KR102463817B1 - The construction method and Panel for canopy - Google Patents

Abstract

The present invention is an improved coupling structure of a canopy panel installed on a roof such as an outdoor entrance of a building, comprising: an L-shaped frame bar in which a plurality of reinforcing protrusions are formed on an inner wall and a step is formed inside the lower end surface; a reinforcing member fixed to the connecting portion of the L-shaped frame bar with an adhesive and fixed to the inner hollow portion to have durability and rigidity; a panel frame formed in a rectangular frame shape by cutting the L-shaped frame bar to correspond to the size of the canopy roof to be installed; a corner connecting member fitted to a connecting portion corresponding to the L-shaped frame bar and the L-shaped frame bar at an angle of 90° to each corner portion of the panel frame formed in the rectangular frame shape and fixed by an adhesive; a plurality of reinforcement frames installed so as to span the upper end of the panel frame in the form of a square frame; a roof finishing material installed on the lower surface of the stepped portion formed inside the lower end of the rectangular frame of the panel frame to form a canopy roof; a fitting groove formed on one surface of the L-shaped frame bar located on the front and rear surfaces of the panel frame; a front clamp fitted into the inner fitting groove of the front L-shaped frame bar of the panel frame and connected to the upper fixing bracket fixed to the wall by wire; It includes a lower fixing bracket that is inserted into the inner fitting groove of the L-shaped frame bar located on the rear side of the panel frame and can be fixed to the wall, and the present invention makes the overall work process simple and easy and improves durability by structural coupling between frames. It relates to a panel roof for a canopy and its construction method, which can be improved.

Description

Panel roof for canopy and its construction method {The construction method and Panel for canopy}

The present invention improves the coupling structure of the canopy panel installed on the roof of the building's outdoor entrance, etc., so that the overall work process is simple and easy, and the durability is improved by structural coupling between the frames, and non-ferrous metals such as aluminum can have light weight. It relates to a panel roof for a canopy and a construction method therefor.

A canopy is a dictionary term, and refers to a thing that protrudes like a roof covering the top of canopies, awnings, porches, thresholds, windows, niches, beds, altars, pulpits, and tombs.

In general, a canopy refers to a roof installed on the exterior wall of a building to block rainwater, and is applied to the entrance door roof, the terrace-type roof installed on the exterior wall of the building, and the arcade installed between the building and the traditional market.

Therefore, the existing canopy is installed in such a way that several roof sheets are bolted to the upper surface of the canopy after forming the pillars and the ceiling frame.

In order to fix such a sheet-shaped canopy using a piece or bolt, a worker has to climb on top of a high structure for a long time to work, so there is a risk of safety accidents and a long construction time is required for the work.

Looking at the prior art in this field, the "canopy coupling structure" (hereinafter referred to as "prior art") of Patent Publication No. 10-2094636 (registration date: March 23, 2020) is as shown in FIG. a first wall frame 10 installed on a wall or structure; One side of the upper frame 40 is installed on the first wall frame 10 and; Installed on the other side of the upper frame 40 and the upper part of the vertical frame 80, one side protrudes upward in the front, and the other side of the rain gutter 31 and the rain gutter 31 are horizontally provided. Both vertical fastening pieces 32 protruding from the lower portion, the fixing piece 33 and the fastening surface 34 extending to the upper part of the rain gutter 31, and the fixing piece 33 and the fastening surface 34 a rain gutter frame 30 comprising an inclined surface 35 provided on the upper portion of the fastening surface and a horizontal fastening piece 36 extending to the fastening surface 34; A support frame ( 50) and; a fixing bracket 60 inserted into the guide groove 51 of the support frame 50 to fix the support frame 50 and the upper frame 40; a plurality of vertical frames 80 installed on the vertical fastening pieces 32 of the rain gutter frame 30 and the support members 55 of the support frame 50; a blocking plate 70 installed on the first wall frame 10, the upper frame 40, and the rain gutter frame 30; The fixing bracket 60 is inserted into the guide groove 51 of the support frame 50 and the lower plate 61 fixed to the support frame 50, and the lower plate 61 protrudes upward on both sides of the upper frame ( 40) extending on both sides of the side plate 62 for fixing and the lower plate 61 and consisting of a locking piece 64 that prevents forward and backward movement and separation along the guide groove 51, and the rain gutter frame A coupling groove 37 is formed in the inclined surface 35 of 30 in the longitudinal direction, and a canopy coupling structure composed of a support piece 38 between the bottom surface of the coupling groove 37 and the rain gutter 31 is disclosed. became

The prior art adopts a method in which the upper frame 40, the support frame 50, the rain gutter frame 30, the vertical frame 80, etc. can be fastened by means of fixing means to further strengthen the fastening state of each other. In addition, the overall work process can be shortened, and in particular, as the support frame 50 and the upper frame 40 are fastened by the fixing bracket 60, the upper frame 40 according to the surrounding conditions such as wind, rain, typhoon, etc. ), it can be seen that it relates to a canopy coupling structure that can prevent the escape.

The prior art is coupled in such a way that the upper frame 40, the support frame 50, the rain gutter frame 30, the vertical frame 80, etc. are fastened by a fixing means as described above, and the vertical frame ( 80), the support frame 50, and the upper frame 40 are made of a structure in which the fixing bracket 60 is fastened.

As described above, the prior art combines the coupling structure of the canopy with a fixing means such as a piece or a bolt and a bracket using a fixing means, which takes a lot of work time and has a problem in that a person has to manually construct it one by one.

That is, in the prior art, a vertical frame 80 as a pillar is installed to install a canopy, and an upper frame 40 is installed on the pillar, but a support frame 50 and a fixing piece are installed between the vertical frame and the upper frame, respectively. There is a problem in that a person has to climb up to the roof to carry out the work to be fixed with the fixing bracket afterward, so there is a risk of a safety accident and the construction time required for the work is long.

In addition, in order to have the durability of the diesel canopy of the prior art, both the upper frame and the vertical frame are made of cast iron pipes, so the weight is heavy and inconvenient to handle. There is a problem with this.

Republic of Korea Patent Publication No. 10-2094636

The present invention is to solve the above problems, all of the constituent members of the canopy are made of aluminum non-ferrous metal to lighten the weight, and when assembling the canopy, use a clamp and a wire to support the canopy on the wall using a clamp and wire, A panel roof for a canopy and its construction method for the purpose of combining canopy panel frames by assembling, but using an adhesive at the joint to minimize the use of pieces and bolts, and to simplify and facilitate the durability of the canopy and work process is about

The present invention is a means for solving the above object, comprising: an L-shaped frame bar made of a square hollow tube, a plurality of reinforcing protrusions are formed on the inner wall and a step is formed inside the lower end surface;

a reinforcing member fixed to the connecting portion of the L-shaped frame bar with an adhesive and fixed to the connecting portion so as to have durability and rigidity in the inner hollow portion;

a panel frame formed in a rectangular frame shape by cutting the L-shaped frame bar to correspond to the size of the canopy roof to be installed;

a corner connecting member fitted to a connecting portion corresponding to the L-shaped frame bar and the L-shaped frame bar at an angle of 90° to each corner portion of the panel frame formed in the rectangular frame shape and fixed by an adhesive;

a plurality of reinforcement frames installed so as to span the upper end of the panel frame in the form of a square frame;

a roof finishing material installed on the lower surface of the stepped portion formed inside the lower end of the rectangular frame of the panel frame to form a canopy roof;

"형으로 형성된 끼움홈과;The cross section is "on one side of the L-shaped frame bar located on the front and rear surfaces of the panel frame"

"A fitting groove formed in a mold;

a front clamp that is inserted into the inner fitting groove of the front L-shaped frame bar of the panel frame and connected to an upper fixing bracket fixed to the wall and a wire;

It features a panel roof for a canopy including a rear clamp that is inserted into the inner fitting groove of the L-shaped frame bar located on the rear side of the panel frame to be fixed to the wall.

The reinforcing member fitted to the connecting portion of the L-shaped frame bar and the L-shaped frame bar made of the square hollow tube is characterized in that a plurality of coupling grooves are formed on the outer peripheral surface so that the reinforcing protrusion formed inside the L-shaped frame bar is fitted.

The front clamp has wing pieces formed on both sides of the lower end of the body so as to fit into the inner fitting groove of the L-shaped frame bar located on the front of the panel frame, and the upper end of the body is bent in a “L” shape so that the wire connected to the wall can be bound. It is characterized in that it is formed.

The rear clamp has a wing piece formed at the lower end to fit into the inner fitting groove of the L-shaped frame bar located on the rear side of the panel frame, and a plurality of bolt holes are formed at the upper end to be bolted to the first bracket of the lower fixing bracket. do it with

The reinforcing frame installed so as to span the top of the panel frame is characterized in that seating portions are formed to correspond to both ends.

The present invention as described above relates to a canopy panel installed on a roof such as an outdoor entrance of a building, which is simple and easy to install, and has durability and light weight, and a method for constructing the same.

The panel and construction method for a canopy of the present invention uses an adhesive when assembling a panel frame without using a pillar when installing a roof using a canopy, but uses the minimum number of pieces and bolts, while simplifying the durability of the canopy and simplifying the work process has the effect of making it possible to

In addition, by making it possible to support the panel frame simply and easily with the clamp method, it is designed to have durability and robustness without installing a pillar, thereby increasing the efficiency of construction.

In addition, the present invention has the effect of preventing safety accidents during construction because all the constituent members of the canopy are made of non-ferrous aluminum made of non-ferrous metal and lightened, so that it is easy to handle when working at a high place.

1 is a side cross-sectional view showing a state in which a conventional canopy is installed on a wall.
Figure 2 is a perspective view showing a roof installation state using the canopy of the present invention.
Figure 3 is a side view showing the state attached to the wall when the roof installation using the canopy of the present invention.
4 is a perspective view of a panel frame showing a state in which a canopy is formed using the L-shaped frame bar of the present invention;
5 is an exploded assembly view for forming a panel frame using the L-shaped frame bar of the present invention.
Figure 6 is a partial excerpt sectional view showing a state in which the clamp is connected to the front L-shaped frame bar of the panel frame in the roof installation using the canopy of the present invention.
7 is a perspective view showing an upper clamp installed on the front L-shaped frame bar to support the canopy roof of the present invention on the wall.
Figure 8 is a perspective view showing a lower clamp installed on the rear L-shaped frame bar to support the canopy roof of the present invention on the wall.
Figure 9 is a partial excerpted cross-sectional view showing a state in which the lower clamp is connected to the rear L-shaped frame bar of the panel frame in the roof installation using the canopy of the present invention.
10 is a bottom perspective view showing the canopy roof of the present invention.
Figure 11 is a partially excerpted perspective view showing the canopy roof finishing material of the present invention.
12 is an exemplary view showing the connection phase of the finishing material forming the canopy roof of the present invention.

Hereinafter, an embodiment of the present invention will be described in detail based on the accompanying drawings.

The canopy to be described in the present invention relates to a canopy roof using a lightweight metal material such as aluminum, while having durability and robustness, and making it simple and easy to install during construction.

Figure 2 is a perspective view showing a roof installation state using the canopy of the present invention, Figure 3 is a side view showing a state attached to the wall when the roof installation using the canopy of the present invention.

2 of the present invention is an exemplary embodiment showing a state in which the canopy roof 10 is installed on the upper wall of the door using a canopy, and a plurality of reinforcement frames ( 40) and the roof finishing material 70 is installed at the bottom thereof.

As shown in Figs. 2 and 3, a plurality of reinforcing frames 40 are installed so as to span the L-shaped frame bar 12 located at the front and rear sides of the upper end of the rectangular frame of the panel frame 11. As shown in Figs.

In addition, a roof closing member 70 is installed on the lower surface of the stepped portion 14 located at the lower end inside the panel frame 11 to form the canopy roof 10 .

Therefore, a drainage hole is formed on one side of the L-shaped frame bar 12 of the panel frame 11 to be suitable for a roof installation site using a canopy so that rainwater can be drained.

The drain hole is not formed in advance, but a drain hole is formed to suit the installation environment at the construction site.

In the panel frame 11 of the present invention, in order to install a roof, the front clamp 20 is fitted on both sides of the inner fitting groove 13 of the front L-shaped frame bar 12, and then the wire 80 one end is connected to the front clamp ( After binding to the through hole 23 of 20), the other end of the wire is connected to the upper fixing bracket 50 installed on the wall surface 1 (refer to FIGS. 2 and 3).

In addition, the lower clamps 20a are fitted to both sides of the inner fitting groove 13 of the rear L-shaped frame bar 12 of the rectangular frame-shaped panel frame 11 .

The rear clamp (20a) installed in the inner fitting groove (13) of the rear L-shaped frame bar (12) of the panel frame (11) is the first bracket (61) of the lower fixing bracket (60) installed on the wall and the rear clamp ( 20a) is bolted to the bolt hole 25 formed in the upper end 23, and the second bracket 62 of the lower fixing bracket 60 is fixed to the corresponding wall surface by anchor bolts or bolts.

In this way, the front and rear L-shaped frame bars 12 of the panel frame 11 forming the canopy roof 10 are installed with the front clamps 20 and the rear clamps 20a fitted, and a wire connected to the front clamps 20 By fixing the upper fixing part racket 50 with 80, the front part of the canopy roof 10 installed on the wall surface 1 is pulled upward by the wire 80, and the rear panel frame 11 is an L-shaped frame bar ( 12) Since it is connected and fixed to the rear clamp 20a installed by being inserted into the inner fitting groove 13 and the lower fixing bracket 60 installed to the wall surface 1, the rigidity can be maintained even if a separate pillar is not installed.

In addition, in another embodiment of the present invention, a roof using a canopy uses a conventional square tube without using the front clamp 20, wire 80, and upper fixing bracket 50, and the upper part of the square tube is the front L of the panel frame 11. The mold frame bar 12 may be fixed on both sides of the bottom, and the lower end of each pipe may be installed on the wall 1 on the ground side, respectively, to form a roof.

As described in the other embodiment, a square tube is used to fix the front L-shaped frame bar 12 of the canopy roof 10 to the lower surface and the wall surface, so that the lower ground space of the canopy roof 10 can be utilized without interference by the pillars. have.

As can be seen from FIGS. 2 and 3 of the present invention, in installing a roof using a canopy, the upper fixing bracket 50 is connected to the wire 80 supporting the front clamp 20 installed on the front side, The lower fixing bracket 60 includes a bolt hole 25 formed in the upper end 23 of the rear clamp 20a installed in the fitting groove 13 of the rear L-shaped frame bar 12 of the panel frame 11 and the first bracket ( 61) is connected by bolts, and the second bracket 62 is fixed to the wall surface 1 with anchor bolts, etc., and the canopy roof 10 is installed.

Since the wire 80 is pulled from the front side of the canopy roof 10 of the present invention and the lower fixing bracket 60 is supported from the rear side, shaking is not generated by the wind.

In the present invention, in the lower fixing bracket 60 installed on the rear side of the panel frame 11 in the form of a square frame, the first bracket 61 and the rear clamp 20a are connected with bolts, and the second bracket 62 is connected to the wall surface 1 ) and anchor bolts, so when external pressure is applied by wind, etc., the bolted part acts as an invisible, minute hinge, so that it can be flexibly dealt with.

This bolted structure is a technology applied to have seismic resistance in the truss structure of a building or bridge.

4 is a perspective view of a panel frame showing a state in which a canopy is formed using the L-shaped frame bar of the present invention, and FIG. 5 is an exploded assembly view for forming a panel frame using the L-shaped frame bar of the present invention. .

4 and 5 are related to the panel frame 11 using the L-shaped frame bar of the present invention, the L-shaped frame bar 12 is cut to correspond to the square frame standard of the installed panel frame, and then the L-shaped frame in the longitudinal direction. When the bar 12 and the L-shaped frame bar 12 are horizontally connected in the longitudinal direction, the reinforcing member 30 is used to couple the connecting part.

The reinforcing member 30 has a coupling groove 31 formed so that a plurality of reinforcing protrusions 15 are fitted on the inner wall of the hollow part inside the connection part of the L-shaped frame bar 12, so that when the reinforcing member 30 is inserted into the hollow part There is no flow because the reinforcing protrusion 15 and the coupling groove 31 are coupled at the same time as the adhesive is applied and closely coupled, and the L-shaped frame bar 12 and the L-shaped frame bar 12 are firmly connected in the longitudinal direction. .

In addition, each corner portion of the present invention is fitted to the corresponding connecting portion so that the L-shaped frame bar and the L-shaped frame bar are bent at 90°, and the corner connecting member 32 fixed by an adhesive is connected.

All corner connecting members 32 are fitted to the corners of the square frame of the panel frame, which are fixed by an adhesive.

One to three corner connecting members 32 may be connected to the connecting portion. That is, the L-shaped frame bar 12 and the L-shaped frame bar 12 are rotated at 90° using one to three corner connecting members 32 according to the division section of the corner connecting portion of the L-shaped frame bar 12 . The panel frame 11 is assembled by being inserted into the corresponding connecting portion to be bent.

6 is a partial cross-sectional view showing a state in which a clamp is connected to the front L-shaped frame bar of the panel frame in the roof installation using the canopy of the present invention, and the L-shaped frame bar 12 located in the front of the panel frame 11 and the L-shaped frame bar 12 are connected by inserting the reinforcing member 30 into the connecting portion 12' that is connected in a straight line, and the front clamp 20 is provided in the fitting groove 13 formed inside the L-shaped frame bar 12. ) is installed, and the wing piece 22 welded to the lower end 21 of the front clamp 20 is fitted in the fitting groove 13 to install the front clamp 20 .

7 is a perspective view showing the upper clamp installed on the front L-shaped frame bar to support the canopy roof of the present invention on the wall, and FIG. 8 is the lower part installed on the rear L-shaped frame bar to support the canopy roof of the present invention on the wall. A perspective view showing the clamp.

The front clamp 20 and the rear clamp 20a of the present invention are the lower end 21 of the body 20' so as to be inserted into the fitting groove 13 of the L-shaped frame bar 12 located on the front and rear of the panel frame 11. The wing pieces 22 are formed on both sides.

The wing pieces 22 of the front clamp 20 and the rear clamp 20a are formed by welding panels in a direction intersecting the body 20', and the front clamp 20, the body 20', the upper end 23 ) is bent in a "L" shape, and the through hole 23 is formed so that the wire 80 connected to the upper fixing bracket 50 fixed to the wall surface 1 can be bound.

In addition, the upper end 23 of the rear clamp 20a is bent in a “L” shape to form a plurality of bolt holes 25 and is configured to be bolted to the first bracket 61 of the lower fixing bracket 60 .

The lower end 21 of the rear clamp 20a is welded to form the wing pieces 22 on both sides of the lower end 21.

The front clamp 20 and the rear clamp 20a are, as shown in FIGS. 7 and 8, the front clamp 20 and the rear clamp 20a are wing pieces formed on the lower end 21 of the body 20' ( 22) is fitted into the fitting groove 13 formed inside the front and rear L-shaped frame bar 12 of the panel frame 11.

The front clamp 20 is a wire 80 bound to the through hole 23 of the upper bent portion of the body 20' in a state where the upper and lower ends of the wing pieces 22 are inserted into the fitting portion 13 of the L-shaped frame bar 12. By pulling the front clamp 20, it is possible to firmly support the front surface of the canopy roof 10 without moving.

The wire 80 described in the present invention is connected between the front clamp 20 and the upper fixing bracket 50 to support the canopy roof 10, and the wire 80 is not necessarily limited to the wire ( 80), there is no problem in using any string that has the strength and stretchability of the string.

"형으로 형성된다.In addition, the fitting groove 13 formed in the L-shaped frame bar 12 installed on the front and rear and left and right sides of the panel frame 11 forming the rectangular frame of the present invention has a cross section of "

“It is formed into a shape.

9 is a partial cross-sectional view showing a state in which the lower clamp is connected to the rear L-shaped frame bar of the panel frame in the roof installation using the canopy of the present invention, and the rear L-shaped frame bar 12 and the wall surface of the panel frame 11 A lower fixing bracket 60 is installed between (1) to support the canopy roof 10 .

The first bracket 61 of the lower fixing bracket 60 is bolted to the rear clamp 20a, and the second bracket 62 is coupled to the wall surface 1 by anchor bolts.

The first bracket 61 and the second bracket 62 constituting the lower fixing bracket 60 have the same shape as “ㅓ” in plan view, and the first bracket 62 is the fitting groove of the L-shaped frame bar 12 . It is connected to the rear clamp 20a fitted in (13) and the second bracket 62 is installed on the corresponding wall, and then the first bracket 61 and the second bracket 62 are coupled using bolts.

In addition, the panel frame 11 of the present invention is discharged to the outside through a drainage hole (not shown) along the roof covering material 70 in the rectangular frame.

10 is a bottom perspective view showing the canopy roof of the present invention, wherein the canopy roof 10 is formed by installing the roof closing member 70 on the bottom surface of the panel frame 11 .

11 is a partially excerpted perspective view showing the canopy roof finishing material of the present invention, and FIG. 12 is an exemplary view showing the connection phase of the finishing material forming the canopy roof of the present invention.

The roof finishing material 70 forming the canopy roof 10 of the present invention is made in the form of a louver used as a ceiling or flooring material. 72 is formed (see Fig. 11).

The roof covering material 70 formed as described above is continuously connected in such a way that the fitting protrusion 71 on one side is fitted to the fitting connection member 72 of the other roof covering material 70 (see FIG. 12 ).

The fitting connection member 72 of the roof covering material 70 is formed to prevent the distal end portion of the fitting protrusion 71 from being separated by being bent like a fishing hook.

The panel frame 11 of the canopy roof 10 of the present invention formed in this way is formed by L-shaped frame bars 12 connected in a square shape, and the L-shaped frame bar 12 is made of a hollow tube and has a plurality of reinforcement on the inner wall. The panel frame 11 in the form of a square frame is formed using the L-shaped frame bar 12 made of a lightweight material made of any one of aluminum, stainless steel, metal tube, and high-strength plastic tube having projections 15 formed therein.

The present invention provides a reinforcing member 30 between the L-shaped frame bar 12 and the L-shaped frame bar 12 when the length of the L-shaped frame bar 12 constituting the panel frame 11 is short when the canopy roof is installed. plug in and connect

In addition, a plurality of reinforcing frames 40 are installed between the front L-shaped frame bar 12 and the rear L-shaped frame bar 12 at the top of the rectangular frame-shaped panel frame 11 of the present invention.

The reinforcing frame 40 is installed so as to span between the front L-shaped frame bar 12 and the rear L-shaped frame bar 12 with "L"-shaped seating portions 41 formed at both ends, and includes pieces or bolts; It is fixed by welding, etc.

As described above, a plurality of reinforcing frames 40 made of lightweight metal or special plastic are installed inside the rectangular frame 11 of the rectangular frame shape to maintain the rigidity of the panel frame 11 .

The reinforcement frame 40 installed between the front L-shaped frame bar 12 and the rear L-shaped frame bar 12 constituting the panel frame 11 of the present invention has both ends of the upper end of the L-shaped frame bar 12 . The left and right ends are formed with "┓" and "┏" shaped seating portions 41 so as to correspond closely to the corners.

A canopy roof construction method using the canopy of the present invention configured as described above will be described as follows.

⒜ Forming or preparing an L-shaped frame bar 12 made of a hollow tube and having a plurality of reinforcing protrusions 15 formed on the inner wall and a stepped portion 14 formed inside the lower end surface;

⒝ inserting the reinforcing member 30 into the connecting portion 12' of the L-shaped frame bar 12 and the L-shaped frame bar 12 to have durability and firmness and fixing it with an adhesive and a piece;

⒞ Cut to correspond to the size of the canopy roof 10 on which the L-shaped frame bar 12 is to be installed to form the panel frame 11 in the form of a square frame, but each corner of the panel frame 10 is an L-shaped frame bar (12) and the L-shaped frame bar (12) engaging the corner connecting member (32) coated with an adhesive to the corresponding connecting portion at an angle of 90 °;

⒟ installing a plurality of reinforcing frames 40 so as to span the upper end of the front L-shaped frame bar 12 and the rear L-shaped frame bar 12 of the panel frame 11 having the rectangular frame shape;

⒠ installing a roof covering material 70 on the bottom surface of the inner step portion 14 of the rectangular frame of the panel frame 11;

"형의 끼움홈(13)에 전면크램프(20)를 끼워 설치하고, 전면클램프(20) 몸체(20') 상단 통공(24)에 와이어(80) 일측단을 결속하는 단계;⒡" formed on the inner surface of the L-shaped frame bar 12 located in front of the panel frame 11

"Installing the front clamp 20 into the fitting groove 13 of the mold, and binding one end of the wire 80 to the upper through hole 24 of the front clamp 20 body 20';

⒢ fixing the second bracket 62 of the upper fixing bracket 50 and the lower fixing bracket 60 to the wall surface to install the canopy roof 10;

⒣ binding the other end of the wire 80 bound to the upper through hole 24 of the body 20' of the front clamp 20 with the upper fixing bracket 50 installed on the wall surface 1;

⒤Connecting the rear clamp (20a) fitted into the inner fitting groove (13) of the L-shaped frame bar (12) located on the rear side of the panel frame (11) and the first bracket (61) of the lower fixing bracket (60) ; to install and construct the canopy roof (10).

Looking at the panel construction method for a canopy of the present invention made as described above is as follows.

1st process: manufacturing a rectangular panel frame for a canopy roof;

In this process, the L-shaped frame bar 12 is prepared so that a rectangular frame can be assembled to manufacture the panel frame 11 .

The L-shaped frame bar 12 prepared in this process may be molded and used in a manufacturing plant, but may be purchased and used in the market.

"형의 끼움홈(13)이 형성되어 사각형 패널프레임(11)을 조립시 내측에 위치하도록한다.One side of the L-shaped frame bar 12 is "

A "shaped fitting groove 13 is formed so that the rectangular panel frame 11 is located inside when assembling.

Adhesive is applied between the prepared L-shaped frame bar 12 and the L-shaped frame bar 120 to insert and fix the reinforcing member 30 .

At this time, since a plurality of reinforcing protrusions 15 are formed on the inner wall of the hollow portion of the L-shaped frame bar 12 , the reinforcing protrusions 15 are coupled to the coupling grooves 31 formed on the outer circumferential surface of the reinforcing member 30 so that the reinforcing protrusions 15 are fitted.

Since the reinforcing member 30 is coupled to the connecting portion 12' by inserting the reinforcing protrusion 15 into the coupling groove 31 in a state in which an adhesive is applied to the outer surface of the reinforcing member 30, the L-shaped frame bar 12 and the reinforcing member 30 are are tightly coupled to each other.

The L-shaped frame bar 12 is cut to correspond to the standard of the canopy roof 10 to be installed, and the panel frame 11 is assembled in a rectangular frame shape.

At this time, when the length of the L-shaped frame bar 12 is short, the reinforcing member 30 is inserted and connected to the connecting portion 12 ′ of the L-shaped frame bar 12 and the L-shaped frame bar 12 .

Each corner of the panel frame 11 assembled in the form of a rectangular frame is coupled to each other by inserting the corner connecting member 32 by applying an adhesive to the connecting portion corresponding to the L-shaped frame bar and the L-shaped frame bar at an angle of 90°.

Step 2: Installing the reinforcement frame on the rectangular panel frame

A plurality of reinforcing frames 40 are installed at regular intervals inside the upper end of the panel frame 11 assembled in the rectangular frame shape.

The reinforcing frames 40 installed at the upper ends of both sides between the front L-shaped frame bar 12 and the rear L-shaped frame bar 12 of the panel frame 11 are in close contact with the inner corners of the front and rear L-shaped frame bars. Seating portions 41 are formed at both ends.

Both ends of the reinforcing frame 40 installed inside the upper end of the panel frame 11 can be fixed by bolting or piece, riveting or welding, etc. in a state in which the seating part 41 is spread over and in close contact with each other.

Step 3: Installing the roof finishing material on the bottom of the panel frame

The roof finishing member 70 may be connected to the lower surface of the stepped portion 14 of the panel frame 11 to be installed.

The roof finishing material 70 is not limited to any one material, and the canopy roof 10 may be formed using acrylic, glass, non-ferrous metal and other roofing materials.

The roof finishing material 70 of the canopy roof 10 is made in the form of a louver, and the fitting protrusions 71 formed on both sides of the roof finishing material 70 and the roof finishing material 70 are fitted in the fitting connection part 72. connected to the standard.

Fourth process: installing a canopy roof on the wall;

When the canopy roof 10 is completed in the above process, the canopy roof 10 is installed at the desired location.

At this time, the upper fixed part racket 50 and the lower fixed part racket 60 are installed on the wall surface (1) on which the canopy roof 10 is to be installed.

"의 끼움홈(13)에 전면크램프(20)와 후면크램프(20a)를 끼워결합한 후 전면클램프(20)의 상단부(23)에 형성된 통공(23)에 와이어(80) 일측단을 결합한다.The canopy roof 10 is formed on the inner surface of the L-shaped frame bar 12 located on the front and rear surfaces of the panel frame 11.

After fitting the front clamp 20 and the rear clamp 20a into the fitting groove 13 of ", the wire 80 is coupled to one end of the through hole 23 formed in the upper end 23 of the front clamp 20.

The other end of the wire 80 connected to the through hole of the upper end 23 of the front clamp 20 is connected to the upper fixing bracket 50 installed on the wall.

"형 끼움홈(13)에 후면크램프(20a)를 설치한 후에는 후면크램프(20a) 상단부(23)의 볼트공(25)에 하부고정브라켓(60)의 제1브라켓(61)을 볼트결합한다.In addition, the "L-shaped frame bar 12 located on the rear side of the panel frame 11"

"After installing the rear clamp 20a in the mold fitting groove 13, bolt the first bracket 61 of the lower fixing bracket 60 to the bolt hole 25 of the upper part 23 of the rear clamp 20a. do.

When installing the canopy roof 10 assembled on the wall surface 1 as described above, after the upper bracket 50 and the lower fixing bracket 60 are installed on the wall in advance, the canopy roof 10 assembled in the above process is installed. Lift using equipment such as a crane to match the installation position on the wall.

Connect and fix the wire 80 connected to the front clamp 20 installed in the front fitting groove 13 of the panel frame 11 of the canopy roof 10 corresponding to the wall to the upper fixing bracket 50 installed on the wall, The canopy roof is bolted together with the bolt hole 25 formed in the upper end 23 of the rear clamp 20a installed in the rear fitting groove 13 of the panel frame 11 and the first bracket 61 of the lower fixing bracket 60 . The construction of (10) is completed.

The canopy panel and construction method of the present invention as described above make it possible to simplify the durability of the canopy and simplify the work process while using a minimum of pieces and bolts without using a separate pillar when installing a roof using a canopy. It has safety accident prevention and work speed.

In addition, the present invention has an effect of providing a canopy roof having a strong and durable canopy using front and rear clamps, an upper fixing bracket, and a lower fixing bracket at the same time as having convenience during operation by assembling a canopy using a lightweight material such as aluminum. .

10: canopy roof 11: panel frame
12: L-shaped frame bar 12' connection part
13: fitting groove 14: stepped part
15: reinforcing projection 20: front clamp
20': body 20a: rear clamp
21: lower part 22: wings
23: upper part 24: through hole
30: reinforcing member 31: coupling groove
32: corner connecting member 40: reinforcing frame
41: seating part 50: upper fixing bracket
60: lower fixing bracket 61: first bracket
62: second bracket 70: roof finishing material
80: wire 1: wall

Claims (6)

an L-shaped frame bar made of a rectangular hollow tube, a plurality of reinforcing protrusions are formed on the inner wall, and a step is formed inside the lower end surface;
a reinforcing member fixed to the connecting portion of the L-shaped frame bar with an adhesive and fixed to the longitudinal connecting portion so as to have durability and rigidity in the inner hollow portion;
a panel frame formed in a rectangular frame shape by cutting the L-shaped frame bar to correspond to the size of the canopy roof to be installed;
a corner connecting member fitted to a connecting portion corresponding to the L-shaped frame bar and the L-shaped frame bar at an angle of 90° to each corner portion of the panel frame formed in the rectangular frame shape and fixed by an adhesive;
a plurality of reinforcement frames installed so as to span the upper end of the panel frame in the form of a square frame;
a roof finishing material installed on the lower surface of the stepped portion formed inside the lower end of the rectangular frame of the panel frame to form a canopy roof;
a fitting groove formed on one surface of the L-shaped frame bar located on the front and rear surfaces of the panel frame;
a front clamp fitted into the inner fitting groove of the front L-shaped frame bar of the panel frame and connected to the upper fixing bracket fixed to the wall by wire;
The panel roof for a canopy, characterized in that it includes a rear clamp that is fitted into the inner fitting groove of the L-shaped frame bar located on the rear side of the panel frame and is connected to the lower fixing bracket fixed to the wall. According to claim 1,
The reinforcing member fitted to the longitudinal connecting portion of the L-shaped frame bar and the L-shaped frame bar having the hollow portion is a panel roof for a canopy, characterized in that a plurality of coupling grooves are formed so that the reinforcing protrusion formed inside the L-shaped frame bar is fitted on the outer circumferential surface. . According to claim 1,
The front clamp has wing pieces formed on both sides of the lower end of the body to fit into the inner fitting groove of the L-shaped frame bar located on the front of the panel frame, and the upper end of the body is bent in a “L” shape and connected to the upper fixing bracket installed on the wall. It is characterized in that the through hole is formed so that it can be bound. According to claim 1,
The rear clamp has a wing piece formed at the lower end to fit into the inner fitting groove of the L-shaped frame bar located on the rear side of the panel frame, and a plurality of bolt holes are formed at the upper end to be bolted to the first bracket of the lower fixing bracket installed on the wall. A panel roof for a canopy, characterized in that it has been According to claim 1,
The reinforcing frame installed so as to span the top of the panel frame is a panel roof for a canopy, characterized in that a seating portion is formed so as to correspond to the inner corners of the front and rear L-shaped frame bars. The construction method according to the canopy panel of claim 1,
⒜ Forming or preparing an L-shaped frame bar 12 made of a hollow tube and having a plurality of reinforcing protrusions 15 formed on the inner wall and a stepped portion 14 formed inside the lower end surface;
⒝ a step of inserting a reinforcing member 30 into the connecting portion 12' of the L-shaped frame bar 12 and the L-shaped frame bar 12 to have durability and rigidity and fixing it with an adhesive;
⒞The L-shaped frame bar 12 is cut to correspond to the size of the canopy roof 10 to be installed to form the panel frame 11 in the form of a square frame, but each corner of the panel frame 11 is an L-shaped frame bar. (12) and the L-shaped frame bar (12) engaging the corner connecting member (32) coated with an adhesive to the corresponding connecting portion at an angle of 90 °;
⒟ installing a plurality of reinforcing frames 40 so as to span the upper end of the front L-shaped frame bar 12 and the rear L-shaped frame bar 12 of the panel frame 11 having the rectangular frame shape;
⒠ installing a roof finishing material 70 on the bottom surface of the inner step portion 14 of the rectangular frame of the panel frame 11;
⒡The front clamp 20 is inserted into the fitting groove 13 formed on the inner surface of the L-shaped frame bar 12 located on the front side of the panel frame 11 and installed, and the front clamp 20, body 20', upper through hole 24 ) binding one end of the wire 80;
⒢ fixing the second bracket 62 of the upper fixing bracket 50 and the lower fixing bracket 60 to the wall surface to install the canopy roof 10;
⒣ binding the other end of the wire 80 bound to the upper through hole 24 of the body 20' of the front clamp 20 with the upper fixing bracket 50 installed on the wall;
⒤Connecting the rear clamp (20a) fitted into the inner fitting groove (13) of the L-shaped frame bar (12) located on the rear side of the panel frame (11) and the first bracket (61) of the lower fixing bracket (60) ; Panel roof construction method for a canopy, characterized in that consisting of.

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