KR102195284B1 - Tents and construction methods with left/right tension profiles - Google Patents

Abstract

The present invention relates to a tent having left and right tension profiles and a construction method thereof. According to the present invention, the tent comprises: left and right tension profiles having first connection grooves formed on both sides thereof; and a vertical tension profile having second connection grooves formed to support both lower ends of an outer curtain architectural fabric. According to the present invention, an operation of applying vertical tension to the outer curtain architectural fabric can be easily performed.

Description

Tents and construction methods with left/right tension profiles}

The present invention relates to a tent and a construction method having a left and right tension profile, and more particularly, to a tent and a construction method in which the left and right tension profiles are installed so that the tension can be applied to each individual exterior film material in the vertical direction.

In general, prefabricated tents are large accommodation facilities that can be quickly and conveniently installed outdoors using a simple structure. Usually, both ends of an inclined or arched bar are fixed to the ground and covered with vinyl or cloth to close it. Formed internal space.

In addition, other types of prefabricated membranes are manufactured by welding a single pipe column at both ends of a roof truss.

On the other hand, in order to manufacture a large-sized prefabricated tent, an H beam is mainly used for the structure, or a lightweight frame manufactured by forming a steel plate together with the H beam is mainly used.

A technology related to such a prefabricated tent has been proposed in Korean Utility Model Registration No. 20-0383922.

Patent Document 1 consists of a plurality of lower trusses installed perpendicular to the ground to form a wall, and a plurality of upper trusses connected to the upper end of each lower truss to form a roof. Here, each truss consists of a plurality of connecting beams connecting the outer and inner posts, and the outer and inner posts.

However, Patent Literature 1 does not compensate for vertical tension because the insulation member is fixed by fastening the binding string to each of the fixing beam and the inner column, the fixing itself is not well, waterproofing by the gap is difficult, the appearance is not beautiful, and the installation There was a problem in which the risk of workers could occur.

Korean Utility Model Registration No. 20-0383922 (2005.05.02.)

The present invention was conceived in consideration of the above points, and the problem of the present invention is the left and right tension profile in which a profile for maintaining tension in the vertical direction of the exterior membrane makjae fixed at each opposite position of the main truss There is a purpose to provide a tent and construction method equipped with.

A tent having a left and right tension profile according to the present invention for achieving the above object is a main consisting of a plurality of fixed to the ground at set intervals as much as the length of the tent, and a roof truss connecting the pillar portions and the pillar portions spaced apart. A truss, a tent consisting of a plurality of purlins connected in the longitudinal direction between the roof trusses among the main trusses, and an exterior film to finish the main truss, each of the main trusses is stepped apart from the outer surface of the pillar outer frame and the roof outer frame A left and right tension profile fixed to the outer surface in a state of being connected to each other and having first coupling grooves on both sides thereof to support one and the other end of each of the adjacent side surfaces of the exterior film material; And second coupling grooves are formed at each lower side of the outer frame of the pillar so as to support both lower ends of the exterior film makjae, and in the fastening direction of the fastening position adjusting part while one end is fixed on the ground. It may include a; vertical tension profile that is supported on the other end of the locking portion that is elevating in the vertical direction to actuate the vertical tension.

The left and right tension profiles have a contact surface formed with a curvature corresponding to the outer surface of the pillar outer frame and the roof outer frame, and the first coupling grooves are formed on both sides of the contact surface, and the first coupling groove A longitudinal groove portion is formed therebetween, and a cover may be attached to both sides of the inlet portion of the groove portion.

In the vertical tension profile, a connection part is coupled to be connected to another vertical tension profile adjacent to the inside, the second coupling groove is located on an opposite surface of the outer frame of the pillar, and the other end of the locking part is the width of the base plate installed on the ground. It can be caught in the hook portion provided to have a length corresponding to.

In addition, the method of constructing a tent having left and right tension profiles according to the present invention is a first method of fixing the left and right tension profiles along the outer surface in a state in which a part of the outer surface of the outer frame of the pillar and the outer frame of the roof of a plurality of main trusses is connected without a step Stage 1; A second step of combining one and the other end of the exterior membrane makjae with the main trusses standing upright at predetermined intervals by the length of the tent and facing each side of the left and right tension profiles; And a third step of pulling the vertical tension profile in which both lower ends of the exterior film makjae are combined in the direction of the ground to act as an up-down tension.

In the fourth step, the fastening position adjusting part is fastened to the other end helical shaft of the locking part passing through the vertical tension profile while one end of the locking part standing upright on the hanger part of the base plate fixed on the ground is engaged. The vertical tension profile may be lowered by one-way rotation of the position control unit.
In addition, the present invention is a main truss consisting of a plurality of fixed to the ground at intervals set by the length of the tent, and a roof truss that connects the pillar portions and the pillar portions that are spaced apart, and the main trusses are connected in the longitudinal direction between the roof trusses. A tent made of a plurality of purlins and an exterior film to finish the main truss, and is fixed to the outer surface of each of the main trusses in a state in which a part of the outer surface of the outer frame of the pillar and the outer frame of the roof is connected without a step. A left and right tension profile in which first coupling grooves are formed on both sides to support one and the other end of the adjacent side of the side; And second coupling grooves are formed at each lower side of the outer frame of the pillar so as to support both lower ends of the exterior film makjae, and in the fastening direction of the fastening position adjusting part while one end is fixed on the ground. Includes; a vertical tension profile that is supported on the other end of the locking portion that moves up and down in a vertical direction to act as a vertical tension, wherein the left and right tension profiles include a lower eccentric flange connected to an end of the outer frame of the column, and an end of the outer frame of the roof The base plate is fixed to the outer surface connected without a step with the upper eccentric flange connected to the column, and is closely fixed to the surfaces of the outer frame of the column and the outer frame of the roof, and the locking position of the other end of the locking part supported by the vertical tension profile is installed on the ground. It can be changed as much as the length of the hook part.
In addition, the present invention is a first step of fixing the left and right tension profiles along the outer surface in a state in which a part of the outer surface of the outer frame of the roof and the outer frame of the roof of the plurality of main trusses is connected without a step; A second step of combining one and the other end of the exterior membrane makjae with the main trusses standing upright at predetermined intervals by the length of the tent and facing each side of the left and right tension profiles; And a third step of pulling the vertical tension profile in which both lower ends of the exterior film makjae are combined in the direction of the ground to act as an upper and lower tension; and, when performing the first step, the left and right tension profiles are at the ends of the outer frame of the pillar. While being fixed to the outer surface connected without a step between the connected lower eccentric flange and the upper eccentric flange connected to the end of the roof outer frame, it is closely fixed to the surface of the pillar outer frame and the roof outer frame, and when the third step is performed, the vertical The locking position of the other end of the locking part supported by the tension profile may be varied by the length of the hook part of the base plate installed on the ground.

According to the present invention, after fixing the left and right tension profiles on the outer surface of the main truss installed at each set interval, connecting the outer frame of the pillar and the outer frame of the roof without a step difference, one and the other end of each outer membrane installed on the opposite surface of the main truss In this state, it is easy to apply vertical tension to the exterior membrane membrane material because it is easy to apply vertical tension to the exterior membrane membrane material by pulling both bottoms of the exterior membrane membrane material through the vertical tension profile located at the lower side of the column outer frame. , It has a beautiful appearance by finishing with a cover.

1 is a perspective view schematically showing a tent having a left and right tension profile according to the present invention.
2 is a perspective view schematically showing a main truss in a tent having left and right tension profiles according to the present invention.
3 is a combined perspective view showing an upper eccentric flange provided on an outer frame of a column and a lower eccentric flange provided on an outer frame of a roof in a tent having left and right tension profiles according to the present invention.
4 is a front view showing a state in which a vertical tension profile is provided on a main truss among tents having a left and right tension profile according to the present invention.
5 is an exploded perspective view showing a state in which a vertical tension profile is provided on a main truss among tents having a left and right tension profile according to the present invention.
6 is a cross-sectional view showing a state in which the left and right tension profiles are provided on the main truss among the tents having the left and right tension profiles according to the present invention.
7 is an enlarged view in which portions A and B of FIG. 6 are enlarged.
8 is a cross-sectional view showing a state in which an opening member is provided in a groove portion of the left and right tension profiles among tents having left and right tension profiles according to the present invention.
9 is a block diagram showing a method of constructing a tent having left and right tension profiles according to the present invention.

The above objects, features and other advantages of the present invention will become more apparent by describing in detail a preferred embodiment of the present invention with reference to the accompanying drawings. Hereinafter, with reference to the accompanying drawings will be described in detail a tent having a left and right tension profile and a construction method according to an embodiment of the present invention.

1 to 8, a tent 1 having a left and right tension profile according to the present invention includes a main truss 10 fixed to the ground at a set interval as long as the length of the tent 1, and a main It consists of a plurality of purlins 20 connected in the longitudinal direction between the trusses 10 and an exterior film 30 that ends the main truss 10.

And the main truss 10 is composed of a column portion 100 and a roof truss 200.

The pillar part 100 constitutes both side walls of the tent 1, but the lower end is fixed to the ground in a spaced state, and both ends of the roof truss 200 are connected to the upper end, and the inner frame 110 of the pillar, the outer frame of the pillar 120, including a column connection frame 130 and a lower eccentric flange 140.

And the column outer frame 120 is provided upright in the vertical direction, the column inner frame 110 is positioned so as to be inclined toward the lower side of the column outer frame 120 as the upper side is positioned parallel to the column outer frame 120 do.

Then, the base plate 102, which is a metal plate, is fixed by bolting on a base surface formed of concrete or the like at the lower end of the column outer frame 120 and the column inner frame 110, and then installed by welding or the like.

In this case, the outer frame 120 and the inner frame 110 of the pillar are illustrated as being circular pipes, but are not limited thereto and the cross-sectional shape may be changed.

The pillar connection frame 130 is installed on opposite surfaces of the pillar inner frame 110 and the pillar outer frame 120 for interconnection.

The lower eccentric flange 140 is fixed to the upper end of the outer frame 120 of the pillar, and in a state in contact with the upper eccentric flange 240 fixed to the lower end of the outer frame 220 of the roof, by bolts (B) and nuts (N). Fastening holes are formed radially to be fixed.

In addition, the lower eccentric flange 140 has a flat plane in a fan shape, so that there is no step at the apex portion of the outer circumferential surface of the outer circumferential surface of the outer frame 120 on which the exterior film 30 is supported.

Therefore, when the lower eccentric flange 140 is fixed with the upper eccentric flange 240, a part of the outer circumferential surface of the pillar outer frame 120 and the roof outer frame 220 is connected without a step. The left and right tension profiles 300 may be in close contact and then fixed so that adjacent ends are supported.

On the other hand, a general circular flange 140 ′ is installed at the upper end of the inner frame 110 of the pillar, and is coupled to each other by bolting with the flange 240 ′ installed at the lower end of the roof inner frame 210.

The roof truss 200 is coupled to the upper end of the pillar portion 100 installed adjacent to the ground at both ends to constitute the ceiling of the tent 1, and the roof inner frame 210, the roof outer frame 220, and the roof It includes a truss connection frame 230 and an upper eccentric flange 240.

Here, the inner and outer frames 210 and 220 of the roof are formed in an arcuate shape with the same spacing at both ends, and the spacing of both ends is the same as the spacing of the inner and outer frames 110 and 120.

Moreover, the roof inner frame 210 has both arched ends connected to the opposite end of the roof outer frame 220, and the extension frames erected at a position connected to the pillar inner frame 110 are respectively extended.

On the other hand, the inner frame of the roof 210 is not directly connected to the inner frame 110 of the pillar, but is connected to the outer frame 120 of the pillar, so that the inner frame 110 of the pillar is connected once more, thereby improving durability.

And, the outer frame 220 of the roof has both ends connected to the upper end of the outer frame 120 of the pillar.

In this case, the inner and outer frames 210 and 220 of the roof are illustrated as being circular pipes, and the cross-sectional shape may be changed without being limited thereto.

The roof truss connection frame 230 is installed on opposite surfaces of the roof inner frame 210 and the roof outer frame 220 for interconnection.

The upper eccentric flange 240 is fixed to the lower end of the roof outer frame 220 by bolts (B) and nuts (N) in a state in contact with the lower eccentric flange 140 fixed to the upper end of the pillar outer frame 120. Fastening holes are formed radially to be fixed.

The upper eccentric flange 240 differs only from the lower eccentric flange 140 in a symmetrical direction and has the same structure and function, and thus a detailed description thereof will be omitted.

On the other hand, a general circular flange 240 ′ is installed at the lower end of the extension frame of the roof inner frame 210, and is coupled to each other by bolting with the flange 140 ′ installed at the lower end of the pillar inner frame 110.

The purlin 20 connects the roof truss 200 and the roof truss 200 to each other and connects the main trusses 10 spaced apart from each other.

That is, the purlin 20 is connected to the inner frame 210 of the roof in the same line, and the outer frame 220 of the roof is connected in the same line.

Moreover, the purlin 20 is fixed at one end or both ends by the purlin fixing bracket 140 installed on opposite surfaces of the roof inner frame 210 and the roof outer frame 220.

At this time, the purlin 20 has a plurality of first fastening holes 24 formed on the flat portion in a state in which both ends of the pipe shape are pressed to form a flat surface so as to be fixed in close contact with the purlin fixing bracket 140. Moreover, the purlin 20 may press the entire both ends or the upper and lower portions of the first fastening hole 24 formed therein.

And the purlin fixing bracket 140 installed on opposite surfaces of the roof inner frame 210 and the roof outer frame 220 to fix both ends of the purlin 20 is formed in a "C" shape so that both ends are inside the roof. A plurality of second fastening holes 142 are formed on both sides of the middle portion while being fixed to the opposite surfaces of the frame 210 and the outer frame 220 by welding or the like.

In addition, the fixing bracket 140 has a fastening hole formed in the upper and lower sides, and a wire (not shown in the drawing) can be connected between the frame 110 and the inner frame 110.

The exterior film 30 is supported in a state in which the left and right tension profiles 300 are fixed in close contact along the apex of the outer surface of the outer frame 120 of the pillar and the outer frame 220 of the roof. In addition, the outer film 30 is subjected to a single treatment 32 at the opposite end, which means that a linear member such as a rope, etc. is put into the end of the outer film, and wound.

At this time, the outer film 30 has a lower end coupled to the second coupling groove 406 of the vertical tension profile 400, and the eaves 30a extend from the lower side by an additional method so as to cover the vertical tension profile 400. do.

Moreover, the exterior film 30 is cut to have a width corresponding to the distance between the main truss 10 and the main truss 10, and then the one and the other end 32 of the adjacent side, which have been single-treated, are respectively cut to the left and right tension profiles. It is connected to the first coupling groove 316 of 300, respectively.

Here, the left and right tension profiles 300 are produced by extrusion made of a material such as aluminum, and have a corresponding curvature so as to be in close contact with the outer surfaces of the pillar outer frame 120 and the roof outer frame 220 on the rear surface of the body 310 The first surface 312 is formed, a groove portion 314 in the longitudinal direction is formed so that the screw bolt (B) is fastened on the front side, and a portion of the outer film 30 is opened on both sides so that the short-processed portion of the film material is coupled. A coupling groove 316 is formed.

In addition, binding protrusions 322 spaced apart from the rear surface of the cover 320 are formed by protruding binding protrusions 314a in the longitudinal direction on both sides of the inlet portion of the groove 314.

At this time, the cover 320 is formed in an arc shape so as to be in close contact with the outer surface of the left and right tension profiles 300, and screw bolts (B) fixing the left and right tension profiles 300 to the column outer frame 120 and the roof outer frame 220 ) And prevents rainwater from penetrating into the groove part 314, and prevents corrosion of the screw bolt (B).

On the other hand, the cover 320 is made of synthetic resin or the like.

Referring to FIG. 8, in the left and right tension profiles 300, a spreading member 330 may be coupled to the groove 314. The opening member 330 is formed in a shape corresponding to the groove portion 314, and an installation groove portion 332a is formed on an outer surface thereof.

And the rotating part 334 exposed inside the installation groove 332a is rotatably provided, and the length adjusting parts 336 are provided inside both sides of the rotating part 334 so that the length of both sides according to the rotation direction of the rotating part 334 Since the length of the adjustment part 336 is increased or decreased, it is possible to prevent the phenomenon of the first coupling groove 316 formed in a "C" shape from spreading. This is because the end portion of the first coupling groove 316 may be opened because the portion of the short treatment 32 of the film material of the outer film 30 is pulled while being coupled to the first coupling groove 316.

To this end, each of the pair of length adjusting parts 336 has a spiral protrusion in which the spiral direction is opposite. In addition, the rotating part 334 is formed with a helical hole in which the helical directions of both ends are opposite to be helically fastened to the helical protrusions formed on both sides of the pair of length adjusting parts 336.

Therefore, when the rotating part 334 is rotated in either direction, the distance between the pair of length adjustment parts 336 that are spirally fastened to the inner both ends of the rotating part 334 is widened and the ends of the first coupling grooves 316 on both sides are increased. A pair of length adjustment parts 336 are supported so as not to be opened. Moreover, the pair of length adjustment parts 336 are in close contact with both sides of the rotating part 334 while being helically fastened to the spiral protrusion to prevent loosening of the rotating part 334 and the length adjusting part 336. Not shown in the drawing) can be provided.

Moreover, the opposite lower end of the exterior film 30 adjusts the vertical tension to the vertical tension profile 400.

The vertical tension profile 400 is formed of a material such as aluminum in a cross-sectional shape in a quadrangular shape to form an inner space 404 through which the inside is penetrated in the transverse direction, and a hole (H) so that the engaging portions 410 are passed through the upper and lower surfaces. A second coupling groove 406 is formed so that the lower end of the outer film 30 and the film material, which has been single-treated 32, is coupled to the formed body 402 and the opposite surface of the body 402 adjacent to the inner frame 120 of the column. do.

Moreover, the vertical tension profile 400 is formed integrally or divided by a length corresponding to the width of the outer film 30, and when the divided is formed, the connection part () so as to be connected to another vertical tension profile 400 adjacent to the inner space 404 400a) is combined.

Even if the connection part 400a is inserted into the inner space 404 of the vertical tension profile 400 as holes are formed through the upper and lower surfaces of the connection part 400a, the locking part 410 may penetrate.

" 자 형상으로 설치된 걸이부(104)에 걸릴 수 있게 절곡부(412)가 형성되고 상단에 나선축(414)이 형성된 걸림부(410)가 승강 가능하게 구비된다. In the hole (H), the base plate 102 at the bottom "

"A bent part 412 is formed to be hooked on the hook part 104 installed in a shape, and a hooking part 410 having a spiral shaft 414 formed at the top is provided to be able to lift.

In addition, a fastening position adjusting part 420 is spirally fastened to the spiral shaft 414 of the locking part 410 passing through the hole (H) of the vertical tension profile 400, and the position of the vertical tension profile 400 according to the fastening position. And is formed in a nut shape as an example.

Therefore, when the fastening position adjustment part 420 is rotated in one direction to increase the degree of fastening to the spiral shaft 414 of the locking part 410, the lower end of the individual exterior film 30 makjae is pulled in the vertical direction, and the fastening position If the degree of fastening to the spiral shaft 414 of the locking part 410 is reduced by rotating the adjusting part 420 in the other direction, the lower end of the individual outer film 30 is not pulled in the vertical direction, so the tension in the vertical direction Control is optionally possible.

Meanwhile, in the vertical tension profile 400, the spreading member 330 to maintain the spreading state of the second coupling groove 406 in the same manner as the spreading member 330 is coupled to the groove 314 of the left and right tension profiles 300. It may be provided, and since it has been described above, detailed description will be omitted.

In addition, the vertical tension profile 400 may be fixed on the ground with a rope at the lower end of the outer film 30 makjae.

Referring to Figure 9, the construction method of the tent with the left and right tension profiles of the present invention, the main truss manufacturing step (S10), the left and right tension profile fixing step (S20), the main truss installation step (S30), the exterior membrane makjae side It includes a step of combining both ends (S40) and a step of pulling the lower end of the outer film makjae (S50).

In the main truss manufacturing step (S10), after separately manufacturing the column part 100 and the roof truss 200, the outer frame 120 of the column and the outer frame of the roof 220 are formed with a lower eccentric flange 140 and an upper eccentric flange ( 240), and the column inner frame 110 and the roof inner frame 210 are connected through upper and lower circular flanges 140 ′ and 240 ′.

The left and right tension profile fixing step (S20) is a column outer frame 120 and a roof outer frame 120 coupled without a step by a lower eccentric flange 140 and an upper eccentric flange 240 in each of the main trusses 10 arranged in plural. This is a step of fixing the left and right tension profiles 300 to the apex of the outer peripheral surface of 220).

At this time, in the step of fixing the left and right tension profiles (S20), the outer circumferential surfaces of the column outer frame 120 and the roof outer frame 220 coupled in an arch shape are extruded in a straight line and the left and right tension profiles 300 are slightly bent and a close contact surface ( After 312) is in close contact, the groove portion 314 is fastened to the center of the outer frame 120 and the roof outer frame 220 using a screw bolt (B).

Next, by binding the binding protrusions 322 formed on the rear surface of the cover 320 to the binding projections 314a formed on both sides of the inlet portion of the groove portion 314 of the left and right tension profile 300, the groove portion 314 as the cover 320 Is sealed.

The main truss installation step (S30) is a step of installing the main truss 10 to be located at the center of the tent 1 and the main truss 10 to be located outside of the plurality of main trusses 10 upright on the ground at each set interval to be.

Moreover, when performing the main truss installation step (S30), the step of connecting the main trusses 10 to each other through the purlin 20 is followed.

The coupling step (S40) of both ends of the side of the outer film makjae is the adjacent side of the outer film 30, which is single-treated to the opposite first coupling groove 316 of the left and right tension profiles 300 fixed for each main truss 10. , It is a step of combining the other end 32.

The step of pulling the lower end of the outer film makjae (S50) is a step of pulling the vertical tension profile 400 to which both lower ends of the outer film 30 makjae are combined in the direction of the ground to act as a vertical tension.

In other words, the step of pulling the lower end of the outer film makjae (S50) of the locking portion 410 standing upright on the hook portion 104 of the base plate 102 fixed on the ground while being coupled to the lower side of both sides of the main truss 10 After fastening the fastening position adjusting part 420 to the upper spiral shaft 414 of the locking part 410 passing through the hole (H) of the vertical tension profile 400 in the state of being hooked to the bent part 412 formed at the bottom, This is a step in which the vertical tension profile 400 is lowered by the rotation of the fastening position adjusting unit 420 and the exterior film 30 is pulled downward so that the tension in the vertical direction acts.

Although the embodiments of the present invention have been described with reference to the accompanying drawings, those of ordinary skill in the art to which the present invention pertains can be implemented in other specific forms without changing the technical spirit or essential features. You can understand. Therefore, it should be understood that the embodiments described above are illustrative in all respects and not limiting.

1: Tent with left and right tension profiles
10: main truss 20: furin
30: exterior film 100: column
110: pillar inner frame 120: pillar outer frame
130: column connecting frame 140: lower eccentric flange
200: roof truss 210: roof inner frame
220: roof outer frame 230: roof truss connection frame
240: upper eccentric flange 300: left and right tension profiles
310: body 312: contact surface
314: groove 316: first coupling groove
400: vertical tension profile

Claims (5)

A main truss that is fixed to the ground at set intervals equal to the length of the tent, and is composed of a column part spaced apart and a roof truss connecting the column parts to each other, and a plurality of purlins connected in the longitudinal direction between the roof trusses among the main trusses. , And as a tent made of an exterior film to close the main truss,
Each of the main trusses is fixed to the outer surface in a state in which a part of the outer surface of the outer frame of the pillar and the outer surface of the roof is connected without a step, and the first coupling grooves on both sides to support one and the other end of the adjacent side of each of the exterior membranes Left and right tension profiles formed; And
Second coupling grooves are formed at each lower side of the outer frame of the pillar so as to support both lower ends of the exterior film makjae, and according to the fastening direction of the fastening position adjusting part while one end is fixed on the ground. Includes; a vertical tension profile that is supported on the other end of the locking portion that rises and descends in a vertical direction to act as a vertical tension,
The left and right tension profiles are fixed to the outer surface connected without a step between the lower eccentric flange connected to the end of the outer frame of the pillar and the upper eccentric flange connected to the end of the roof outer frame while being fixed to the surface of the outer frame and the roof outer frame. Tightly fixed,
A tent having a left and right tension profile, characterized in that the locking position of the other end of the locking part supported by the vertical tension profile is varied by the length of the hook part of the base plate installed on the ground.
The method of claim 1, wherein the left and right tension profiles,
A contact surface is formed with a curvature corresponding to the outer surface of the pillar outer frame and the roof outer frame, and the first coupling groove is formed on both sides of the contact surface, and a longitudinal groove between the first coupling groove An additional is formed, and a tent having a left and right tension profile, characterized in that the cover is detachable on both sides of the entrance portion of the groove.
The method of claim 1, wherein the vertical tension profile,
The connecting portion is coupled to be connected to another vertical tension profile adjacent to the inside, the second coupling groove is located on the opposite surface of the outer frame of the pillar, and the other end of the locking portion has a length corresponding to the width of the base plate installed on the ground. A tent with a left and right tension profile, characterized in that the hook portion is provided.
A first step of fixing the left and right tension profiles along the outer surfaces of the plurality of main trusses in a state in which the outer frames of the pillars of the main truss and a part of the outer surfaces of the outer frames of the roof are connected without a step;
A second step of combining one and the other end of the exterior membrane makjae with the main trusses standing upright at predetermined intervals by the length of the tent and facing each side of the left and right tension profiles; And
A third step of pulling the vertical tension profile in which both lower ends of the exterior film makjae are combined in the direction of the ground so as to act up and down tension; and
When performing the first step, the left and right tension profiles are fixed to the outer surface connected without a step between the lower eccentric flange connected to the end of the outer frame of the pillar and the upper eccentric flange connected to the end of the roof outer frame, It is tightly fixed to the surface of the outer frame of the roof,
When performing the third step, the locking position of the other end of the locking part supported by the vertical tension profile is varied by the length of the hook part of the base plate installed on the ground.
The method of claim 4, wherein the third step,
In a state in which one end of the locking part standing upright on the hanger part of the base plate fixed on the ground is coupled, the fastening position adjusting part is fastened to the other end of the spiral shaft of the locking part passing through the vertical tension profile, so that the fastening position adjusting part is rotated in one direction. The construction method of a tent having left and right tension profiles, characterized in that the vertical tension profile is lowered.

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