CN213359527U - Two-layer isolation cabin combined structure of aluminum alloy square cabin - Google Patents
Two-layer isolation cabin combined structure of aluminum alloy square cabin Download PDFInfo
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- CN213359527U CN213359527U CN202021967108.5U CN202021967108U CN213359527U CN 213359527 U CN213359527 U CN 213359527U CN 202021967108 U CN202021967108 U CN 202021967108U CN 213359527 U CN213359527 U CN 213359527U
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Abstract
The utility model relates to a two-layer isolation cabin integrated configuration of aluminum alloy shelter, upper and lower two-layer isolation cabin structure comprises one deck house girt, two layers of house floorbar, one deck house connecting plate, two layers of house connecting plates, aluminium extrusion section, PLASTIC LAMINATED and aluminium wallboard. A toilet drain hole is arranged above the bottom beam of the two-layer house on one side of the toilet and is connected with a drainage system through a water pipe. The fireproof plate positioned outside the bottom beam of the second-layer house on one side of the door is connected with the vertically arranged fireproof plate and the outdoor aluminum wallboard through the connecting section bar. The first-layer house connecting plate and the second-layer house connecting plate are arranged between the first-layer house ring beam and the second-layer house bottom beam, and the first-layer house connecting plate and the second-layer house connecting plate are fixed on the aluminum extruded section and connected through bolts. When the house is spliced, the two house beams are arranged side by side, the fireproof plates are packaged, and the aluminum wall plates are installed. The utility model discloses can build fast at the job site and assemble, improve the building efficiency of construction.
Description
Technical Field
The utility model relates to an aluminum alloy housing construction, in particular to two-layer isolation cabin integrated configuration of aluminum alloy shelter.
Background
The existing aluminum alloy building is generally of a single-layer structure, is easy to build and is convenient to put into use as soon as possible. Recently, in order to prevent pneumonia such as cross infection of novel coronavirus pneumonia (COVID-19), some shelter hospitals are built in succession from place to place, and common metal materials and plates and adaptive structural modes are adopted to achieve the purposes of rapid construction and rapid application.
Because the aluminum alloy material is a renewable material, the aluminum alloy house building can be disassembled in time after being used, most of the disassembled aluminum alloy material is recycled, the generated wastes are few, the resources can be saved, and the production and use costs are reduced. Therefore, the technical personnel in the field are dedicated to research and develop the aluminum alloy house for the shelter hospital, so that the aluminum alloy house can be quickly built and put into use in the construction site in the areas where the shelter hospital is urgently needed to be built, and meanwhile, the production and use cost is reduced.
Disclosure of Invention
The utility model aims at providing a two-layer isolation cabin integrated configuration of aluminum alloy shelter adopts two-layer aluminum alloy building structure, and the single room of several that every layer set up is kept apart each other, prevents pneumonia virus cross infection, can build fast at the job site of building shelter hospital and assemble, and quick the use of coming into operation reduces production and use cost simultaneously.
The technical solution of the utility model is as follows:
a two-layer isolation cabin combined structure of an aluminum alloy shelter is characterized in that a house structure is composed of upright posts, bottom beams, cross beams, a roof and wall plate members, and the upper and lower two-layer isolation cabin structure is composed of a first-layer house ring beam, a second-layer house bottom beam, a first-layer house connecting plate, a second-layer house connecting plate, an aluminum extruded section, a fireproof plate and an aluminum wall plate;
the fireproof plate is packaged outside the first floor of the house girth beam, the fireproof plate is horizontally arranged along the bottom edge of the first floor of the house girth beam in an extending mode, the heat insulation cotton is arranged on the fireproof plate and fixed through the iron U groove, the ceiling is arranged below the fireproof plate, and the indoor space is arranged below the ceiling; a fireproof plate and heat insulation cotton are vertically arranged below the bottom edge of the first floor of the house girth beam, the heat insulation cotton is fixed by an iron U-shaped groove, the fireproof plate is vertically arranged below the outer edge of the first floor of the house girth beam, and an aluminum wallboard is arranged outdoors outside the fireproof plate;
the outer surface of the bottom beam of the second-layer house, which is positioned at one side of the toilet, is packaged with a fireproof plate, the fireproof plate is horizontally arranged along the bottom edge of the bottom beam of the second-layer house in an extending manner, the fireproof plate and heat insulation cotton are vertically arranged on the top edge of the bottom beam of the second-layer house, the inner side of the fireproof plate is the toilet of a room with a second-layer isolation cabin, the fireproof plate outside the bottom beam of the second-layer house is connected with the fireproof plate vertically arranged through a connecting section bar, and an aluminum wall plate is arranged outside the; a toilet drain hole is arranged above the bottom beam of the second-floor house and is connected with a drainage system through a water pipe;
the outer surface of the bottom beam of the second-layer house, which is positioned on one side of the door, is packaged with a fireproof plate, the fireproof plate is horizontally extended along the bottom edge of the bottom beam of the second-layer house, the top edge of the bottom beam of the second-layer house is connected with the fireproof plate which is vertically arranged through a connecting piece, the fireproof plate outside the bottom beam of the second-layer house is connected with the fireproof plate which is vertically arranged through a connecting section bar, and an aluminum wallboard is arranged outside the fireproof plate;
the first-layer house connecting plate and the second-layer house connecting plate are arranged between the first-layer house ring beam and the second-layer house bottom beam, and are fixed on the aluminum extruded section and connected through bolts;
when the house is spliced, the two house beams are arranged side by side and are packaged with the fireproof plates, the aluminum wall plates are arranged outside the fireproof plates, T-shaped sections are respectively arranged in the middles of the fireproof plates and the aluminum wall plates outside the two house beams, and the fastening bolts penetrate through the aluminum corners, the rubber pads, the aluminum wall plates and the fireproof plates and are fixed on the outer sides of the house beams.
The connecting section bar of the bottom beam of the two-layer house is fixed on the fireproof plate by screws.
The splice between the outdoor aluminum wallboard and the fireproof plate is coated with waterproof glue.
Waterproof glue is coated between the toilet drain hole and the aluminum wallboard and the fireproof plate which are arranged outdoors.
And the joint of the T-shaped section and the fastening bolt is coated with fireproof glue.
The utility model discloses a two-layer isolation cabin integrated configuration of aluminum alloy shelter adopts two-layer aluminum alloy building structure, and upper and lower two-layer sets up the single isolation cabin room of several of mutual isolation, prevents pneumonia virus cross infection, can be used to build the shelter hospital.
The aluminum alloy material used by the two-layer isolation cabin combined structure of the aluminum alloy square cabin is manufactured by adopting an aluminum alloy extrusion one-step forming process, and the manufacturing and processing are all finished in a factory according to requirements, so that secondary cutting and cutting are not needed on site; the building can be quickly built and assembled on a construction site, and all components can be quickly connected and installed, so that the building construction efficiency is improved, and the building can be quickly put into use after being built. The construction site environment is safe, clean and tidy, building waste is not generated, the construction standard of green buildings is completely met, and meanwhile, the production and use cost is reduced.
The utility model discloses a two-layer isolation cabin integrated configuration of aluminum alloy shelter is aluminium alloy material that can regenerate after dismantling, and the aluminium alloy material rate of recovery who pulls down reaches more than 92%, and produced wastes material is few to resources are saved, reduce cost accords with energy-conservation, environmental protection, low carbon, the emission reduction regulation of country to the building project.
Drawings
Fig. 1 is an upper and lower two-layer structure schematic diagram of a two-layer isolation cabin combined structure of an aluminum alloy square cabin of the utility model.
Fig. 2 is a schematic view of the upper and lower layers of the two-layer isolation cabin combined structure of the aluminum alloy shelter of the present invention, which are located on one side of the toilet.
Fig. 3 is a schematic view of the upper and lower layers of the two-layer isolation cabin combined structure of the aluminum alloy shelter of the present invention located on one side of the door.
Fig. 4 is a sectional view a-a of fig. 3, showing a building splicing structure.
Reference numerals:
3 is an aluminum wall plate, 5 is a toilet, 6 is a window type air conditioner, 7 is a door, 13 is a toilet drain hole, 16 is a first-layer house ring beam, 17 is a second-layer house bottom beam, 18 is a first-layer house connecting plate, 19 is a second-layer house connecting plate, 20 is waterproof glue, 21 is a fireproof plate, 25 is an iron U-shaped groove, 30 is heat-preservation cotton, 31 is a ceiling, 32 is a connecting section bar, 33 is a screw, 34 is a T-shaped section bar, 35 is a fastening bolt, 36 is a rubber pad, 37 is an aluminum angle, 38 is fireproof glue, and 39 is a connecting piece.
Detailed Description
The present invention will be described in detail with reference to the accompanying drawings and examples.
Referring to fig. 1 to 4, the utility model provides a two-layer isolation cabin integrated configuration of aluminum alloy shelter comprises stand, floorbar, crossbeam, roofing, wallboard component house structure, two-layer mutual isolation's single isolation cabin room about setting up in the aluminum alloy shelter, and every layer of isolation cabin room can be connected side by a plurality of rooms such as two or three or four and constitute. Each of the insulated cabins is provided with a door 7, a window, a toilet 5, a window type air conditioner 6 and the like.
The upper and lower two-storey isolation cabin structure consists of a first-storey house gird 16, a second-storey house bottom beam 17, a first-storey house connecting plate 18, a second-storey house connecting plate 19, an aluminum extruded section, a fireproof plate 21 and an aluminum wallboard 3.
As shown in fig. 2 and 3, the fire protection plate 21 is wrapped around the floor of the house girt 16. A fireproof plate 21 extends horizontally along the bottom edge of the floor room gird 16, insulation cotton 30 is arranged on the fireproof plate 21 and is fixed by an iron U groove 25, a ceiling 31 is arranged below the fireproof plate 21, and a room is arranged below the ceiling 31. A fireproof plate 21 and heat insulation cotton 30 are vertically arranged below the bottom edge of the first floor of the house gird 16, and the heat insulation cotton 30 is fixed by an iron U-shaped groove 25. The fireproof plate 21 is vertically arranged below the outer edge of the floor building gird 16, and the aluminum wall plate 3 is arranged outside the fireproof plate 21.
As shown in fig. 2, the outer surface of the sill 17 of the two-story building on the side of the toilet 5 is wrapped with a fire-proof plate 21. And a fireproof plate 21 horizontally extends along the bottom edge of the bottom beam 17 of the two-storey house. A fireproof plate 21 and heat insulation cotton 30 are vertically arranged on the top edge of the bottom beam 17 of the two-layer house, and the inner side of the fireproof plate 21 is provided with a bathroom 5 of a two-layer isolation cabin room. The fire-proof plate 21 outside the bottom beam 17 of the two-storey house is connected with the vertically arranged fire-proof plate 21 through a connecting section bar 32, and the outside of the fire-proof plate 21 is provided with an outdoor aluminum wall plate 3. A toilet drain hole 13 is arranged above the bottom beam 17 of the second-floor house, and the toilet drain hole 13 is connected with a drainage system through a water pipe.
As shown in fig. 3, the outer surface of the sill 17 of the second floor house on the side of the door 7 is wrapped with a fire-proof plate 21. And a fireproof plate 21 horizontally extends along the bottom edge of the bottom beam 17 of the two-storey house. The top edge of the bottom beam 17 of the second floor house is connected with the fire-proof plate 21 which is vertically arranged through a connecting piece 39. The fire-proof plate 21 outside the bottom beam 17 of the two-storey house is connected with the vertically arranged fire-proof plate 21 through a connecting section bar 32, and the outside of the fire-proof plate 21 is provided with an outdoor aluminum wall plate 3.
As shown in fig. 2 and 3, the first-floor room connecting plate 18 and the second-floor room connecting plate 19 are provided between the first-floor room ring beam 16 and the second-floor room bottom beam 17, and the first-floor room connecting plate 18 and the second-floor room connecting plate 19 are fixed to the aluminum extruded section and connected by bolts.
As shown in figure 4, when the house is spliced, two house cross beams are arranged side by side and wrap the fireproof plate 21, and the aluminum wall plate 3 is arranged outside the fireproof plate 21. T-shaped sections 34 are respectively arranged between the fireproof plate 21 and the aluminum wall plate 3 on the outer sides of the two house cross beams, and two fastening bolts 35 respectively penetrate through the aluminum corners 37, the rubber pads 36, the aluminum wall plate 3 and the fireproof plate 21 and are fixed on the outer sides of the house cross beams.
The connecting section bar 32 of the bottom beam 17 of the two-storey house is fixed on the fireproof plate 21 by a screw 33. Waterproof glue 20 is applied to the place where the splice is formed between the aluminum wall panel 3 and the fire-proof panel 21 provided outdoors. The waterproof glue 20 is also coated between the toilet drain hole 13 and the aluminum wall panel 3 and the fire prevention panel 21 disposed outdoors. The joint of the T-profile 34 and the fastening bolt 35 is also coated with a fire-retardant glue 38.
To sum up, the utility model discloses a two-layer isolation cabin integrated configuration of aluminum alloy shelter adopts two-layer aluminum alloy building structure, and upper and lower two-layer sets up the single isolation cabin room of several of mutual isolation, prevents pneumonia virus cross infection, can be used to build the shelter hospital. The utility model discloses an aluminum alloy square cabin's the used aluminum alloy material of two-layer isolation cabin integrated configuration adopts aluminum alloy extrusion one shot forming technology to make, and manufacturing process all accomplishes according to the requirement in the mill, can build fast at the job site and assemble, connects each component of installation sooner, improves building efficiency of construction, can drop into use fast after building.
Of course, those skilled in the art should recognize that the above-described embodiments are merely illustrative of the present invention and are not intended to be limiting, and that changes, modifications, etc. to the above-described embodiments are intended to fall within the scope of the appended claims, provided they fall within the true spirit of the present invention.
Claims (5)
1. The utility model provides a two-layer isolation cabin integrated configuration of aluminum alloy shelter, comprises stand, floorbar, crossbeam, roofing, wallboard component house structure, its characterized in that: the upper and lower two-layer isolation cabin structure consists of a first-layer house ring beam (16), a second-layer house bottom beam (17), a first-layer house connecting plate (18), a second-layer house connecting plate (19), an aluminum extruded section, a fireproof plate (21) and an aluminum wallboard (3);
a fireproof plate is packaged outside the first floor of the house girth beam (16), the fireproof plate is horizontally arranged along the bottom edge of the first floor of the house girth beam (16) in an extending mode, heat insulation cotton (30) is arranged on the fireproof plate and fixed through an iron U-shaped groove (25), a ceiling (31) is arranged below the fireproof plate, and an indoor space is arranged below the ceiling (31); a fireproof plate and heat-insulation cotton (30) are vertically arranged below the bottom edge of the first floor of the house girth beam (16), the heat-insulation cotton (30) is fixed by an iron U-shaped groove (25), the fireproof plate is vertically arranged below the outer edge of the first floor of the house girth beam (16), and an outdoor aluminum wallboard (3) is arranged outside the fireproof plate;
the outer surface of one side of the bathroom (5) of the bottom beam (17) of the two-layer house is packaged with a fireproof plate, the fireproof plate is horizontally extended along the bottom edge of the bottom beam (17) of the two-layer house, the fireproof plate and heat insulation cotton (30) are vertically arranged on the top edge of the bottom beam (17) of the two-layer house, the bathroom (5) of a two-layer isolation cabin room is arranged on the inner side of the fireproof plate, the fireproof plate outside the bottom beam (17) of the two-layer house is connected with the fireproof plate vertically arranged through a connecting section bar (32), and an aluminum wall plate (3) is arranged outside the fireproof plate; a toilet drain hole (13) is arranged above the bottom beam (17) of the two-layer house, and the toilet drain hole (13) is connected with a drainage system through a water pipe;
the outer surface of the bottom beam (17) of the second-layer house, which is positioned at one side of the door (7), is packaged with a fireproof plate, the fireproof plate is horizontally extended and arranged along the bottom edge of the bottom beam (17) of the second-layer house, the top edge of the bottom beam (17) of the second-layer house is connected with the fireproof plate which is vertically arranged through a connecting piece (39), the fireproof plate outside the bottom beam (17) of the second-layer house is connected with the fireproof plate which is vertically arranged through a connecting section bar (32), and an aluminum wall plate (3) is arranged outside the fireproof plate;
the first-layer house connecting plate (18) and the second-layer house connecting plate (19) are arranged between the first-layer house ring beam (16) and the second-layer house bottom beam (17), and the first-layer house connecting plate (18) and the second-layer house connecting plate (19) are fixed on the aluminum extruded section and connected through bolts;
when the house is spliced, the two house beams are arranged side by side and are packaged with the fireproof plates, the aluminum wall plates (3) are arranged outside the fireproof plates, T-shaped sections (34) are respectively arranged in the middles of the fireproof plates and the aluminum wall plates (3) on the outer sides of the two house beams, and the fastening bolts (35) penetrate through the aluminum corners (37), the rubber pads (36), the aluminum wall plates (3) and the fireproof plates and are fixed on the outer sides of the house beams.
2. The two-layer isolation cabin combination structure of the aluminum alloy shelter of claim 1, wherein: the connecting section bar (32) of the bottom beam (17) of the two-storey house is fixed on the fireproof plate by a screw (33).
3. The two-layer isolation cabin combination structure of the aluminum alloy shelter of claim 1, wherein: the joint between the outdoor aluminum wallboard (3) and the fireproof plate is coated with waterproof glue (20).
4. The two-layer isolation cabin combination structure of the aluminum alloy shelter of claim 1, wherein: waterproof glue (20) is coated between the toilet drain hole (13) and the aluminum wall plate (3) and the fireproof plate which are arranged outdoors.
5. The two-layer isolation cabin combination structure of the aluminum alloy shelter of claim 1, wherein: the joint of the T-shaped section bar (34) and the fastening bolt (35) is coated with fireproof glue (38).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021967108.5U CN213359527U (en) | 2020-09-11 | 2020-09-11 | Two-layer isolation cabin combined structure of aluminum alloy square cabin |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021967108.5U CN213359527U (en) | 2020-09-11 | 2020-09-11 | Two-layer isolation cabin combined structure of aluminum alloy square cabin |
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| Publication Number | Publication Date |
|---|---|
| CN213359527U true CN213359527U (en) | 2021-06-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021967108.5U Active CN213359527U (en) | 2020-09-11 | 2020-09-11 | Two-layer isolation cabin combined structure of aluminum alloy square cabin |
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| Country | Link |
|---|---|
| CN (1) | CN213359527U (en) |
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- 2020-09-11 CN CN202021967108.5U patent/CN213359527U/en active Active
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