KR101147454B1 - Bungalow of sixteen angles - Google Patents

Abstract

The present invention relates to a hexagonal wooden house, the upper and lower width is the same, both sides are formed to be inclined at an angle of 11.25 degrees, 16 pillar members are assembled close to the circle as the respective sides are connected; A plurality of support members having one end fixedly coupled to the upper surfaces of the pillar members by a coupling means; A circular circle whose circumferential surface is fixedly coupled by the other end and coupling means of the support members, and a hole is formed therein; As installed on the upper portion of the support members, and made of upper and lower light, both sides are formed to be inclined at an angle of 11.25 degrees so that each side is assembled close to the cylinder as the joint is connected to correspond to the inner hole of the circular circle in the center 16 roof members to form a vent hole; A ventilation cap installed to be elevated to open and close the vent formed in the assembled state of the roof members; It is installed in a vertical direction to the bottom of the circular circle to the bottom to support the pillar members, the interior is made of a configuration comprising a holding member formed with a hollow communication hole, it is possible to construct as a stable structure in a large space of space Providing a heating means provides an effect of improving the heating efficiency of the room.

Wooden house

Description

Hexagonal wooden house {Bungalow of sixteen angles}

The present invention relates to a hexagonal wooden house, and in more detail, by assembling and constructing a large wooden house, which is constructed as a detached house on a campsite or a forest resort, in a form close to a circle, in harmony with nature while maintaining its aesthetic function. It is about a hexagonal wooden house that not only improves but also assembles easily.

In recent years, as the well-being boom occurs, the spread of villas for recreation of urban people in forest areas is spreading.

Since these villas are generally built in forests and the like as described above, many of them are constructed using wood instead of stone such as concrete or cement.

In other words, many trees are growing in the forest area, and the construction of wooden houses is often difficult due to problems such as harmony with the surrounding environment such as trees and the convenience of transportation of materials or construction.

However, unlike the stone building, wooden houses are difficult to be constructed in various forms, and therefore, most of the wooden houses are constructed only in square shapes including square shapes.

Thus, wooden houses had a problem in that their aesthetics fell somewhat in harmony with the surrounding environment.

Therefore, the present inventors focus on the above problems, and assembling and constructing a wooden house, which is constructed as a detached house on a campsite or a forest resort area, in a form close to a circle, thereby improving its aesthetic function in harmony with nature. Sikkim, as well as assembly construction has been filed and registered for the simple 'method of hexagonal wooden house construction' (Patent No.630844).

As described above, the construction method of the ten-square pentagonal wooden house has the same width as the upper and lower sides, but both sides have sixteen pillar members 20 formed to be inclined at an angle of 11.25 degrees. Assembling close to the circle while connecting the; Manufacturing a circle 40 in which a plurality of holes 42 are perforated on an outer circumferential surface thereof; Fixing one end of the support members (50) to each hole of the circle such that a plurality of support members are radially connected to the circle; Fixing the other ends of the support members to the upper ends of the pillar members; The upper part of the support member, the width of the upper and lower narrowing, both sides of the 16 roof members (30) formed to be inclined at an angle of 11.25 degrees to each side of the adjacent side of the cylindrical assembly and seating; Ventilation cap 60 of the roof member and the upper portion of the circle 40 is formed, including the step of being installed to be elevated.

For reference, in the drawings, reference numeral 22 denotes an entrance door formed on one surface of the pillar member, and 24 denotes a window selectively formed on one surface of the pillar member.

However, according to the construction method of the hexagonal wooden house 10 as described above, the roof members 30, and the support members 50 for supporting these roof members are only part of the pillar members 20 only at the top Since the combined support, there was a problem that the support structure is somewhat weak.

That is, the protrusions formed at one end of the support members 50 are fixed by being inserted into the holes 42 of the circle 40, and the circle 40 is not supported by a separate support means, so that external force is applied from the top of the roof. When applied, there was a possibility that the roof member 30 would easily settle down.

Accordingly, the hexagonal wooden house constructed by the construction method as described above has a problem that construction is impossible only with a relatively small space.

The present invention has been made in view of the above problems, and an object of the present invention is to provide a hexagonal wooden house that can be more stably constructed in the space of large flat water.

In addition, the present invention implements a more stable structure by installing the support member in the vertical direction with respect to the circular circle connecting the roof member, as well as the hexagonal to enable the heating of the indoor space using the support member as a heating means There is also a purpose to provide wooden houses.

Hexagonal wooden house according to the present invention for achieving the above object, the upper and lower width is the same, both sides are formed to be inclined at an angle of 11.25 degrees to be assembled closer to the circle as each side is connected to each other 16 pillar members; A plurality of support members having one end fixedly coupled to the upper surfaces of the pillar members by a coupling means; A circular circle whose circumferential surface is fixedly coupled by the other end and coupling means of the support members, and a hole is formed therein; As installed on the upper portion of the support members, and made of upper and lower light, both sides are formed to be inclined at an angle of 11.25 degrees so that each side is assembled close to the cylinder as the joint is connected to correspond to the inner hole of the circular circle in the center 16 roof members to form a vent hole; A ventilation cap installed to be elevated to open and close the vent formed in the assembled state of the roof members; It is installed in a vertical direction to the bottom with respect to the bottom of the circular circle to support the pillar members, characterized in that it comprises a holding member formed with a hollow communication hole inside.

In this case, one end of the support member is fitted into the c-channel and is fixed and coupled by the coupling means, and the outer surface of the one end of the c-channel is preferably fixed to the side surface of the circular circle by welding or coupling means.

In addition, the other end of the support member is fitted into the c-channel is fixed, coupled by the coupling means, it is preferable that the outer surface of one end of the c-channel is fixedly coupled to the upper surface of the pillar member by the coupling means.

On the other hand, a support member may be installed between the bottom portion and the bottom surface of the circular circle, in this case, a communication hole communicating with the inner hole of the circular circle is formed in the support member, the opening and closing port is formed on one side thereof. May be used as a heating means.

Here, a flange post may be provided between the circular circle and the support member at a predetermined interval in a circumferential direction.

In this case, the upper and lower ends of the support pieces are respectively welded to flanges having coupling holes formed at predetermined intervals, and the upper flange of the flange post is fixed and coupled to the bottom of the circular circle by a coupling means. The lower side flange is preferably fixed to the upper surface portion of the support member by a coupling means.

As described above, according to the hexagonal wooden house according to the present invention, the support members for supporting the roof members constituting the roof is more firmly fixed, coupled to the circular circle and the pillar member by the c-channel, respectively, Structural rigidity is increased to provide a very useful effect of improving safety.

In addition, by supporting and installing the support member and the flange post between the circular circle and the bottom surface located in the center of the roof, the structural rigidity of the roof is increased, it is also possible to provide stable construction even in a large space.

In particular, a communication hole is formed in the inner space of the support member, and the communication hole is configured to communicate with the outside, so that the support member can be used as a heating means, so that the heating efficiency of a large indoor space can be improved. Is provided.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 5 is an exploded perspective view of the hexagonal wooden house according to the present invention, Figure 6 is a plan view in a state in which the support member is coupled to the circular circle in Figure 5, Figure 7 shows a coupling relationship between the circular circle and the support member Some perspective view.

8 is a cross-sectional view and a partial perspective view for illustrating a coupling relationship between the support member and the pillar member in FIG. 5.

As shown, the hexagonal wooden house 100 according to the present invention is assembled in a state in which the front and rear of the sixteen pillar members 110 forming a plane enclosed to form a pillar, on the front of the pillar, Sixteen roof members 120 having a rear surface are assembled in an enclosed state to form a roof.

At this time, both side surfaces of the sixteen pillar members 110 and the sixteen roof members 120 are respectively inclined at an angle of 11.25 degrees.

That is, the circle forms an angle of 360 degrees, each of the six pillar members 110 and the roof member 120 inclined at an angle of 11.25 degrees at both sides, the 16 pillar members 110 and the roof member ( When each side of the 120 is connected to be surrounded by a round shape to form.

In other words, when one side of one of the pillar members is connected to one side of the other pillar member, the two pillar members are each inclined at an angle of 11.25 degrees, and the inclination angles are added together. Eventually, they are connected at the inclination angle of 22.5 degrees.

Therefore, when the four pillar members are joined to each other by the same method as described above, the four pillar members are connected to each other at an inclination angle of 45 degrees, and the eight pillar members are connected to each other at an inclination angle of 90 degrees. When the three pillar members are assembled while the sides are connected to each other, they are connected at an angle of 360 degrees.

Therefore, the sixteen pillar members 110 form a pillar in a form close to the garden shape.

Here, the top surfaces of the pillar members 110 are inclined by a predetermined angle so as to be in close contact with one ends of the support members 140 installed downward while being inclined at a predetermined angle, and the inclination angle of the pillar members 110 is the roof member 120. There is no limitation on the angle as it varies depending on the height of the field.

In addition, the pillar members 110 are installed in a vertical state, the top width and the bottom width is the same, any one of the pillar members 110, the door 112 is installed, the remaining pillar members are required Optionally, the window 114 is installed.

 On the other hand, the roof is installed on the top of the pillar member 110 installed as described above is made in the shape of a solid, that is, a cylindrical shape, a predetermined size through-hole is formed in the upper center of the roof.

Therefore, the roof members 120 constituting the roof is a width of the upper and lower beams (上 狹 下 廣).

Similarly to the pillar members 110, the roof members 120 are inclined at an angle of 11.25 degrees, respectively, so that one side of one roof member 120 is connected to one side of the other roof member 120. In this case, the two roof members are each inclined at an angle of 11.25 degrees, and the inclination angles are combined to form a slope angle of 22.5 degrees.

Therefore, when the four roof members are assembled while the sides are joined in the same manner as described above, the four roof members are joined at the inclination angle of 45 degrees, and the eight roof members are joined at the inclination angle of 90 degrees. When 16 roof members are assembled while their sides are joined together, they are joined together at an angle of 360 degrees.

Therefore, the sixteen roof members 120, when viewed in a plan view, is made in a form close to the garden type, the width is made of the upper and lower light form, it forms a cylinder in the assembled state.

In this case, the upper width of each roof member 120 may be about 1/16 of the diameter of the vent hole 122 formed at the center of the ceiling of the roof.

That is, assuming that a diameter of the roof vent 122 of the roof is 200 cm, the top width of each roof member 120 may be 12.5 cm.

In other words, the bottom width of the roof member 120 is equal to the width of the pillar member 110 corresponding to each other, and the top width thereof is 1/16 of the diameter of the vent hole 122 to be formed. In this state, both sides may be inclined.

When the 16 roof members 120 processed in such a shape are assembled while connecting the respective side surfaces, the roof is completed in a cylindrical shape.

However, the roof members 120 are supported by the support members 140.

That is, as shown in FIGS. 5 to 8, a circular circle 130 made of metal having an inner hole 132 corresponding to the vent hole 122 is provided, and is provided at both ends of the circular circle 130. Support members 140 are installed radially with respect to the support member 140.

One end of the support member 140 is fitted to the metal channel (channel) 142 is fixed, coupled by the coupling means, the outer surface of the one end of the c-channel (142) is welded to the side of the circular circle 130 Are combined and fixed.

Here, the outer surface of the c-shaped channel 142 is fixed and coupled to the side portion of the circular circle 130 by a coupling means, and then one end of the support member 140 is inserted into the c-shaped channel 142, and then the coupling means. It can also be fixed and bonded by.

On the other hand, it is preferable that the coupling portion of the support member 140 and the pillar member 110 is also firmly assembled to each other using the c-channel (144).

That is, the C-shaped channel 144 is fixedly coupled to the inclined top surface of the pillar member 110 by the coupling means, and then the other end portion of the support member 140 is inserted into the space of the C-shaped channel 144 and then the coupling means. By fixing and coupling in the lateral direction, it is possible to increase the binding force between the pillar member 120 and the support member 140.

As such, one end of the support member 140 is firmly fixed and coupled to the circular circle 130 by the c-shaped channel 142, and the other end thereof is also upper surface of the pillar member 110 by the other c-shaped channel 142. By being firmly fixed and coupled to, the roof of the hexagonal wooden house 100 as a whole has a stable structure.

Here, the support members 140 may be applied to a total of 32 each of two pillars and a roof member, two in each side, as shown in FIG. 16 may be applied because only one is applied, but the number is not limited.

On the other hand, the support member 150 is formed with a communication hole 152 therein in the vertical direction below the circular circle 130.

A plurality of support pieces 162 roundly formed between the support member 150 and the circular circle 130 are provided at regular intervals in the circumferential direction to form a flange post 160. The flange post 160 Upper and lower ends of the support pieces 162 are welded to the flanges 164 and 166 at which coupling holes are formed at predetermined intervals, respectively.

Accordingly, the upper flange 164 of the flange post 160 is fixed and coupled to the bottom surface of the circular circle 130 by a coupling means, and the lower flange 166 is attached to the upper surface of the support member 150. When fixed and coupled by the coupling means, as shown in FIG. 8, the central portion of the circular circle 130 is stably supported by the flange post 160 and the support member 150, so that the entire pillar is more stable. Will have

Here, the bottom surface and the support member of the circular circle 130 in a state in which additional flanges 170 are further interposed between the upper flange 164 and the lower flange 166 of the flange post 160. It may be fixed and coupled to the upper surface of the 150, respectively.

On the other hand, the holding member 150 has a communication hole 152 is formed therein, the flange post 160 is also not a closed structure, the circular circle 130 also consists of a structure in which the inner hole 132 is formed The holding member 150 may be utilized as a heating means.

That is, when one or more openings (not shown) are formed on one side of the support member 150, and the fuel such as wood is incinerated therein, the smoke according to the incineration is connected to the communication hole 152 and the flange of the support member 150. Ascending upward through the inner space of the post 160 and the inner hole 132 of the circular circle 130, the smoke is raised through the vent 122 formed in the upper center of the roof member 120 Emissions will occur.

Here, the flange post 160 is formed in the interior dimension, but if there is a risk that smoke leaks between each support piece 162 to be re-introduced into the interior space, may be formed in a shielded structure In some cases, the construction member 150 may be configured to be directly fixed to and coupled to the bottom of the circular circle 130 while omitting the configuration thereof.

On the other hand, the ventilation hole 122 of the roof is provided with a ventilation cap 180 of the transparent material that slides up and down by an electrical signal.

The ventilation cap 180 is to cover the air vent 122 of the roof to block the inflow of foreign substances, etc. from the outside, by applying a transparent synthetic resin material to allow sunlight to be irradiated during the day and the night sky at night It is desirable to be used for appreciable use.

By installing guide rails (not shown) that are elevated by electrical signals on both sides of the ventilation cap 180, the lifting is made by simple switch operation as necessary.

In the case of the hexagonal wooden house 100 according to the present invention is often used for the purpose of various gatherings or outings, barbecues, such as by eating meat there may be a lot of smoke accompanied by the smell, In many cases, dust and carbon dioxide generation rates are high due to games.

Therefore, when the vent hole 122 is opened by elevating the ventilation cap 180 installed on the ceiling of the roof, the contaminated air inside the air easily escapes to the outside due to the air convection, so that the ventilation is quick and easy. Will be done.

In addition, as described above, when using the holding member 150 as a heating means in winter, the ventilation cap 180 may be opened so that the smoke is discharged to the outside.

For reference, the hexagonal wooden house 100 according to an embodiment of the present invention, the support member 140 is provided in the vertical direction in the center, the support member 140 for supporting the roof member 120 is the c-channel Since the circular circle 130 and the pillar member 110 are more firmly assembled and installed by the 142 and 144, the construction can be performed in a large-sized flat space, thereby accommodating a large number of people such as a rest area. It will be possible to construct a building.

In addition, in the embodiment of the present invention, the vertical support member 150 which can be used as a heating means is provided in the center, and the support member 140 is the circular circle 130 by the c-shaped channels 142 and 144, respectively. And fixedly installed and fixed to the pillar member 110 can be equally applied to the construction of various hexagonal wooden houses, such as six-, eight-, twelve-angle as well as the hexagonal wooden house.

1 is a perspective view showing a conventional hexagonal wooden house.

2 is a front view of FIG. 1;

3 is an exploded perspective view of FIG. 1.

Figure 4 is a perspective view showing a coupling relationship between the circle and the support member is installed in the top center of the roof in FIG.

Figure 5 is an exploded perspective view of the hexagonal wooden house according to the present invention.

Figure 6 is a plan view in a state in which the support members are coupled to the circular circle in Figure 5;

7 is a partial perspective view showing a coupling relationship between the circular circle and the support member in FIG.

8 is a cross-sectional view and a partial perspective view for showing a coupling relationship between the support member and the pillar member in FIG.

DESCRIPTION OF THE REFERENCE NUMERALS

100: hexagonal wooden house 110: pillar member

120: roof member 122: ventilator

130: circle circle 132: hole

140: support member 142: c channel

144: channel type 150 holding member

152: communication hole 160: flange post

162: support piece 180: ventilation cap

Claims (7)

16 pillar members having the same width as the upper and lower sides, and having both sides formed to be inclined at an angle of 11.25 degrees and assembled closer to a circle as each side is connected; A plurality of support members having one end fixedly coupled to the upper surfaces of the pillar members by a coupling means; A circular circle whose circumferential surface is fixedly coupled by the other end and coupling means of the support members, and a hole is formed therein; As installed on the upper portion of the support members, and made of upper and lower light, both sides are formed to be inclined at an angle of 11.25 degrees so that each side is assembled close to the cylinder as the joint is connected to correspond to the inner hole of the circular circle in the center 16 roof members to form a vent hole; A ventilation cap installed to be elevated to open and close the vent formed in the assembled state of the roof members; It is installed in a vertical direction to the bottom of the circular circle to the bottom to support the pillar members, the hollow communication hole is formed inside is in communication with the inner hole of the circular circle, the opening and closing is formed on one side thereof can be used as a heating means Hexagonal wooden house, characterized in that it comprises a holding member. The method of claim 1, One end of the support member is fitted into the c-shaped channel is fixed, coupled by the coupling means, the outer surface of the one c-shaped channel is hexagonal wooden house, characterized in that fixed to the side of the circular circle by welding or coupling means . The method of claim 1, The other end of the support member is fitted to the c-type channel is fixed, coupled by the coupling means, the outer surface of the one end of the c-type channel is hexagonal wooden house, characterized in that fixed by the coupling means with respect to the upper surface of the pillar member. delete delete The method of claim 1, Hexagonal wooden house, characterized in that the flange circle provided between the circular circle and the support member is provided at a predetermined interval in the circumferential direction a plurality of support pieces formed round. The method of claim 6, The upper and lower ends of the support pieces are respectively welded to flanges having coupling holes formed at predetermined intervals, and the upper flange of the flange post is fixed and coupled to the bottom of the circular circle by a coupling means, and the lower flange Hexagonal wooden house, characterized in that the fixed, coupled by the coupling means with respect to the upper surface of the holding member.

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