WO2023229157A1

WO2023229157A1 - Hexagonal tent support and hexagonal tent

Info

Publication number: WO2023229157A1
Application number: PCT/KR2023/002776
Authority: WO
Inventors: 남우현
Original assignee: 주식회사 아이두젠
Priority date: 2022-05-26
Filing date: 2023-02-28
Publication date: 2023-11-30
Also published as: KR20230165051A

Abstract

Disclosed are a hexagonal tent support and a hexagonal tent. The hexagonal tent support was developed to be capable of preventing the roof of a hexagonal tent from sagging or collapsing by supporting roof poles, forming a roof frame of the tent, perpendicular to the ground so that the roof poles do not fold.

Description

Poles for hexagonal tents and hexagonal tents

The present invention relates to a prop for a hexagonal tent and a hexagonal tent. More specifically, the roof pole portion forming the roof frame of the hexagonal tent is supported perpendicularly to the ground so as not to be folded, thereby preventing the tent roof from sagging or collapsing. It relates to hexagonal tent supports and hexagonal tents developed to enable

In general, a tent is essentially equipped with a tent cloth made of a waterproof material and support poles made of an elastic material such as fiberglass or aluminum that are sequentially coupled along the tent cloth to create the shape of the tent.

However, conventional tents had the problem of being very cumbersome and time-consuming because multiple support poles had to be joined or removed along the tent ceiling each time the tent was installed or dismantled.

Therefore, recently, hexagonal tents in which the tent's roof poles are folded and unfolded like an umbrella at the top of the tent to enable quick and easy installation and removal of the tent have been in the spotlight.

A conventional hexagonal tent consists of a tent top forming a camping space and a support pole portion supporting the tent top portion. In particular, the roof pole portion supporting the roof of the tent extends radially around the hub member, and has six roof poles. The poles are configured to be raised or spread outward and inward based on the hub member, so that when the roof poles are unfolded from the hub member, the tent is installed with an overall hexagonal shape.

However, in the conventional hexagonal tent, the roof pole portion supports the tent cloth covering the roof pole portion to some extent, but there is no separate support means to support the roof pole portion, so the six roof poles installed on the hub member are folded. There was a problem in that the tent frequently collapsed due to the tent's roof sagging frequently.

In particular, during rainy weather such as the rainy season or during the winter, rainwater or snow does not come down from the roof, but instead accumulates in the roof of the tent installed on the roof. As a result, the weight of the accumulated rainwater or snow ultimately causes the hub to fall. There is a problem in that the six roof poles installed on the member are folded, causing the roof to collapse or the poles to bend, causing frequent inconvenience to users while sleeping or resting in the tent.

Moreover, if the roof collapses during rainy weather or the tent collapses due to the roof collapsing due to the load of accumulated rainwater, all camping equipment contained in the tent will become wet with rainwater, making it impossible to continue camping even after the rain stops. .

That is, as shown in FIGS. 9A to 9C, there was a problem in that the tent roof collapsed due to strong winds, heavy snow, and heavy rain due to the elastic structure unique to the conventional hexagonal tent.

The present invention was proposed to improve the above-mentioned problems, and its purpose is to prevent the tent roof from sagging or collapsing by supporting the roof poles forming the roof frame of the hexagonal tent perpendicularly to the ground so as not to be folded. The purpose is to provide supports for hexagonal tents and hexagonal tents developed to accommodate this purpose.

The above-mentioned purpose relates to a prop installed inside a hexagonal tent in which six roof poles extend radially around the hub member, and when the roof poles are unfolded from the hub member, the roof of the tent is installed to have a hexagonal shape. The support consists of a lower pole with a hollow interior, and an upper pole that is inserted into the interior of the lower pole and whose length is adjusted, and supports the bottom of the hub member vertically with respect to the ground while the roof pole is unfolded from the hub member. It is configured to prevent the roof of the tent from sagging or collapsing, and a plurality of catching holes are formed along the longitudinal direction on the outer surface of the lower pole, and at the lower end of the upper pole, the upper pole is inserted into the lower pole. This is achieved by a hexagonal tent support, which is provided with an elastic protrusion that is selectively inserted into the hanging hole to adjust the combined length of the upper pole and the lower pole.

In addition, the above-mentioned purpose is to provide a hexagonal tent consisting of a tent top with a camping space formed inside and a support pole portion supporting the tent top, wherein the tent top is installed vertically at the front end of the hexagonal roof and the roof. It is composed of a door cloth formed with an openable door, and a side cloth installed to be bent vertically at the end of the roof cloth, wherein the side cloth has a vertical border cloth formed vertically at both ends and a middle bend, and the top and bottom of the vertical border cloth are It consists of a side support cloth formed to connect in an A roof support pole that is fixedly installed on the bottom of the roof canopy to support the roof canopy, a door support pole that is closely fixed along the inner edge of the door canopy to support the entrance door canopy, and a door support pole that is tightly fixed along the inner edge of the middle door canopy. It consists of an intermediate door support pole that supports the middle door fabric, and a side support pole that is formed in an It is formed in a shape, the side support poles have four poles extending in an Six poles extend radially, and the six poles are configured to be folded or unfolded inward and outward based on the hub member. With the roof pole unfolded from the hub member, the bottom of the hub member is supported vertically with respect to the ground. A strut configured to prevent the roof of the tent from sagging or collapsing is further installed, wherein the prop consists of a lower pole with a hollow interior and an upper pole whose length is adjusted by being inserted into the interior of the lower pole, It is configured to prevent the roof of the tent from sagging or collapsing by supporting the bottom of the hub member perpendicularly to the ground while the roof pole is unfolded from the hub member, and the outer surface of the lower pole has a plurality of poles along the longitudinal direction. Two hooking holes are formed, and the lower end of the upper pole is provided with an elastic protrusion that is selectively inserted into the locking hole while the upper pole is inserted into the lower pole to adjust the combined length of the upper pole and the lower pole. A male threaded rod is formed to protrude upward on the upper surface of the pole, and a close contact pad member is installed on the male threaded rod to support it in close contact with the bottom surface of the hub body of the hub member. The close contact pad member is formed in a cylindrical shape and is attached to the male threaded rod in the center. A pad body is formed with a female screw hole that is fastened in an assembled manner, a fixing part is formed at the lower end to surround and secure the pad body, and the upper end is in close contact with the bottom of the hub body to support the hub body, and the width increases from the bottom to the top. This is achieved by a hexagonal tent characterized by consisting of a contact pad having an expanding conical shape.

The hexagonal tent prop and hexagonal tent according to the present invention support the bottom of the hub member constituting the roof pole portion vertically with respect to the ground through the prop so that the roof pole portion forming the roof frame of the hexagonal tent is not folded, so that the tent roof is It has the effect of preventing sagging or collapsing.

In particular, even in rainy weather such as the rainy season or during the winter, when rainwater or snow falls on the tent ceiling of the roof, the hub member that receives the load of the roof is firmly supported on the ground through supports, so 6 installed on the hub member This has the effect of allowing the hexagonal tent to be used safely as the roof poles do not collapse when folded or the poles bend.

1 is a perspective view showing the installation of a hexagonal tent support according to the present invention;

Figure 2 is an exploded perspective view of a preferred embodiment of a hexagonal tent support according to the present invention;

Figure 3 is an exploded perspective view of the main part of the hexagonal tent support according to Figure 2;

Figure 4 is a combined cross-sectional view of the main parts of the hexagonal tent support according to Figure 2;

Figure 5 is an exploded perspective view of main parts according to another preferred embodiment of the hexagonal tent support according to the present invention;

Figure 6 is a combined cross-sectional view of the main parts of the hexagonal tent support according to Figure 5;

Figure 7 is an exploded perspective view showing the configuration of a hexagonal tent according to the present invention;

Figure 8 is a combined cross-sectional view showing the configuration of a hexagonal tent according to the present invention;

Figures 9a to 9c are diagrams for explaining problems with conventional hexagonal tents.

The present invention will be described in detail with reference to the attached drawings as follows.

Referring to Figures 1 and 2, the hexagonal tent support according to the present invention has six roof poles 312 extending radially around the hub member 311, so that when the roof poles are unfolded from the hub member, the roof of the tent It relates to a support 100 installed inside a hexagonal tent installed to have a hexagonal shape.

That is, the support 100 is configured to support the hub member 311 perpendicularly to the ground to prevent the roof pole 312 from being folded, thereby preventing the tent roof from sagging or collapsing. It is characterized by

More specifically, the support 100 is composed of a lower pole 110 with a hollow interior, and an upper pole 140 whose length is adjusted by being inserted into the lower pole 110, and the hub member 311 In the state in which the roof pole 312 is unfolded, the bottom of the hub member 311 is supported perpendicularly to the ground to prevent the roof of the tent from sagging or collapsing.

In addition, the support 100 is configured to have an adjustable length so as to firmly support the hub member 311 against the ground depending on the height at which the hub member 311 is installed. For this purpose, the outer surface of the lower pole 110 is provided. A plurality of catching holes 111 are formed along the longitudinal direction, and at the lower end of the upper pole 120, the upper pole 120 is selectively inserted into the catching holes 111 while being inserted into the lower pole 120. An elastic protrusion 121 is provided to adjust the combined length of the upper pole 120 and the lower pole 120. In addition, a support 112 is inserted into the lower side of the lower pole 110 and is supported on the ground.

Here, the elastic protrusion 121 is installed in the installation hole 121a formed at the lower end of the upper pole 120 and is supported by a spring (not shown) installed inside the upper pole 121 on the installation hole 121a. It is preferable that it is configured to be selectively caught in the catching hole 111 of the lower pole 110 while being discharged and inserted.

Accordingly, the support 100 is configured to adjust the elastic protrusion 121 of the upper pole 120 to the lower pole 110 corresponding to the height of the hub member 311 in a state where the upper pole 120 is inserted into the lower pole 110. ) is configured to firmly support the hub member against the ground by adjusting the length of the support 100 by inserting it into the catching hole 111 of the hub member.

Meanwhile, referring to Figures 3 and 4, in the hexagonal tent support according to the present invention, a contact pad member 130 is installed at the top of the support 100 to closely support the bottom of the hub member 311.

For this purpose, the hub member 311 is formed in a cylindrical shape and has six bowl receiving grooves 311a disposed at regular intervals at an equal angle relative to the center, and is in communication with the bowl receiving grooves 311a on the upper surface. A hub body (311A) in which a side open channel (311b) is formed, a bowl (311c) rotatably accommodated in the bowl receiving groove (311a), and one end of the bowl (311c) is integrally coupled to each other, and the other end has a roof. It consists of a sleeve (311d) into which the pole 312 is inserted and coupled. As the bowl (311c) rotates in the bowl receiving groove (311a), the sleeve (311d) moves from the hub body (311A) along the side open channel (311b). It is configured to include a pivoting connector (311B) that folds the roof pole (312) while standing vertically or unfolding laterally.

The contact pad member 130 is prefabrically coupled to the top of the upper pole 120, and for this purpose, a male threaded rod 122 is formed to protrude upward from the upper surface of the upper pole 120.

And the close contact pad member 130 is formed in a cylindrical shape and has a pad body 131 formed in the center with a female thread hole 131a prefabrically fastened to the male threaded rod 122, and the pad body 131 at the lower end. A fixing part 132a is formed to surround and secure the upper end and is in close contact with the bottom of the hub member 311 to support the hub member 311, and has a conical shape whose width expands from the bottom to the top. It consists of a pad portion 132 on which 132b) is formed.

By this configuration, the close contact pad member 130 is connected to the upper pole 120 by fastening and separating the female threaded hole 131a of the pad body 131 from the male threaded rod 121 of the upper pole 120. It is detachably assembled and assembled, and a close contact pad (132b) having a conical shape is attached to the bottom of the hub body (311A) to closely support the hub body (311A) without flowing or slipping on the hub body (311A). Because it is configured, the support 100 according to the present invention has the advantage of being able to firmly support the hub member 311 against the ground through the close contact pad member 130 coupled to the upper pole 120.

In addition, six input holes (311e) are formed on the bottom of the hub body (311A) through which the bowl (311c) of the rotating connector is input into the bowl receiving groove (311a), and on the lower side of the hub body (311A) The finishing disk (311C) that finishes the bottom of the hub body (311A) is coupled. In addition, a through hole 311f is formed in the center of the hub body 311A in the vertical direction, and a through hole 311g is formed in the center of the finishing disk 311C, so that the bolt B is inserted into the through hole 311f. ) and the through hole (311g), and then the hub body (311A) and the finishing disk (311C) are combined through a nut (N) fastened to the bolt (B) on the lower side of the finishing disk (311C). do.

Furthermore, a coupling plate portion 131b with an enlarged diameter is formed at the top of the pad body 131, and the pad body 131 can be coupled to the male threaded rod 122 on both sides on the outer surface of the lower end of the pad body 131. A flat gripping portion 131c cut into a plane is formed to facilitate gripping. Therefore, when coupling and separating the close contact pad member 130 from the male threaded rod 122 of the upper pole, the flat grip portion 131c of the pad body 131 is held and then the pad body 131 is easily removed. By rotating it, it can be coupled to and separated from the male threaded rod (122) of the upper pole.

Furthermore, according to the present invention, it is preferable that a contact support plate 140 that closely supports the bottom surface of the hub body 311A is coupled to the upper surface of the coupling plate portion 131b of the pad body 131 to the inside of the contact pad 132b. do.

More specifically, the close contact support plate 140 is the lower end of the bolt (B) and nut (N) that protrude from the bottom of the finishing disc (311C) when the close contact support plate (140) in the center is in close contact with the hub body (311A). A receiving hole 141 is formed in which the lower end of the bolt B and the nut N are accommodated so as not to interfere, and the coupling hole of the pad body 131 is formed along the outer circumferential direction based on the receiving hole 141. An input hole 142 into which the wrench bolt (B) fastened to 131d) is inserted, and a head receiving groove 143 for receiving the head of the wrench bolt (B) is formed outside the input hole 142, and the accommodation It is arranged in a cross shape along the outer circumferential direction based on the ball 141 to support the central bottom surface of the hub body 311A, and the head of the wrench bolt B received in the head receiving groove 143 is the hub member 311. A cross support protrusion 145 is formed to maintain a gap so as not to interfere with the bottom surface of the hub, and is arranged at equal intervals in an arc shape along the edge to support the edge of the hub body 311A and the head receiving groove 143. It is preferable that an end support protrusion 146 is formed to maintain a gap between the head of the wrench bolt B accommodated in the bottom surface of the hub member 311 and not interfere with it.

The close contact support plate 140 configured in this way is the lower end of the bolt (B) for coupling the hub body and the finishing disk through the receiving hole 141 when the close contact pad member 130 supports the bottom of the hub member 311. And because the nut (N) is accommodated, the contact pad member 130 is configured to be closely supported without lifting from the bottom surface of the hub member 311, and the cross support protrusion 145 and the end support protrusion 146 are connected to the hub body 311A. ) and is configured to support the hub body (311A) together with the contact pad inside the contact pad (132b), so that the hub member (311) is more firmly supported against the ground through the contact pad member (130). There is an advantage to being able to do it.

Meanwhile, referring to Figures 5 and 6, in the hexagonal tent support according to the present invention, a cylindrical support member 150 is installed at the top of the support 100 to closely support the bottom of the hub member 311.

And six input holes (311e) are formed on the bottom of the hub body (311A) through which the bowl (311c) of the rotating connector is input into the bowl receiving groove (311a), and a hub is located on the lower side of the hub body (311A). A finishing disk (311C) that finishes the bottom of the body (311A) is coupled. In addition, a through hole 311f is formed in the center of the hub body 311A in the vertical direction, and a through hole 311g is formed in the center of the finishing disk 311C, so that the bolt B is inserted into the through hole 311f. ) and the through hole (311g), and then the hub body (311A) and the finishing disk (311C) are combined through a nut (N) fastened to the bolt (B) on the lower side of the finishing disk (311C). do.

And the cylindrical support member 150 is prefabrically coupled to the upper end of the upper pole 120, and for this purpose, a male threaded rod 122 is formed to protrude upward from the upper surface of the upper pole 120.

In addition, the cylindrical support member 150 is formed in a cylindrical shape so that its upper surface is in close contact with the bottom surface of the finishing disk 311C, and a female threaded hole 151a is formed in the center of the bottom surface to be prefabrically fastened to the male threaded rod 122. When in close contact with the hub body 311A, a receiving hole 151b is formed to accommodate the lower end of the bolt and the nut N, which protrudes from the bottom of the finishing disk 311C, so that the lower end of the bolt B and the nut N do not interfere. The support body 151 is composed of a hollow cylindrical interior, protrudes upward along the edge of the support body 151, and has an inner diameter equal to the outer diameter of the hub body 311A, forming the hub body 311A. It is coupled to cover the hub body (311A) and supports the hub body (311A), and the sleeve support groove (151a) is formed at the upper end to receive and support the sleeve (311d) spread laterally from the hub body (311A) along the circumferential direction. It consists of a support portion 152.

By this configuration, the cylindrical support member 150 is connected to the upper pole 120 by fastening and separating the female threaded hole 151a of the support body 151 from the male threaded rod 122 of the upper pole 120. It is detachably coupled to the assembly, and when the cylindrical support member 150 surrounds and supports the hub member 311, the bolt is used to connect the hub body and the finishing disk through the receiving hole 151b of the support body 151. Because the lower end of (B) and the nut (N) are accommodated, the cylindrical support member 150 is configured to support the bottom of the hub member 311 in close contact without lifting, and the cylindrical support member 150 is covered with the hub body 311A. Since the sleeve (311d) expanded from the hub body is received and supported in the sleeve support groove (152a) while supporting the hub body by being coupled to the center, the hub member (311) is more solid against the ground through the cylindrical support member (150). It has the advantage of being able to support it.

Hereinafter, a hexagonal tent according to the present invention to which the hexagonal tent support is applied will be described.

Figure 7 is an exploded perspective view showing the configuration of the hexagonal tent according to the present invention, and Figure 8 is a combined cross-sectional view showing the configuration of the hexagonal tent according to the present invention.

Referring to Figures 7 and 8, first, the hexagonal tent 10 according to the present invention includes a tent cloth 200 with a camping space 202 formed therein, and a support pole unit 300 supporting the tent cloth 200. It consists of

Here, the tent cloth 200 includes a hexagonal roof cloth 210, an entrance door cloth 220 that is installed vertically at the front end of the roof cloth 210 and has an openable door 222, and a roof cloth 210. It consists of side cloths 240 installed to be bent vertically at both ends of the. Here, a rear entrance door 230 may be formed at the rear of the tent cloth 200, which is installed vertically at the rear end of the roof cloth 210 and has a rear entrance door 232 that can be opened and closed.

And the side cloth 240 includes a vertical border cloth 242 formed vertically at both ends and the middle bending part, and a side support cloth 244 formed to connect the upper and lower ends of the vertical border cloth 242 in an X shape, It consists of a bottom cloth (246) horizontally connecting the lower end of the vertical border cloth (242), and a mesh cloth (248) formed between the vertical border cloth (242), the side support cloth (244), and the bottom cloth (246). do.

In addition, a detachable screen cloth (250) is installed on the outer surface of the side cloth (240) of the tent cloth (200), and when the screen cloth (250) is attached, the mesh cloth (248) is covered, thereby providing visibility and ventilation into the camping space (202). It is preferable that ventilation is possible when this is blocked and the covering cloth 250 is separated. At this time, the covering cloth 250 is preferably configured to be attached and detachable from the side cloth 240 through Velcro, not shown.

Subsequently, the support pole portion 300 is fixedly installed on the bottom of the roof fabric 210 and is in close contact with the roof support pole 310 that supports and supports the roof fabric 210, and along the inner edge of the entrance door fabric 220. A door support pole 320 that is fixed to support the door cloth 220, and a side support pole (320) that is formed in an 340). Here, when the rear door 230 is formed in the tent cloth 200, the rear door support pole 330 is fixed in close contact along the inner edge of the rear door 230 and supports the rear door 230. may be further configured.

Here, the door support pole 320 and the rear door support pole 330 are formed in an ∩ shape so that the top maintains a curved shape, and the side support pole 340 has four poles in an X shape based on the central body. The four poles extend and are configured to be folded or unfolded inward and outward based on the central body, and the roof support poles 310 have six roof poles 312 extending radially based on the hub member 311, and the six roof poles are It is configured to be folded or unfolded inward and outward based on the hub member 311. Of course, since the configuration of the side support pole 340 and the roof support pole 310 in which a plurality of poles are folded or unfolded inward and outward based on the central body and the hub member is a known technology, detailed description will be omitted. In other words, if the central body hub member is pushed while the plurality of poles are unfolded, the plurality of poles remain unfolded based on the central body. In this state, if the central body and the hub member are pulled, the poles are folded and overlapped with the central body. Therefore, when installing a tent, the side support poles 340 and the roof support poles 310 can be installed by unfolding them. When storing the tent, the side support poles 340 and the roof support poles 310 can be folded and stored.

On the other hand, the hexagonal tent 10 according to the present invention supports the bottom of the hub member 311 vertically with respect to the ground with the roof pole 312 unfolded from the hub member 311, thereby supporting the roof of the tent 10. It is characterized in that a support 100 configured to prevent sagging or collapsing is further installed.

That is, the support 100 supports the hub member 311 perpendicular to the ground so that the roof pole 312 is not folded in the hub member 311 constituting the roof pole portion 310, so that the tent 10 ) It is constructed to prevent the roof from sagging or collapsing.

In addition, the support 100 is configured to have an adjustable length so as to firmly support the hub member 311 against the ground depending on the height at which the hub member 311 is installed. For this purpose, the outer surface of the lower pole 110 is provided. A plurality of catching holes 111 are formed along the longitudinal direction, and at the lower end of the upper pole 120, the upper pole 120 is selectively inserted into the catching holes 111 while being inserted into the lower pole 120. An elastic protrusion 121 is provided to adjust the combined length of the upper pole 120 and the lower pole 120. Accordingly, the support 100 is configured to adjust the elastic protrusion 121 of the upper pole 120 to the lower pole 110 corresponding to the height of the hub member 311 in a state where the upper pole 120 is inserted into the lower pole 110. ) is configured to firmly support the hub member 311 against the ground by adjusting the length of the support 100 by inserting it into the catching hole 111.

Furthermore, in the hexagonal tent according to the present invention, a close contact pad member 130 is installed at the top of the support 100 to closely support the bottom surface of the hub member 311.

Therefore, when the contact pad member 130 supports the bottom of the hub member 311, the close contact support plate includes the lower end of the bolt (B) and the nut (N) for joining the hub body and the finishing disk through the receiving hole 141. Because it is accommodated, the contact pad member 130 is configured to be tightly supported without lifting from the bottom of the hub member 311, and the cross support protrusion 145 and the end support protrusion 146 are in close contact with the bottom of the hub body 311A. Since the hub body (311A) is supported together with the contact pad inside the contact pad (132b), the hub member (311) can be more firmly supported against the ground through the contact pad member (130). there is.

The hexagonal tent according to the present invention configured as described above supports the bottom of the hub member constituting the roof pole portion vertically with respect to the ground through a support so that the roof pole portion forming the roof frame of the hexagonal tent is not folded, so that the tent roof sags or It has the advantage of preventing collapse. In particular, even in rainy weather such as the rainy season or during the winter, when rainwater or snow falls on the tent ceiling of the roof, the hub member that receives the load of the roof is firmly supported on the ground through supports, so 6 installed on the hub member The advantage is that the hexagonal tent can be used safely because the roof poles do not collapse when folded or the poles bend.

As described above, the present invention has been shown and described in relation to specific embodiments, but it is understood by those skilled in the art that various modifications and changes can be made without departing from the spirit and scope of the invention as indicated by the claims. Anyone who grows up will be able to understand it easily.

The present invention is a support for a hexagonal tent and a hexagonal tent developed to prevent the tent roof from sagging or collapsing when camping.

Claims

It relates to a prop installed inside a hexagonal tent in which six roof poles extend radially around a hub member, and when the roof poles are unfolded from the hub member, the roof of the tent is installed in a hexagonal shape,

The support consists of a lower pole with a hollow interior, and an upper pole whose length is adjusted by being inserted into the interior of the lower pole, and supports the bottom of the hub member perpendicularly to the ground while the roof pole is unfolded from the hub member. It is designed to prevent the roof of the tent from sagging or collapsing.

A plurality of catching holes are formed on the outer surface of the lower pole along the longitudinal direction,

A hexagonal tent pole, characterized in that the lower end of the upper pole is provided with an elastic protrusion that is selectively inserted into the catching hole while the upper pole is inserted into the lower pole to adjust the combined length of the upper pole and the lower pole.
According to paragraph 1,

The hub member is formed in a cylindrical shape and has six bowl receiving grooves disposed at regular intervals at an equal angle relative to the center, and a hub body having a side open channel formed on the upper surface to communicate with the bowl receiving groove, and the bowl. It consists of a bowl that is rotatably received in the receiving groove and a sleeve that is integrally coupled to the bowl at one end and a roof pole is inserted into the other end, and as the bowl rotates in the bowl receiving groove, the sleeve follows the side open channel to the hub. It is composed of a rotating connector that folds the roof pole while standing vertically or spreading laterally from the body,

A male threaded rod is formed to protrude upward on the upper surface of the upper pole, and a contact pad member is installed on the male threaded rod to support it in close contact with the bottom surface of the hub body of the hub member,

The close contact pad member is formed in a cylindrical shape and has a pad body in the center with a female threaded hole prefabrically fastened to the male threaded rod, a fixing part formed at the lower end to surround and secure the pad body, and attached to the bottom of the hub member at the upper end. A hexagonal tent support, which is configured to support the hub member and includes a pad portion composed of a close contact pad having a conical shape whose width expands from the bottom to the top.
According to paragraph 2,

Six input holes are formed on the bottom of the hub body through which the bowl of the rotation connector is introduced into the bowl receiving groove, and a finishing disk that finishes the bottom of the hub body is coupled to the lower side of the hub body,

A through hole is formed in the center of the hub body in the vertical direction, and a through hole is formed in the center of the finishing disk, and a bolt is coupled to penetrate the through hole and the through hole and then fastened to the bolt at the lower side of the finishing disk. The hub body and the finishing disk are connected through a nut,

A coupling plate part with an enlarged diameter is formed at the top of the pad body, and a flat grip part cut in a plane is formed on both sides on the outer surface of the lower end of the pad body to facilitate gripping when coupling the pad body to the male threaded rod,

A close contact support plate is coupled to the upper surface of the coupling plate portion of the pad body to closely support the bottom surface of the hub body to the inside of the contact pad,

The close contact support plate is formed at the center with a receiving hole in which the lower end of the bolt and the nut are accommodated so that the lower end of the bolt and the nut protruding from the bottom of the finishing disk do not interfere when the close contact support plate is in close contact with the hub body, and the receiving hole is used as a reference An input hole into which the wrench bolt fastened to the coupling hole of the pad body is inserted along the outer circumferential direction and a head receiving groove for receiving the head of the wrench bolt is formed outside the input hole, and the outer circumference is formed based on the receiving hole. A cross support protrusion is formed along the direction to support the central bottom of the hub body and maintain a gap so that the head of the wrench bolt accommodated in the head receiving groove does not interfere with the bottom of the hub member, and a cross support protrusion is formed along the edge. Characterized in that end support protrusions are formed that have an arc shape and are disposed at equal intervals to support the edge of the hub body and maintain the gap so that the head of the wrench bolt accommodated in the head receiving groove does not interfere with the bottom surface of the hub member. Poles for hexagonal tents.
According to paragraph 1,

The hub member is formed in a cylindrical shape and has six bowl receiving grooves arranged at regular intervals at an equal angle relative to the center on the bottom surface, and a hub body in which a side open channel is formed on the upper surface to communicate with the bowl receiving grooves, and the bowl. It consists of a bowl that is rotatably received in the receiving groove and a sleeve that is integrally coupled to the bowl at one end and a roof pole is inserted into the other end, and as the bowl rotates in the bowl receiving groove, the sleeve follows the side open channel to the hub. It is composed of a rotating connector that folds the roof pole while standing vertically on the body or spreading laterally on the hub body, and a finishing disk that finishes the bottom of the hub body,

A through hole is formed in the center of the hub body in the vertical direction, and a coupling hole is formed along the circumferential direction based on the through hole on the upper surface. A through hole is formed in the center of the finishing disk, and the bolt connects the through hole and the through hole. After being coupled penetratingly, the hub body and the finishing disk are configured to be coupled through a nut fastened to the bolt on the lower side of the finishing disk,

A male threaded rod is formed to protrude upward on the upper surface of the upper pole, and a cylindrical support member supporting the bottom of the hub member is installed on the male threaded rod,

The cylindrical support member is formed in a cylindrical shape, so that its upper surface is in close contact with the bottom of the finishing disc, and a female threaded hole is formed in the center of the bottom to be prefabrically fastened to the male threaded rod, and when in close contact with the hub body, the center of the upper surface protrudes from the bottom of the finishing disc. It consists of a support body in which a receiving hole in which the lower end of the bolt and the nut are received is formed so that the lower end of the bolt and the nut do not interfere, and a hollow cylindrical interior, which protrudes upward along the edge of the support body and has an inner diameter of the hub body. It is composed of a cylindrical support portion that is configured to have the same outer diameter, is coupled to cover the hub body, supports the hub body, and has a sleeve support groove formed at the upper end in which the sleeve extending laterally from the hub body along the circumferential direction is accommodated and supported. Features a hexagonal tent support.
In a hexagonal tent consisting of a tent top with a camping space formed inside, and a support pole portion supporting the tent top,

The tent cloth consists of a hexagonal roof cloth, an entrance door cloth installed vertically at the front end of the roof cloth and formed with an openable door, and a side cloth installed to be bent vertically at the ends of the roof cloth, wherein the side cloths are located at both ends and in the middle. A vertical border fabric formed vertically at the bend, a side support fabric formed to connect the upper and lower ends of the vertical border fabric in an It consists of a mesh fabric formed between the support fabric and the bottom fabric,

The support pole portion includes a roof support pole that is fixedly installed on the bottom of the roof fabric to support the roof fabric, a door support pole that is closely fixed along the inner edge of the door fabric and supports the entrance door fabric, and a door support pole that is fixed along the inner edge of the middle door fabric to support the entrance door fabric. It consists of an intermediate door support pole that is tightly fixed and supports the middle door fabric, and a side support pole that is formed in an The pole is formed in an ∩ shape, the side support pole has four poles extending in an Six poles extend radially based on the hub member, and the six poles are configured to fold or unfold inward and outward based on the hub member.

A strut configured to prevent the roof of the tent from sagging or collapsing by supporting the bottom of the hub member perpendicularly to the ground while the roof pole is unfolded in the hub member is further installed, wherein the prop is configured to prevent the roof of the tent from sagging or collapsing. It consists of a hollow lower pole and an upper pole that is inserted into the interior of the lower pole and whose length is adjusted. When the roof pole is unfolded from the hub member, the bottom of the hub member is supported vertically with respect to the ground, so that the roof of the tent is maintained. Constructed to prevent sagging or collapsing,

A plurality of locking holes are formed on the outer surface of the lower pole along the longitudinal direction, and at the lower end of the upper pole, the upper pole is selectively inserted into the locking hole while it is inserted into the lower pole to adjust the combined length of the upper pole and the lower pole. It is provided with elastic protrusions that make it possible,

A male threaded rod is formed to protrude upward on the upper surface of the upper pole, and a close contact pad member is installed on the male threaded rod to support it in close contact with the bottom surface of the hub body of the hub member. The close contact pad member is formed in a cylindrical shape and the male screw is located in the center. A pad body is formed with a female thread hole that is assembled to the four rods, a fixing part is formed at the lower end to surround and secure the pad body, and the upper end is in close contact with the bottom of the hub body to support the hub body, moving from the bottom to the top. A hexagonal tent characterized by consisting of a close contact pad having a conical shape with an expanding width.