JPH08319673A - Continuous ridge simple multi-face building - Google Patents

Abstract

PURPOSE: To contrive to reinforce mechanical structure at a low cost and secure water resistance by connecting a plurality of multi-face structural bodies with each other and installing a panel to a roof area and a wall surface area and mounting a door material on the side surface of an aggregate removed wall surface in such a fashion that the door may be opened and closed freely. CONSTITUTION: Two multi-plane structural bodies are installed side by side on a plurality of concrete foundations 18 so that they may be connected. In this case, a cross section-hexagonal aggregate material is fixedly installed on both sides of a connection frame to be fixed slantingly between a sill and a beam with a fastener so that they may be connected. For example, a substantially triangle-shaped hard flat-shaped panel 20, such as a sandwich type shiplap panel is mounted on a roof and wall surface. Then, a door member 21, which is a hinged door, is installed to the central front of a part of the wall surface on the side where the aggregates are removed one by one so that the door may be opened and closed freely. This construction makes it possible to adjust the balance between the body by joining the roof with the wall surface and increase the mechanical strength irrespective of light weight.

Description

Detailed Description of the Invention

[0001]

The present invention is used in, for example, emergency disaster or refugee relief houses, worksite simple buildings, horticultural houses, bungalows, stores, shops, offices, study rooms, warehouses, sheds, greenhouses, etc. It relates to a possible multi-story simple multi-sided building.

[0002]

2. Description of the Related Art Conventionally, tent houses, bungalows,
It is well known that many simple structures such as stalls that are easy to assemble and dismantle are in widespread use. This kind of simple structure uses a plurality of aggregates such as steel frames as its skeleton, and bolts are used as a means for joining the aggregates to each other.
The aggregate is directly joined with a nut, welded, or a joining means such as a special joining plate is used.

[0003]

By the way, in order to assemble a plurality of aggregates as a simple building as described above,
Joining with only bolts and nuts cannot improve the assembly accuracy, and the assembly is very complicated. In addition, in a simple building using a joining plate, it is difficult to position each aggregate by itself, and the assembly strength and strength as a simple building are low, and it is possible to use it in multiple rooms for multiple functions. Of course, it is difficult to construct a large and divided large-sized simple building, and there is a drawback such that the cost becomes high when trying to form such a large-sized simple building. Also, in simple structures such as tent houses, bungalows, and stalls, the mechanical strength is weak,
It is weak against wind and rain, and its use range is limited. In addition, there were drawbacks such as poor appearance and crime prevention.

[0004]

SUMMARY OF THE INVENTION A simple multi-storied building with multiple buildings according to the present invention has been made to solve the above-mentioned problems, and has an almost pentagonal base portion composed of an aggregate joining plate and an aggregate having a predetermined length. Forming a substantially pentagonal beam part on the base part by the aggregate-bonding plate and the aggregate having a predetermined length, and on the beam part, the aggregate-bonding plate and the aggregate having a predetermined length. And a roof portion is formed by and a plurality of triangles are alternately combined vertically between the base portion and the beam portion to form a wall surface portion, thereby forming a space portion inside, thereby forming a multi-sided structure. A plurality of the multi-sided structures are arranged side by side, connected to each other by connecting means, panels are attached to the roof portion and the wall surface portion, and a portion of the wall surface portion where the aggregate is partially removed is formed. The door member was attached to the surface so that it could be opened and closed. And wherein the door.

Further, in a simple multi-story building with multiple ridges, the aggregate-bonding plate has a substantially pentagonal flat portion in the center, and is formed by bending each side of the flat portion at a predetermined angle. The outer shape of the aggregate mounting groove with a width dimension that corresponds approximately to the width dimension of the hexagonal section cross section from the side,
An aggregate-bonding plate having a substantially pentagonal shape or a substantially circular shape and having an umbrella shape or a trapezoidal shape, and the through-holes are formed in flat portions formed by facing each other in the longitudinal direction of the top portion and the bottom portion. The inclined top surface portions are formed at both ends of the flat surface portion of the top portion, and vertical corner portions having a predetermined angle are formed to face each other.
The hexagonal cross-section aggregate having a predetermined length is fixedly provided with a bolt receiving member for attaching to the aggregate joining plate by screwing the bolt.

Further, in a simple multi-storied building with multiple buildings, an outer contact plate having a predetermined width and a predetermined length, in which a bolt receiving member to be inserted into the through hole from the top side of the hexagonal cross-section aggregate is fixed. A second bolt that is inserted into the through hole from the bottom side of the hexagonal section aggregate and is screwed into a female screw of a bolt receiving member fixed to the top of the hexagonal section aggregate. Is characterized by.

Further, in the simple multi-storied building with a continuous ridge, a predetermined width and a predetermined length in which a through hole for inserting the second bolt to be inserted into the through hole from the bottom side of the hexagonal cross section is formed. And an inner contact plate having

Further, in the multi-storied multi-storied building, a hexagonal cross-section aggregate is attached between the aggregate joint plate of the beam portion and the aggregate joint plate of the roof portion to form a plurality of triangles. And further, the hexagonal cross-section aggregate is attached between the aggregate joint plate of the beam portion and the aggregate joint plate of the base portion, and a plurality of triangles are alternately combined to form the triangle. A plurality of frames are attached radially between the hexagonal aggregates of each section,
It is characterized in that a plurality of triangles are formed and a panel having a substantially triangular shape is attached to each of these triangles.

Further, in the simple multi-storied building with multiple buildings, the bolt receiving member fixed to the outer contact plate is a taka nut or a cap nut. Further, in the multi-storied multi-storied building, the bolt receiving member fixed to the inner surface of the flat surface of the bottom of the hexagonal aggregate in cross section is a Taka nut.

[0010]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is an external front view showing a preferred embodiment of a multi-story multi-story building of the present invention, and FIG. 2 shows a state in which a door member of the multi-story multi-story building is opened. FIG. FIG. 3 is a rear perspective view of the simple multi-story building of the same building before the panel is attached. FIG. 4 is a schematic plan view showing a floor panel structure of the same multi-story simple multi-sided building.
FIG. 5 is a schematic explanatory view showing a main part of a connecting means of the same multi-story simple multi-sided building. FIG. 6 is a perspective view showing an example of an aggregate having a hexagonal cross section used for a simple multi-storied building of the same building. FIG. 7 is a schematic partial plan view showing an attachment state of an aggregate joining plate, a hexagonal cross-section aggregate and a panel of the same multi-story simple multi-sided building, and FIG. It is a schematic partial top view which shows a part. FIG. 9 is a schematic partial side view showing a state in which the hexagonal cross-section aggregate is attached to the aggregate-bonding plate of the simple multi-faced building in the same building. FIG. 10 is a sectional view showing an embodiment of a panel mounting structure of the same multi-story simple multi-sided building, and FIG. 11 is a partial plan view of the same.

A preferred embodiment of the multi-story building 100 of the present invention is a case where the multi-faced structure 17 described later is made into two multi-story buildings, which will be described with reference to the drawings. For example, an aggregate joining plate 10 made of steel, aluminum, plastics, etc. and a hexagonal aggregate 11 having a predetermined same length, for example, steel, aluminum, plastics, etc., having a hexagonal cross section form a substantially pentagonal shape. A base portion 12 is formed, and a substantially pentagonal beam portion 13 is formed on the base portion 12 by the aggregate joining plate 10 and the hexagonal aggregate 11 having a predetermined length, and on the beam portion 13. , The aggregate bonding plate 1
The roof portion 14 is formed of 0 and the hexagonal aggregate 11 having a predetermined length, and the wall portion 1 is formed by alternately combining a plurality of triangles between the base portion 12 and the beam portion 13 in the vertical direction.
5 is formed to form a multifaceted structure 17 having a space 16 formed therein.

The two multi-sided structures 17 are arranged in parallel on a plurality of concrete foundations 18 as shown in FIG. 3, and are connected to each other by connecting means 19 described later in the middle thereof. And, for example, a substantially flat hard-plane panel 20 such as a sandwich type eye-jelly panel (metal surface material + plastic foam 30 mm + hard decorative plywood).
Is attached to the roof portion 14 and the wall surface portion 15 by appropriate attachment means. In a part of the wall surface portion 15, a door member 21 made of a hinged door is openably and closably attached to the central front surface on the side where the aggregates 11 are removed one by one. Reference numeral 39 is a window attached to a part of the wall surface portion 15.

According to the two-story simple multi-faceted structure of this embodiment, the roof portion 14 and the wall portion 15 are united to provide an excellent balance of the machine body, and despite its light weight, the mechanical strength is large. Strong against wind and rain. In addition, large-scale simple multi-story buildings with low cost can be obtained, and the range of use of the buildings can be expanded.

As shown in FIGS. 3 and 5, the connecting means 19 is arranged between the two multi-faced structures 17 so that they can be connected to each other. That is, the connecting means 19 is configured as follows. Reference numeral 19a denotes a connecting frame of a predetermined length fixed obliquely between the base portion 12 and the beam portion 13. On both sides of the connecting frame 19a, a plurality of fasteners having the hexagonal cross-section aggregate 11 are provided. It is fixed by 19b.

In the connecting means 19 shown in FIG. 5, the aggregate joining plates 10 in the beam portions 13 of the two multi-faced structures 17 are fixed to the aggregate 11 having hexagonal cross sections by bolts. Although not shown, the base portion 12 is also similar to the connecting means 19 shown in FIG.
The aggregate-bonding plate 10 is fixed to the aggregate 11 having a hexagonal cross section by bolts.

Here, the multi-storied multi-storied building 10 of the present invention
One example of the aggregate joining plate 10 used in No. 0 will be described with reference to FIGS. 7 and 9. The aggregate-bonding plate 10 is formed integrally from a plate member made of metal, for example, by press molding. The outer shape is substantially pentagonal or circular.
In addition, a flat portion 10a having a substantially pentagonal through hole 22 that functions as a positioning hole is formed in the center portion thereof, and each flat portion 10a is bent at a predetermined angle from each side 10b to form the entire umbrella portion. Shaped or trapezoidal. Each side 10
From b, as shown in FIG.
The aggregate mounting grooves 10c each having a width substantially corresponding to the width are formed.

Between each of the aggregate mounting grooves 10c, substantially triangular ribs 10e are formed so as to protrude through a convex portion 10d for positioning the aggregate. These almost triangular ribs 1
By forming 0e, the aggregate-bonding plate 10 becomes rigid, and the overall structure of the aggregate-bonding plate 10 becomes solid. Further, bolt insertion holes 23 are respectively formed at substantially central portions of the aggregate mounting groove 10c, and bolt insertion holes 24 are also formed at each substantially triangular rib 10e.

Reference numeral 25 is a reinforcing rib formed on the side 10b of the flat portion 10a in the aggregate mounting groove 10c,
These are formed so as to project toward the inner surface of the umbrella, and reinforce the bent portion of each side 10b.

As shown in FIG. 6, the hexagonal cross-section aggregate 11 has a plurality of through-holes 2 in flat portions 26 and 27 which are formed to face each other in the longitudinal direction of the top portion 11a and the bottom portion 11b.
Nos. 8 and 29 are provided respectively, and inclined upper surface portions 26b are connected to both side ends 26a of the flat surface portion 26 of the apex portion 11a, and the apex angle portion 26c has a predetermined angle (90 degrees).
Bolts are formed to face each other, and a bolt receiving member 31 such as a Taka nut for fixing the first bolt 30 to the aggregate joint plate 10 is fixed to the inner surface 27a of the flat portion 27 of the bottom portion 11b. Has been done.

Reference numeral 32 designates, for example, a metal having a predetermined width and a predetermined length in which a bolt receiving member 33 such as a taka nut which is inserted into the through hole 28 from the side of the top portion 11a of the hexagonal-shaped aggregate 11 is fixed. It is the outer plate.
Sealing materials 32a for preventing infiltration of rainwater and the like are fixedly provided on both sides of the inner surface of the outer contact plate 32.

As the bolt receiving member 33, it goes without saying that, for example, a cap nut may be used instead of the Taka nut. When such a cap nut is used, even if there are some errors in the panel dimensions and the dimensions of the hexagonal cross-section aggregate 11, the planar panel 20 is corrected and the hexagonal cross-section aggregate 1 is corrected.
1 can be installed securely with a margin.

Reference numeral 34 is a second long bolt which is inserted into the through hole 29 from the bottom 11b side of the hexagonal cross-section aggregate 11 and is screwed into the female screw 33a of the bolt receiving member 33.

Reference numeral 35 designates a predetermined width and a predetermined length in which a through hole 36 for inserting the second bolt 34 for inserting into the through hole 29 is formed from the bottom 11b side of the hexagonal cross-section aggregate 11. It has an inner contact plate made of metal, for example. In addition, depending on the shape of the flat panel 20,
It goes without saying that this inner contact plate 35 may be unnecessary.

In the embodiment of the present invention, the flat panel 20 is interposed between the outer abutting plate 32 and the inner abutting plate 35, and the tops 11a of the adjacent hexagonal cross-section aggregates 11 are provided. The end portions 20a of the flat panel 20 are added to the end portions 26a of the flat portion 26, and are fixedly fixed in a flat state. The joint between the planar panels 20 adjacent to each other is closed by the outer contact plate 32. The flat panel 20 serves as a roof plate and an outer wall plate of the multi-storied multi-story building 100 according to the embodiment of the present invention.

According to the above-mentioned structure, the back side call-in type panel attaching means can be provided. That is, the second bolt 34 is inserted into the through hole 36 formed in the inner contact plate 35 and the through hole 29 formed in the bottom portion 11b of the hexagonal cross-section aggregate 11 and fixed to the outer contact plate 32. By being screwed into the female screw 33a of the bolt receiving member 33, the flat panel 20 is fixed between the outer contact plate 32 and the inner contact plate 35, and the hexagonal cross-section aggregate 11 can be surely secured. Mounted.

The hexagonal cross-section aggregate 11 has an inclined upper surface portion 26b between both side ends 26a of the flat surface portion 26 of the top portion 11a and both side ends 27b of the flat surface portion 27 of the bottom portion 11b.
And a vertex portion 26c having a predetermined angle is formed. The interior angles of the apex portions 26c facing each other are approximately 90 degrees. With such a structure, the mechanical structure of the aggregate 11 having a hexagonal cross-section becomes strong.

The interior of the aggregate 11 having a hexagonal cross section is a space 11c, and rainwater and the like are contained in the space 11c.
It will flow to c. Therefore, rainwater or the like is assembled by the plurality of aggregate-bonding plates 10 and the hexagonal cross-section aggregate 11 to form the two polyhedral structures 17 shown in FIG.
The interior of the simple multi-storied building 100 consisting of multiple buildings will not be flooded.

Reference numeral 37 designates apex caps which are respectively attached from above the respective outer abutting plates 32 located at the respective tops of the multi-story multi-story buildings. By providing the apex cap 37, it is possible to obtain an effect of preventing water from being flooded into a multi-story building with simple multi-story buildings and also an aesthetic effect.

According to such a structure, the assembly is quick, easy and reliable, the mechanical strength is large, the structure is strong against wind and rain, and the rain is well kept. In addition, dismantling and relocation can be done easily, and the range of application is expanded. Further, since the panel can be attached and fastened from the inside, the appearance and crime prevention are excellent. The cost is also low.

Next, the construction of the multi-story multi-story building of the present invention obtained by the aggregate joining plate 10, the hexagonal aggregate 11 having a predetermined length, and the panel 20 will be described.

First, as shown in the drawings, the plane portions 26, 2 are arranged in the longitudinal direction of the top portion 11a of the hexagonal cross-section aggregate 11 and the bottom portion 11b to which, for example, the Taka nut 31 is fixed.
7 are formed so as to face each other, and apex corner portions 26c having a predetermined angle are formed between both side ends 26a of the plane portion 26 of the top portion 11a and both side ends 27b of the plane portion 27 of the bottom portion 11b. An aggregate 11 having a hexagonal cross-section having a length, and an outer shape of a substantially pentagonal shape or a substantially circular shape, and having a substantially pentagonal flat portion 10a at the center, and the flat portion 10a.
Each side 10b is formed by bending the side 10b at a predetermined angle, and each side 10b has an umbrella shape or a trapezoidal shape in which an aggregate mounting groove 10c having a width dimension substantially corresponding to the width dimension of the hexagonal section aggregate 11 is formed. By using the aggregate-bonding plate 10, the first nut 30 is screwed to the Taka nut 31 from the inside of the aggregate-bonding plate 10, so that each hexagonal-shaped aggregate 11 has the aggregate-bonding plate 10 Are fastened to each other via.

Therefore, a plurality of the hexagonal cross-section aggregates 11 are provided.
As shown in FIG. 3, the substantially pentagonal beam portion 13 and the substantially pentagonal base portion 12 are assembled by fastening the aggregate joining plate 10 with the aggregate joining plate 10, and the roof portion 14 is assembled on the beam portion 13, Further, a hexagonal cross-section aggregate 11 for wall surfaces is positioned and similarly fixed in the aggregate attachment groove 10c of the aggregate joint plate 10, and the beam portion 13 and the base portion 1
A plurality of triangles are alternately combined with each other to form a wall surface portion 15, and a space portion 16 is formed therein to assemble a multi-faced structure 17 of a simple multi-story building with multiple buildings. 18
Is a plurality of concrete foundations appropriately arranged in the center and the outer periphery, and the base portion 12 is installed on these concrete foundations 18.

Two polyhedral structures 17 having the above-mentioned structure
Are connected and fastened to each other by connecting means 19 on a plurality of concrete foundations 18. After that, the flat panel 20 is securely attached to the roof portion 14 and the wall surface portion 15 from the inside by the above-mentioned back side call-in type panel attachment means.

In the floor portion of the multi-storied multi-storied building shown in FIG. 4, the pentagonal base portion 12 formed of the aggregate 11 having the hexagonal cross-section has the opposing aggregate-bonding plate 1
A plurality of triangles are formed by the frames 38 radially attached between 0 and the hexagonal section aggregate 11 and the hexagonal section aggregate 11. A substantially triangular floor panel 20b is attached to each of these triangles.

Further, the door member 2 is provided above the floor surface between the two multi-sided structures 17 on the central front side of the simple multi-sided building.
1, a floor panel 20c having a substantially triangular shape is attached below the door member 21. In addition, two multi-sided structures 1 on the back side of the simple multi-sided building
A floor panel 20d having a substantially triangular shape is attached to the floor surface between 7 and 7.

Further, the flat panel 20 is surely attached from the inside by the back side call-in type panel attaching means as shown in FIG. 10, for example, in the continuous multi-story building 100 shown in FIGS. 1 and 2. . That is, this panel mounting means is as follows. First, each flat panel 20 is pressed against the inclined upper surface portions 26b, 26b of the hexagonal cross-section aggregate 11 respectively, and the outer contact plate 32 is fixed to the outer contact plate 32 from above the flat panel 20. A bolt receiving member 33 made of, for example, a Taka nut is inserted into the through hole 28 and covered.

Then, the long shaft bolt 36 is attached to the inner contact plate 3
Through-hole 36 of 5 and through-hole 2 of aggregate 11 with hexagonal cross section
9 and then screwed into the female screw 33a of the bolt receiving member 33 of the outer contact plate 32.
0 is the aggregate joining plate 10 and the hexagonal cross-section aggregate 1
In the multi-sided structure 17 composed of 1 and
Firmly attached. Therefore, the flat panel 20 is
Securely installed from the inside. In this example,
Although the present invention is applied to a two-story simple multi-sided building, it is needless to say that it may be applied to a multi-story simple multi-sided building other than this.

[0038]

EFFECTS OF THE INVENTION Since the multi-story multi-story building of the present invention is constructed as described above, the mechanical strength of the multi-story multi-story building, which is relatively large, is large in spite of its light weight. Strong against wind and rain, no rainwater inundation. It is easy to assemble and the number of assembly steps is small. Moreover, dismantling and relocation are easy, the scope of use is expanded, and the cost is low. Further, there is an effect that the panel is assembled and attached quickly from the back side, surely and easily. In addition, since the panel is assembled from the back side, there are effects such as excellent aesthetics and crime prevention.

[Brief description of drawings]

FIG. 1 is an external front view showing a preferred embodiment of a simple multi-storied multi-story building of the present invention.

FIG. 2 is an external front view showing a state in which a door member is opened in the same multi-story simple multi-sided building.

FIG. 3 is a rear perspective view of the same multi-story simple multi-sided building before the panel is attached.

FIG. 4 is a schematic plan view showing a floor panel structure of the same multi-storied simple multi-sided building.

FIG. 5 is a schematic explanatory view showing a main part of a connecting unit of the same multi-story simple multi-sided building.

FIG. 6 is a perspective view showing an example of an aggregate having a hexagonal cross-section used for a simple multi-storied building in the same building.

FIG. 7 is a schematic partial plan view showing a state where the aggregate joint plate, the hexagonal cross-section aggregate and the panel of the simple multi-storied building in the same building are attached.

FIG. 8 is a schematic partial plan view showing the main part of the simple multi-storied building of the same building.

FIG. 9 is a schematic partial side view showing a state in which the hexagonal cross-section aggregate is attached to the aggregate-bonding plate of the simple multi-storied building in the same building.

FIG. 10 is a cross-sectional view showing an example of a panel mounting structure for a simple multi-storied building of the same building.

FIG. 11 is a partial plan view of the same.

[Explanation of symbols]

 10 Aggregate joining plate 10a Flat part 10b Side 10c Aggregate mounting groove 10d Convex for positioning aggregate 10e Triangular rib 11 Cross section hexagonal aggregate 11a Top 11b Bottom 12 Base part 13 Beam part 14 Roof part 15 Wall part 16 Space part 17 Multi-sided structure 18 Concrete foundation 19 Coupling means 19a Coupling frame 19b Fastener 20 Planar panel 20a Edge part of the planar panel 20 20b Floor panel 20c Front side floor panel 20d Rear side floor panel 21 Door member 22 Through hole 23 Bolt insertion hole 24 Bolt insertion hole 25 Reinforcing rib 26 Plane portion 26a Both side ends of the plane portion 26 26b Inclined upper surface portion 26c Vertical corner portion 27 Plane portion 27a Inner surface of the plane portion 27b Both ends of the plane portion 27 28 Through hole 29 Through hole 30 1st bolt 31 Bolt receiving member 32 Outer side contact plate 32 a seal material 33 bolt receiving member 33a female screw of the bolt receiving member 33 34 second bolt 35 inner contact plate 36 through hole 37 vertex cap 38 floor frame 39 window 100 simple multi-story building

Continued Front Page (72) Inventor Shigeo Nakazato 3-12-2 Nihonbashi, Chuo-ku, Tokyo Toho Seat Frame Co., Ltd.

Claims (7)

[Claims] 1. A substantially pentagonal base portion is formed by an aggregate-bonding plate and a predetermined length of aggregate, and a substantially pentagonal beam is formed on the base portion by the aggregate-bonding plate and the predetermined length of aggregate. And a roof part is formed on the beam part by the aggregate-bonding plate and the aggregate having a predetermined length, and a plurality of triangles are vertically and alternately combined between the base part and the beam part. To form a space portion inside, thereby forming a multi-sided structure, and a plurality of the multi-sided structures are arranged side by side and connected to each other by a connecting means to form the roof part. And attach the panel to the wall surface,
On the surface of the wall surface where the aggregate has been partially removed,
A simple multi-faceted multi-story building with the door members attached so that it can be opened and closed. 2. The simple multi-storied building with multiple buildings according to claim 1, wherein the aggregate-bonding plate has a substantially pentagonal flat portion at the center, and is formed at a predetermined angle from each side of the flat portion. Formed by bending, and each side has an aggregate mounting groove with a width dimension that roughly corresponds to the width dimension of the aggregate with a hexagonal cross section. And a through-hole is formed in each of the flat portions formed on the top portion and the bottom portion in the longitudinal direction of the top portion and the bottom portion opposite to each other, and the inclined upper surface portions are formed on both side ends of the flat portion of the top portion. And a top angle portion having a predetermined angle are formed to face each other, and a bolt receiving member for attaching to the aggregate joining plate by screwing a first bolt into the inner surface of the flat portion of the bottom portion. A fixed cross-section with a predetermined length Row simple polygonal structures, characterized in that the shape aggregate. 3. The simple multi-storied building with multiple ridges according to claim 2, further comprising a bolt receiving member fixedly inserted into the through hole from the top side of the hexagonal cross-section aggregate. An outer contact plate having a length and a hexagonal cross-section aggregate from the bottom side thereof are inserted into the through holes and screwed into a female screw of a bolt receiving member fixed to the top of the hexagonal cross-section aggregate. A simple multi-story building with a multi-story structure that is equipped with two bolts. 4. The multi-storied multi-storied building according to claim 3, further comprising a through hole for inserting the second bolt to be inserted into the through hole from the bottom side of the hexagonal cross-section aggregate. A multi-story building with a simple multi-story structure, which is provided with an inner face plate having a predetermined width and a predetermined length. 5. The simple multi-storied building with multiple buildings according to any one of claims 1 to 4, further comprising a hexagonal cross section between the aggregate joint plate of the beam portion and the aggregate joint plate of the top portion of the roof portion. Attach aggregates to form multiple triangles,
Further, between the aggregate-bonding plate of the beam portion and the aggregate-bonding plate of the base portion, the aggregate having a hexagonal cross-section is attached, and a plurality of triangles are formed by alternately combining the triangles vertically.
Between the hexagonal cross-section aggregates of the base portion, a plurality of frames are radially attached to form a plurality of triangles, and a substantially triangular panel is attached to each of the triangles. A simple multi-storied structure that connects multiple buildings. 6. The multi-storied multi-story building according to any one of claims 2 to 5, further comprising a bolt receiving member fixed to the outer contact plate.
A simple multi-faceted multi-story structure that uses taka nuts or cap nuts. 7. The simple multi-storied building with multiple buildings according to any one of claims 2 to 6, wherein the bolt receiving member fixed to the inner surface of the flat surface of the bottom of the hexagonal section aggregate is a Taka nut. A simple multi-sided building with multiple buildings.