KR20120107209A

KR20120107209A - Tent for event

Info

Publication number: KR20120107209A
Application number: KR1020110024774A
Authority: KR
Inventors: 성관모
Original assignee: 성관모
Priority date: 2011-03-21
Filing date: 2011-03-21
Publication date: 2012-10-02

Abstract

The event tent of the present invention includes a first fixed base installed on the floor; A fixing stand detachable from the first fixing base; A rotary pole including a lower pole having a lower connection portion hinged to the fixed pole, and an upper pole connected to the lower pole by a central connection portion and having an upper connection portion at an upper portion thereof; A tent having a rim reinforcement band connected to the central connection portion and a center reinforcement band connected to the upper connection portion by a connecting wire; A second fixed base installed on the floor spaced apart from the first fixed base; An eye bolt detachable from the second fixing base; A first wire mechanism connected to the eye bolt and the central connection portion to stand and support the rotating pole; Including the second wire mechanism connected to the eye bolt and the upper connection to support the upper pole, the tent can be quickly and easily installed by the operation of the first wire mechanism and the second wire mechanism, and the tent can be firmly supported. There is an advantage.

Description

Tent for event}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an event tent, and more particularly, to an event tent where a tent is quickly constructed while the rotating pole is erected by the attraction of the wire.

Generally, tents are used to block rain or snow due to the blocking of sunlight or sudden weather changes in the open air, and are used in various events.

The tent includes a pole pole serving as a frame and a seat fixed to the pole pole, and in the case of a large tent, it is desirable not only to be rigid to effectively support the tent, but also to be easily and quickly installed and dismantled.

Published Patent Publication 10-2010-0093623 (2010.08.26)

However, the tent according to the prior art has a problem that the assembly structure of the vertical frame, the horizontal frame and the inclined frame is complicated, so that the installation time and the dismantling time may be long.

It is an object of the present invention to provide a tent for an event that can be installed quickly and simply a tent.

Another object of the present invention is to provide an event tent which is simple in structure and easy to carry or store.

The present invention and the first fixed base is installed on the floor; A fixing stand detachable from the first fixing base; A rotary pole including a lower pole having a lower connection portion hinged to the fixture, and an upper pole connected to the lower pole by a central connection portion and having an upper connection portion at an upper portion thereof; A tent having a rim reinforcement band connected to the center connection part and a center reinforcement band connected to the upper connection part by a connecting wire; A second fixed base installed on the floor to be spaced apart from the first fixed base; An eye bolt detachable from the second fixing base; A first wire mechanism connected to the eye bolt and the central connection portion to support and support the rotatable pole; And a second wire mechanism connected to the eye bolt and the upper connection part to support the upper pole.

The tent may have the edge reinforcement band formed along the edge of the tent, the center reinforcement band is formed to extend in the longitudinal direction of the tent, and the edge reinforcement band and the center reinforcement band may be connected by a connection band.

The tent may have a height of the center reinforcement band higher than the height of the edge reinforcement band during construction.

The display device may further include a first cover fastened to the first fixed base to cover the first fixed base, and a second cover fastened to the second fixed base to cover the second fixed base.

Protruding portion protrudes from the lower connection portion, the event tent may further include a safety pin for locking the protrusion to prevent any rotation of the rotating folder by the weight of the tent.

The first fixed base, a fixed stand, and a rotating pole; A second fixed base; With eye bolts; The first wire mechanism and the second wire mechanism may be installed at least four sets.

The first wire mechanism includes an eye bolt wire connected to the eye bolt, and a central connection wire connected to the central connection portion; Any one of the eyebolt wire and the central connection wire may be connected and the other may include a wire winch wound or unwound.

The second wire mechanism may include an eye bolt wire connected to the eye bolt, an upper connection wire connected to the upper connection part, and a turn buckle to which the eye bolt wire and the upper connection wire are connected.

The present invention does not need to install a separate pole for supporting the center portion of the tent even when the size of the tent is large, there is an advantage of high space utilization and high convenience under the tent.

In addition, the tent can be installed and dismantled by a simple operation of operating the first wire mechanism and the second wire mechanism, so that the tent can be easily installed and dismantled.

In addition, since the shape of the tent can be maintained as the roof of the traditional house, there is an advantage that can be optimally used for festivals and events related to the history.

In addition, after the tent is removed, the first fixing base and the second fixing base are covered to protect the first fixing base and the second fixing base, and there is an advantage in that it can be conveniently reused when reinstalling.

In addition, there is an advantage that is easy to iron or storage than when assembled in a wire structure made of a plurality of frame structures.

In addition, since the rotating pole includes a lower pole and an upper pole, the rotating pole can be separated during movement and storage, so there is an advantage of easy movement and storage.

1 is a front view when the event tent according to the present invention is installed,
2 is a side view when the event tent according to the present invention is installed;
3 is a plan view of the tent shown in FIG.
4 is a cross-sectional view of the first fixing base and the fixing base and the rotating pole shown in FIG.
5 is a side view showing a connection state of the holder and the rotating folder shown in FIG.
6 is a cross-sectional view of the second fixing base and the eye bolt shown in FIG.
7 is an enlarged cross-sectional view of an essential part of the rotating pole shown in FIG. 1;
8 is a cross-sectional view showing a first fixed base when the event tent according to the present invention is removed;
9 is a cross-sectional view showing a second fixed base when the event tent according to the present invention is dismantled.

1 is a front view when the event tent according to the present invention is installed, FIG. 2 is a side view when the event tent according to the present invention is installed, FIG. 3 is a plan view of the tent shown in FIG. 1 is a cross-sectional view of a first fixing base, a fixing stand, and a rotating pole shown in FIG. 1, and FIG. 5 is a side view illustrating a connection state of the fixing stand and a rotating folder shown in FIG. 1, and FIG. 6 is a second fixing shown in FIG. 1. It is sectional drawing of a base and an eyebolt, and FIG. 7 is an enlarged sectional view of the principal part of the rotating pole shown in FIG.

The event tent includes a tent 2 and a tent installation mechanism 4 for installing the tent 2 apart from the floor B.

When the tent 2 is installed, it can be installed in a dome shape as a whole, and can also be installed in a shape such as a triangular horn or a square horn. The tent 2 is formed in a trapezoidal shape as shown in FIG. 1 when viewed from the front, and is formed in a triangular shape as shown in FIG. It is possible, and will be described below to be installed in the same shape as the roof of the traditional house.

The tent 2 may be formed with a rim reinforcement band 12 along the rim, and the central reinforcement band 14 may be formed long in the longitudinal direction of the tent 2. Tents 2 may be connected to the rim reinforcement band 12 and the central reinforcement band 14 to the connecting band (16). Here, the rim reinforcement band 12 and the center reinforcement band 14 and the connecting band 16 serves as a frame to prevent the tent 2 from excessively shaking, the rim reinforcement band 12 and the center reinforcement band 14 In addition to the connecting band 16 and the edge reinforcing band 12 and the central reinforcing band 14 and may be made of a sheet 18 thinner than the connecting band 16. Edge reinforcement band 12, the center reinforcement band 14 and the connection band 16 is preferably thicker than the seat 18 is formed to be rigid.

The tent 2 may be constructed to have a height of the center reinforcement band 14 higher than the height of the edge reinforcement band 12 during construction.

The tent mounting mechanism 4 allows the tent 2 to be placed on the floor before the tent 2 is installed and connected to the tent mounting mechanism 4, and the tent 2 is placed on the floor when the tent 2 is installed. To be spaced apart from B).

The tent mounting mechanism 4 includes a fixing stand 20, a rotating pole 40, an eye bolt 60, a first wire mechanism 70, a second wire mechanism 80 and a safety pin 90. It can contain, and each structure of the tent installation mechanism 4 is demonstrated in detail.

Fixing stand 20 is rotatably supporting the rotating pole 40, it is possible to be directly fixed to the bottom (B), as shown in Figure 4, it is fixed through the first fixing base 21 It is possible, and will be described below to be fixed through the first fixing base 21.

The first fixing base 21 is installed on the bottom and the fixing stand 20 is detachable. The first fixing base 21 may be installed so that only its upper surface is exposed to the outside.

The first fixed base 21 may be directly inserted into the bottom B and may be fixedly installed by the strong cement 22.

It is preferable that the first fixing base 21 is formed with a screw thread along its outer circumference so as to increase its fixing force.

The first fixed base 21 has a large diameter portion 24 having a fitting groove 23, a small diameter portion 25 protruding from the lower end of the large diameter portion, and a flange portion protruding horizontally from the large diameter portion 25. 26).

The first fixed base 21 can be fixed stably as the overall height thereof is higher, and the large diameter portion 24 and the small diameter portion 25 can be manufactured integrally or can be attached by welding.

The fixing stand 20 is detachably attached to the first fixing base 21 and the rotating pole 40 is rotatably connected.

As shown in FIGS. 4 and 5, the stator 20 protrudes from the bottom surface of the plate body part 31 located above the first fixing base 21 and the bottom surface of the plate body part 31 to form the first fixing base ( The insertion part 32 inserted into the 21 and the hinge fastening portion 33 protruding from the upper surface of the plate body portion 31 and hinged to the rotary pole 40 may be included.

The hinge fastening part 33 may have a hinge hole 35 through which the hinge shaft 34 rotatably penetrates, and a pin hole 36 on which the safety pin 90 is locked may be spaced apart from each other.

Hinge fastening portion 33 is preferably formed so that the two opposite to be firmly connected to the rotary pole (40).

The rotary pole 40 may include a lower pole 41 and an upper pole 42.

The lower pole 41 may have a lower connection portion 43 hinged to the holder 30, and the lower connection portion 43 may protrude from the lower end of the lower pole 41.

The lower connecting portion 43 may be formed with a hinge hole 45 through which the hinge shaft 34 rotatably penetrates. The lower connection portion 43 is rotatably connected to the two hinge coupling portions 33 through the hinge shaft 41 in a state inserted between the two hinge coupling portions 33.

Protruding portion 46 is formed at the lower connection portion 43, and the safety pin 90 locks the protruding portion 46 to prevent the rotating pole 40 from being arbitrarily rotated by the weight of the tent 2. The safety pin 90 penetrates through the pinhole 36 of any one of the two hinge fastening portions 33, restrains the protrusion 46 at a lower position of the lower connection portion 43, and of the two hinge fastening portions 33. The other pinhole 36 is disposed to penetrate through.

1 and 7, the upper pole 42 is connected to the lower pole 41 by a central connection 47 and is provided with an upper connection 48 on the upper side.

As shown in FIG. 7, the center connecting portion 47 includes a first central connecting member 49 fixed to the upper portion of the lower pawl 41 and a second central connecting member fixed to the lower portion of the upper pawl 42. 50), and any one of the first central connecting member 49 and the second central connecting member 50 is inserted into and inserted into the other.

The central connecting portion 47 has a tent connecting portion 52 in which the tent 2 is connected to an annular connecting member 51 such as a clamp, and the first wire mechanism 70 is connected to an annular connecting member 53 such as a clamp. A first wire appliance connection 54 to be connected is provided.

The upper connecting portion 48 is connected to the tent 2 and the connecting wire 55, the connecting wire 55 is connected at one end to the upper connecting portion 48 side, the other end is connected to the central reinforcing band 14 side. do.

The upper connecting portion 48 includes a wire connecting portion 57 where the connecting wire 55 is connected to an annular connecting member 56 such as a clamp, and the second wire mechanism 80 includes an annular connecting member 58 such as a clamp. A second wire mechanism connecting portion 59 is provided.

The eye bolt 60 is connected to the first wire mechanism 70 and the second wire mechanism 80, and can be directly fixed to the bottom B. As shown in FIG. 6, the second fixing base is provided. It is possible to be fixed through 61, and will be described below as being fixed through the second fixing base 61.

The second fixing base 61 is installed on the bottom and the eye bolt 60 is detachable, and the top of the second fixing base 61 may be installed to be exposed to the outside.

The second fixing base 61 may be directly inserted into the bottom B and may be installed to be fixed by the strong cement 62.

It is preferable that the second fixing base 61 has a thread formed along its outer circumference so as to increase its fixing force.

The second fixing base 61 includes a large diameter portion 64 having an insertion groove portion 63, a small diameter portion 65 protruding from the lower end of the large diameter portion, and a flange portion protruding horizontally from the large diameter portion 65. 66).

The second fixed base 61 may be fixed stably as the overall height thereof is higher, and the large diameter portion 64 and the small diameter portion 65 may be manufactured integrally, or may be attached by welding.

The eye bolt 60 is attached to and detached from the second fixing base 61, and the first wire mechanism 70 and the second wire mechanism 80 are connected to each other.

As shown in FIG. 6, the eye bolt 60 protrudes from the bottom of the plate body portion 67 and the bottom surface of the plate body portion 67 positioned above the second fixing base 61. It may include an insertion portion 68 inserted into the protruding portion, and a wire connecting portion 69 protruding from the upper surface of the plate body portion 67 and connected to the first wire mechanism 70 and the second wire mechanism 80.

The eye bolt 60 is preferably firmly coupled to the second fixing base 61 so as to support the pulling force of the first wire mechanism 70 and the second wire mechanism 80, and the insertion portion 68 It is preferable that the male screw is formed on the outer circumference thereof, and the insertion groove portion 63 of the second fixing base 61 is formed so that the eye bolt 60 is screwed to the second fixing base 61.

The wire connecting portion 69 is formed in an annular shape, and the first wire mechanism 70 and the second wire mechanism 80 are directly connected or connected through an annular connection member such as a clamp.

As shown in FIG. 1, the first wire mechanism 70 may be connected to the central connection portion 47 and the eye bolt 60 of the rotary pole 40 to stand and support the rotary pole 40.

The first wire mechanism 70 includes an eye bolt wire 71 connected to the eye bolt 60 and a center connection wire 72 connected to the center connection 47 of the rotary pole 40; Any one of the eyebolt wire 71 and the central connection wire 72 may include a wire winch 73 to which one of the eye bolt wires 71 and the center connection wire 72 are connected.

One end of the eye bolt wire 71 may be connected to the eye bolt 60 through an annular connection member such as a clamp.

In the first wire mechanism 70, any one of the eye bolt wire 71 and the central connection wire 72 is connected to the wire winch 73 before the tent 2 is installed, and the eye bolt wire 71 and the central connection portion are installed. The other of the wires 72 is elongated.

When the operator of the first wire mechanism 70 is wound around the wire winch 73 for the installation of the tent 2, one of the eye bolt wire 71 and the central connection wire 72 is the wire winch 73. While the other one of the eye bolt wire 71 and the central connection wire 72 is wound on the wire winch 73 while being connected to the length of the entire first wire mechanism 70 is shortened, the rotary pole 40 is It is erected upwards with respect to the fixture 20.

When the first wire mechanism 70 is operated by the worker unwinding the wire winch 73 for dismantling the tent 2, one of the eye bolt wire 71 and the central connection wire 72 is the wire winch 73. While the other one of the eye bolt wire 71 and the central connection wire 72 is released from the wire winch 73 in the state connected to the length of the entire first wire mechanism 70 is long, the rotary pole 40 is It is laid down by the weight of the tent 2.

The second wire mechanism 80 may be connected to the eye bolt 60 and the upper connection portion 48 to support the upper pole 42.

The second wire mechanism 80 includes an eye bolt wire 81 connected to the eye bolt 60, an upper connection wire 82 connected to the upper connection part 48, an eye bolt wire 81 and an upper connection wire. 82 may include a turn buckle 83 to which it is connected.

One end of the eye bolt wire 81 may be connected to the eye bolt 60 through an annular connection member such as a clamp.

The eye bolt wire 81 and the upper connection wire 82 are positioned with the turn buckle 83 interposed therebetween, and during the tightening operation of the turn buckle 83, the entire length of the second wire mechanism 80 is shortened, In the loosening operation of the turn buckle 83, the entire length of the second wire mechanism 80 becomes long.

The second wire mechanism 80 can firmly support the upper pole 42 without the upper pole 42 being bent in the direction of the tent 2 by the weight of the tent 2, in particular of the tent 2. Since the central reinforcing band 14 is connected to the upper connecting portion 48 through the connecting wire 55, the central reinforcing band 14 of the tent 2 can be prevented from being struck.

The tent mounting mechanism 4 includes: a first fixed base 21, a fixed base 20, and a rotating pole 40 to support the tent 2 stably; A second fixed base 61; An eye bolt 60; It is preferable that at least 4 sets of the 1st wire mechanism 70 and the 2nd wire mechanism 80 are provided, and a total of 4 are set as a left front set, a left rear set, a right front set, and a right rear set. It is desirable to set up.

The tent installation mechanism 4 is preferably provided with the left front set symmetrically with the right front set, and the left rear set symmetrically with the right rear set.

8 is a cross-sectional view showing a first fixed base when the event tent according to the present invention is removed, and FIG. 9 is a sectional view showing a second fixed base when the event tent according to the present invention is removed.

As shown in FIGS. 8 and 9, the event tent is fastened to the first fixed base 21 to cover the first fixed base 21 and the second fixed base 61. It may further include a second cover 110 to cover the second fixed base 61.

The first cover 100 is to protect and keep the first fixed base 21 clean after the tent 2 is removed, and the area of the first cover 100 is preferably larger than that of the upper surface of the first fixed base 21. .

The first cover 100 may be formed of a plate body protruding from the protrusion 101 which is inserted into the insertion groove 23 into the first fixing base 21 and protrudes from the first fixing base 21. It can be fastened to the fastening member 102 of.

A fastening hole 103 through which the fastening member 102 penetrates may be formed in the first cover 100, and a fastening hole through which the fastening member 102 is fastened to the plate part 26 of the first fixing base 21. 26 'may be formed, and the fastening member 102 is fastened to the fastening hole 26' of the first fixing base 21 by passing through the fastening hole 103 of the first cover 100. The first cover 100 may be fixed to the first fixing base 21.

The second cover 110 protects the second fixed base 61 and keeps it clean after dismantling the tent 2. The second cover 110 preferably has a larger area than the upper surface of the second fixed base 61. .

The second cover 110 may be formed of a plate body in which a protrusion 111 inserted into and inserted into the insertion groove 63 is inserted into the second fixing base 61, and a screw or a pin is attached to the second fixing base 61. It can be fastened to the fastening member 112 of the.

A fastening hole 113 through which the fastening member 112 penetrates may be formed in the second cover 120, and a fastening hole through which the fastening member 112 is fastened to the plate portion 66 of the second fixing base 61. 66 'may be formed, and the fastening member 112 passes through the fastening hole 113 of the first cover 110 and is fastened to the fastening hole 66' of the second fixing base 61. The second cover 110 may be fixed to the second fixing base 61.

Hereinafter, the operation of the present invention will be described.

First, a worker installs a plurality of first fixed bases 21 and a plurality of second fixed bases 61 on the bottom B of a place where an event tent is to be installed.

Then, the tent 2 is seated at a position between the plurality of first fixing bases 31, and then the fixing stand 30 is inserted into the first fixing base 21, wherein the rotating pole 40 is connected to the fixing stand 30. It is laid down with the tent 2 in a state.

The tent 2 and the first wire mechanism 70 are connected to the rotating pole 40 and the wire winch 73 of the first wire mechanism 70 is wound.

In the winding operation of the wire winch 73, the first wire mechanism 70 pulls the rotary pole 40 while the overall length thereof becomes shorter, and the rotary pole 40 is gradually raised to lift the tent 2. The tent 2 has a trapezoidal shape when viewed from the front and a triangular shape when viewed from the side as the height of the center reinforcement band 14 is higher than the height of the edge reinforcement band 16.

When the tent 2 rises to a predetermined height while being formed in a three-dimensional shape, the wire winch 73 is fixed to maintain the overall length of the first wire mechanism 70.

Thereafter, the worker connects the second wire mechanism 80 to the upper pole 42 and the eye bolt 60, and pulls the upper pole 42 while operating the tumble buckle 83.

When the rotary pole 40 is firmly fixed by the operation of the turnbuckle 83, the operation of the turnbuckle 83 is stopped and the installation work of the tent 2 is completed.

On the other hand, after using the event tent, the tent is dismantled in the reverse order of the installation work of the tent 2, and the tent 2, the fixing stand 30, the rotating pole 40, the eye bolt 50, and the first wire are removed. The mechanism 70 and the second wire mechanism 80 are transported to a vehicle, a warehouse, or the like.

Then, the first cover 100 is fastened to the first fixed base 21 to cover the first fixed base 21, and the second cover 110 is fastened to the second fixed base 61 to fix the second fixed base 21. Cover 61.

On the other hand, the present invention is not limited to the above embodiment, without the first fixing base and the second fixing base, the fixing stand can be directly installed on the floor, and the eye bolt can also be directly installed on the floor to be spaced apart from the fixing stand. Various implementations are of course possible within the technical scope of the invention.

2: tent 4: tent mounting fixture
12: edge reinforcement band 14: center reinforcement band
20: fixing base 21: first fixing base
40: rotary pole 41: lower pole
42: upper pole 43: lower connection
47: center connection 48: upper connection
55: connecting wire 60: eye bolt
61: second fixing base 70: first wire mechanism
71: eye bolt wire 72: central connection wire
73: wire winch 80: second wire mechanism
81: eye bolt wire 82: upper connection wire
83: turnbuckle 90: safety pin
100: first cover 110: second cover

Claims

A first fixed base installed at the bottom;
A fixing stand detachable from the first fixing base;
A rotary pole including a lower pole having a lower connection portion hinged to the fixture, and an upper pole connected to the lower pole by a central connection portion and having an upper connection portion at an upper portion thereof;
A tent having a rim reinforcement band connected to the center connection part and a center reinforcement band connected to the upper connection part by a connecting wire;
A second fixed base installed on the floor to be spaced apart from the first fixed base;
An eye bolt detachable from the second fixing base;
A first wire mechanism connected to the eye bolt and the central connection portion to support and support the rotatable pole;
And a second wire mechanism connected to the eye bolt and the upper connection to support the upper pole.

The method of claim 1,
The tent is the edge reinforcing band is formed along the edge of the tent,
The central reinforcing band is formed long in the longitudinal direction of the tent,
The tent for the event that the border reinforcement band and the center reinforcement band is connected to the connection band.

The method of claim 2,
The tent is an event tent when the height of the center reinforcement band is higher than the height of the rim reinforcement band during construction.

The method of claim 1,
A first cover fastened to the first fixed base to cover the first fixed base;
And a second cover fastened to the second fixed base to cover the second fixed base.

The method of claim 1,
Protruding portion protrudes from the lower connection portion,
The event tent further comprises a safety pin for locking the protrusion to prevent the rotating folder from being randomly rotated by the weight of the tent.

The method of claim 1,
The first fixed base, a fixed stand, and a rotating pole; A second fixed base; With eye bolts; The event tent of which at least 4 sets of a 1st wire apparatus and a 2nd wire apparatus are installed.

The method of claim 1,
The first wire mechanism
An eye bolt wire connected to the eye bolt,
A central connection wire connected to the central connection portion;
The event tent comprising a wire winch of any one of the eye bolt wire and the central connection wire is connected and the other winding.

The method of claim 1,
The second wire mechanism includes an eye bolt wire connected to the eye bolt, an upper connection wire connected to the upper connection part, and a turn buckle to which the eye bolt wire and the upper connection wire are connected.

A fixed stand installed on the floor;
A rotary pole including a lower pole having a lower connection portion hinged to the fixture, and an upper pole connected to the lower pole by a central connection portion and having an upper connection portion at an upper portion thereof;
A tent having a rim reinforcement band connected to the center connection part and a center reinforcement band connected to the upper connection part by a connecting wire;
An eye bolt installed on the floor to be spaced apart from the fixing stand;
A first wire mechanism connected to the eye bolt and the central connection portion to support and support the rotatable pole;
And a second wire mechanism connected to the eye bolt and the upper connection to support the upper pole.