KR101947522B1 - Air dome house - Google Patents

Abstract

The present invention forms a roof by using a tube filled with air and forms an outer wall at the lower part of the roof, and the roof is light in weight and has a solid structure. The air is supplied to the ground, The present invention relates to an air dome house capable of preventing the soil from being hardened by air pressure of supplied air and improving the environment for livestock breeding and crop cultivation.
A feature of the present invention resides in that an air roof (100) in the form of a tunnel convex upward convex by air and an inner space in the lower part of the air roof (100) stand upright on the ground with the lower part of the air roof And a door 400 formed on the outer wall 300 and opening and closing an inner space of the air roof 100. The air roof 100 has a plurality of A connection member 120 connecting the tube members 110 in a state of maintaining a spaced distance between the tube members 110 and an upper portion of the tube members 110 fixed in a state wrapping the tube members 110 And a roofing film 130 that closes.

Description

AIR DOME HOUSE

The present invention forms a roof by using a tube filled with air and forms an outer wall at the lower part of the roof, and the roof is light in weight and has a solid structure. The air is supplied to the ground, The present invention relates to an air dome house capable of preventing the soil from being hardened by air pressure of supplied air and improving the environment for livestock breeding and crop cultivation.

Generally, in building a fixed structure, a column is built on the foundation structure to support the building, and a single building is constructed by connecting the beams.

It is also used as a cultivation facility where the building can be built and used as an athletic facility, a logistics warehouse, an exhibition hall, a glass greenhouse, a livestock breeding facility, a window through which light is transmitted, .

However, since these buildings are to be used for a long period of time, steel and concrete are used for durability, so that the construction period is long, the construction cost is increased, and the cooling / heating ratio is increased.

Therefore, it is required to develop a house which can be used as a physical facility, a logistics warehouse, an exhibition hall, a glass greenhouse, a livestock breeding facility, and a crop cultivation facility due to its light weight and light structure using light permeable vinyl .

The background art of the present invention is disclosed in Korean Utility Model Registration No. 20-0359088 (August 4, 2004), which is registered in the Korean Intellectual Property Office.

A problem to be solved by the present invention is to form a roof by using a tube filled with air and form an outer wall at the lower part of the roof so that the weight of the roof is light and the structure is robust, And to provide an air dome house which can prevent the soil from being hardened by the air pressure of the air supplied to the inside of the crop during the cultivation of the crop, thereby improving the environment for raising livestock and growing crops.

The air dome house according to the embodiment of the present invention is constructed such that an air roof 100 in the form of a tunnel protruding upward by air and an air roof 100 standing upright on the ground in a connected state while being supported by a lower portion of the air roof 100 And a door 400 formed in the outer wall 300 to open and close an inner space of the air roof 100. The air roof 100 is filled with air, A connecting member 120 connecting the tube members 110 in a state of maintaining a spaced distance between the tube members 110 and a tube member 110 fixed in a state of wrapping the tube members 110, And a roof film (130) closing the upper portion of the members (110).

The air dome house according to an embodiment of the present invention forms an air roof by using a tube filled with air, so that the air dome house is light in weight and robust in structure, and can easily withstand wind pressure and pressure.

In addition, air can be supplied to the ground to prevent the soil from being hardened by the air pressure of the air supplied to the room during the raising of the livestock and cultivation of the crops, thereby improving the environment for raising livestock and cultivating crops.

Further, since the outer wall is formed at the lower part of the air roof, the structure can be robust and the overall height can be raised.

Further, the rope fixing member used for maintaining the shape of the air roof can be fixed while keeping the state where the fixed rope is crossed.

In addition, the loss of indoor air and the inflow of foreign air can be blocked by the heat insulating member formed of the reflecting sheet, so that the heat insulating effect of the air roof can be increased.

Further, the air vent of the air roof can be closed by the ventilation tube which is opened or contracted by the ventilation hole formed in the air roof by the ventilation tube which is provided in the air roof, so that air is filled or discharged to the ventilation tube There is a convenience of use to operate the ventilation shield.

Further, since the outer wall is closed by the expansion of the ventilation tube provided on the outer wall, and the outer wall is closed by the contraction of the ventilation tube, the indoor space can be ventilated at once all at once.

Further, a weight may be provided on the upper portion of the ventilation tube to rapidly contract the ventilation tube to be contracted.

Further, since the weight is formed in a rectangular shape, the upper portion of the ventilation tube can be uniformly pressed as a whole, so that the upper portion of the ventilation tube can be lowered in a horizontal state.

Further, since the tube is expanded and lifted in a state of being supported by the metal net, and contracted and lowered, the tube does not protrude to the outside of the metal net.

Further, when the ventilation means of the roof is opened while the ventilation tube of the outer wall is contracted and opened, the air introduced through the outer wall can be totally discharged through the air roof.

Cooling and warming can be provided on the floor of the room by the cooling / heating supply member, so that the room can be used cooler in summer and warmer in winter.

In addition, the cooling / heating member can be uniformly and uniformly supplied to the room by the dispersing portion formed dispersedly in the main portion and the main portion.

Also, since the cooling / heating block applied to the cooling / heating member is made of a cement block, the rigidity of the structure can be assured even if the earth pressure is increased.

1 is a perspective view showing an air dome house according to an embodiment of the present invention;
2 is a perspective view showing the internal structure of the present invention;
3 is a view showing an embodiment of a tube member applied to the present invention.
Figs. 4 (a), 4 (b) and 4 (c) illustrate the manufacturing process of Fig.
5 is a view showing a state where the heat insulating member and the light shielding member of the present invention are applied to an air roof.
6 is a view showing a state in which the insulating member and the light shielding member of the present invention are applied to an air roof.
7 is a view showing the use state of the shape maintaining means applied to the present invention.
8 is an exploded perspective view showing an embodiment of a rope fixing member applied to the shape maintaining means of the present invention.
Fig. 9 is a perspective view showing a state in which the rope fixing member of Fig. 8 is engaged; Fig.
10 (a) and 10 (b) are views showing another embodiment of the rope fixing member applied to the shape maintaining means of the present invention.
11 (a), (b), (c) and (d) show another embodiment of the rope fixing member applied to the shape maintaining means of the present invention.
12 (a) and 12 (b) are views showing that the fixing portion applied to the rope fixing member of the shape maintaining means of the present invention is formed as a projection.
13 (a) and 13 (b) illustrate an embodiment of the ventilation means applied to the present invention.
14 (a) and 14 (b) are views showing another embodiment of the ventilation means applied to the present invention.
15 (a) and 15 (b) are views showing still another embodiment of the ventilation means applied to the present invention.
16 is an exploded perspective view showing an outer wall to which the present invention is applied;
FIG. 17 is a perspective view showing the combined state of FIG. 16;
Fig. 18 is a plan view of Fig. 17;
19 is a perspective view showing an operating state of an outer wall of the present invention.
20 is a view showing an installation state of a sealing member applied to an outer wall of the present invention;
21 (a) and 21 (b) show the use state of Fig.
22 is a side view showing an upper outer wall applied to an outer wall of the present invention;
Fig. 23 is a front view of Fig. 22; Fig.
24 is a view showing an installation state of a cooling / heating supply member of the present invention in the ground of a room.
25 is a perspective view showing a heating / cooling block applied to the heating / cooling supply member of the present invention.
26 is a cross-sectional view showing the installation state of the cooling / heating supply member of the present invention.
27 is a view showing the use state of the cooling / heating supply member of the present invention.
28 is a perspective view showing a light shielding member applied to the present invention;
29 (a) and 29 (b) are views showing the use state of the light shielding member of FIG. 28;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in detail with reference to the accompanying drawings.

As shown in Figs. 1 and 2, the present invention comprises an air roof 100 in the form of a tunnel convex upwardly convex by air, and an air roof 100 standing upright on the ground, And a door 400 formed on the outer wall 300 to open and close the inner space.

The air roof 100 includes a plurality of tube members 110 which are filled with air so that the central portion of the air roof 100 is convex upward and a connecting member 120 for connecting the tube members 110 in a state of maintaining a spaced distance therebetween And a roof film 130 fixed in a state of wrapping the tube member 110.

The tube member 110 is made of a transparent synthetic resin so that light is transmitted therethrough. The tube member 110 is formed into a rectangular shape, an arc shape, a semicircular shape, or a triangular shape, and an air inlet (not shown) . Here, the injection port can be opened or closed by a cap (not shown). When the tube members 110 are closely attached to each other and connected successively or spaced apart at regular intervals, a tunnel shape can be achieved.

The mesh member 110 may be wrapped around the outer circumferential surface of the mesh member 110 to prevent deformation due to excessive expansion and maintain the outer shape.

3 and 4, the tube member 110 includes a flexible tube 110a formed of a synthetic resin and filled with air, and a flexible tube 110a enclosing the tube 110a, A tube shape holding member 110b for holding the tube shape holding member 110b in a state of being bent in an arc shape and a tube shape holding member 110b for holding the tube shape holding member 110b so as to fix the tube shape holding member 110b in a state wrapping the tube 110a. Member 110c.

The tube 110a may be made of a flexible synthetic resin such as vinyl and filled with air. At this time, the tube 110a is preferably formed to be bent in an arc shape, but it may be formed in a straight line shape. The tube 110a is made of vinyl so that the tube 110a can be freely bent while being filled with air.

The tube shape holding member 110b is composed of a cloth or cloth which surrounds the outer circumferential surface of the tube 110a and has a plurality of grooves 110d formed on both sides thereof at regular intervals. Here, the grooves 110d are formed in a 'V' shape. Accordingly, when the inner ends of the side grooves 110d facing each other are connected to each other, they may be curved in an arc shape or formed in a semicircular shape. Further, the tube-shaped holding member 110b may be formed in a triangular shape while forming a narrow spacing of the grooves 110d only in the middle portion of the tube-shaped holding member 110b.

The binding member 110c is composed of a rope or a clip so that opposite ends of the side groove 110d are connected and integrated so that both side ends of the tube shape holding member 110b in which the side groove 110d is formed are connected .

Thus, the tube-like holding member 110b is wrapped around the straight tube 110a made of vinyl and properly filled with air. Both opposite ends of the grooves 110d formed in the tube shape holding member 110b are fastened together by a rope as a binding member 110c. At this time, when both the side grooves 110d are tied by the binding member 110c and the two sides of the tube shape holding member 110b are tied together by the binding member 110c in contact with each other, Thereby forming a curved shape as a whole. Finally, when the tube 110a is filled with air, the outer circumferential surface of the tube 110a is brought into close contact with the tube-shaped holding member 110b, and the tube 110a is also maintained in a state of being bent in an arc shape.

As described above, when the straight tube 110a is wrapped around the tubular holding member 110b which is bound by the binding member 110c and has an arc shape, the tube 110a can be formed to be bent in an arc shape.

2, the tube member 110 includes a tube supporting member 160 for supporting a lower portion of the tube member 110 while being positioned at a lower portion thereof.

The tube support member 160 includes a plurality of support pipes 161 that are disposed on both sides of the lower portion of the tube member 110 and are fixed to the outer wall 300 while being supported on the upper portion of the connection member 120, 161 which are connected to each other.

The support pipe 161 may be formed of metal or synthetic resin, and may be formed to be bent in a circular arc shape like a tube member 110 while being rectangular.

The connection support pipe 162 is composed of a plurality of connection pipes 161 and is connected at both ends to the support pipes 161 while being equally spaced. Whereby the spaced apart states of the support pipes 161 can be firmly maintained.

Since the tube member 110 is seated on the support pipes 161, the shape of the tube member 110 can be maintained even when the tube member 110 is pressed by wind pressure or pressure, It is possible to prevent the tube member 110 from being damaged due to abrasion and abrasion of the tube member 110 by the connecting member 120 or the fixed rope 231 even if the connecting member 120 or the fixed rope 231, have.

When another supporting pipe 161 is connected to the connecting member 120 to which the connecting member 120 is further connected and the connecting pipe 120 is further connected to the outside of the supporting pipe 161, Not only the shape of the tube member 110 can be maintained more firmly but also the contact of the connecting member 120 can be more easily prevented.

As shown in FIGS. 1 and 2, the connecting member 120 may be composed of any one of a rope, a wire, and a steel wire. The connecting member 120 may be connected to the outer wall 300 in a state of being connected to the tube members 110, So that the spaced apart state of the tube members 110 can be maintained. The connecting member 120 may be connected to the upper outer wall 360 of the outer wall 300 while supporting the upper and lower portions of the tube members 110, respectively. As a result, air pressure is applied to the air roof 100 by the lower connecting member 120 without causing the tube members 110 to protrude upward by the air pressure formed in the room by the upper connecting member 120 The load of the accumulated snow may be increased, and the load may not fall down. At this time, the roof film 130 positioned on the upper portion of the tube members 110 may be supported by the connecting member 120 and may be slightly moved between the tube member 110 and the connecting member 120 . As a result, the roof film 130 can be tightly pulled and fixed in an unfolded state, or slightly loosened to be slightly struck between the tube members 110.

The roof film 130 may be composed of transparent or semi-transparent vinyl fixed to the outer wall 300 by the shape maintaining means in a state of wrapping the tube member 110. The roof film 130 may be composed of several sheets of vinyl. At this time, the vinyls can be held in a fixed state by being pressed by the mesh 220 or the fixing member 230, which will be described later, with the one end and the other end slightly overlapping with each other while being arranged side by side. Of course, one end or the other end of the vinyl may be slightly ventilated if a gap is formed between the vinyls.

Here, fresh air can be supplied to the indoor space formed at the lower portion of the air roof 100 by an air supply device such as a compressor or a blower. Of course, since indoor air can not be discharged by the roof film 130, indoor air pressure can be increased.

Further, as shown in Figs. 5 and 6, the air roof 100 may include a heat insulating member 150 that covers and insulates the outside.

The heat insulating member 150 can place the reflecting sheet 152 in such a manner that the reflecting surface is directed to the both sides of the net 151 and the waterproof covering member 153 is positioned on the reflecting sheets 152, have.

The net 151 serves as a frame of the heat insulating member 150 to maintain the shape of the reflection paper 152 and the waterproof cover 153 so as to prevent overlapping or tearing, An air layer filled with air can be formed. That is, the netting 151 may be adversely affected by the air layer formed by being integrated with the waterproof covering material 153 or the separate vinyls.

The reflection paper 152 is made of silver foil. The reflection sheet 152 facing the outside of the roofing film 130 reflects external light so that external heat can not penetrate into the interior of the air roof 100 and the reflection sheet 152 facing the inside of the roofing film 130 152 reflect the light inside and prevent the internal heat from being lost to the outside of the air roof 100.

The waterproof cover material 153 is made of vinyl for waterproofing and can be provided between the mesh 151 and the reflection paper 152 to prevent the reflection paper 152 from being torn.

Since the insulating member 150 is composed of the net 151 and the waterproof covering 153 so that the overall thickness of the insulating member 150 is thin and convenient for use and is light so that a minimum load is applied to the air roof 100, ), The overall structure can be maintained firmly, and thus, it can be used for a long period of time.

The heat insulating member 150 can be insulated by covering the air roof 100 manually by a user and can be insulated by covering the air roof 100 automatically by a device composed of a rope and a motor.

As described above, when the heat insulating member 150 covers the air roof 100 during a hot summer day, external light can not pass through the air roof 100 by the heat insulating member 150, The indoor air can be kept constant. In addition, when the heat insulating member 150 covers the air roof 100 at night during a cold winter day, the inside of the air roof 100 is not lost by the heat insulating member 150, The indoor air can not be passed through the indoor unit 100, and the indoor air can be kept constant.

Meanwhile, the air roof 100 may include a warming member 154 for covering the indoor space and keeping the room temperature at a constant temperature.

Such a heat insulating member 154 may cover or cover the outside of the air roof 100 or may be located between the tube member 110 and the roof film 130.

The heat insulating member 154 is disposed on one side of the air roof 100 and is formed on the other side of the air roof 100 while being connected to the heat insulating film 155, And a reflection sheet 156 that reflects external light to the inside of the light guide plate 100.

The heat insulating film 155 is made of transparent or semitransparent vinyl and is positioned on the south side of the air roof 100. The reflected paper 156 is made of silver foil and the reflecting surface faces the lower portion of the air roof 100, (100).

Accordingly, light is supplied from the south through the insulating film 155 and is provided in an indoor space formed in the lower portion of the air roof 100, and the light introduced through the air roof 100 is reflected by the reflecting sheet 156 And can be provided to be concentrated to the lower portion of the air roof 100 again. Accordingly, the indoor temperature of the indoor space formed at the lower portion of the air roof 100 can be increased while being increased.

In addition, the portion of the heat insulating member 154, which is not supported by the tube member 110, can be spaced downward from the roofing film 130 so that the condensation generated in the roofing film 130 does not directly fall into the room, (154). ≪ / RTI >

As shown in FIGS. 2 and 7, the present invention includes shape maintaining means for maintaining the shape of the air roof 100 in a state of wrapping the outside of the air roof 100.

The shape retaining means may include a fixing member 230 fixed to the outer wall 300 in a state of enclosing the roof film 130 or may include a fixing member 230 which is fixed to the outer wall 300, And a fixing member 230 fixed to the outer wall 300 in a state surrounding the mesh 220.

When the mesh 220 is made of synthetic resin or nylon so as to have elasticity, it can firmly support the roof film 130, which is expanded by hot solar heat, without damaging the roof film 130 even if it is flowed by wind, Can be maintained. And, since the metal mesh is lighter than the metal mesh, the air roof 100 can be provided with a light load. The mesh 220 may be composed of a plurality of layers, and may be disposed above and below the roof film 130, respectively.

The fixing member 230 includes a fixed rope 231 fixed to the outer wall 300 while enclosing the roof film 130 or the mesh 220 and a rope fixing member 232 for fixing the crossing state of the fixed rope 231 ).

The fixed rope 231 is formed in a state of being caught by the hook formed in the outer wall 300 or the hook portion 364 of the upper outer wall 360 described below while enclosing the roof film 130 or the net 220 in a checkerboard or zigzag form And can be fixed. The fixed ropes 231 may be configured in plural to support the roof film 130 or the mesh 220 and support the lower portion of the tube members 110. Here, the fixed rope 231 may be composed of any one of a rope, a wire, and a steel wire.

8 and 9, the rope fixing member 232 is provided with an intersecting groove 233 in which the fixing rope 231 is crossed, and a first fixing member And a second fixing member 235 having a female screw thread formed on the inner circumferential surface thereof so as to be threadedly engaged with the male thread of the first fixing member 234.

The first fixing member 234 is formed in a cylindrical shape, and has an intersecting groove 233 at one end and a hexagonal shape so that the outer circumference of the other end is inserted into the wrench. That is, the first fixing member 234 can be rotated by a wrench.

The cross groove 233 is preferably formed in a '+' shape.

The second fixing member 235 is formed in a hexagonal shape so that the inner space is opened at one end and the outer peripheral surface of the other end is inserted into the wrench. That is, the second fixing member 235 can be rotated by the wrench.

When the second fixing member 235 is screwed to the first fixing member 234 after the fixing rope 231 is inserted into the intersecting groove 233 of the first fixing member 234 in a state of intersecting the fixing rope 231, 1 fixing member 234 and the second fixing member 235, the fixing rope 231 may be fixed in an intersecting manner. That is, when the rope fixing member 232 is used, the crossed state of the fixed rope 231 can be firmly maintained even if wind pressure is generated and the fixed rope 231 is shaken.

Alternatively, the rope fixing member 232 may be composed of a rope or a pin so as to fix the crossed state of the fixed rope 231 or fix the fixed rope 231 to the outer wall 300. [

10, the rope fixing member 232 includes a support portion 236 which is supported in a state where the fixed ropes 231 are stacked and vertically stacked, And a fixing part 237 for fixing the support part 236 to the support part 236.

The supporting portion 236 is made of a plate material and is fixedly supported by the fixing ropes 231 stacked vertically and the receiving rope 231 is inserted into the receiving hole 239 And through holes may be formed on both sides so that the fixing portions 237 are inserted. At this time, if the fixed rope 231 is received in the receiving hole 239, it can protrude only slightly to the outside.

The fixing portion 237 may be composed of a string, a pin, or a clip which is inserted through the support portion 236 while being wrapped around both sides of the fixed rope 231. The fixing rope 231 may be fixed to the supporting portion 236 when the fixing portion 237 is coupled and fixed in a state of passing through the through hole of the supporting portion 236 in a state of wrapping the fixed rope 231. [

The fixing part 236 is pressed in a state of pushing the fixing rope 231 located at the upper part of the fixing part 237 in a state where the fixing ropes 231 are stacked vertically on the upper part of the supporting part 236, The fixing ropes 231 are fixed to the supporting portion 236 in an intersecting state. At this time, as the fixed rope 231 positioned at the upper portion in the crossed state is fixed to the support portion 236 by the fixing portion 237, the fixed rope 231 positioned at the lower portion is fixed to the upper portion of the fixed rope 231 And can be firmly fixed in a state of being supported by the support portion 236. [

Also, the fixing portion 237 may be coupled with the support member 236 in a state of surrounding the mesh 220 together. Therefore, it can be fixed to the mesh 220 with the fixed ropes 231 crossing.

11 and 12, the supporting portion 236 is provided with receiving grooves 238 on both sides of which the both sides of the fixed rope 231 located at the lower one among the intersecting fixed ropes 231 are received . At this time, a receiving hole 239 for receiving the above-described fixed rope 231 is formed between the receiving grooves 238. Here, the middle portion of the support portion 236 made of the metal plate may be bent downward to form the receiving groove 238, the both ends of the support portion 236 may be bent downward, The protrusions as the fixing portion 237 can be completed. Also, as the support portion 236 made of a synthetic resin is injection-molded, protrusions, which are the receiving groove 238 and the fixing portion 237, can be formed together.

Thus, in the state where the fixed rope 231 is received in the receiving groove 238, the middle portion of the fixed rope 231 protrudes downward through the receiving hole 239 to have a U-shape. When another fixed rope 231 is inserted into the 'U' shaped fixed rope 231, the fixed ropes 231 are vertically stacked and crossed in a '+' shape. In this state, when the accommodating fixing rope 231 inserted into the receiving groove 238 is pulled up to both sides, the fixing rope 231 located at the upper portion slightly protrudes upward through the receiving hole 239, . Finally, the upper fixed rope 231 is fixed to the supporting portion 236 by using the fixing portion 237. [

Here, the fixing portion 237 may be formed of a plurality of protrusions formed in the supporting portion 236 and constrained by the fixing rope 231 being forcibly inserted. At this time, the fixing portion 237 is composed of four protrusions, two are formed on one side of the support portion 236, and two are formed on the other side, so that both sides of the fixing rope 231 are forcibly inserted into the protrusions Can be fixed.

In this way, the stationary rope 231, which is positioned at the lower portion in a state where the stationary ropes 231 are vertically stacked and crossed, is received and fixed in the receiving groove 238 and the stationary rope 231, And is fixed to the support portion 236 by a bolt 237. That is, the fixed ropes 231 may be firmly fixed to the support portion 236 in a '+' shape.

Since the shape maintaining means is fixed to the outer wall 300 in a state of enclosing the air roof 100 so that the air roof 100 is not damaged even when wind pressure or pressure is applied and external moisture or air is supplied to the air roof 100 ). ≪ / RTI > That is, the space formed at the lower portion of the air roof 100 is not only shielded from the outside, but also can be protected from outside weather.

As shown in Fig. 13, the air roof 100 includes ventilation means 260 for discharging the inside air to be filled in the room to the outside.

The ventilation means 260 is provided with an upper ventilation hole 261 provided in the air roof 100 and an upper ventilation hole 261 in which both ends are fixed to the air roof 100 and which is in close contact with the air roof 100, A lower ventilation hole 263 provided in the ventilation blocking film 262 in a state of being deviated from the upper ventilation hole 261 of the roofing film 130 and an air ventilation hole 100 and the lower portion is fixed to the ventilation blocking layer 262. When air is introduced into the inner space, the ventilation blocking layer 262 is expanded from the roofing layer 130, The lower ventilation hole 263 is communicated with the upper ventilation hole 261 and the ventilation hole 262 is contracted when the air is exhausted from the inner space so that the ventilation blocking film 262 is adhered to the roofing film 130, And a tube 264.

The upper ventilation hole 261 can be formed as a hole formed in the air roof 100, so that air can be circulated. These holes, which are the upper ventilation holes 261, should be formed at a position spaced apart from the ventilation tube 264 so as not to contact the ventilation tube 264.

The ventilation blocking film 262 has an area covering the upper ventilation holes 261 so that both sides can be fixed to the air roofing 100 with an adhesive.

The lower ventilation hole 263 may be formed of a hole formed in the ventilation blocking film 262, so that air can be circulated. These holes, which are the lower ventilation holes 263, should be formed at a position spaced apart from the upper ventilation hole 261 without being in contact with the ventilation tube 264.

The ventilation tube 264 may be formed in a rectangular shape, and an inlet may be formed at an end of the ventilation tube 264 to inject air into the internal space. An air supply means such as a compressor may be connected to the injection port.

Accordingly, when the air is injected through the inlet, the ventilation blocking film 262 is separated from the roofing film 130. When the air is exhausted from the inner space, the ventilation blocking film 262 is contracted and the ventilation blocking film 262 is adhered to the roofing film 130 can do. Here, the ventilation tube 264 contracts and lifts the ventilation blocking film 262 upward. As a result, the ventilation tube 264 and the ventilation blocking film 262 which are contracted are brought into close contact with the upper ventilation hole 261 and the lower ventilation hole 263 is brought into close contact with the roofing film 130. Therefore, the upper ventilation hole 261 and the lower ventilation hole 263 are closed.

Further, since the air is supplied by the outer wall 300 to supply oxygen to the indoor space such as a rearing place or a playground, when the air vent tube 264 is contracted, the air ventilation blocking film 262 is more easily As shown in FIG. Of course, when air is introduced into the ventilation tube 264, the ventilation tube 264 is inflated and the ventilation blocking film 262 is lowered. Therefore, the ventilation means 260 can be used to ventilate the interior space.

As shown in FIG. 14, the roof film 130 is composed of a plurality of the roof films 130 and is disposed on both sides of the roof film 130 in a spaced relation to each other. And the roof film 130 in a state of being provided at the lower portion thereof. Of course, when the roofing membranes 130 are positioned between and fixed to the mesh 220, the mesh 220 is supported by the anchor 230.

Here, although the roofing membranes 130 are supported and fixed between the mesh 220, the ends of the roofing membranes 130 can be heard by the air pressure so that they can be slightly spaced apart from the mesh 220.

The ventilation means 260 is positioned between the roofing membranes 130 between the mesh 220 and is raised by the air pressure formed in the lower portion of the roofing membrane 130 to close the space between the roofing membranes 130. [ A weight tube 266 connected to one side or both sides of the opening membrane 265 to lower the opening membrane 265 by the weight of the liquid supplied from outside and filled in the inner space, And a cover film 267 covering between the opening closure membranes 265 in a state fixed to the fixing member 230 located at the top of the opening closure membrane 265 to prevent penetration of the outside snow or rainwater.

The opening closure membrane 265 is made of vinyl and has a width larger than the spaced distance of the roof membrane 130.

The weight tube 266 may be formed of a tube having a space therein, and may be connected to the opening closing membrane 265 by an adhesive or by being roped. When the weight tube 266 is filled with water supplied from the outside by a water supply device such as a pump, the weight tube 266 is increased in weight and thus the opening membrane 265 is lowered. At this time, since the opening-closing membrane 265 is supported on the mesh 220, only the end is lowered. Accordingly, since a space is formed between the opening closing membrane 265 and the roof membrane 130, room air can be discharged to the outside.

Of course, when the water filled in the weight tube 266 is discharged to the outside and the weight tube 266 is lightened, the weight of the weight tube 266 rises together with the opening membrane 265, so that the opening membrane 265 is spaced apart from the roof membrane 130 Lt; / RTI >

The cover film 267 is made of vinyl and has a larger width than the spaced apart intervals of the roof films 130. At this time, the cover film 267 can be fixed to the fixing member 230 by using a clip or a rope. One side or both sides of the cover film 267 fixed to the fixing member 230 can be heard by the air discharged through the opening film 265 and the roof film 130. Whereby the air can be discharged to the outside.

As described above, the indoor air to be filled in the room of the air roof 100 can be discharged to the outside by the operation of supplying or discharging water to the weight tube 266 of the ventilation means 260, .

As shown in FIG. 15, a plurality of roof films 130 are arranged side by side with their one ends overlapping each other, and the fixing members 230 are composed of a plurality of roof films 130, And the roof films 130 are supported on the upper and lower portions of the roof films 130, respectively. Of course, when the roofing membranes 130 are positioned between and fixed to the mesh 220, the mesh 220 is supported by the anchor 230.

The ventilation means 260 includes an upper connection portion 268 connecting one end of each of the roofing membranes 130 to a mesh 220 located at an upper portion thereof, A weight tube 266 connected to the lower connection portion 269 and lowering the lower connection portion 269 by the weight of the liquid supplied from the outside and filled in the inner space, .

The upper connection portion 268 and the lower connection portion 269 may be rope-connected and tied to the mesh 220 through the roof membrane 130.

Since the weight tube 266 is constructed as described above, detailed description is omitted.

Accordingly, when the weight tube 266 is filled with water, the weight tube 266 moves down the lower connection portion 269, so that the other end of the roof film 130 to which the lower connection portion 269 is connected is lowered, A space is formed between the indoor air and the indoor air to be discharged to the outside.

As shown in FIGS. 16 to 19, the outer wall 300 includes a plurality of struts 310 spaced apart from each other while standing on the ground, and a plurality of struts 310 provided between the struts 310. When the inner space is filled with air, A wall tube 320 which closes the space between the struts 310 and 310 and contracts when the air is exhausted from the inner space and opens the spaces between the struts 310; A weight 330 that shrinks the wall tube 320 when air is discharged from the space and a wall tube 320 that is expanded and contracted to be positioned on both sides of the wall tube 320 between the struts 310, And a wall tube shape retaining member 340 that retains the shape of the wall.

The strut 310 has guide grooves 311 formed on both sides thereof, and may be constituted by H beams.

The wall tube 320 is formed of a shooting hexahedron, and an injection port for injecting air supplied from the outside or discharging air inside is formed at one side.

The weight 330 is formed of a rectangular plate and is guided by inserting both ends into the guide grooves 311 of the strut 310.

Accordingly, when the air supplied from the air supply member such as a compressor is supplied through the injection port, the wall tube 320 is expanded and formed into a rectangular shape. At this time, since the weight 330 rises along the guide groove 311 of the strut 310, the wall tube 320 closes the space between the struts 310. Conversely, when the air is discharged through the injection port, the wall tube 320 is contracted downward by the weight of the weight 330, so that the upper portion is opened between the pillars 310.

The wall tube shape retaining member 340 may be constructed of a net or a perforated plate standing on the ground. It is preferable that the net is formed of a metal net so that the netted state is firmly maintained, but the synthetic resin is coated on the outer circumferential surface. That is, as the wall tube 320 is expanded or contracted, the wall tube 320 can be smoothly lifted and supported in a state of being supported by the net- work, which is the wall-shaped tube-like holding member 340, so that damage of the wall tube 320 by the net- work can be prevented.

The screen tube shape retaining member 340 may be further provided with an insect screening network 341 for blocking air inflow while allowing air to flow.

20 and 21, the outer wall 300 appears between the wall tube 320 and the wall tube-shaped retaining member 340 to allow the struts 310 to expand in response to the expansion of the wall tube 320, And a sealing member 350 that seals the space between them.

The sealing member 350 is wound with the sealing film 351 sealing the space between the wall tube 320 and the wall tube shape retaining member 340 and the upper end of the sealing film 351, A sealing film weight 353 provided at the lower end of the sealing film 351 so as to maintain the unfolded state of the sealing film 351 and the sealing film 351 provided at the lower end of the sealing film 351, The sealing reel 352 is rotated to seal between the tube 320 and the wall tube shape retaining member 340 and the sealing film 351 is wound around the walls of the wall tube 320 and the wall tube shape retaining member 340 And a rotary member 354 for reversing the closed reel 352 so as to open the space between the rotary reel 352 and the rotary reel 352.

The sealing film 351 is made of vinyl and can be raised and lowered in a state where both sides thereof are inserted into the guide groove 311 of the support column 310. At this time, when the sealing tube 351 is lowered and the wall tube 320 is inflated and the sealing film 351 is brought into close contact with the wall tube shape retaining member 340, the wall tube 320 and the wall tube shape retaining member 340 Can be sealed. At this time, even if the air for supplying oxygen is filled in the indoor space formed at the lower part of the air roof 100, it is not lost.

The sealing reel 352 includes a rectangular rod around which the sealing film 351 is wound and a bracket fixed to the upper portion of the strut 310 such that both ends of the rod are rotatably fixed.

Here, a horizontal frame 312 such as an H beam is connected to the upper part of the pillars 310 so that the upright state of the pillars 310 can be firmly maintained. Further, the sealing reel 352 can be fixed to the horizontal frame 312.

The rotary member 354 may be constituted by a motor. The motor may rotate forward or reverse the rod of the sealing reel 352 while being axially coupled to the rod of the sealing reel 352.

Accordingly, since the sealing film 351 seals between the pillars 310, the air that is filled in the interior space is not lost. Of course, if necessary, the sealing membrane 351 may open between the struts 310.

22 and 23, the outer wall 300 is provided on both sides of the upper portion of the pillars 310 and is provided with upper and lower outer walls 360 ).

The upper outer wall 360 has an outer frame 361 whose both ends are fixed to the upper portion of the pillars 310 while being formed in a convex shape at an upper portion thereof and an outer frame 361 spaced apart from the outer frame 361, An inner frame 362 formed at a lower height than the frame 361 and both ends of the outer frame 361 and the inner frame 362 are fixed to the inner frame 362 such that the inner frame 362 is spaced apart from the outer frame 361 A plurality of hooking portions 364 formed along the circumference of the outer frame 361 and the inner frame 362 and fixed to the fixing member 230 of the shape retaining means, .

The outer frame 361 and the inner frame 362 may be formed to be bent in an arc shape and a semicircular shape so as to be convex at the top, or may be formed in a triangular shape.

Since the inner frame 362 is formed at a lower height than the outer frame 361, the roof film 130 together with the above-described retaining member 154 or the mesh 220 can extend beyond the inner frame 362 to the inner frame 362 And the outer frame 361 in a state in which they are seated in the connection frame 363. [

When the inner frame 362 is formed to have a diameter smaller than that of the outer frame 361 in the case where the outer frame 361 and the inner frame 362 are formed in an arc shape or semicircular shape, (361).

The connection frame 363 may be formed of a plate material having a central portion formed to be convex upward or a plurality of shafts spaced apart at equal intervals so that the operator can move up and down, Can be provided. The connection frame 363 may be provided with a perforated plate or a net, so that the insulating member 154 can be stably stored.

The hook portion 364 may be constituted by hooks so that the fixing rope 231 of the fixing member 230 is fastened while being fastened or a clip provided on the fastening rope 231 can be caught and fixed.

Thus, the upper outer wall 360 may be formed in an arc shape or a triangular shape on the outer wall 300, so that the air roof 100 may be formed in an arc shape or a triangle shape. In addition, the end portions of the insulating member 154 and the roofing film 130 can be seated and stored.

As shown in FIG. 1, the door 400 is provided on the outer wall 300 in the form of a sliding door or a hinged door, so that a user or a crop can enter the room. Furthermore, it is preferable that a sealing member is provided on the rim of the door 400 to prevent air leakage.

24 to 27, the present invention is provided so as to be embedded in the ground formed on the lower part of the air roof 100 so as to cool and heat the room formed by the outer wall 300, And a cooling / heating supply member 500 for supplying cold air or warmth to the refrigerator.

The heating and cooling member 500 includes a main part 510 embedded in the ground located at the lower part of the air roof 100 and through which cool air or warm air introduced into the room flows and is distributed and connected at both sides of the main part 510 And a dispersion part 520 through which cool air or warm air perfused in the main part 510 is perfused.

The main unit 510 includes a plurality of cooling and heating blocks 511 that are formed in a spaced-apart relation with through holes to allow cool air or warm air to flow therethrough, and cooling and heating blocks 511, A block state retaining member 512 for retaining the block state retaining member 512 and a cooler for retaining the block state retaining member 512 in the cooling and heating block 511, A foreign matter penetration preventing member 513 and a pressing member 514 which is provided in a state of pressing the outer side of the foreign matter penetration preventing member 513 and permits the discharge of cold air or warm air discharged from the foreign matter penetration preventing member 513 .

The cooling / heating block 511 may be formed of a cement block having a plurality of through holes. Such a cement block can be firmly held without being damaged by the earth pressure when the structure is solid and buried in the ground. The cooling / heating blocks 511 are spaced apart from each other and can be arranged so that the through holes are opposed to each other, so that cold or warm air can be passed through the through holes, and cool air or warm air is discharged through the cooling / heating blocks 511, Can be provided.

The block state retaining member 512 may be formed of a metal net so that when the block state retaining member 512 is fixed to the ground in a state wrapping the cooling / heating blocks 511, not only the cooling and heating blocks 511 can be maintained in a spaced- The warmth can be circulated and discharged. The metal mesh is preferably coated with synthetic resin to prevent corrosion.

The blocking member 513 may be formed of a nonwoven fabric or a cloth through which air is circulated so that cold air or warm air can be circulated and discharged to prevent foreign matter such as soil or sand from penetrating, The pressing member 514 can be pressed and fixed.

The pressing member 514 may be composed of gravel or sand or may be composed of gravel and sand so that it is filled and pressed on the upper and outer sides of the foreign matter penetration preventing member 513. Cold air or warm air can be discharged through a gap formed between sand or gravel, which is the foreign matter penetration preventing member 513.

The dispersing unit 520 may be constructed in the same manner as the main unit 510. The dispersing unit 520 is installed to communicate with both sides of the main unit 510 so that cold air or warm air is uniformly distributed on the ground located on the inner side of the outer wall 300 Can be supplied.

Here, when cool air or warm air is supplied from the external cooling / heating device through the main part 510 in a state where the upper part of the pressing member 514 is filled with soil to cultivate crops or used as a sports field for people to exercise, May be supplied while being dispersed as a whole on the ground via the second electrode 520. This makes it possible to use the facilities warmly in winter and warmly in winter.

28 and 29, the present invention includes a light shielding member 600 for shielding the room formed by the outer wall 300.

The light blocking member 600 includes a guide portion 610 spaced upward from the ground and disposed in the lateral direction, a plurality of fixing blocks 620 fixed to both ends of the guide portion 610, One end of which is fixed to a fixing block 620 fixed to one end of the guide portion 610 and the other end of which is fixed to the guide block 630, When the guide block 630 moves to one end of the guide portion 610, the guide block 630 collapses to block the light, and when the guide block 630 moves to the other end of the guide portion 610, Shielding film 640 which is fixed to one end of the guide block 620 and fixed to a fixing block 620 fixed to one end of the guide block 610 and an end fixed to one side of the guide block 620, The guide block 620 is moved to one side so that the first fluid A first air supply unit 660 for injecting a fluid to extend the first fluid tube 650 and discharging the injected fluid so that the first fluid tube 650 is retracted, The guide block 630 is fixed to the fixing block 620 fixed to the other end of the guide portion 610 and when the guide block 630 is stretched by the fluid filled therein, A second fluid tube 670 for inflating the second fluid tube 640 to cause the second fluid tube 670 to collapse and a second fluid tube 670 for inflating the second fluid tube 670 to cause the second fluid tube 670 to collapse, And a supply unit 680.

First, the fluid may be a liquid such as water or a gas such as air.

The guide portion 610 is composed of a plurality of guide rails spaced apart from each other. The guide rails may have legs at their lower portions to be spaced from the ground, or both ends of the guide rails may be fixed to the outer wall 300.

The fixing blocks 620 are formed of four pieces and are fixed to the guide rails 610 by two bolts or welding.

The guide block 630 may be formed in a 'C' shape or an 'O' shape and may be moved along a guide rail which is a guide part 610 by being fitted to a guide rail which is a guide part 610. The guide block 630 includes a plurality of guide rails 630, and the guide blocks 630 can be moved together by a shaft to which both ends are fixed.

In addition, a plurality of guide blocks 630 are disposed between the fixed blocks 620, and on both sides of the guide block 630 located at the center among the guide blocks 630, a first fluid tube 650 And guide blocks 630 disposed on both sides of the central guide block 630 are spaced equidistantly from each other to form a first fluid tube 650 and a second fluid tube 670. [ (Not shown).

Accordingly, when the center guide block 630 moves as the first fluid tube 650 is elongated, the guide blocks 630 to which the first fluid tube 650 is fixed are moved and spaced apart from each other, The tube 650 is stretched in a straight line and stretched. At this time, as the second fluid tube 670 contracts, the central guide block 630 moves, while the guide blocks 630, to which the second fluid tube 670 is fixed, are moved and narrowed to each other, Tube 670 contracts as it meanders.

The light-shielding film 640 is made of cloth or opaque vinyl so as to block the light, and both ends can be fixed to the guide block 630 and the fixing block 620 by a clip or a rope.

The first fluid tube 650 and the second fluid tube 670 may be formed in a rectangular shape and may be made of vinyl or rubber. When the fluid is filled with a fluid such as water or air, the first fluid tube 650 and the second fluid tube 670 expand and expand in a linear form, When the fluid is discharged, it can contract and collapse.

The first fluid tube 650 and the second fluid tube 670 may be formed of a plurality of or split ends so as to form a 'Y' shape. The first fluid tube 650 and the second fluid tube 670 may be positioned on the guide rails .

The first air supply unit 660 and the second air supply unit 680 may be constructed of a pump for supplying and discharging water, or a compressor for supplying or discharging air.

The first air supply unit 660 is connected to the first fluid tubes 650 and the second air supply unit 680 is connected to the second fluid tubes 670 do. Alternatively, the first air supply unit 660 is connected to the first fluid tube 650 of 'Y' type and the second air supply unit 680 is composed of one, And is connected to the tube 670.

As described above, the light shielding member 600 can be unfolded or folded by filling or discharging the air to the first air supply unit 660 and the second air supply unit 680 which are simple in structure.

As shown in FIGS. 30 to 34, the present invention includes cover means 700 covering and covering the air roof 100.

The cover means 700 includes a cover film 710 covering one side of the air roof 100 and one end of the cover film 710 covering the air roof 100 while being fixed to one side of the cover film 710, A first cover tube 720 that lifts the other end of the cover film 710 from the air roof 100 when air supplied from the outside is charged and a second cover tube 720 which is fixed to the other side of the cover film 710, A second cover tube 730 for pulling down the other end of the cover film 710 to the air roof 100 when the supplied air is charged and a second cover tube 730 for selectively bringing the air into the first cover tube 720 and the second cover tube 730 A first pulling string 750 in which the other end is positioned at one side of the air roof 100 with one end fixed to the other end of the cover film 710, A first reel 760 located at one side of the air roof 100 in a state where the other end of the cover film 710 is connected to the first reel 760 to wind or unwind the first pulling string 750, A second pulling string 770 having the other end positioned on the other side of the air roof 100 in a fixed state and a second pulling string 770 positioned on the other side of the air roof 100 in a state where the other end of the second pulling string 770 is connected, And a second reel (780) that winds or unwinds the second pull string (770).

The cover film 710 may be made of cloth or vinyl. In place of the cover film 710, the above-described heat insulating member 150 and the insulating member 154 may be used.

The first cover tube 720 and the second cover tube 730 are each configured to be inflated and curved in an arc shape when the outside air is filled so that a convexly curved portion of each of the first cover tube 720 and the second cover tube 730, And is fixed to both sides. Here, the first cover tube 720 and the second cover tube 730 are fixed to both sides of the cover film 710 by an adhesive agent or heat fusion, or the first cover tube 720 and the second cover tube 730 After being wrapped in each mesh, the mesh may be tied with sewing or straps and fixed to both sides of the cover membrane 710.

Accordingly, when the first cover tube 720 is filled with air and bent in an arc shape, the second cover tube 730, which is not filled with air, is also bent together with the cover film 710. Alternatively, when air is discharged from the first cover tube 720 and the second cover tube 730 is filled with air so that the first cover tube 720 is curved in the opposite direction of the curved shape to form an arc, the cover film 710 And the second cover tube 730 through which the air is discharged is also bent in the opposite direction.

It is preferable that the first cover tube 720 and the second cover tube 730 are fixed to the cover film 710 while being spaced apart from each other at a predetermined interval. That is, when the plurality of first cover tubes 720 are simultaneously operated, the end of the cover film 710 can be easily separated from the air roof 100, and the plurality of second cover tubes 730 can be simultaneously operated The end of the cover film 710 can easily be brought into close contact with the air roof 100.

When air is supplied to the first cover tube 720, the air is supplied from the second cover tube 730, and air is supplied to the second cover tube 730. On the contrary, Air can be discharged from the first cover tube 720. The air supply unit 740 may be configured to supply air to the first cover tube 720 and the second cover tube 730, respectively.

The first pulling string 750 and the second pulling string 770 may be composed of any one of a rope, a wire, and a steel wire.

The first reel 760 and the second reel 780 may be provided with a handle on the central shaft so as to be manually rotated, and a motor may be connected to the center shaft so as to be automatically rotated. Accordingly, the first reel 760 and the second reel 780 may be respectively rotated so that the first pulling string 750 and the second pulling string 770 may be respectively wound and recovered or unwound.

Therefore, when the first cover tube 720 is expanded by the air injected by the air supply part 740 in the state that the cover film 710 covers the air roof 100, And is spaced apart from the air roof (100). At this time, the cover tube 710 and the second cover tube 730 are also bent upward. The first reel 760 is wound around the first pulling string 750 and the second reel 780 is in a state of releasing and feeding the second pulling string 770. Thereby, the end of the cover film 710 can be lifted together with the first cover tube 720, so that a part of the air roof 100 can be opened.

When the first cover tube 720 has an arc shape and its end is located at the middle portion of the air roof 100, the first reel 760 winds the first pulling string 750, And discharges the air filled in the cover tube 720. That is, since the cover film 710 opens the air roof 100 by the first cover tube 720, external light can be transmitted to the interior of the air roof 100 through the air roof 100.

The second cover tube 730 is expanded by the air injected into the air supply part 740 in the state where the air is discharged from the first cover tube 720, As shown in FIG. At this time, the second reel 780 is wound around the second pulling rope 770, and the first reel 760 loosens and feeds the first pulling rope 750. That is, the second cover tube 730 is pulled by the second pulling string 770 wound on the second reel 780 to cover the air roof 100. When the air filled in the second cover tube 730 is discharged, the cover film 710 covers and covers the air roof 100 together with the second cover tube 730, And is blocked.

Since the cover film 710 is lifted using air pressure by the cover means 700 as described above, the cover film 710 can be minimized in contact with the air roof 100, It is possible to prevent the air roof 100 from being rubbed and damaged during the process of covering the air roof 100.

As described above, according to the present invention, a roof is formed by using a tube filled with air and an outer wall is formed at the lower part of the roof, so that the weight of the roof is light, the structure is robust and the overall height can be increased. This is a very useful invention that can be widely used and supplied.

It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is to be understood, therefore, that the embodiments described above are to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, All changes or modifications that come within the scope of the equivalent concept are to be construed as being included within the scope of the present invention.

100: air roof 110: tube member
110a: tube 110b: tube shape holding member
110c: a binding member 110d:
120: connecting member 130: roof film
150: Heat insulating member 151:
152: reflection sheet 153: waterproof covering material
154: Insulating member 155: Insulating film
156: reflective sheet 220: mesh
230: Fixing member 231: Fixing rope
232: rope fixing member 233: intersecting groove
234: first fixing member 235: second fixing member
236: Support part 237:
260: ventilation means 261: upper ventilation hole
262: ventilation shield 263: lower ventilation hole
264: Ventilation tube 265: Opening closure
266: weight tube 267: cover membrane
268: upper connection part 269: lower connection part
300: outer wall
310: support 311: guide groove
320: wall tube 330: weight
340: wall tube shape retaining member 350: sealing member
351: sealing film 352: sealing reel
353: Closing membrane weight 354: Rotating member
360: upper outer wall 361: outer frame
362: inner frame 363: connection frame
364: Hanger part 400: Door
500: cooling / heating provision member 510: main part
511: Heating / cooling block 512: Block state maintaining member
513: Foreign matter penetration preventing member 514:
520: dispersion part 600: shielding member
610: guide portion 620: fixed block
630: guide block 640: light-shielding film
650: first fluid tube 660: first air supply
670: second fluid tube 680: second air supply

Claims (24)

An air roof 100 in the form of a tunnel which is convex upward by air,
An outer wall 300 standing upright on the ground with the lower portion of the air roof 100 being supported and forming an inner space below the air roof 100,
And a door 400 formed in the outer wall 300 to open and close the inner space,
The air roof (100)
A plurality of tube members 110 having an inner portion filled with air and having a central portion convex upward,
A connecting member 120 for connecting the tube members 110 in a state of maintaining a spaced distance therebetween,
And a roof film (130) fixed in a state of wrapping the tube members (110) to close the upper portions of the tube members (110)
The air roof (100) includes a heat insulating member (150) covering the outside and insulated,
The heat insulating member 150 is formed by placing the reflection paper 152 on both sides of the mesh 151 and placing the reflection paper 152 on the reflection paper 152 and integrating the waterproof cover 153 Air dome house featuring.
[3] The apparatus of claim 1, wherein the tube member (110)
A flexible tube 110a filled with air,
A tube shape retaining member 110b which is fixed in an arc shape while enclosing the tube 110a to keep the tube 110a bent in an arc shape,
And a binding member (110c) for binding the tube-shaped holding member (110b) so that the tube-shaped holding member (110b) is fixed in a state of wrapping the tube (110a).
The method of claim 2,
The tube shape holding member 110b is composed of a cloth or a net surrounding the outer circumferential surface of the tube 110a, and a plurality of grooves 110d are formed on both sides of the tube shape holding member 110b,
The binding member 110c binds opposite ends of the side groove 110d to each other to integrate them so that both sides of the tube shape holding member 110b on which the side groove 110d is formed are bound to each other to integrate them. Dome House.
The tube member according to claim 1, wherein the tube member (110) includes a tube supporting member (160) which is supported by the coupling member (120)
The tube support member 160
A plurality of support pipes 161 that are disposed on both sides of the lower portion of the tube member 110 and fixed to the outer wall 300 while being supported on the upper portion of the connection member 120,
And a connection support pipe (162) connecting between the support pipes (161).
delete An air roof 100 in the form of a tunnel which is convex upward by air,
An outer wall 300 standing upright on the ground with the lower portion of the air roof 100 being supported and forming an inner space below the air roof 100,
And a door 400 formed in the outer wall 300 to open and close the inner space,
The air roof (100)
A plurality of tube members 110 having an inner portion filled with air and having a central portion convex upward,
A connecting member 120 for connecting the tube members 110 in a state of maintaining a spaced distance therebetween,
And a roof film (130) fixed in a state of wrapping the tube members (110) to close the upper portions of the tube members (110)
The air roof (100) includes a warming member (154) for covering the indoor space and keeping the room temperature warm,
The heat insulating member 154 is disposed on one side of the air roof 100 and is formed on the other side of the air roof 100 while being connected to the heat insulating film 155, And a reflection sheet (156) for reflecting outside light to the inside of the air dome house (100).
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