WO2013125857A1

WO2013125857A1 - Collapsible canopy frame and canopy using same

Info

Publication number: WO2013125857A1
Application number: PCT/KR2013/001342
Authority: WO
Inventors: 신재기
Original assignee: Shin Jae-Ki
Priority date: 2012-02-23
Filing date: 2013-02-20
Publication date: 2013-08-29
Also published as: CN102704740B; KR101397032B1; KR20130096952A; CN102704740A; CN202706660U

Abstract

Disclosed are a collapsible canopy frame for easy building and storage while collapsed to minimize the volume thereof, and a canopy using same. The collapsible canopy frame has symmetric connecting frames and asymmetric connecting frames both of which are connected to and between four posts, each of the symmetric connecting frames and asymmetric connecting frames having two rods linked in an X-shape. The symmetric connecting frames have crossing connecting points and connecting points at ends of the rods in the same length, thereby forming a horizontal part, and the asymmetric connecting frames have crossing connecting points and connecting points at ends of the rods in different lengths, thereby forming a sloping part. The present invention is convenient to use when a tent is coupled to the collapsible canopy frame, since the horizontal part and the sloping part form a sloping surface on the tent, thereby allowing rainwater to drain in a certain direction in case of rain. Also, the present invention is convenient to use, since the same collapsing method is used for all connecting frames connected to the posts, and thus merely folding and unfolding motions enable the storage and building of the present invention.

Description

Folding canopy frame and canopy using the same

The present invention relates to a folding canopy frame, to a folding canopy frame and a canopy using the same to minimize the volume in the folded state to facilitate installation and storage.

The folding canopy frame has a structure that facilitates movement and installation by reducing its volume when folded as a frame for supporting a shade film or a tent.

The collapsible canopy frame is configured to support the tent by a plurality of posts and a collapsible connecting frame connected in X-shape to each post. In addition, the tent has a structure in which the center portion of the tent is formed higher than the outer portion in order to prevent rain or snow accumulation on the upper portion of the tent.

Conventionally, in order to form the tent center portion higher than the outer portion, 1) connecting the X-shaped connecting frame from each post to the tent center portion, and having a central vertical support vertically upward at the end of the connecting frame portion of the tent portion 2) It had a structure with an arcuate pole connecting the elastic member from each post to the tent center.

As a structure having a central vertical support, US Patent Publication 2006/0070649, US Patent 7,240,686, US Patent 7,360,549, Korean Patent No. 10-0679741, 10-1095662 and the like are known. However, the above patents have a problem in that the tent sagging occurs due to the weight of the vertical support installed in the center of the tent in common. In addition, since the inclination is formed uniformly from the center of the tent to the entire outer portion, rain water flows down the entire edge of the tent during rainy weather, and there is inconvenience due to falling down when a person enters and exits. In particular, when using the canopy frame for the purpose of extending the interior of the building, it was inconvenient to use because the falling water occurs at the connection portion of the building and the canopy frame.

As a structure having an arcuate pole, U.S. Patent 5,632,293, JP 2003-227249, U.S. Patent 6,666,223, U.S. Patent Publication 2006/0162759, and the like are known. According to the above patent, unlike the structure having the center vertical support described above, the sag of the tent does not occur. However, the arched pole is inconvenient to use because it is different from the folding frame installed on each post. In addition, as in the structure having the central vertical support described above, there still remained a problem that rain water flows from the center portion of the tent to the entire outer portion during rainy weather.

The present invention is easy to install and store by configuring the folding frame of the connection frame connected to all the posts in the same way to solve the above-mentioned problems, and by forming a slope on the tent coupled to the connection frame in rainy weather along the slope It is an object of the present invention to provide a folding canopy frame and a canopy using the same to flow down only in a predetermined direction.

Folding canopy frame of the present invention for solving the above problems,

First to fourth posts each having a fixed bracket fixed to an upper end and a movable bracket sliding up and down under the fixed bracket, and installed perpendicular to the ground in a counterclockwise order; A plurality of symmetrical connecting frames, in which two rods are connected at the intersection in an X shape and the length L from the intersection connection point to the connection point of each of the rod ends is equal; And a plurality of asymmetrical connecting frames having two rods connected at the intersections in an X-shape and having different lengths L1 and L2 from the intersection connection points to the connection points of each of the rod ends on at least one side; Including,

The first and second posts between the first and second posts, and the third intermediate connection between the third and fourth posts are formed higher than both sides, respectively, between the first and second posts and the third and third. First and third inclined portions formed of two or more asymmetrical connecting frames connected to be inclined in both directions, respectively, between the four posts,

A first upper horizontal portion including two or more symmetrical connecting frames connected between the first and third intermediate connecting portions is formed,

The two asymmetrical connecting frames connected to each of the first and third intermediate connectors may have a length from the intersection connection point to the connection points of the rod ends of the upper and lower ends connected to the first and third intermediate connectors. When L2 and L1, respectively, the relation of L1 < L2 and L1 + L2 = 2L is satisfied.

Preferably, the first and second symmetrical connecting frame formed between the second and third posts, and between the fourth and the first post, respectively, parallel to the position lower than the first upper horizontal portion, A second lower horizontal portion is formed,

The asymmetrical connecting frame connected to each of the posts has a length L3 and L3 when the lengths of the connecting points of the rod ends of the upper and lower ends connected to the posts are L3 and L4, respectively. Satisfy the relation of + L4 = 2L.

Preferably, the intermediate portion comprises two or more asymmetrical connecting frames connected in parallel with the first and third inclined portions to be orthogonal to the first lower horizontal portion, the first upper horizontal portion, and the second lower horizontal portion, respectively. The inclined portion is formed.

In addition, the canopy using the folding canopy frame for solving the other problem of the present invention, the tent is coupled to the upper portion of the above-mentioned folding canopy frame, the tent, the inclined surface portion of the upper inclined in both directions; An edge portion surrounding the outer side of the symmetrical and asymmetrical connection frame in a vertical downward direction around the inclined surface portion; A rainwater receiving part extending downward from the edge portion formed with the first and second lower horizontal portions to be folded into the edge portion and detachable; And two or more shape retaining members connected to a bottom of the rain gutter part to be detachable from the inclined surface part or the edge part so as to maintain the rain gutter part inclined upward toward the outside during rain. It includes.

Preferably, the shape holding member includes first and second shape holding members connected to the lower ends of the rain receiving part, respectively, and at least one intermediate shape holding member connected to the middle lower part of the rain receiving part, where rainwater is one-way. Or it is configured to adjust the length of the first and second shape holding member and the intermediate shape holding member to drain in both directions.

On the other hand, another canopy frame of the present invention, so that the second intermediate connection portion between the second, third post and the fourth intermediate connection portion between the fourth, first post is formed higher than both sides, respectively, Second and fourth inclined portions formed of two or more asymmetrical connecting frames connected inclined in both directions between third posts and between the fourth and first posts are formed.

A second upper horizontal portion formed of two or more symmetrical connecting frames connected between the second and fourth intermediate connecting portions is formed to be orthogonal to the first upper horizontal portion.

According to the folding canopy frame of the present invention and the canopy using the same can have the following effects.

First, since there is no separate vertical vertical support for raising the tent center portion, it is possible to prevent the central sag of the canopy frame due to the load.

Second, because the folding frame of the connection frame is coupled to all posts are the same, it is easy to use because it can be stored and installed only by folding and unfolding.

Third, when the entire canopy is unfolded, two or four inclined portions are formed in the tent so that rain water flows down the inclined portion, so that it is convenient to use even in rainy weather. In particular, when used to expand the interior space of the building there is an advantage that can prevent the falling water at the connection portion of the building and the canopy frame.

Fourth, particularly in the case of a canopy formed with two inclined portions, by using a rainwater receiving portion in the lower portion of the inclined surface to guide the rain water flows down to the portion where the post is installed, it is convenient for use in rainy weather.

1 is a perspective view of a canopy frame of the first embodiment.

FIG. 2 is a side view of the A direction of FIG. 1; FIG.

3 is a side view of the B direction in FIG.

4 is a plan view of FIG.

FIG. 5 is an enlarged view of a connecting portion of the first inclined portion and the first upper horizontal portion in FIG. 1; FIG.

6 is an enlarged view illustrating a connecting portion of the first inclined portion and the second lower horizontal portion connected to the first post in FIG. 1;

7 is a perspective view of a canopy frame of a second embodiment.

8 is a plan view of FIG.

9 is a perspective view of a canopy in which a tent is coupled to the canopy frames of the first and second embodiments.

10 is a view showing a state of use of the rain gutters in FIG.

11 is a perspective view of a canopy frame in a third embodiment.

12 is a side view of the C direction of FIG.

13 is a plan view of FIG.

14 is a perspective view of a canopy in which a tent is coupled to a canopy frame of a third embodiment;

Hereinafter, a specific embodiment according to the present invention will be described.

The canopy frame of the first to third embodiments includes four first to fourth posts 100 to 400 which are commonly installed perpendicular to the ground, and a plurality of connection frames connecting the respective posts 100 to 400. Equipped. In this case, the connection frame includes an asymmetrical connection frame and a symmetrical connection frame. For convenience of description, each post is given a reference number along the counterclockwise direction.

And in order to connect each post (100 ~ 400) and the symmetrical or asymmetrical connection frame, a fixed bracket (fixed bracket: 110, 210, 310, 410) is fixed to the top of each post (100 ~ 400), A

movable bracket

120, 220, 320, 420, which slides up and down, is installed at a lower portion thereof.

Hereinafter, the characteristic parts of each embodiment will be described with reference to the drawings.

As shown in FIGS. 1 to 3, the canopy frame according to the first embodiment includes a plurality of connection frames connecting the respective posts 100 to 400. The connecting frame includes

asymmetrical connecting frames

130a, 140a, 150a, 160a, 330a, 340a, 350a, 360a, and a plurality of symmetrical connecting

frames

230, 240, 250, 260, 430, 440, 450, 460, 630, 640 (650, 660) (for convenience of description, the asymmetrical connection frame, 'a' followed by a reference numeral to distinguish from the symmetrical connection frame).

Each of the

fixing brackets

110, 210, 310, and 410 and the

movable brackets

120, 220, 320, and 420 may be a portion of the asymmetrical connecting

frame

130a, 160a, 330a, 360a or a portion of the symmetrical connecting

frame

230, 260, 430, 460. The remaining connection frames are interconnected with other connection frames.

As a result, the tent coupled to the upper portion of the canopy frame has a roof having an inclined surface formed in both directions. To help understand the overall structure of the canopy frame, as shown in FIG. 4, the symmetrical connection frame and the asymmetrical connection frame may be grouped according to structural features as follows.

S1: first

inclined portion

130a, 140a, 150a, 160a

S3: third inclined portion (330a, 340a, 350a, 360a)

UH1: first upper horizontal portion (630, 640, 650, 660)

LH1: first lower horizontal portion (230, 240, 250, 260)

LH2: second lower horizontal portion (430, 440, 450, 460)

In addition, connection points of both ends of the rods which are interconnected between the asymmetrical connection frames constituting the first and third slopes S1 and S3 are referred to as first and third intermediate connection parts M1 and M3, respectively.

Using the symbols defined above, the canopy frame structure of the first embodiment will be described in the counterclockwise direction with reference to each of the posts 100 to 400 as follows.

A first inclined portion S1 formed to be inclined in both directions is formed between the first and

second posts

100 and 200, and a first intermediate connection portion M1 positioned higher than both sides is formed in the middle thereof.

5 illustrates a coupling relationship between two asymmetrical connecting

frames

140a and 150a connected to the first intermediate connector M1 and a symmetrical connecting frame 630 orthogonal thereto.

In the symmetrical connecting frame 630, two rods are connected by connecting pins at the intersections in an X shape, and the length L from the intersection connection point to the first intermediate connector M1 is the same.

In the asymmetrical connecting

frames

140a and 150a, two rods are connected at an intersection in an X-shape, and the lengths from the intersection connection point to the lower and upper first intermediate connectors M1 are L1 and L2, respectively.

At this time, since the first intermediate connecting portion M1 is located at the highest point of the inclined portion S1, L1 <L2 must be satisfied. In order to minimize the volume when the canopy frame is folded, the three connecting

frames

140a, 150a, and 630 connected to the first intermediate connector M1 must be folded in a vertical state, thereby satisfying the relationship of L1 + L2 = 2L. shall. Therefore, two relational expressions L1 <L2 and L1 + L2 = 2L must be satisfied, so that the relationship of L1 <L <L2 is also satisfied.

A first lower horizontal portion LH1 is formed between the second and

third posts

200 and 300 in parallel to the ground. Although the number of symmetrical connecting frames constituting the first lower horizontal portion LH1 is configured as four in the figure, it can be appropriately adjusted according to the size of the canopy.

A third inclined portion S3 is formed between the third and

fourth posts

300 and 400 to be inclined in both directions similarly to the first inclined portion S1, and a third intermediate connection portion M3 positioned higher than both sides is formed in the middle thereof. ) Is formed. Similarly to the first intermediate connector M1, the third intermediate connector M3 must satisfy two relational expressions, L1 < L2 and L1 + L2 = 2L. At this time, in the state in which the interval between each post (100 ~ 400) is determined, the inclination angle of the first, third inclined portions (S1, S3) can be adjusted by adjusting the length difference between L1 and L2.

A second lower horizontal portion LH2 parallel to the first lower horizontal portion LH1 is formed between the fourth and

first posts

400 and 100. The first and second lower horizontal portions LH1 and LH2 are connected orthogonally to both ends of the first and third inclined portions S1 and S3, thereby supporting the first and third inclined portions S1 and S3. In addition, the interval between the second and

third posts

200 and 300 and the interval between the fourth and

first posts

400 and 100 may be maintained.

FIG. 6 illustrates a state in which the asymmetrical connecting frame 130a of the first inclined portion S1 and the symmetrical connecting frame 460 of the second lower horizontal portion LH2 are coupled to the first post 100. The movable bracket 120 slides up and down and is provided with a stopper 142 to be fixed to the upper part of the first post 100. The asymmetrical connecting frame 130a has a length L3 from the intersection connecting point to the connecting point of the upper rod end connected with the fixing bracket 110 and the connecting point of the lower rod end connected with the movable bracket 120. Has L4.

At this time, since the asymmetrical connecting frame 130a is connected to be inclined upwardly to the vertical first post 100, the asymmetrical connecting frame 130a satisfies the relation L3 <L4. In order to minimize the volume when the canopy frame is folded, the two connecting

frames

130a and 460 connected to the first post 100 must be folded vertically so that a relation of L3 + L4 = 2L must be satisfied. Therefore, the relationship of L3 <L <L4 is also satisfied. The same applies to the remaining posts 200 to 400.

In the drawing, the first and third inclined portions S1 and S3 are each composed of four asymmetrical connecting frames. However, although not shown in the drawings, for example, one asymmetrical connection frame is used from the first post 100 to the first intermediate connection M1, and two between the first intermediate connection M1 and the second post 200 are used. By using an asymmetrical connecting frame, it is possible to configure different inclination angles in both directions.

The canopy frame of the second embodiment, as shown in Figs. 7 and 8, further includes an intermediate inclination part IS formed of the asymmetrical connecting

frames

530a, 540a, 550a, and 560a in a state including all the configurations of the first embodiment. . The intermediate inclined portion IS is for preventing sagging that may occur on the inclined surface of the tent when the canopy frame of the first embodiment is formed with the first and second lower horizontal portions LH1 and LH2 elongated.

In detail, the intermediate inclination part IS may be orthogonal to the first lower horizontal part LH1, the first upper horizontal part UH1, and the second lower horizontal part LH2, respectively. It is connected in parallel with S1, S3). Accordingly, two symmetrical connecting

frames

640 and 650 forming the first upper horizontal portion UH1 and two asymmetrical connecting

frames

540a and 550a forming the intermediate slope IS are orthogonal to the center of the entire canopy frame. Center connection portion (MO) is formed to be connected.

At this time, in the connection portion of the central connection portion MO and the first lower horizontal portion LH1, one asymmetrical connection frame 530a and two symmetrical connection frames 240 and 250 are L3 <L4 and L3 + L4. Satisfy the relation of = 2L. The same is true of the connecting portion of the central connection part MO and the second lower horizontal part LH2.

The canopies in which the tent 700 is coupled to the canopy frames of the first and second embodiments described above are shown in FIGS. 9 and 10.

The tent 700 is formed of an inclined surface portion 710 that is inclined in both directions, a circumference of the inclined surface portion 710, that is, the first and third inclined portions S1 and S3 and the first and second lower horizontal portions LH1 and LH2. It is provided with an edge portion 720 surrounding the outer side of the connecting frame vertically. Therefore, during rain, rainwater falls on the inclined surface portion 710 and flows down in the directions of the first and second lower horizontal portions LH1 and LH2.

At this time, since the rainwater flows down the first and second lower horizontal portions LH1 and LH2, the rainwater receiver 730 may be provided to drain the rainwater to both sides.

Rainwater receiving unit 730, as shown in Figure 10, is formed extending to the lower portion of the edge portion 720, the first and second lower horizontal portion (LH1, LH2) is formed, is normally folded into the edge portion 720, the edge portion It is coupled to the internal detachable part 722 formed inside 720. In rainy weather, the rainwater receiver 730 is provided with two or more shape retaining members 740 to maintain a state inclined upward toward the outside for drainage of the rainwater.

As shown in FIG. 9, the shape-retaining member 740 has first and second shape-retaining

members

742 and 744 at both ends of the bottom of the rainwater receiving part 730 so that the rainwater is drained in both directions, and at least one intermediate part thereof. The shape maintaining member 746 may be provided. Each shape maintaining member 740 is coupled to an external detachable portion 724 formed on an outer side of the edge portion 720.

At this time, as shown in Figure 9 so that the rain water is smoothly drained to both sides, the length of the intermediate shape holding member 746 is shorter than the length of the first and second

shape holding members

742, 744 to become a rain water passage The center of the rain gutter 730 may be formed high.

Although not shown, the lengths of the first and second

shape holding members

742 and 744 and the intermediate shape holding member 746 may be sequentially long or short so that rainwater may be drained only in one direction of the rainwater passage. . Therefore, the drainage direction of the rainwater can be determined according to the spatial characteristics in which the canopy is installed.

As shown in FIGS. 11 to 13, the canopy frame according to the third embodiment is configured such that a tent coupled to an upper portion of the canopy frame is formed with a concave inclined surface in the direction of each of the four posts 100 to 400.

To assist in understanding the overall structure of the canopy frame, as shown in FIG. 13, the symmetrical connection frame and the asymmetrical connection frame may be grouped according to structural features as follows.

S1: first

inclined portion

130a, 140a, 150a, 160a

S2: second

inclined portion

230a, 240a, 250a, 260a

S3: third inclined portion (330a, 340a, 350a, 360a)

S4: fourth inclined portion (430a, 440a, 450a, 460a)

UH1: first upper horizontal portion (630, 640, 650, 660)

UH2: Second upper horizontal portion (530, 540, 550, 560)

In addition, connection points of both ends of the rods connected to each other in the middle of the asymmetrical connection frames constituting the first to fourth inclined parts S1 to S4 are referred to as first to fourth intermediate connection parts M1 to M4, respectively. In addition, the connection point of the symmetrical connection frame in which the first and second upper horizontal parts UH1 and UH2 cross each other is defined as the center connection part MO. For reference, the same symbols are used for the same configurations as the first embodiment among the configurations of the third embodiment, which will be described below in comparison with the first embodiment.

The third embodiment is the same as the configuration of the first embodiment in that the first and third horizontal portions S1 and S3 and the first upper horizontal portion UH1 are formed. However, in the third embodiment, the first and second lower horizontal portions LH1 and LH2 of the first embodiment are replaced by the second and fourth inclined portions S2 and S4, and the second and fourth inclined portions S2. There is a difference in that a second upper horizontal portion UH2 connecting the middle of S4) is added.

Specifically, the second and fourth intermediate connectors M2 and M4 are formed higher than both sides between the second and fourth inclined portions S2 and S4, and the second and fourth intermediate connectors M2 and M4. And a second upper horizontal portion UH2 orthogonally connected to the above-described central connection portion MO. The second upper horizontal portion UH2 is also orthogonally connected to the first upper horizontal portion UH1.

Therefore, two

asymmetrical connection frames

240a and 250a and one symmetrical connection frame 530 are connected at the second intermediate connection part M2, and two

asymmetrical connection frames

440a and 450a at the fourth intermediate connection part M4. And one symmetrical connection frame 560 are connected. Also in the case of the second and fourth intermediate connectors M2 and M4, the relational expression of L1 <L2 and L1 + L2 = 2L must be satisfied.

In the central connection part MO, four symmetrical connection frames 540, 550, 640, and 650 are orthogonally connected. Since the length L from the intersection connection point to each rod end connection point is the same in the center connection part (MO), when the canopy frame is folded, each rod is folded in a vertical shape, so the total volume of the canopy frame is minimized during storage. do.

The canopy in which the tent 800 is coupled to the canopy frame of the third embodiment described above is illustrated in FIG. 14.

The tent 800 has an inclined surface portion 810 formed on the upper surface in the form of four mountains and four valleys intersecting in the radial direction from the central connection portion MO, and first to fourth inclined portions S1 to S4. It has a border portion 820 surrounding the outside of the asymmetrical connecting frame constituting.

The inclined surface portion 810 has a valley formed in each of the posts 100 to 400, and rainwater is drained in the respective posts 100 to 400 in the rain. Thus, when a person enters or exits the entrance of the canopy, the rainwater falling from the tent 800 is not hit.

The installation of the canopy frame of the first to third embodiments described above is convenient because the user grasps four posts 100 to 400 and expands in the radial direction from the center. In addition, the storage of the canopy frame of the first to the third embodiment is completed by only the user grasping the four posts (100 ~ 400) in the center direction, the storage is also convenient. The height of the canopy frame is adjusted by the respective post

length adjusting members

102, 202, 302, and 402, which are the same as in the prior art, and thus detailed description thereof will be omitted.

On the other hand, since the first and third inclined portions S1 and S3 and the first upper horizontal portion UH1 are all formed in the canopy frames of the first to third embodiments described above, a wide space is achieved by the combination of these canopy frames. Canopies with various shapes can be produced. For example, the first inclined portion S1 of the first embodiment and the third inclined portion S3 of the second embodiment are brought into close contact, and the third inclined portion of the third embodiment is attached to the first inclined portion S1 of the second embodiment. Three canopy frames can also be installed in a line by closely contacting (S3). In this case, the posts corresponding to the portions where each canopy frame is in close contact with each other can be fixed to prevent movement from each other, thereby enabling application to a wide space.

In the above, the present invention has been described based on the embodiments, but the scope of the present invention extends to various modifications corresponding to the technical spirit and equivalent areas described in the claims.

Claims

First to fourth posts each having a fixed bracket fixed to an upper end and a movable bracket sliding up and down under the fixed bracket, and installed perpendicular to the ground in a counterclockwise order;

A plurality of symmetrical connecting frames, in which two rods are connected at the intersection in an X shape and the length L from the intersection connection point to the connection point of each of the rod ends is equal; And

A plurality of asymmetrical connection frames, each of which has two rods connected at an intersection in an X-shape and having different lengths L1 and L2 from the intersection connection point to the connection point of each of the rod ends on at least one side; Including,

The first and second posts between the first and second posts, and the third intermediate connection between the third and fourth posts are formed higher than both sides, respectively, between the first and second posts and the third and third. First and third inclined portions formed of two or more asymmetrical connecting frames connected to be inclined in both directions, respectively, between the four posts,

A first upper horizontal portion including two or more symmetrical connecting frames connected between the first and third intermediate connecting portions is formed,

The two asymmetrical connecting frames connected to each of the first and third intermediate connectors may have a length from the intersection connection point to the connection points of the rod ends of the upper and lower ends connected to the first and third intermediate connectors. A folding canopy frame characterized by satisfying a relationship of L1 < L2 and L1 + L2 = 2L, when L2 and L1, respectively.
The method of claim 1,

First and second lower parts comprising two or more symmetrical connection frames connected between the second and third posts and between the fourth and first posts, respectively, and formed parallel to a position lower than the first upper horizontal part. The horizontal part is formed,

The asymmetrical connecting frame connected to each of the posts has a length L3 and L3 when the lengths of the connecting points of the rod ends of the upper and lower ends connected to the posts are L3 and L4, respectively. A folding canopy frame characterized by satisfying a relation of + L4 = 2L.
The method of claim 2,

An intermediate inclined portion formed of two or more asymmetrical connecting frames connected in parallel with the first and third inclined portions to be orthogonal to the first lower horizontal portion, the first upper horizontal portion, and the second lower horizontal portion, respectively; Folding canopy frame, characterized in that.
The method of claim 1,

The second intermediate connection portion between the second and third posts, and the fourth intermediate connection portion between the fourth and first posts are formed higher than both sides, respectively, between the second and third posts, and the fourth and second portions. Second and fourth inclined portions formed of two or more asymmetrical connecting frames connected inclined in both directions between one post are formed,

And a second upper horizontal portion formed of two or more symmetrical connecting frames connected between the second and fourth intermediate connecting portions so as to be orthogonal to the first upper horizontal portion.
Canopy, characterized in that the tent is coupled to the upper portion of the folding canopy frame of claim 1.
The canopy in which the tent is coupled to the upper portion of the folding canopy frame of claim 2,

The tent,

An inclined surface portion of the upper inclined in both directions;

An edge portion surrounding the outer side of the symmetrical and asymmetrical connection frame in a vertical downward direction around the inclined surface portion;

A rainwater receiving part extending downward from the edge portion formed with the first and second lower horizontal portions to be folded into the edge portion and detachable; And

At least two shape-retaining members connected to a lower end of the rainwater receiving part so as to maintain a state in which the rainwater receiving part is inclined upward toward the outside in a rainy state; Canopy characterized in that it comprises a.
The method of claim 6,

The shape holding member,

A first and second shape holding members connected to both bottom portions of the rainwater receiving part, and at least one intermediate shape holding member connected to the middle lower portion of the rainwater receiving part,

Canopy characterized in that it is configured to adjust the length of the first and second shape holding member and the intermediate shape holding member so that rain water in one direction or both directions during rain.