam combined frame 500, as shown in FIG. 20. Accordingly, the pillar beam fixing frame 550 according to the present embodiment has a square profile shape as shown in FIGS. 16 and 17, and is configured to enter inside a pair of surfaces 551 arranged to face each other. Second groove portions 560 in the shape of a divot or an inverted divot are formed along the longitudinal direction. On the inside of this column beam fixing frame 550, a reinforcing plate 553 is formed so that the upper and lower sides of the second groove portions 560 formed on both sides 551 are connected to each other, so that the column beam fixing frame 550 Strength can be strengthened.

The four corners of the pillar beam fixing frame 550, which has a square profile shape, may be formed to be rounded. In addition, a plurality of fifth fastening lines 570 are formed along the longitudinal direction in the pillar beam fixing frame 550, and the fifth fastening line 570 holds the position of the fastening means when fastening a direct piece, etc. It can be used for purposes.

Finishing cap fastening portions 580 are formed along the longitudinal direction inside the four corners of the column beam fixing frame 550. In this embodiment, the finishing cap fastening part 580 has a circular cross-section open in one direction, and is fastened for mounting a finishing cap (not shown) that blocks both open ends of the column beam fixing frame 550 having a square profile shape. The means can be easily fastened to the closing cap fastening part 580.

Inside the remaining pair of surfaces arranged to face each other, in this embodiment, the upper and lower surfaces 555, a fastening means assembly portion 590 formed in a circular cross-section with a cut on one side is provided along the longitudinal direction. .

As shown in FIG. 3, the column-beam fixing frame 550 configured as described above fixes the column-beam frame 500a, which acts as a pillar, and the pillar-beam frame 500, which acts as a pillar. It serves to fix the pillar and beam frame (500a) and the ground.

To explain this in detail, as shown in FIGS. 18 and 19, with the column beam fixing frame 550 located at the upper and lower sides of the column beam combined frame 500a, the first groove portion 510 of the column beam combined frame 500a When the fastening means 50 is fastened to the second groove 560 of the column beam fixing frame 550, the column beam combined frame 500a and the column beam fixing frame 550 are fixed. Furthermore, when the fastening means 55 is fastened to the fastening means assembly portion 590 of the column beam fixing frame 550 located at the top as shown in FIG. 3, the fastening means 55 is connected to the lower surface of the column beam combined frame 500. When the column beam fixing frame 550 and the column beam combined frame 500 are fixed through it, and the fastening means 55 is fastened to the fastening means assembly portion 590 of the column beam fixing frame 550 located at the lower part, the fastening means 55 is fastened. The means 55 penetrates the ground so that the pillar beam fixing frame 550 and the ground are fixed. As a result, the pillar-beam frame 500a, which acts as a pillar, is fixed to the pillar-beam frame 500, which acts as a beam, and the ground, respectively.

Next, a sunshade frame using a prefabricated connection socket 100 according to the second embodiment is shown in Figure 21.

As shown in FIG. 21, the awning frame using the prefabricated connection socket 100 according to the second embodiment includes the prefabricated connection socket 100, a square frame 300 for supporting a plate, and a finishing bar 600.

Since the prefabricated connection socket 100 and the square frame 300 for supporting the plate have been described above, detailed description will be omitted here.

As shown in FIG. 22, the finishing bar 600 is shaped like a pipe with at least a top surface 601 and one side surface 603 being flat. In this embodiment, the top and bottom surfaces (601, 602) and one side (603) of the finishing bar (600) are flat, and the other side (604) is formed as a curved surface that is convex outward.

A third step 610 extending downward is formed along the longitudinal direction at an edge in contact with one side of the upper surface so that the end of the roof plate 10 can be placed.

A fourth fastening groove 620 of a length corresponding to the first fastening part 110 is formed on the lower side of the third step 610 so that the first fastening part 110 of the prefabricated connection socket 100 can be seated. It is formed along a direction.

In this embodiment, since the cross section of the first fastening portion 110 is in the shape of a rectangular or inverted rectangular shape, the cross section of the fourth fastening groove 620 is preferably formed as a groove in the shape of a rectangular or inverted rectangle. Additionally, in this embodiment, the third step portion 610 and the fourth fastening groove portion 620 are combined to form one space. A sixth fastening line 621 is formed along the longitudinal direction on the upper surface of the fourth fastening groove 620, and the sixth fastening line 621 is used to position the fastening means when fastening a direct piece, etc. You can use it.

On the lower side of one side 603, a fourth step portion 630 recessed inward is formed along the longitudinal direction. The first fastening groove 130 of the prefabricated connection socket 100 is located in the fourth step portion 630. In this embodiment, the first fastening groove 130 has a curved shape that is convex upward, so the first fastening groove 130 is located in the fourth step 630. It is preferable that the inside of the fourth step portion 630 has an upwardly convex curved shape to correspond to the outer shape of 130.

The fourth fastening portion 640 extends outward along the lower side of the fourth step portion 630 and has a cross-sectional shape such that the end portion can be inserted into the first fastening groove 130. It is formed according to . In this embodiment, the end of the fourth fastening portion 640 is rounded, so that it can be easily accommodated in the first fastening groove 130 formed in a convex curved shape.

The process of assembling the sunshade frame using the prefabricated connection socket 100 according to the second embodiment can be performed as follows.

As shown in Figure 23, the first fastening portion 110 and the first fastening groove 130 of the prefabricated connection socket 100 are located on the outside of the square frame 300 for supporting the plate ( 300) With the prefabricated connection socket 100 positioned on the inside, the first fastening part 110 of the prefabricated connection socket 100 is seated in the fourth fastening groove 620 of the finishing bar 600, and the finishing bar The end of the fourth fastening part 640 of 600 is inserted into the first fastening groove 130 of the prefabricated connection socket 100. Accordingly, it is assembled without any clearance between the side of the prefabricated connection socket 100 and the side of the finishing bar 600. In this state, the roof plate is placed on the upper surface of the square frame 300 for supporting the plate, and the end of the roof plate is placed in the third step portion 610 of the finishing bar 600. As a result, the upper surface of the roof plate and the upper surface 601 of the finishing bar 600 are located on the same plane, making it aesthetically pleasing.

The prefabricated connection socket 100 and the square frame 300 for supporting the plate can be fixed by fastening the fastening means 20. At this time, the first fastening line 111 is formed in the prefabricated connection socket 100 and the fastening means (20) can be easily positioned and easily fastened. Likewise, the first fastening part 110 of the prefabricated connection socket 100 and the fourth fastening groove 620 of the finishing bar 600 can be fixed by fastening the fastening means 60. In this case, the first fastening part 110 ), the first fastening line 111 is formed in the fourth fastening groove 620, and the sixth fastening line 621 is formed in the fourth fastening groove 620, so that the fastening means 60 can be easily positioned and fastened.

Next, a sunshade frame using a prefabricated connection socket 100 according to the third embodiment is shown in Figure 24.

As shown in Figure 24, the awning frame using the prefabricated connection socket 100 according to the third embodiment includes the prefabricated connection socket 100, a square frame 300 for supporting a plate, a finishing bar 600, and a straight connecting bar. Includes (700).

Since the prefabricated connection socket 100, the square frame 300 for supporting the plate, and the finishing bar 600 have been described above, detailed description will be omitted here.

As shown in FIG. 25, the straight connecting bar 700 has a square profile shape, and has corresponding first fastening parts 110 on both edges of the upper surface 701 so that the first fastening parts 110 can be seated. A fifth fastening groove 710 is formed in this shape. In this embodiment, since the cross section of the first fastening portion 110 is in the shape of a rectangular or inverted rectangle, the cross section of the fifth fastening groove 710 is preferably formed as a groove in the shape of a rectangular or inverted rectangle. A seventh fastening line 711 is formed along the longitudinal direction on the upper surface of the fifth fastening groove 710, and the seventh fastening line 711 is used to position the fastening means when fastening a direct piece, etc. You can use it.

A fifth step portion 730 recessed inward is formed on the lower side of both sides 703 along the longitudinal direction. The first fastening groove 130 of the prefabricated connection socket 100 is located in the fifth step portion 730. In this embodiment, the first fastening groove 130 has a curved shape convex upward, so that the first fastening groove 130 is located in the fifth step 730. The inside of the fifth step portion 730 is preferably curved and convex upward to correspond to the outer shape of 130.

A fifth fastening portion 740 is formed that extends outward along the lower side of the fifth step portion 730 and has a curved or inverted curved cross-section so that the end can be inserted into the first fastening groove 130. there is. In this embodiment, the end of the fifth fastening part 740 is rounded, so that it can be easily accommodated in the first fastening groove 130 formed in a convex curved shape.

The process of assembling the sunshade frame using the prefabricated connection socket 100 according to the third embodiment can be performed as follows. The assembly process of the square frame 300 for supporting the plate, the prefabricated connection socket 100, and the finishing bar 600 has been described above, so it will be omitted here.

The assembly process of the square frame 300 for supporting the plate, the prefabricated connection socket 100, and the straight connecting bar 700 is, as shown in FIG. 26, the first fastening portion 110 and the first fastening portion of the prefabricated connection socket 100. 1The fastening groove 130 is located on the outside of the square frame 300 for supporting the plate, with the prefabricated connection socket 100 located inside the square frame 300 for supporting the plate, and the fifth connection socket 100 of the straight connecting bar 700. The first fastening part 110 of the prefabricated connection socket 100 is seated in the fastening groove 710, and the end of the fifth fastening part 740 of the straight connecting bar 700 is the first fastening part 740 of the prefabricated connection socket 100. 1 Ensure that it is inserted into the fastening groove 130. Accordingly, the assembly is assembled without any clearance between the side of the prefabricated connection socket 100 and the side of the straight connection bar 700. In this state, the roof plate 10 is placed on the upper surface of the square frame 300 for supporting the plate and the upper surface of the straight connecting bar 700.

The prefabricated connection socket 100 and the square frame 300 for supporting the plate can be fixed by fastening the fastening means 20. At this time, the first fastening line 111 is formed in the prefabricated connection socket 100 and the fastening means (20) can be easily positioned and easily fastened. Likewise, the first fastening part 110 of the prefabricated connection socket 100 and the fifth fastening groove 710 of the straight connecting bar 700 can be fixed by fastening the fastening means 70. In this case, the first fastening part ( A first fastening line 111 is formed in 110), and a seventh fastening line 711 is formed in the fifth fastening groove 710, so that the fastening means 70 can be easily positioned and fastened easily. .

Next, a structure using the prefabricated connection socket 100 according to the first embodiment is shown in FIG. 27.

As shown in Figure 27, the structure using the prefabricated connection socket 100 according to the first embodiment includes the prefabricated connection socket 100, a square frame 300 for supporting a plate, a straight connection bar 700, and a vertical connection bar. Includes (800).

Since the prefabricated connection socket 100, the square frame 300 for supporting the plate, and the straight connection bar 700 have been described above, detailed description will be omitted here.

As shown in FIG. 28, the vertical connection bar 800 has a pipe shape with a cross-section of any one of the following shapes: Giyeokja, Yeokgiyeokja, Nieunja, and Inverted Nieunja.

A sixth fastening groove 810 is formed in a shape corresponding to the first fastening part 110 on at least one of the two surfaces inward so that the first fastening part 110 can be seated. In this embodiment, sixth fastening grooves 810 are formed on both sides recessed inward. In addition, in this embodiment, as the cross section of the first fastening part 110 is in the shape of a rectangular or inverted rectangular shape, the cross section of the sixth fastening groove 810 has any one of the shapes of a rectangular shape, a rectangular rectangular shape, a rectangular rectangular shape, a lower rectangular shape, and a lower rectangular rectangular shape. It is preferable to be formed with a groove of. An eighth fastening line 811 is formed along the longitudinal direction in the sixth fastening groove 810, and the eighth fastening line 811 can be used to position the fastening means when fastening a direct fastening piece, etc. there is.

On the surface adjacent to the surface where the sixth fastening groove 810 is formed, a sixth step portion 830 recessed inward is formed along the longitudinal direction at the edge opposite to the edge abutting the sixth fastening groove 810. The first fastening groove 130 of the prefabricated connection socket 100 is located in the sixth step portion 830. In this embodiment, the first fastening groove 130 has a curved shape convex upward, so that the first fastening groove 130 is located in the sixth step 830. The inside of the sixth step portion 830 is preferably curved and convex upward to correspond to the outer shape of 130.

It extends outward along the end of the sixth step portion 830 and has a cross-section of any one of the shapes of Giyeokja, Yeokgiyeokja, Nieunja, and Inverted Nieunja so that the end can be inserted into the first fastening groove 130. A sixth fastening portion 850 is formed. In this embodiment, the end of the sixth fastening part 850 is rounded, so that it can be easily accommodated in the first fastening groove 130 formed in a convex curved shape.

The process of assembling a structure using the prefabricated connection socket 100 according to the first embodiment can be performed as follows. The assembly process of the square frame 300 for supporting the plate, the prefabricated connection socket 100, and the straight connection bar 700 has been described above and will therefore be omitted here.

The assembly process of the square frame 300 for supporting the plate, the prefabricated connection socket 100, and the vertical connecting bar 800 is, as shown in FIG. 29, the first fastening portion 110 of the prefabricated connection socket 100 and the second 1The fastening groove 130 is located on the outside of the square frame 300 for supporting the plate, with the prefabricated connection socket 100 located inside the square frame 300 for supporting the plate, and the sixth of the vertical connecting bar 800. The first fastening part 110 of the prefabricated connection socket 100 is seated in the fastening groove 810, and the end of the sixth fastening part 850 of the vertical connecting bar 800 is the first fastening part 850 of the prefabricated connection socket 100. 1 Ensure that it is inserted into the fastening groove 130. Accordingly, it is assembled without clearance between the side of the prefabricated connection socket 100 and the side of the vertical connection bar 800, and the side located outside the square frame 300 for supporting the plate and the side located outside the vertical connection bar 800 Since the sides are located on the same plane, they look good.

The first fastening part 110 of the prefabricated connection socket 100 and the sixth fastening groove 810 of the vertical connecting bar 800 can be fixed by fastening the fastening means 80. In this case, the first fastening part 110 ), the first fastening line 111 is formed in the sixth fastening groove 810, and the eighth fastening line 811 is formed in the sixth fastening groove 810, so that the fastening means 80 can be easily positioned and fastened.

The structure using the prefabricated connection socket 100 according to the first embodiment assembled as described above has an overall rectangular shape as shown in FIG. 27.

Next, a structure using the prefabricated connection socket 100 according to the second embodiment is shown in FIG. 30.

As shown in FIG. 30, the structure using the prefabricated connection socket 100 according to the second embodiment is connected to the prefabricated connection socket 100, the square frame 300 for supporting the plate, and the vertical connection bar 800. Includes bar 900.

Since the prefabricated connection socket 100, the square frame 300 for supporting the plate, and the vertical connection bar 800 have been described above, detailed description will be omitted here.

As shown in FIG. 31, the cross-sectional connection bar 900 is shaped like a pipe with a cross-section in the shape of a square. That is, both sides are symmetrical to each other based on the central axis, and a reinforcing plate 909 connecting the upper and lower parts is formed on the inside in the part corresponding to the central axis to reinforce the strength of the cross-shaped connecting bar 900. You can.

On both edges of the bent lower surface located below the reinforcement plate 909, a seventh fastening groove 910 is formed in a shape corresponding to the first fastening part 110 so that the first fastening part 110 can be seated. It is formed along the longitudinal direction.

In this embodiment, as the cross section of the first fastening part 110 is in the shape of a rectangular or inverted rectangular shape, the cross section of the seventh fastening groove 910 is a groove in any one of the shapes of a rectangular shape, a rectangular rectangle, a rectangular rectangle, a lower rectangle, and a lower rectangle. It is preferable to be formed as A ninth fastening line 911 is formed along the longitudinal direction in the seventh fastening groove 910, and the ninth fastening line 911 can be used to position the fastening means when fastening a direct fastening piece, etc. there is.

On the upper side of both sides located on both sides of the reinforcing plate 909, a seventh step portion 930 recessed inward is formed along the longitudinal direction. The first fastening groove 130 of the prefabricated connection socket 100 is located in the 7th step portion 930. In this embodiment, the first fastening groove 130 has a curved shape that is convex upward, so the first fastening groove 130 is located in the seventh step 930. It is preferable that the inside of the seventh step portion 930 has a downwardly convex curved shape to correspond to the outer shape of 130.

A seventh fastening portion 950 is formed that extends outward along the upper side of the seventh step portion 930 and has a cross-sectional shape such that its end can be inserted into the first fastening groove 130. In this embodiment, the end of the seventh fastening portion 950 is rounded, so that it can be easily accommodated in the first fastening groove 130 formed in a convex curved shape.

The process of assembling a structure using the prefabricated connection socket 100 according to the second embodiment can be performed as follows. Since the assembly process of the square frame 300 for supporting the plate, the prefabricated connection socket 100, and the vertical connection bar 800 has been described above, detailed description will be omitted here.

The assembly process of the square frame 300 for supporting the plate, the prefabricated connection socket 100, and the cross-shaped connecting bar 900 includes the first fastening portion 110 of the prefabricated connection socket 100, as shown in FIG. The first fastening groove 130 is located on the outside of the square frame 300 for supporting the plate, with the prefabricated connection socket 100 located inside the square frame 300 for supporting the plate, and the cross-shaped connection bar 900. The first fastening part 110 of the prefabricated connection socket 100 is seated in the seventh fastening groove 910, and the end of the seventh fastening part 950 of the square-shaped connecting bar 900 is connected to the prefabricated connection socket 100. ) to be inserted into the first fastening groove 130. Accordingly, it is assembled without clearance between the side of the prefabricated connection socket (100) and the side of the cross-shaped connecting bar (900), and the side located outside the square frame for supporting the plate (300) and the outside of the square-shaped connecting bar (900). Since the surface is located on the same plane, it looks good aesthetically.

The prefabricated connection socket 100 and the square frame 300 for supporting the plate can be fixed by fastening the fastening means 20. Likewise, the first fastening portion 110 of the prefabricated connection socket 100 and the seventh fastening groove 910 of the square-shaped connecting bar 900 can be fixed by fastening the fastening means 90. In this case, the first fastening portion 900 is fastened to the fastening means 90. The first fastening line 111 is formed at 110, and the ninth fastening line 911 is formed at the seventh fastening groove 910, so that the fastening means 90 can be easily positioned and fastened easily. there is.

The structure using the prefabricated connection socket 100 according to the second embodiment assembled as described above forms an overall pentagonal shape as shown in FIG. 30.

Figures 33 and 34 show examples of security window frames among structures using prefabricated connection sockets 100.

First, the security window frame using the prefabricated connection socket 100 according to the first embodiment includes the prefabricated connection socket 100, a square frame 300 for supporting the plate, and a finishing bar 600, as shown in FIG. 33. do. Since the assembly process of each part has been described above, detailed description will be omitted here.

Next, the security window frame using the prefabricated connection socket 100 according to the second embodiment includes the prefabricated connection socket 100, the square frame 300 for supporting the plate, and the finishing bar 600, as shown in FIG. 34. Includes a straight connecting bar (700). Since the assembly process of each part has been described above, detailed description will be omitted here.

Figure 35 shows an example of a fence frame among structures using prefabricated connection sockets 100.

The fence frame using the prefabricated connection socket 100 has the same structure as the security window frame using the prefabricated connection socket 100 according to the second embodiment, as shown in Figure 35, and uses supports 1000 on both sides. It can be fixed to the ground.

According to the prefabricated connection socket 100 of the present invention, the awning frame and structure using the prefabricated connection socket 100 have the following effects.

By forming the awning frame and structure using the prefabricated connection socket 100 in which the first fastening portion 110 and the first fastening groove 130 are respectively formed along the longitudinal direction, the awning frame and structure can be easily and simply created in the field. can be formed, reducing construction costs and shortening construction time.

Prefabricated connection socket (100), wall fixture (200), rainwater gutter (400), square frame for supporting plates (300), column and beam combined frame (500), column and beam fixing frame (550), finishing bar (600), The straight connecting bar (700), vertical connecting bar (800), and cross-shaped connecting bar (900) are all produced by extruding aluminum or synthetic resin in the longitudinal direction and then cut to enable mass production and reduce production and construction costs. can do.

As described above, although the present invention has been described with limited examples and drawings, the present invention is not limited thereto, and the technical idea of the present invention and the following will be understood by those skilled in the art to which the present invention pertains. Of course, various modifications and variations are possible within the scope of equivalence of the claims to be described.

100: prefabricated connection socket 110: first fastening part
130: First fastening groove 200: Wall fixture
210: 2nd fastening groove 230: 1st step section
250: second fastening portion 270: roof plate insertion portion
300: Square frame for supporting plates 400: Rainwater gutter
410: 3rd fastening groove 430: 2nd step section
450: Third fastening part 500: Column beam combined frame
510: First groove 550: Column beam fixing frame
560: Second groove 600: Finishing bar
610: 3rd step section 620: 4th fastening groove section
630: 4th step part 640: 4th fastening part
700: Straight connecting bar 710: Fifth fastening groove
730: 5th step section 740: 5th fastening section
800: Vertical connecting bar 810: 6th fastening groove
830: 6th step section 850: 6th fastening section
900: City-shaped connecting bar 910: Seventh fastening groove
930: 7th step section 950: 7th fastening section

Claims (12)

delete delete delete It has a rectangular profile shape, and a first fastening part that extends outwardly at one corner and has a cross-sectional shape of a rectangular or inverted rectangular shape is formed along the longitudinal direction, and extends outward to a corner disposed below the corner where the first fastening part is formed. A prefabricated connection socket in which a first fastening groove that is bent but has a curved shape convex upward is formed along the longitudinal direction;
It has a square profile shape, and a second fastening groove is formed along the longitudinal direction in a shape corresponding to the first fastening part at one edge of the upper surface so that the first fastening part can be seated, and is adjacent to the second fastening groove. A first step that is inwardly recessed on the lower side of the side is formed along the longitudinal direction, and extends to the outside of the square profile along the lower side of the first step, so that the end portion is narrow in cross section so that it can be inserted into the first fastening groove. A second fastening portion is formed in the shape of a ruler or an inverted cylindrical shape, and the roof plate insertion portion extends upward to the other edge disposed to face the second fastening groove on the upper surface so that the end of the roof plate can be inserted along the longitudinal direction. A sunshade frame using prefabricated connection sockets including a formed wall fixture. According to paragraph 4,
The top is open so that rainwater can accumulate on the inside.
A third fastening groove extending inward in a shape corresponding to the first fastening part is formed along the longitudinal direction on the upper side of one side so that the first fastening part can be seated,
A second step is formed along the longitudinal direction on one side to go inward,
It further includes a rainwater gutter in which a third fastening part extending outward along the second step and having a third fastening part having a cross-sectional shape of a round shape or an inverted round shape so that the end can be inserted into the first fastening groove is formed along the longitudinal direction. A sunshade frame using prefabricated connection sockets. According to paragraph 4,
A square frame for supporting a plate having a square profile shape, which is provided so that the connection socket can fit inside, and is provided on the upper surface so that the roof plate can be raised;
A post-beam frame having a square profile shape, each of which has a first groove formed along the longitudinal direction to enter the inside of a pair of surfaces arranged to face each other, and which is disposed between the square frame for supporting the plate and the ground; A sunshade frame using prefabricated connection sockets that further includes. According to clause 6,
One of the column and beam combined frames is disposed longitudinally at the lower part of the square frame for supporting the plate and serves as a beam,
The other pillar-beam frame serves as a pillar by supporting the lower surface of the one pillar-beam frame,
The outer surface is provided so as to be in contact with the inner surface of the column beam combined frame, and the fastening means assembly formed in a circular shape with a cross-section cut on one side is formed on the inner side of a pair of surfaces arranged to face each other along the longitudinal direction. A sunshade frame using prefabricated connection sockets further including a provided pillar beam fixing frame. In the shape of a square profile, a first fastening part extending outward from one corner of the square profile and having a cross-sectional shape of a rectangular or inverted rectangular shape is formed along the longitudinal direction, and is disposed on the lower side of the corner where the first fastening part is formed. A prefabricated connection socket in which a first fastening groove is formed along the longitudinal direction at a corner of the square profile and is bent outwardly but has a curved upward convex shape;
It is shaped like a pipe with at least a flat upper surface and one side, and a third step descending downward is formed along the longitudinal direction at an edge in contact with the one side of the upper surface so that the end of the roof plate can be raised, and the first fastening part is to be seated. A fourth fastening groove is formed along the longitudinal direction in a shape corresponding to the first fastening part on the lower side of the third step, and a fourth step recessed inward is formed along the longitudinal direction on the lower side of the one side. and a fourth fastening portion extending outward along the lower side of the fourth step portion and having a curved cross-section or inverted curved shape so that the end can be inserted into the first fastening groove is formed along the longitudinal direction. bar;
It has a square profile shape, and a fifth fastening groove is formed on both edges of the upper surface in a shape corresponding to the first fastening part so that the first fastening part can be seated, and a fifth step recessed inward on the lower side of both sides is long. A fifth fastening part is formed along each direction, and extends outward along the lower side of the fifth step, and has a cross-sectional shape of a round shape or an inverted round shape so that the end can be inserted into the first fastening groove. A structure using prefabricated connection sockets including a straight connection bar. delete In the shape of a square profile, a first fastening part extending outward from one corner of the square profile and having a cross-sectional shape of a rectangular or inverted rectangular shape is formed along the longitudinal direction, and is disposed on the lower side of the corner where the first fastening part is formed. A prefabricated connection socket in which a first fastening groove is formed along the longitudinal direction at a corner of the square profile and is bent outwardly but has a curved upward convex shape;
It is a pipe shape with a cross-section in the form of any one of giyeokja, yeokgiyeokja, ni-eunja, and inverted ni-eunja, and has a shape corresponding to the first fastening part on at least one of the two surfaces that go inward so that the first fastening part can be seated. A sixth fastening groove is formed, and a sixth step recessed inward is formed along the longitudinal direction at the edge of the surface adjacent to the surface on which the sixth fastening groove is formed, and extends outward along the end of the sixth step. a vertical connecting bar having a sixth fastening portion having a cross-section of any one of the following shapes: a vertical connecting bar, an end portion of which can be inserted into the first fastening groove;
It has a square profile shape, and a fifth fastening groove is formed along the longitudinal direction at both edges of the upper surface in a shape corresponding to the first fastening part so that the first fastening part can be seated, and a second fastening groove recessed inward on the lower side of both sides. Five step portions are each formed along the longitudinal direction, and the fifth step portion extends outward along the lower side of the fifth step portion and has a fifth fastener shape with a cross-sectional shape such that the end portion can be inserted into the first fastening groove. A structure using a prefabricated connection socket including a straight connecting bar with a portion formed thereon. delete According to clause 10,
It is a pipe shape with a cross section in the shape of a square,
When the first fastening part can be seated, a seventh fastening groove is formed along the longitudinal direction at both edges in a shape corresponding to the first fastening part,
A seventh step that goes inward is formed on the upper side of both sides along the longitudinal direction, respectively.
A prefabricated type further comprising a cross-sectional connection bar extending outward along the upper side of the seventh step and having a seventh fastening portion having a cross-sectional shape such that the end portion can be inserted into the first fastening groove. Structure using connection sockets.

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