TWI759243B - The structure of the honeycomb building - Google Patents

Abstract

This creation is about the structure of a honeycomb-shaped building. It mainly uses the concept of modular production and design. First, the walls are mass-produced in the factory and then shipped to the construction site for assembly. The assembly process mainly assembles the three-wall body first. Each wall body respectively extends a connecting piece whose outer contour is a regular hexagon. Through the overlapping of the connecting pieces, the first through holes of the connecting pieces can be communicated to form a through hole, and then a plug is inserted into the through hole to form a through hole. For the three-wall body to form a connection, and the included angle between the two adjacent walls is 120 ^. . Then, a large number of connected walls are used to hoist, and then connected and assembled with other walls as described above. In this way, the honeycomb-shaped building can be completed by repeated operations. The advantages of this creation are: with the concept of modular design, it can quickly and massively build houses to provide residents with occupancy, so this creation is quite suitable for the government to use as a community house to provide people with fast and affordable housing; or when disasters come. Provide plenty of living space to accommodate disaster victims.

Description

The structure of the honeycomb building

The present invention relates to a structure of a building body, especially a structure of a honeycomb-shaped building body.

Confined to the increasing cost of land in Taiwan, it is difficult for more and more young people to buy a house, which in turn leads to various social problems. In order to alleviate this problem, the government began to launch social housing, hoping to provide people with lower-than-market houses to buy and live in.

However, during the construction of general buildings, a considerable amount of manpower, material resources, and time must be used to complete the buildings bit by bit from bottom to top, so that the completion speed and output of social housing cannot effectively meet the needs of the public. Especially with the rise of the new crown pneumonia, manpower is even more tight, which further deepens the difficulty of social housing to quickly and effectively supply people's needs.

Therefore, the creator began to think about how to build and complete buildings in large quantities and quickly to provide the government as social housing and sell them to people in need. Therefore, the author began to think hard about the way to solve the above problems.

In view of the deficiencies described in the prior art, the author provides a solution, which is related to the structure of a honeycomb building, including: a plurality of adjacent honeycomb cells to jointly define a honeycomb building body , each honeycomb body is covered with a wall on the front and back sides, so that the honeycomb body and the two walls together define a living space, and a door is arranged on one of the walls; each honeycomb body includes a plurality of walls , along the opposite side edges of each wall body are respectively provided with a plurality of connecting pieces at intervals, the outer contour of each connecting piece is a regular hexagon and a first A through hole, the position of the connecting pieces of each wall body is dislocated, the connecting pieces of at least one edge of the two wall bodies are overlapped with each other to form a connection, the first through holes are connected to define a through hole, and a plug is inserted into the through hole. A hole; a fixing component includes two fixing walls standing on the ground and adjacent to the left and right sides of the honeycomb-shaped building body.

In this creation, the wall is mass-produced through modular design. Through the interconnection and assembly of the walls, a honeycomb-shaped building body with a plurality of honeycomb cells is formed. During production, the wall and the fixed wall are first mass-produced in the factory, and then each wall and the fixed wall are transported to the construction site. When assembling, the fixed wall is first placed on the ground, and then part of the wall and the fixed wall are placed on the ground. After the fixed walls are connected, the three walls are connected by a large sling and then hoisted to the construction site, and the three walls are connected with other fixed walls. In the connection process, the fixing components are finally used to fix them so that each third wall is fixed. After a through hole is connected in sequence, the plug body is inserted into the through hole, and the honeycomb-shaped body can be completed by repeated construction. In this way, the project can be quickly established and completed for living in the actual implementation. Therefore, this creation is very suitable for the government to use as a community residence, providing people with fast and affordable housing, or when a disaster strikes, this creation can be used quickly. And a lot of living space is provided for the victims to use.

(1): Honeycomb

(1A): Honeycomb Lattice

(12): Wall

(12A): Wall

(12B): Wall

(12C): Wall

(13): Connector

(131): first perforation

(14): Through hole

(15): plug body

(16): V-groove

(17): Regular Hexagonal Cylinder

(171): Second Perforation

(2): Honeycomb building body

(21): The first honeycomb body row

(211): First Hive

(22): The second honeycomb body row

(221): Second Hive

(23): The third honeycomb body row

(24): The fourth honeycomb body row

(3): Fixed components

(31): fixed wall

(32): The first strip wall

(33): Second strip wall

(34): top wall

(35): Elevator Unit

(36): Stair unit

The first picture is a schematic diagram of the front view of the honeycomb-shaped building in this creation

The second picture is a schematic diagram of the rear view of the honeycomb-shaped building in this creation

The third picture is the schematic diagram of the honeycomb-shaped building body of this creation

The fourth picture is a schematic diagram of the second adjacent honeycomb in this creation

The fifth picture is a schematic diagram of the connection between the two walls of this creation

The sixth picture is a schematic diagram of the decomposition of the second wall of this creation

The seventh picture is a schematic diagram of the three-wall connection in this creation

The eighth picture is a schematic diagram of the three-wall decomposition of this creation

The structure, features and embodiments of the present invention will be described below with the aid of the drawings, so as to make your examiners have a further understanding of the present invention.

Please refer to the first figure, this creation is about the structure of a honeycomb-shaped building, including: a plurality of adjacent honeycomb cells (1): this creation is made by stacking a plurality of honeycomb cells (1) to jointly define As shown in Figure 3, in conjunction with the honeycomb-shaped building body (2) shown in Figure 1, each honeycomb body (1) is covered with a wall on the front and back sides, so that the honeycomb body (1) and the two walls can be jointly defined. A living space is created, so that each honeycomb body (1) can be used by residents. Please refer to the fourth figure, each honeycomb body (1) is mainly composed of six walls (12), and each honeycomb body (1) shares the same wall (12) with the adjacent honeycomb body (1A). 12A), when the two honeycomb cells (1, 1A) are adjacent to each other, some of the walls (12B) form two-walls connected to each other, and some of the walls (12C) are connected to each other by three-walls.

Please refer to Fig. 5 in conjunction with Fig. 6, when the two walls (12) are connected to each other, a plurality of connecting pieces (13) are respectively spaced along two opposite side edges of each wall (12). 13) The outer contour is a regular hexagon and a first through hole (131) is drilled in the center. The position of the connecting piece (13) of each wall body (12) forms a dislocation, and at least one edge of the two wall bodies (12) is connected to each other. The parts (13) are superimposed on each other to form a connection. After the connection, the first through holes (131) communicate with each other to define a through hole (14), and a plug (15) is inserted into the through hole (14). To form a connected state of the two walls (12), it is worth noting that in order to form a better honeycomb structure, the angle between the two walls (12) is preferably 120°. In addition, after the plug body (15) is inserted into the through hole (14), it is preferable to fill the through hole (14) with a filler such as epoxy resin, so that the plug body (15) and the through hole (14) ) can be more tightly bridled, for example, those that can be used for tighter bridging between the plug body (15) and the through hole (14) are the fillers referred to in this specification; in addition, when the fillers are rings In the case of epoxy resins, the elastic properties of the epoxy resins can also be used, which can effectively disperse and transmit external forces to the plug body (15) and the through hole (14) (such as the force generated on the building body when an earthquake occurs. force).

In addition, in order to make the connection between the two wall bodies (12) more stable, along the opposite sides of each wall body (12) The edge is preferably recessed inward to form a V-shaped groove (16), and the angle of the V-shaped groove (16) is 120°, and the connecting pieces (13) are arranged at intervals along the V-shaped groove (16), Each connecting piece (13) is overlapped with each other so that the corners of each connecting piece (13) are accommodated in the V-shaped groove (16). Through the V-shaped groove (16), the rotation of each connecting piece (13) is limited, so as to form a more stable connection between the two walls (12), and through the V-shaped groove (16) The angle is 120°, and at the same time, the outer contour of each connecting piece (13) is a regular hexagon, so that when the relevant staff is assembling the wall body (12), they can judge whether the two wall bodies (12) are visually 120°. It can be seen from the above that the present invention utilizes the characteristic that the outer contour of each connecting piece (13) is a regular hexagon, so that each wall body (12) is not easy to rotate and is more stable when connected, and then cooperates with the V-shaped groove (16) to The rotation of each connecting piece (12) further produces a limit, which further makes the combination between the wall bodies (12) more stable and not easy to rotate.

It should be noted here that in order to be able to quickly mass produce and assemble, the present invention will be designed and manufactured modularly, so the distance between the adjacent two connecting pieces (13) of each wall (12) will be increased. , so that the connecting pieces (13) of the other two wall bodies (12) can be embedded in the space, so as to form a state in which the three wall bodies are connected to each other as shown in the seventh and eighth figures. In this embodiment, three kinds of connecting pieces (13) are formed in the wall (12) where the positions intersect with each other. Therefore, when only two walls (12) are connected to each other, there is a lack of a connecting piece (13). , so that the two walls (12) cannot form a connection. Therefore, in this creation, a plurality of regular hexagonal cylinders (17) are used as substitutes for the connecting piece (13). The second through holes (18), in this way, the regular hexagonal cylinder (17) will be filled at the time distance between the two walls (12) when they are connected to each other. At this time, the first through holes (131) and the second through holes (171) are common Defining the through hole (14) and then inserting the through hole (14) through the plug body (15) can also form a stable connection.

In addition, in order to make each wall body (12) more stable, the prestressed concrete first-pulling method is adopted to strengthen the structural strength of the whole wall body (12).

A fixed assembly (3):

Please refer to the first figure and the second figure, the fixing assembly (3) includes two fixing walls (31) standing on the ground and adjacent to the left and right sides of the honeycomb-shaped building body (2), so as to make the honeycomb shape The building body (2) is more stable. In addition, as shown in the figure, the leftmost and rightmost honeycomb cells (1) of the honeycomb-shaped building body (2) are mostly formed by connecting two walls (12) to each other. The connection between the two fixed walls (31) is relatively stable, and each regular hexagonal cylinder (17) is preferably arranged inside each fixed wall (31) for the two walls (12) and the fixed wall (31) A solid connection is formed through each regular hexagonal cylinder (17).

It is worth noting here that, in order to make the honeycomb-shaped building body (2) more stably arranged on the ground, the present creation additionally uses equipment such as corridors, stairs, and elevators as part of the fixing component (3). The implementation is as follows: :

1. The fixing assembly (3) includes a first strip wall (32) and a second strip wall (33):

The honeycomb-shaped building body (2) comprises a first honeycomb lattice row (21) and a second honeycomb lattice body row (22), and the first honeycomb lattice body row (21) includes a plurality of first honeycomb lattices arranged horizontally at intervals The honeycomb lattice body (211), the second honeycomb lattice body row (22) includes a plurality of second honeycomb lattice bodies (221) arranged horizontally at intervals, and each second honeycomb lattice body (221) is respectively erected on two adjacent first honeycomb lattices (221) The outer side walls of the honeycomb cells (211) are adjacent to each other; the doors of the first honeycomb cells (211) are respectively arranged on the front side, and the doors of the second honeycomb cells (221) are respectively arranged on the rear side; the fixing The component (3) comprises the first strip-shaped wall (32) and the second strip-shaped wall (33), and the first strip-shaped wall (32) spans between the first honeycomb cells (211). The front edge of the bottom wall is used to form a first passageway, and the second strip-shaped wall body (33) is straddling the rear edge of the bottom wall of each of the second honeycomb cells (221) to form a second passageway.

In this way, the first strip-shaped wall body (32) and the second strip-shaped wall body (33) not only serve as walkways, but also have the function of stabilizing the front and rear sides of the honeycomb-shaped building body (2). . It is also worth mentioning that, as shown in the first figure, the honeycomb-shaped building body (2) has the first honeycomb grid row (21), the second honeycomb grid row (22), The third honeycomb lattice row (23), the fourth honeycomb lattice body row (24), etc., the doors of the odd honeycomb lattice body row (21, 23) face the same side, as shown in the first figure, preferably all Facing the front, as for the doors of the double-numbered honeycomb lattice body rows (22, 24), they are also facing the same direction, preferably facing the rear as shown in the second figure. In this way, each of the honeycomb cells (1) can provide people to live in. In addition, during the implementation of this creation, the adjacent two honeycomb cells (1) can also be The adjacent walls (12) are opened up and a staircase is added, so that the occupants can move and live between the two adjacent honeycomb cells (1).

2. The fixing assembly (3) includes a top wall (34):

Please refer to the first and second figures, the top wall (34) is covered on the top of the honeycomb-shaped building body (2), and the left and right side edges of the top wall (34) are respectively connected to the fixed walls (31). ) top edge. In this way, the two fixed wall bodies (31) can stand on the ground more stably, so as to jointly clamp and fix the honeycomb-shaped building body (2) from left to right.

3. The fixed assembly (3) includes an elevator unit (35):

Different from the general high-rise building where the elevator unit is arranged inside the building body, this creation specially arranges the elevator unit (35) outside the honeycomb building body (2), except that the honeycomb building body (2) can be arranged inside In addition to providing sufficient space for residents to live in, at the same time, two elevator units (35) can be placed on the front and rear sides of the honeycomb-shaped building body (2), and the first strip-shaped wall body (32), the second strip-shaped wall body (32), the second The wall (33) and the top wall (34) are respectively connected to the corresponding elevator units (35), so that each elevator unit (35) also forms a part of the fixing assembly (3) to provide the honeycomb-shaped building The stabilization effect of the front and rear clamping of the main body (2). In addition, the drawings of this specification present a schematic representation of the elevator unit (35) comprising an elevator shaft.

4. The fixing assembly (3) includes a staircase unit (36):

As mentioned in the above three and above, the fixing component (3) preferably includes two stair units (36), each stair unit (36) stands on the front and rear sides of the honeycomb building body (2), and the first The strip-shaped wall body (32), the second strip-shaped wall body (33), and the top wall (34) are respectively connected to the corresponding elevator units (36). Similarly, the stair unit (36) can be used as a part of the fixed component (3), in addition to originally providing the movement of the residents up and down the floor, to further clamp the honeycomb-shaped building body (2) back and forth, so as to further Improve overall stability. In addition, as shown in the first and second figures, two elevator units (35) and a stair unit (36) are preferably arranged on the front and rear sides of the honeycomb-shaped building body (2) at intervals, and the stair unit (36) ) is located between the two elevator units (35).

From the above description, it can be seen that the present creation is further through the setting of the fixed component (3), and the bee All sides of the honeycomb-shaped building body (2) are stabilized and covered, so that the honeycomb-shaped building body (2) of the present invention can be stably arranged on the ground.

During the production of this creation, the wall body (12) was first mass-produced by means of modular design, production, and production, and then the wall body (12) and the fixing components (3) were transported to the construction site, first at least After a fixed wall body (3) is erected on the ground, a part of the wall body (12) is then connected with the fixed wall body (3), and the connection method is the same as that described above and will not be repeated here, and then the three wall bodies (12) are connected. ) After the connection is formed as shown in Figure 7, the connected three-wall body (12) is hoisted by a large hanging machine, and then transported to the connected wall body (12) for connection. It is worth noting here that, when the suspended three-wall body (12) is connected with the already-connected wall body (12), it is better to fix the two through the fixing unit first, so that each A through hole (131) is communicated with each other to form the through hole (14) to facilitate the insertion of the plug body (15). In this way, the construction is continuously repeated, and finally, the remaining fixing components (3) are used to fix each face of the honeycomb-shaped building body (2), and then the entire building construction can be completed.

Because this creation uses the concept of modular design and production, the building can be produced in large quantities and quickly. It can not only provide the government with a large number of affordable social housing, but also provide manufacturers as employee housing, or when disasters come. A large amount of space can be quickly provided to accommodate disaster victims.

To sum up, the present invention is indeed in line with industrial applicability, and has not been seen in publications or publicly used before the application, nor has it been known to the public, and it is non-obvious and complies with the requirements for patentability, and a patent application can be filed in accordance with the law . However, the above statement is a preferred embodiment of the present invention in the industry, and all the equivalent changes made according to the scope of the patent application of the present invention are all within the scope of the subject matter of this case.

(1): Honeycomb

(2): Honeycomb building body

(3): Fixed components

(31): fixed wall

(32): The first strip wall

(34): top wall

(35): Elevator Unit

(36): Stair unit

Claims (7)

A structure of a honeycomb-shaped building body, comprising: a plurality of adjacent honeycomb lattice bodies to jointly define a honeycomb-shaped building body, and each honeycomb lattice body is covered with a wall on the front and rear sides, so that the honeycomb lattice body and the two walls are covered with a wall. The bodies together define a living space, and one of the walls is provided with a door; each honeycomb body includes a plurality of walls, and a plurality of connecting pieces are respectively arranged along the opposite side edges of each wall body, and the outer contour of each connecting piece is It is a regular hexagon and has a first through hole in the center. The positions of the connecting pieces of each wall body are dislocated. At least the connecting pieces of one edge of the two wall bodies are superimposed on each other to form a connection, and the first through holes are connected to define a consistent A bolt body is inserted into the through hole; a fixing component includes two fixed wall bodies erected on the ground and adjacent to the left and right sides of the honeycomb building body; wherein along the opposite side edges of each wall body are recessed inward to form a V-shaped grooves, and the angle of the V-shaped grooves is 120°, the connecting elements are arranged at intervals along the V-shaped grooves, and the connecting elements overlap each other so that the corners of the connecting elements are accommodated in the V-shaped grooves In the groove; a plurality of regular hexagonal cylinders are arranged therein, and a second through hole is respectively pierced through the shaft portion of each regular hexagonal cylinder; a connecting member of a different wall body and the regular hexagonal cylinder are stacked between the adjacent two connecting members of each wall body body, or a connecting piece of two different wall bodies is stacked between two adjacent connecting pieces of each wall body, and each first through hole and second through hole jointly define the through hole, and the included angle between any two wall bodies is 120° . According to the structure of the honeycomb-shaped building body described in item 1 of the scope of the patent application, each regular hexagonal column body is respectively arranged on each fixed wall body, and the connecting member and the regular hexagonal column body are stacked between two adjacent connecting members of each wall body, So that each fixed wall is adjacent to the left and right sides of the honeycomb-shaped building body. The structure of the honeycomb building body according to the claim 2, wherein the honeycomb building body comprises a first honeycomb lattice body row and a second honeycomb lattice body row, and the first honeycomb lattice body row comprises a plurality of spaced apart The first honeycomb lattice body arranged horizontally, the second honeycomb lattice body row includes a plurality of spaced horizontal The second honeycomb cells are arranged, each of the second honeycomb cells is respectively erected on the outer sidewalls of the adjacent two first honeycomb cells to form a connection; The doors of the cells are respectively arranged on the rear side; the fixing component includes a first strip wall and a second strip wall, and the first strip wall spans the bottom walls of the first honeycomb cells The front edge is used to form a first passage, and the second strip-shaped wall is straddling the rear edge of the bottom wall of each of the second honeycomb cells to form a second passage. The structure of the honeycomb building body according to claim 3, wherein the fixing element comprises a top wall and is covered on the top of the honeycomb building body, and the left and right side edges of the top wall are respectively connected to the top edges of the fixed wall bodies. . The structure of the honeycomb building body according to item 4 of the scope of the application, wherein the fixing component comprises two elevator units, each elevator unit is erected on the front and rear sides of the honeycomb building body, and the first strip-shaped wall, The second strip-shaped wall and the top wall are respectively connected to corresponding elevator units. The structure of the honeycomb building body according to the claim 5, wherein the fixing component includes two stair units, each stair unit stands on the front and rear sides of the honeycomb building body, and the first strip-shaped wall, the The second strip-shaped wall and the top wall are respectively connected to the corresponding elevator units. The structure of the honeycomb-shaped building body according to claim 6, wherein the plug body and the through hole are filled with a filler.

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