CN205976164U - Integrated configuration of prefabricated sound insulation floor of modularization and upper portion wallboard - Google Patents
Integrated configuration of prefabricated sound insulation floor of modularization and upper portion wallboard Download PDFInfo
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- CN205976164U CN205976164U CN201620489968.XU CN201620489968U CN205976164U CN 205976164 U CN205976164 U CN 205976164U CN 201620489968 U CN201620489968 U CN 201620489968U CN 205976164 U CN205976164 U CN 205976164U
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Abstract
The utility model provides an integrated configuration of prefabricated sound insulation floor of modularization and upper portion wallboard which constitutes including prefabricated sound insulation floor of modularization and upper portion wallboard, the prefabricated sound insulation floor of modularization, it is constituteed including frame roof beam, inboard joist, flange joist, edge closing board, frame roof beam reinforcing plate, edge closing board reinforcing plate, tip stull, inboard stull, sound insulating material baffle, floor bottom plate, vent, floor roof and nail, the prefabricated sound insulation floor of modularization, its upper portion wallboard is formed including side fascia and interior wallboard, the beneficial effects of the utility model are that the installation operation is showing to be simplified, and assembly speed is fast, can adopt the set assembling of greater part article, and the industrialization degree is higher, and economic effects is good, and has avoided environmental pollution. Especially, with the embedded inside to the board of sound insulating layer, reduced a large amount of site operations, through the series structure, made it have good atress performance.
Description
Technical field
The invention belongs to technical field of buildings is and in particular to the combining of a kind of prefabricated acoustical insulation floor of modularity and top wallboard
Structure.
Background technology
According to statistics, building industry consumes about 50% energy on the earth, 42% water resource, 50% material and 48%
Arable land.Cause disruption of ecological balance, create the whole world 24% air pollution, 50% greenhouse effect, 40% pollution of waterhead and
50% Chlorofluorocarbons (CFCs) etc..
Green building is curbed environmental pollution in China, energy-saving and emission-reduction, play vital work in terms of industry restructuring
With.Past, China was in terms of Development of Green Building, an emphasis steel construction and xoncrete structure and have ignored timber structure green building.
Steel, cement, plastics non-renewable unsustainable property clearly.Now developed country have been recognized that Wood construction and
Using the building materials of agricultural wastes processing, it is the correct direction of building industry sustainable development, but department of the Chinese government and society
All circles can also there are a lot of mistaken ideas for the extensive application of new Wood construction.
For this reason, it is necessary to carry out systematic research and development for timber structure green building and its industrialization, so that China is built and produce
Industry really realizes the green, capable of circulation, sustainable of overall process.
Content of the invention
It is an object of the invention to provide a kind of use time length, environmental protection, the modularity prefabricated sound insulation building that can be recycled
In addition plate and the combinative structure of top wallboard, need not arrange sound insulating layer, reduce a large amount of field operations, ensure manufacturing procedure letter simultaneously
Single, more ensure that it has good stress performance.
To achieve these goals, the technical solution used in the present invention is：
The combinative structure of a kind of prefabricated acoustical insulation floor of modularity and top wallboard, its composition includes modularity prefabricated sound insulation building
Plate and its top wallboard；
A kind of prefabricated acoustical insulation floor of modularity, its composition includes frame beam, joist, edges of boards joist, banded plate, frame in plate
Beam reinforcing plate, banded plate reinforcing plate, end stull, stull, sound insulating material baffle plate, bay floor, vent, flooring top board in plate
And nail；
Be left and right directions parallel to joist direction, vertical joist direction is above-below direction, is divided into 2 class gussets, upper right and
Lower-left gusset, upper left and bottom right gusset；
Frame beam, edges of boards joist are mutually parallel with joist in plate, and frame beam and edges of boards joist are respectively placed in upper and lower ends
Outermost, therebetween for joist in plate, in plate, the spacing of joist is equal；
Frame beam is equal with the spacing of joist in plate with the spacing of joist in plate, now, joist 1-2 and edges of boards joist in plate
Gap ratio plate in joist the little 38 ~ 40mm of spacing；
Little 38 ~ the 40mm of spacing of joist in the gap ratio plate of joist in frame beam and plate, now, in plate, joist and edges of boards are put
The spacing of grid is equal with the spacing of joist in plate；
In frame beam, plate, joist, edges of boards joist, frame beam reinforcing plate are concordant at one end, and banded plate penetrated by end nail, and each is even
Contact nail quantity is 2 ~ 4；Shorter than joist in plate in the length of other end frame beam, edges of boards joist, frame beam reinforcing plate
40mm ~ 93mm,
It is respectively provided with frame beam reinforcing plate and banded plate reinforcing plate in the outside of frame beam and banded plate；
The stull of some ends is set between joist in frame beam, plate, and end stull is preferentially uniformly distributed, and and frame
In beam, plate, joist is preferentially connected using nail；
Pay the utmost attention between joist and edges of boards joist between joist and in plate in plate lay plate in stull, in plate stull with
In plate, joist and edges of boards joist are preferentially connected using nail；
In frame beam, plate, joist, the left and right two ends of edges of boards joist are respectively provided with sound insulating material baffle plate, sound insulating material baffle plate
Mutually vertical with three, and apart from banded plate 1-450 ~ 109mm, in the plate of opposite side the edge of joist be 89mm ~
185mm；
In frame beam, plate joist, edges of boards joist, frame beam reinforcing plate, end stull, the both sides of stull are followed closely respectively in plate
Penetrate flooring top board and bay floor, the seam up and down of flooring top board and bay floor is located at joist in plate, and adjacent with left and right
The seam of flooring top board and bay floor staggers, and the flooring top board of correspondence position and the seam of bay floor stagger；Flooring top
Plate and bay floor upper and lower ends are flushed with the outward flange of edges of boards joist and frame beam reinforcing plate respectively, left and right respectively with sound insulation material
Material baffle plate alignment；
In frame beam, plate joist, edges of boards joist, end stull, stull in plate, sound insulating material baffle plate, bay floor and
Filling sound insulating material in the lattice cavity in flooring top board besieged city；
Frame beam reinforcing plate, the outward flange of banded plate reinforcing plate open up vent, and the vent in frame beam reinforcing plate passes through
Logical bay floor and flooring top board, the vent insertion whole banded plate reinforcing plate of banded plate reinforcing plate.
Described frame beam and frame beam reinforcing plate length and be of uniform thickness, thickness is 38mm ~ 50mm, and frame depth of beam is
180 ~ 300, preferentially adopt 184mm, 185mm, 235mm, 284mm, 285mm, the aspect ratio frame beam of frame beam reinforcing plate is low
30mm ~ 60mm, highly for 140mm ~ 250mm, preferentially adopts 140mm, 184mm, 185mm, 235mm, the two top is concordant；On side
The outside of grid beam reinforcing plate opens up vent, vent perpendicular to frame beam reinforcing plate and insertion, the depth of vent be 10mm ~
19mm, for being inwardly recessed 135 ° ~ 180 ° of circular arc, circular arc and frame beam reinforcing plate plane are connected as the circular arc that radius is 2 ~ 5mm,
The spacing of vent is 300mm ~ 610mm, preferential using using 300 mm, 305mm, 400 mm, 406mm, 490mm, 500 mm,
600mm and 610mm, the two preferential employing follows closely connection；Frame beam can be substituted using one piece of plank with frame beam reinforcing plate, and thickness is excellent
First adopt 89mm, 90mm, in outside base angle fluting, the depth-first of groove adopts 38mm and 40mm, high-priority adopt 30mm ~
50mm；Open up vent in outside, vent insertion from the bottom to top, the depth of vent is 10mm ~ 19mm, for being inwardly recessed
135 ° ~ 180 ° of circular arc, circular arc and frame beam reinforcing plate plane are connected as the circular arc that radius is 2 ~ 5mm, and the spacing of vent is
300mm ~ 610mm, preferentially using using 300 mm, 305mm, 400 mm, 406mm, 490mm, 500 mm, 600mm and 610mm；
In frame beam, plate, joist, edges of boards joist and frame beam reinforcing plate are all arranged in parallel, concordant in right-hand member, arrange edge sealing
Plate, in frame beam, plate, joist, edges of boards joist and frame beam reinforcing plate are all preferentially connected using nail with the connected mode of banded plate,
Each link position applies nail 2 ~ 4；
The right side of banded plate, setting banded plate reinforcing plate, the low 30mm ~ 60mm of aspect ratio frame beam of banded plate reinforcing plate,
It is highly 140mm ~ 250mm, preferentially adopts 140mm, 184mm, 185mm, 235mm, the two top is concordant；In banded plate reinforcing plate
Outside open up vent, by vertical banded plate reinforcing plate and insertion, the depth of vent is 10mm ~ 19mm to vent, be to
Interior recessed 135 ° ~ 180 ° of circular arc, circular arc and banded plate reinforcing plate plane are connected as the circular arc that radius is 2 ~ 5mm, vent
Spacing is 300mm ~ 610mm, preferential using using 300 mm, 305mm, 400 mm, 406mm, 490mm, 500 mm, 600mm and
610mm, the two preferential employing follows closely connection.
Described flooring top board and bay floor preferentially adopt OSB plate, and the thickness of bay floor is 6mm ~ 15mm, flooring top board
Thickness be 15mm ~ 18mm.
The prefabricated acoustical insulation floor of described modularity, its top wallboard composition includes Side fascia and lining, described Side fascia
Positioned at the banded plate end of the prefabricated acoustical insulation floor of modularity and frame beam-ends bottom, lining is located at the prefabricated acoustical insulation floor of modularity
Interface end；
As shown in Fig. 2 the right-hand member of the prefabricated acoustical insulation floor of described modularity is banded plate end, upper end is frame beam-ends, left end
For interface end, lower end is edges of boards edges of boards joist end；
The composition of described Side fascia include between modularity prefabricated thermal insulation load-bearing wall panel, nail, back timber connecting plate, plate connector and
Anticorrosive wood or floorboard；The composition of described modularity prefabricated thermal insulation load-bearing wall panel includes upper strata raising-plate, lower floor's raising-plate, edges of boards
Wall column, bottom girder plate, indoor wall panel, plasterboard install batten, outdoor wall surface plate, the interior insulation material, wall column in plate, logical filled out
Air port, hole for hoist；
Two vertical edges of boards wall columns and one block of bottom girder plate and one piece of lower floor's raising-plate surround a rectangular frame, bottom girder
Plate and lower floor's raising-plate all extend the two ends of plate, and two edges of boards wall columns are located between bottom girder plate and lower floor's raising-plate, bottom girder plate
It is connected using nail with two edges of boards wall columns, nail vertically hammers into edges of boards wall column by bottom girder plate, and each junction point applies nail number
Amount 3 ~ 5, and arrange for a row and uniformly, lower floor's raising-plate is connected using nail with two edges of boards wall columns, and nail is by back timber
Plate vertically hammers into edges of boards wall column, and each junction point applies nail quantity 3 ~ 5, and arranges for a row and uniformly；
When modularity prefabricated thermal insulation load-bearing wall panel length is less than or equal to wall column normal pitch L standard in 3 times of plates, it is not provided with
Upper strata raising-plate, when modularity prefabricated thermal insulation load-bearing wall panel length is more than wall column normal pitch L standard in 3 times of plates, in lower floor
The top of raising-plate preferentially arranges upper strata raising-plate, and the length of upper strata raising-plate is shorter than the length of lower floor raising-plate 2.5 ~ 4.5 times
Plate in wall column normal pitch L standard, upper strata raising-plate is connected using nail with lower floor raising-plate, at the two ends of upper strata raising-plate
Respectively apply nail one group, this two groups nail between apply nail one to multiple group, group number be no less than across plate in wall column quantity, every group nail
In-line is evenly distributed, and in-line is 2 ~ 4 with arranging vertical, fixed quantity；
Lay wall column in plurality of plates between edges of boards wall column, wherein respectively have wall column in one block of plate to be close to edges of boards respectively
Wall column, this two edges of boards wall columns are all connected using nail with lower floor raising-plate, edges of boards wall column and bottom girder plate, nail respectively by
The outer face of edges of boards wall column vertically hammers into, nail packet, every group of prioritizing selection two, the equal level of line of nail；This two
In plate between wall column in individual plate, wall column is point-blank and prioritizing selection is uniformly distributed, and nail is respectively by lower floor's back timber
Plate top surface, bottom girder plate plane perpendicular hammer into wall column in plate, two nails of each junction point prioritizing selection；In plate wall column it
Between fill insulation material, in wall column and insulation material in plate outside all flush；
In plate, wall column and the indoor side of insulation material cover indoor wall panel, and its thickness is 9 ~ 15mm, preferentially adopts
With 9mm, indoor wall panel four end respectively reaches inside the framework that lower floor's raising-plate, edges of boards wall column and bottom girder plate are constituted, indoor
Shingle nail is connected using nail with wall column in plate, and in the two boards being close to edges of boards wall column, wall column and plate are directly using the company of nail
Connect, in remaining plate, wall column correspondence position is set up plasterboard and installed batten, batten thickness is 10 ~ 38mm, width and plate interior wall bone
The thickness of post is equal, vertically applies nail in plasterboard installation batten and hammers into wall column in indoor wall panel and plate；Plasterboard installs wood
Bar is flushed side side indoors with upper strata raising-plate, lower floor's raising-plate, edges of boards wall column, bottom girder plate；
In plate, wall column and the outdoor side of insulation material cover outdoor wall surface plate, and its thickness is 6 ~ 12mm, preferentially adopts
With 6mm, outdoor wall surface plate four end respectively reaches inside the framework that lower floor's raising-plate, edges of boards wall column and bottom girder plate are constituted, outdoor
Shingle nail is connected using nail with wall column in all plates, vertically applies nail and hammers into wall column in plate；The outer surface of outdoor wall surface plate away from
It is 20-40mm from upper strata raising-plate, lower floor's raising-plate, edges of boards wall column, bottom girder plate with a distance from an outdoor side surface, preferentially adopt
Use 38mm；
Open up vent in the outdoor side of upper strata raising-plate, lower floor's raising-plate and bottom girder plate, vent is right from the bottom to top
Neat and insertion, respectively arranges one between wall column in plate, is respectively positioned on the center line of wall column in plate；
In the overlapping part of upper strata raising-plate, lower floor's raising-plate, when there is no upper strata raising-plate, respectively away from two ends be four
At 1/1 mono- to three, and the indoor side positioned at indoor wall panel, the outdoor side of outdoor wall surface plate opens up 4 liftings
Hole.
Described upper strata raising-plate, lower floor's raising-plate and the thickness of edges of boards wall column and width are all equal, thickness be 38 ~
89mm, prioritizing selection 38mm, width is 140 ~ 286mm, prioritizing selection 184mm；
In described plate, wall column thickness is 38 ~ 89mm, prioritizing selection 38mm, and width is 89 ~ 185mm, prioritizing selection 89mm；
Described indoor wall panel preferentially adopts load-bearing OSB plate, and described outdoor wall surface plate preferentially adopts OSB plate；
Described vent is that the outdoor side of upper strata raising-plate, lower floor's raising-plate and bottom girder plate is inwardly recessed 135 ° ~ 180 °
Circular arc, outdoor one side plane of circular arc and raising-plate, lower floor's raising-plate and bottom girder plate is connected as the circular arc that radius is 2 ~ 5mm.
The composing method of described Side fascia is：Two panels modularity prefabricated thermal insulation load-bearing wall panel is placed in anticorrosive wood or flooring
Plate, and be close to side by side and line up in-line, the bottom girder plate of modularity prefabricated thermal insulation load-bearing wall panel is connected with anticorrosive wood or floorboard to be adopted
Connected with nail, nail is preferentially using being uniformly distributed, and is respectively positioned on indoor wall panel and the outside of outdoor wall surface plate, respectively applies nail one
Row；
The edges of boards wall column of modularity prefabricated thermal insulation load-bearing wall panel adopts connector between plate to connect, and between plate, connector is preferentially adopted
Connected with nail, nail is preferentially using being uniformly distributed, and is respectively positioned on indoor wall panel and the outside of outdoor wall surface plate, respectively applies nail one
Row；
Using back timber connecting plate in the connection of the top of two blocks of modularity prefabricated thermal insulation load-bearing wall panels, back timber connecting plate and both sides
Upper strata raising-plate be close to, and apply each row of nail, 3 ~ 5 pieces of every nail at two ends, preferentially nail applied using one-tenth in middle nail, preferentially
Nail is applied in plate at wall column.
Described lining is preferential to be adopted and Side fascia identical version, and wherein interior insulation material of filling out replaces with sound insulation material
Material.
Its method of attachment with upper wall body of the prefabricated acoustical insulation floor of described modularity is：
In frame beam-ends, the outward flange of Side fascia is alignd with the outward flange of frame beam reinforcing plate；
At banded plate end, the outward flange of Side fascia is alignd with the outward flange of banded plate reinforcing plate, the inward flange of Side fascia with
Sound insulating material baffle plate outward flange aligns；
In interface end, the both sides of lining respectively with joist end in the plate of the interface end of the prefabricated acoustical insulation floor of modularity and
Sound insulating material baffle plate outward flange aligns；
The prefabricated acoustical insulation floor of modularity is preferentially connected using nail in banded plate end, frame beam-ends and interface end and inside and outside wall board
Connect；
In frame beam-ends, Side fascia is preferentially connected using nail with the prefabricated acoustical insulation floor of modularity, outer in outdoor wall surface plate
Side, bottom girder plate is connected with frame beam reinforcing plate and flooring top board, applies nail quantity 3 ~ 6, metope indoors between two vents
The indoor side of plate, bottom girder plate is connected with flooring top board, applies nail quantity preferentially using equal with the outside of outdoor wall surface plate；
At banded plate end, Side fascia is preferentially connected using nail with the prefabricated acoustical insulation floor of modularity, outer in outdoor wall surface plate
Side, bottom girder plate is connected with banded plate reinforcing plate and flooring top board, applies nail quantity 3 ~ 6, metope indoors between two vents
The indoor side of plate, bottom girder plate is connected with flooring top board, and preferentially employing is equal with the outside of outdoor wall surface plate to apply nail quantity, and
Nail is all applied at joist in each plate；
In interface end, bottom girder plate is preferentially connected using nail with joist, edges of boards joist in plate, in the two sides of lining each
Row, is preferentially evenly arranged, and in each plate joist, all apply nail at edges of boards joist.
Described sound insulating material adopts Plant fiber, vegetable fibre board, mineral wool, glass cotton, foam plasticss, felt, mineral wool to inhale
Sound plate, glass cotton acoustic board, softboard, sponge or latex block.
Compared with prior art, the invention has the beneficial effects as follows installation operation significantly simplifies, assembling speed is fast, can adopt
Big component general assembly, industrialization degree is higher, good economical benefit, and avoids environmental pollution.Especially sound insulating layer is embedded into
The inside of plate, decreases a large amount of field operations, is constructed by series so as to have good stress performance.
Brief description
To the modularity in the present invention, the combinative structure of prefabricated acoustical insulation floor and top wallboard is made into one below in conjunction with the accompanying drawings
Step explanation：
Fig. 1 is the schematic top plan view of the prefabricated acoustical insulation floor of modularity of the present invention and top wallboard connecting node；
Fig. 2 is the schematic side view of the prefabricated acoustical insulation floor of modularity of the present invention and top wallboard connecting node；
Fig. 3 is schematic top plan view before modularity of the present invention prefabricated acoustical insulation floor cladding boards；
Fig. 4 is schematic top plan view after modularity of the present invention prefabricated acoustical insulation floor cladding boards；
Fig. 5 is modularity of the present invention prefabricated acoustical insulation floor cladding boards rear side viewing schematic diagram；
Fig. 6 is the prefabricated acoustical insulation floor of modularity of the present invention and top wallboard connecting node and its construction method and its construction side
The indoor side schematic elevation view of method；
Fig. 7 is the A-A generalized section of Fig. 6；
Fig. 8 is the B-B generalized section of Fig. 6；
Fig. 9 is the schematic top plan view of the prefabricated acoustical insulation floor of modularity of the present invention and top wallboard and attaching method thereof；
Figure 10 is the schematic top plan view of the prefabricated acoustical insulation floor of modularity of the present invention and top wallboard and attaching method thereof；
Figure 11 is that the outdoor side of the prefabricated acoustical insulation floor of modularity of the present invention and top wallboard and attaching method thereof is faced and shown
It is intended to；
Figure 12 is the C-C generalized section of Figure 11；
Figure 13 is the in-line wall room of the prefabricated acoustical insulation floor of two pieces of modularitys of the present invention and top wallboard and attaching method thereof
Interior side schematic elevation view；
Figure 14 is the D-D generalized section of Figure 13；
Figure 15 bows for the in-line wall of the prefabricated acoustical insulation floor of two pieces of modularitys of the present invention and top wallboard and attaching method thereof
Depending on schematic diagram；
Figure 16 is the in-line wall room of the prefabricated acoustical insulation floor of two pieces of modularitys of the present invention and top wallboard and attaching method thereof
Outer side schematic elevation view；
In figure：1 is the prefabricated acoustical insulation floor of modularity；1-1 is frame beam；1-2 is joist in plate；1-3 is edges of boards joist；1-
4 is banded plate；1-5 is frame beam reinforcing plate；1-6 is banded plate reinforcing plate；1-7 is end stull；1-8 is stull in plate；1-9
For sound insulating material baffle plate；1-10 is bay floor；1-11 is vent；1-12 is flooring top board；1-13 is nail；2 is wallboard；2-
1 is upper strata raising-plate；2-2 is lower floor's raising-plate；2-3 is edges of boards wall column；2-4 is bottom girder plate；2-5 is indoor wall panel；2-6
For plasterboard, batten is installed；2-7 is outdoor wall surface plate；2-8 fills out insulation material for interior；2-9 is wall column in plate；2-10 is ventilation
Mouthful；2-11 is hole for hoist；2-12 is nail；2-13 is back timber connecting plate；2-14 is connector between plate；2-15 is anticorrosive wood or flooring
Plate.
Specific embodiment
In order to further illustrate the present invention, below in conjunction with the accompanying drawings and the embodiment prefabricated sound insulation of modularity that the present invention is provided
Floor is described in detail with the combinative structure of top wallboard, but they can not be interpreted as the limit to the scope of the present invention
Fixed.
As illustrated in figs. 1-16, the prefabricated acoustical insulation floor of a kind of modularity, its composition include frame beam 1-1, joist 1-2 in plate,
Stull 1- in edges of boards joist 1-3, banded plate 1-4, frame beam reinforcing plate 1-5, banded plate reinforcing plate 1-6, end stull 1-7, plate
8th, sound insulating material baffle plate 1-9, bay floor 1-10, vent 1-11, flooring top board 1-12 and nail 1-13；
Be left and right directions parallel to joist direction, vertical joist direction is above-below direction, is divided into 2 class gussets, upper right and
Lower-left gusset, upper left and bottom right gusset；
Frame beam 1-1, edges of boards joist 1-3 are mutually parallel with joist 1-2 in plate, and frame beam 1-1 and edges of boards joist 1-3 divide
It is not placed in upper and lower ends outermost, therebetween for joist 1-2 in plate, in plate, the spacing of joist 1-2 is equal；
Frame beam 1-1 is equal with the spacing of joist 1-2 in plate with the spacing of joist 1-2 in plate, now, joist 1-2 in plate
Little 38 ~ the 40mm of spacing with joist 1-2 in the gap ratio plate of edges of boards joist 1-3；
The frame beam 1-1 and little 38 ~ 40mm of spacing of joist 1-2 in the gap ratio plate of joist 1-2 in plate, now, puts in plate
The spacing of grid 1-2 and edges of boards joist 1-3 is equal with the spacing of joist 1-2 in plate；
In frame beam 1-1, plate, joist 1-2, edges of boards joist 1-3, frame beam reinforcing plate 1-5 are concordant at one end, and end nail is penetrated
Banded plate 1-4, each junction point nail quantity is 2 ~ 4；Strengthen in other end frame beam 1-1, edges of boards joist 1-3, frame beam
The length of plate 1-5 40mm ~ 93mm shorter than joist 1-2 in plate,
It is respectively provided with frame beam reinforcing plate 1-5 and banded plate reinforcing plate 1-6 in the outside of frame beam 1-1 and banded plate 1-4；
Some end stull 1-7 are set between joist 1-2 in frame beam 1-1, plate, and end stull 1-7 preferentially uniformly divides
Cloth, and be preferentially connected using nail with joist 1-2 in frame beam 1-1, plate；
Pay the utmost attention between joist 1-2 and edges of boards joist 1-3 between joist 1-2 and in plate in plate lay stull 1- in plate
8, in plate, stull 1-8 is preferentially connected using nail with joist 1-2 in plate and edges of boards joist 1-3；
In frame beam 1-1, plate, joist 1-2, the left and right two ends of edges of boards joist 1-3 are respectively provided with sound insulating material baffle plate 1-9,
Baffle plate 1-9 is mutually vertical with three for sound insulating material, and apart from banded plate 1-450 ~ 109mm, joist in the plate of opposite side
The edge of 1-2 is 89mm ~ 185mm；
In frame beam 1-1, plate joist 1-2, edges of boards joist 1-3, frame beam reinforcing plate 1-5, end stull 1-7, in plate
The both sides of stull 1-8 are followed closely respectively and are penetrated flooring top board 1-12 and bay floor 1-10, flooring top board 1-12's and bay floor 1-10
Seam is located at joist 1-2 in plate up and down, and the seam of the flooring top board 1-12 adjacent with left and right and bay floor 1-10 staggers, and
The seam of the flooring top board 1-12 of correspondence position and bay floor 1-10 staggers；Flooring top board 1-12 and bay floor 1-10 is upper and lower
Two ends are flushed with the outward flange of edges of boards joist 1-3 and frame beam reinforcing plate 1-5 respectively, left and right respectively with sound insulating material baffle plate 1-9
Alignment；
Joist 1-2, edges of boards joist 1-3, end stull 1-7, stull 1-8, sound insulating material in plate in frame beam 1-1, plate
Filling sound insulating material in the lattice cavity in baffle plate 1-9, bay floor 1-10 and flooring top board 1-12 besieged city；
Frame beam reinforcing plate 1-5, the outward flange of banded plate reinforcing plate 1-6, open up vent 1-11, frame beam reinforcing plate 1-
Vent 1-11 insertion bay floor 1-10 and flooring top board 1-12 on 5, the vent 1-11 of banded plate reinforcing plate 1-6 pass through
Lead to whole banded plate reinforcing plate 1-6.
Described frame beam 1-1 and frame beam reinforcing plate 1-5 length and be of uniform thickness, thickness is 38mm ~ 50mm, frame beam 1-
1 height is 180 ~ 300, preferentially adopts 184mm, 185mm, 235mm, 284mm, 285mm, the height of frame beam reinforcing plate 1-5
30mm ~ 60mm lower than frame beam 1-1, highly for 140mm ~ 250mm, preferentially adopts 140mm, 184mm, 185mm, 235mm, the two
Top is concordant；Open up vent 2-10 in the outside of frame beam reinforcing plate 1-5, vent 2-10 is perpendicular to frame beam reinforcing plate 1-
The depth of 5 and insertion, vent 2-10 is 10mm ~ 19mm, and for being inwardly recessed 135 ° ~ 180 ° of circular arc, circular arc is added with frame beam
Strong plate 1-5 plane is connected as the circular arc that radius is 2 ~ 5mm, and the spacing of vent 2-10 is 300mm ~ 610mm, preferentially adopts
300 mm, 305mm, 400 mm, 406mm, 490mm, 500 mm, 600mm and 610mm, the two preferential employing follows closely connection；Frame beam
1-1 can be substituted using one piece of plank with frame beam reinforcing plate 1-5, and thickness preferentially adopts 89mm, 90mm, slots at outside base angle,
The depth-first of groove adopts 38mm and 40mm, and high-priority adopts 30mm ~ 50mm；Open up vent 2-10, vent in outside
2-10 insertion from the bottom to top, the depth of vent 2-10 is 10mm ~ 19mm, for being inwardly recessed 135 ° ~ 180 ° of circular arc, circular arc with
Frame beam reinforcing plate 1-5 plane is connected as the circular arc that radius is 2 ~ 5mm, and the spacing of vent 2-10 is 300mm ~ 610mm, preferentially
Using using 300 mm, 305mm, 400 mm, 406mm, 490mm, 500 mm, 600mm and 610mm；
In frame beam 1-1, plate, joist 1-2, edges of boards joist 1-3 and frame beam reinforcing plate 1-5 are all arranged in parallel, and put down in right-hand member
Together, banded plate 1-4, joist 1-2, edges of boards joist 1-3 and frame beam reinforcing plate 1-5 and banded plate 1- in frame beam 1-1, plate are set
4 connected mode is all preferentially connected using nail, and each link position applies nail 2 ~ 4；
The right side of banded plate 1-4, arranges banded plate reinforcing plate 1-6, the aspect ratio frame beam 1-1 of banded plate reinforcing plate 1-6
Low 30mm ~ 60mm, highly for 140mm ~ 250mm, preferentially adopts 140mm, 184mm, 185mm, 235mm, the two top is concordant；?
The outside of banded plate reinforcing plate 1-6 opens up vent 2-10, and vent 2-10 by vertical banded plate reinforcing plate 1-6 and insertion, leads to
The depth of air port 2-10 is 10mm ~ 19mm, for being inwardly recessed 135 ° ~ 180 ° of circular arc, circular arc and banded plate reinforcing plate 1-6 plane
Be connected as the circular arc that radius is 2 ~ 5mm, the spacing of vent 2-10 is 300mm ~ 610mm, preferential using using 300 mm,
305mm, 400 mm, 406mm, 490mm, 500 mm, 600mm and 610mm, the two preferential employing follows closely connection.
Described flooring top board 1-12 and bay floor 1-10 preferentially adopts OSB plate, the thickness of bay floor 1-10 be 6mm ~
15mm, the thickness of flooring top board 1-12 are 15mm ~ 18mm.
The prefabricated acoustical insulation floor of described modularity, its top wallboard composition includes Side fascia and lining, described Side fascia
Positioned at the banded plate end of the prefabricated acoustical insulation floor of modularity and frame beam-ends bottom, lining is located at the prefabricated acoustical insulation floor of modularity
Interface end；
The composition of described Side fascia is included between modularity prefabricated thermal insulation load-bearing wall panel, nail 2-12, back timber connecting plate 2-13, plate
Connector 2-14 and anticorrosive wood or floorboard 2-15；The composition of described modularity prefabricated thermal insulation load-bearing wall panel includes upper strata raising-plate
2-1, lower floor raising-plate 2-2, edges of boards wall column 2-3, bottom girder plate 2-4, indoor wall panel 2-5, plasterboard install batten 2-6, room
Cladding panel 2-7, interior fill out insulation material 2-8, wall column 2-9, vent 2-10, hole for hoist 2-11 in plate；
Two vertical edges of boards wall column 2-3 and one piece of bottom girder plate 2-4 and one piece of lower floor raising-plate 2-2 surround a rectangle
Framework, bottom girder plate 2-4 and lower floor raising-plate 2-2 all extend the two ends of plate, two edges of boards wall column 2-3 be located at bottom girder plate 2-4 and
Between lower floor raising-plate 2-2, bottom girder plate 2-4 is connected using nail with two edges of boards wall column 2-3, and nail is hung down by bottom girder plate 2-4
Directly hammer into edges of boards wall column 2-3, each junction point applies nail quantity 3 ~ 5, and arranges for a row and uniformly, lower floor raising-plate 2-2
It is connected using nail with two edges of boards wall column 2-3, nail vertically hammers into edges of boards wall column 2-3, each junction point by raising-plate 2
Apply nail quantity 3 ~ 5, and arrange for a row and uniformly；
When plate length is less than or equal to wall column 2-9 normal pitch L standard in 3 times of plates, it is not provided with upper strata raising-plate 2-1, when
When plate length is more than wall column 2-9 normal pitch L standard in 3 times of plates, preferential setting upper strata back timber above lower floor raising-plate 2-2
Wall column 2-9 standard in the plate of short 2.5 ~ 4.5 times of length than lower floor raising-plate 2-2 for the length of plate 2-1, upper strata raising-plate 2-1
Spacing L standard, upper strata raising-plate 2-1 is connected using nail with lower floor raising-plate 2-2, applies respectively at the two ends of upper strata raising-plate 2-1
Follow closely one group, this two groups nail between apply nail one to multiple group, group number be no less than across plate in wall column 2-9 quantity, every group nail one
Font is evenly distributed, and in-line is 2 ~ 4 with arranging vertical, fixed quantity；
Lay wall column 2-9 in plurality of plates between edges of boards wall column 2-3, wherein respectively have wall column 2- in one block of plate respectively
9 are close to edges of boards wall column 2-3, this two edges of boards wall column 2-3 and lower floor raising-plate 2-2, edges of boards wall column 2-3 and bottom girder plate 2-
4 are all connected using nail, and nail is vertically hammered into by the outer face of edges of boards wall column 2-3 respectively, nail packet, every group of prioritizing selection two
Individual, the equal level of line of nail；In the plate between wall column 2-9 in this two plates, wall column 2-9 is point-blank and excellent
First select to be uniformly distributed, nail hammers into wall column 2- in plate by lower floor's raising-plate 2-2 top surface, bottom girder plate 2-4 plane perpendicular respectively
9th, two nails of each junction point prioritizing selection；In plate between wall column 2-9 fill insulation material, in plate wall column 2-9 with
In insulation material, outside all flushes；
In plate, wall column 2-9 and the indoor side of insulation material cover indoor wall panel 2-5, and its thickness is 9 ~ 15mm,
Preferentially adopt 9mm, indoor wall panel 2-5 tetra- end respectively reaches lower floor raising-plate 2-2, edges of boards wall column 2-3 and bottom girder plate 2-4 structure
Inside the framework becoming, indoor wall panel 2-5 is connected using nail with wall column 2-9 in plate, two pieces being close to edges of boards wall column 2-3
In plate, wall column 2-9 is directly connected using nail with plate, and in remaining plate, wall column 2-9 correspondence position is set up plasterboard and installed batten 2-
6, batten thickness is 10 ~ 38mm, and width is equal with the thickness of wall column 2-9 in plate, installs batten 2-6 in plasterboard and vertically applies nail
Hammer into wall column 2-9 in indoor wall panel 2-5 and plate；Plasterboard installs batten 2-6 and upper strata raising-plate 2-1, lower floor's raising-plate
2-2, edges of boards wall column 2-3, bottom girder plate 2-4 flush side side indoors；
In plate, wall column 2-9 and the outdoor side of insulation material cover outdoor wall surface plate 2-7, and its thickness is 6 ~ 12mm,
Preferentially adopt 6mm, outdoor wall surface plate 2-7 tetra- end respectively reaches lower floor raising-plate 2-2, edges of boards wall column 2-3 and bottom girder plate 2-4 structure
Inside the framework becoming, outdoor wall surface plate 2-7 is connected using nail with wall column 2-9 in all plates, vertically applies nail and hammers into plate interior wall bone
Post 2-9；The outer surface of outdoor wall surface plate 2-7 is apart from upper strata raising-plate 2-1, lower floor raising-plate 2-2, edges of boards wall column 2-3, bottom girder
Plate 2-4 is 20-40mm in the distance of an outdoor side surface, preferentially adopts 38mm；
Open up vent 2-10 in the outdoor side of upper strata raising-plate 2-1, lower floor raising-plate 2-2 and bottom girder plate 2-4, ventilation
Mouth 2-10 aligns and insertion from the bottom to top, respectively arranges one, be respectively positioned on wall column 2- in plate in plate between wall column 2-9
On 9 center line；
In the overlapping part of upper strata raising-plate 2-1, lower floor raising-plate 2-2, when there is no upper strata raising-plate 2-1, respectively
Away from two ends for a quarter to 1/3rd at, and be located at indoor wall panel 2-5 indoor side, the room of outdoor wall surface plate 2-7
Outer side opens up 4 hole for hoist 2-11.
Described upper strata raising-plate 2-1, lower floor raising-plate 2-2 and the thickness of edges of boards wall column 2-3 and width are all equal, thickness
For 38 ~ 89mm, prioritizing selection 38mm, width is 140 ~ 286mm, prioritizing selection 184mm；
In described plate, wall column 2-9 thickness is 38 ~ 89mm, prioritizing selection 38mm, and width is 89 ~ 185mm, prioritizing selection
89mm；
Described indoor wall panel 2-5 preferentially adopts load-bearing OSB plate, and described outdoor wall surface plate 2-7 preferentially adopts OSB plate；
Described vent 2-10 is that the outdoor side of upper strata raising-plate 2-1, lower floor raising-plate 2-2 and bottom girder plate 2-4 is inside
Recessed 135 ° ~ 180 ° of circular arc, circular arc is connected with outdoor one side plane of raising-plate 1, lower floor raising-plate 2-2 and bottom girder plate 2-4
It is the circular arc of 2 ~ 5mm for radius.
The composing method of described Side fascia is：Two panels modularity prefabricated thermal insulation load-bearing wall panel is placed in anticorrosive wood or floorboard
2-15, and be close to side by side and line up in-line, the bottom girder plate 2-4 of modularity prefabricated thermal insulation load-bearing wall panel and anticorrosive wood or floorboard 2-
15 are connected by nail connects, and nail is preferentially using being uniformly distributed, and is respectively positioned on indoor wall panel 2-5's and outdoor wall surface plate 2-7
Outside, respectively applies nail one row；
The edges of boards wall column 2-3 of modularity prefabricated thermal insulation load-bearing wall panel adopts connector 2-14 between plate to connect, and connects between plate
Part 2-14 is preferentially connected using nail, and nail is preferentially using being uniformly distributed, and is respectively positioned on indoor wall panel 2-5 and outdoor wall surface plate 2-
7 outside, respectively applies nail one row；
Connected at the top of two blocks of modularity prefabricated thermal insulation load-bearing wall panels using back timber connecting plate 2-13, back timber connecting plate 2-
13 are close to the upper strata raising-plate 2-1 of both sides, and apply each row of nail at two ends, 3 ~ 5 pieces of every nail, in middle nail preferentially using becoming
Apply nail, preferentially apply nail at wall column 2-9 in plate.
Described lining preferential using and Side fascia identical version, wherein interior fill out insulation material 2-8 replace with every
Sound material.
Its method of attachment with upper wall body of the prefabricated acoustical insulation floor of described modularity is：
In frame beam-ends, the outward flange of Side fascia is alignd with the outward flange of frame beam reinforcing plate 1-5；
At banded plate end, the outward flange of Side fascia is alignd with the outward flange of banded plate reinforcing plate 1-6, the inward flange of Side fascia
Align with sound insulating material baffle plate 1-9 outward flange；
In interface end, the both sides of lining respectively with joist 1-2 end in the plate of the interface end of the prefabricated acoustical insulation floor of modularity
Portion and the alignment of sound insulating material baffle plate 1-9 outward flange；
The prefabricated acoustical insulation floor of modularity is preferentially connected using nail in banded plate end, frame beam-ends and interface end and inside and outside wall board
Connect；
In frame beam-ends, Side fascia is preferentially connected using nail with the prefabricated acoustical insulation floor of modularity, outdoor wall surface plate 2-7's
Outside, bottom girder plate 2-4 is connected with frame beam reinforcing plate 1-5 and flooring top board 1-12, applies nail quantity 3 between two vent 2-10
~ 6, the indoor side of shingle nail 2-5 indoors, bottom girder plate 2-4 is connected with flooring top board 1-12, apply nail quantity preferential using with
The outside of outdoor wall surface plate 2-7 is equal；
At banded plate end, Side fascia is preferentially connected using nail with the prefabricated acoustical insulation floor of modularity, outdoor wall surface plate 2-7's
Outside, bottom girder plate 2-4 is connected with banded plate reinforcing plate 1-6 and flooring top board 1-12, applies nail quantity 3 between two vent 2-10
~ 6, the indoor side of shingle nail 2-5 indoors, bottom girder plate 2-4 is connected with flooring top board 1-12, apply nail quantity preferential using with
The outside of outdoor wall surface plate 2-7 is equal, and all applies nail at joist 1-2 in each plate；
In interface end, bottom girder plate 2-4 is preferentially connected using nail with joist 1-2, edges of boards joist 1-3 in plate, in lining
The each row in two sides, is preferentially evenly arranged, and all applies nail at joist 1-2, edges of boards joist 1-3 in each plate.
Described sound insulating material adopts Plant fiber, vegetable fibre board, mineral wool, glass cotton, foam plasticss, felt, mineral wool to inhale
Sound plate, glass cotton acoustic board, softboard, sponge or latex block.
The above is only the preferred embodiment of the present invention it is noted that ordinary skill people for the art
For member, under the premise without departing from the principles of the invention, some improvements and modifications can also be made, these improvements and modifications also should
It is considered as protection scope of the present invention.
Claims (6)
1. a kind of prefabricated acoustical insulation floor of modularity and top wallboard combinative structure it is characterised in that：
The composition of the prefabricated acoustical insulation floor of modularity includes frame beam (1-1), joist (1-2), edges of boards joist (1-3), edge sealing in plate
Plate (1-4), frame beam reinforcing plate (1-5), banded plate reinforcing plate (1-6), end stull (1-7), stull (1-8), sound insulation in plate
Material barrier (1-9), bay floor (1-10), vent (1-11), flooring top board (1-12) and nail (1-13)；
Described frame beam (1-1), edges of boards joist (1-3) are mutually parallel with joist in plate (1-2), frame beam (1-1) and edges of boards
Joist (1-3) is respectively placed in upper and lower ends outermost, therebetween for joist in plate (1-2), the spacing phase of joist (1-2) in plate
Deng；
In described frame beam (1-1), plate, joist (1-2), edges of boards joist (1-3), frame beam reinforcing plate (1-5) are concordant at one end,
Banded plate (1-4) penetrated by end nail, and each junction point nail quantity is 2 ~ 4；In other end frame beam (1-1), edges of boards joist (1-
3), the length of frame beam reinforcing plate (1-5) 40mm ~ 93mm shorter than joist (1-2) in plate；
The outside of described frame beam (1-1) and banded plate (1-4) is respectively provided with frame beam reinforcing plate (1-5) and banded plate reinforcing plate
(1-6)；
In described frame beam (1-1), plate, joist (1-2), the left and right two ends of edges of boards joist (1-3) are respectively provided with sound insulating material baffle plate
(1-9), sound insulating material baffle plate (1-9) is mutually vertical with three, and apart from banded plate (1-4) 50 ~ 109mm, apart from opposite side
Plate in joist (1-2) edge be 89mm ~ 185mm；
Joist (1-2), edges of boards joist (1-3), frame beam reinforcing plate (1-5), end stull (1- in described frame beam (1-1), plate
7) both sides of stull (1-8) are followed closely respectively and are penetrated flooring top board (1-12) and bay floor (1-10), flooring top board (1-12) and in plate
It is located at joist (1-2) in plate with the seam up and down of bay floor (1-10), and the flooring top board (1-12) adjacent with left and right and building
The seam of face base plate (1-10) staggers, and the flooring top board (1-12) of correspondence position and the seam of bay floor (1-10) stagger；
Flooring top board (1-12) and bay floor (1-10) upper and lower ends respectively with edges of boards joist (1-3) and frame beam reinforcing plate (1-5)
Outward flange flush, alignd with sound insulating material baffle plate (1-9) respectively in left and right；
Joist (1-2) in described frame beam (1-1), plate, edges of boards joist (1-3), end stull (1-7), stull (1-8) in plate,
Filling sound insulation material in the lattice cavity that sound insulating material baffle plate (1-9), bay floor (1-10) and flooring top board (1-12) are encircled a city
Material；
Described frame beam reinforcing plate (1-5), the outward flange of banded plate reinforcing plate (1-6) open up vent (1-11), and frame beam adds
Vent (1-11) insertion bay floor (1-10) on strong plate (1-5) and flooring top board (1-12), banded plate reinforcing plate (1-6)
The whole banded plate reinforcing plate of vent (1-11) insertion (1-6)；
When described frame beam (1-1) is equal with the spacing of joist in plate (1-2) with the spacing of joist in plate (1-2), joist in plate
(1-2) the little 38 ~ 40mm of spacing with joist (1-2) in the gap ratio plate of edges of boards joist (1-3)；
In the gap ratio plate of joist (1-2) in described frame beam (1-1) and plate during the little 38 ~ 40mm of spacing of joist (1-2), in plate
The spacing of joist (1-2) and edges of boards joist (1-3) is equal with the spacing of joist in plate (1-2)；
Some ends stull (1-7) is set between joist (1-2) in described frame beam (1-1), plate, and end stull (1-7) is uniformly
Distribution, and be connected using nail with joist (1-2) in frame beam (1-1), plate；
Stull (1- in plate is laid between joist (1-2) and in plate between joist (1-2) and edges of boards joist (1-3) in described plate
8), in plate, stull (1-8) is connected using nail with joist in plate (1-2) and edges of boards joist (1-3).
Described frame beam (1-1) is 38mm ~ 50mm with the thickness of frame beam reinforcing plate (1-5), and the height of frame beam (1-1) is
180 ~ 300 mm, the height of frame beam reinforcing plate (1-5) is 140mm ~ 250mm, and the two top is concordant；In frame beam reinforcing plate
(1-5) outside opens up vent (2-10), vent (2-10) perpendicular to frame beam reinforcing plate (1-5) and insertion, vent
(2-10) depth is 10mm ~ 19mm, for being inwardly recessed 135 ° ~ 180 ° of circular arc, circular arc and frame beam reinforcing plate (1-5) plane
It is connected as the circular arc that radius is 2 ~ 5mm, the spacing between vent (2-10) is 300mm ~ 610mm, the two is connected using nail；Institute
State frame beam (1-1) to substitute using one piece of plank with frame beam reinforcing plate (1-5), plank thickness adopts 89mm or 90mm,
Base angle fluting outside plank, the depth of groove adopts 38mm or 40mm, highly adopts 30mm ~ 50mm；Open up vent (2- in outside
10), vent (2-10) insertion from the bottom to top, the depth of vent (2-10) is 10mm ~ 19mm, for be inwardly recessed 135 ° ~
180 ° of circular arc, circular arc and frame beam reinforcing plate (1-5) plane are connected as the circular arc that radius is 2 ~ 5mm, vent (2-10)
Spacing is 300mm ~ 610mm；
In described frame beam (1-1), plate, joist (1-2), edges of boards joist (1-3) and frame beam reinforcing plate (1-5) are all arranged in parallel,
Concordant in right-hand member, concordant end setting banded plate (1-4), joist (1-2), edges of boards joist (1-3) and side in frame beam (1-1), plate
Grid beam reinforcing plate (1-5) is all connected using nail with the connected mode of banded plate (1-4), and each link position applies nail 2 ~ 4；
The right side of described banded plate (1-4), arranges banded plate reinforcing plate (1-6), and the height of banded plate reinforcing plate (1-6) is
140mm ~ 250mm, the two top is concordant；Open up vent (2-10), vent (2- in the outside of banded plate reinforcing plate (1-6)
10) by vertical banded plate reinforcing plate (1-6) and insertion, the depth of vent (2-10) is 10mm ~ 19mm, for being inwardly recessed 135 °
~ 180 ° of circular arc, circular arc and banded plate reinforcing plate (1-6) plane are connected as the circular arc that radius is 2 ~ 5mm, vent (2-10)
Spacing is 300mm ~ 610mm, and the two is connected using nail；
The composition of prefabricated its top wallboard of acoustical insulation floor of described modularity includes Side fascia and lining, and described Side fascia is located at mould
The banded plate end of the prefabricated acoustical insulation floor of massing and frame beam-ends bottom, lining is located at the interface of the prefabricated acoustical insulation floor of modularity
End；
The composition of described Side fascia is included between modularity prefabricated thermal insulation load-bearing wall panel, nail (2-12), back timber connecting plate (2-13), plate
Connector (2-14) and anticorrosive wood or floorboard (2-15)；The composition of described modularity prefabricated thermal insulation load-bearing wall panel includes upper strata top
Beam slab (2-1), lower floor's raising-plate (2-2), edges of boards wall column (2-3), bottom girder plate (2-4), indoor wall panel (2-5), plasterboard
Install batten (2-6), outdoor wall surface plate (2-7), interior fill out insulation material (2-8), wall column (2-9) in plate, vent (2-10),
Hole for hoist (2-11)；
Two vertical edges of boards wall columns (2-3) surround a square with one piece of bottom girder plate (2-4) and one piece of lower floor's raising-plate (2-2)
Shape framework, bottom girder plate (2-4) and lower floor's raising-plate (2-2) all extend the two ends of plate, and two edges of boards wall columns (2-3) are located at bottom girder
Between plate (2-4) and lower floor's raising-plate (2-2), bottom girder plate (2-4) is connected using nail with two edges of boards wall columns (2-3), nail
Vertically hammer into edges of boards wall column (2-3) by bottom girder plate (2-4), each junction point applies nail quantity 3 ~ 5, and for a row simultaneously uniformly
Arrangement, lower floor's raising-plate (2-2) is connected using nail with two edges of boards wall columns (2-3), and nail is vertically hammered into by raising-plate (2)
Edges of boards wall column (2-3), each junction point applies nail quantity 3 ~ 5, and arranges for a row and uniformly.
2. the prefabricated acoustical insulation floor of modularity according to claim 1 and top wallboard combinative structure it is characterised in that：Institute
State flooring top board (1-12) and bay floor (1-10) adopts OSB plate, the thickness of bay floor (1-10) is 6mm ~ 15mm, flooring
The thickness of top board (1-12) is 15mm ~ 18mm.
3. the prefabricated acoustical insulation floor of modularity according to claim 1 and top wallboard combinative structure it is characterised in that：Institute
State and lay wall column (2-9) in plurality of plates between edges of boards wall column (2-3), wherein respectively have wall column (2-9) in one block of plate respectively
Be close to edges of boards wall column (2-3), this two edges of boards wall columns (2-3) and lower floor's raising-plate (2-2), edges of boards wall column (2-3) and
Bottom girder plate (2-4) is all connected using nail, and nail is vertically hammered into by the outer face of edges of boards wall column (2-3) respectively, nail packet, often
Group selection two, the equal level of line of nail；In described two plates being close to edges of boards wall column (2-3) between wall column (2-9)
Plate in wall column (2-9) on a horizontal line and select be uniformly distributed, nail respectively by lower floor's raising-plate (2-2) top surface,
Bottom girder plate (2-4) plane perpendicular hammers into wall column in plate (2-9), each connection two nail of point selection；Wall column (2- in plate
9) fill insulation material between, in plate, wall column (2-9) is all flushed with outside in insulation material；
In plate, wall column (2-9) and the indoor side of insulation material cover indoor wall panel (2-5), and its thickness is 9 ~ 15mm,
Indoor wall panel (2-5) four end respectively reaches what lower floor's raising-plate (2-2), edges of boards wall column (2-3) and bottom girder plate (2-4) were constituted
Inside framework, indoor wall panel (2-5) is connected using nail with wall column in plate (2-9), two being close to edges of boards wall column (2-3)
In block plate, wall column (2-9) is directly connected using nail with plate, and in remaining plate, wall column (2-9) correspondence position is set up plasterboard and installed
Batten (2-6), batten thickness is 10 ~ 38mm, and width is equal with the thickness of wall column in plate (2-9), installs batten in plasterboard
(2-6) vertically apply nail and hammer into wall column (2-9) in indoor wall panel (2-5) and plate；Plasterboard is installed batten (2-6) and is pushed up with upper strata
Beam slab (2-1), lower floor's raising-plate (2-2), edges of boards wall column (2-3), bottom girder plate (2-4) flush side side indoors；
In described plate, the outdoor side of wall column (2-9) and insulation material covers outdoor wall surface plate (2-7), its thickness for 6 ~
12mm, outdoor wall surface plate (2-7) four end respectively reaches lower floor's raising-plate (2-2), edges of boards wall column (2-3) and bottom girder plate (2-4)
Inside the framework constituting, outdoor wall surface plate (2-7) is connected using nail with wall column (2-9) in all plates, vertically applies nail and hammers into plate
Interior wall column (2-9)；The outer surface of outdoor wall surface plate (2-7) is apart from upper strata raising-plate (2-1), lower floor's raising-plate (2-2), edges of boards
Wall column (2-3), bottom girder plate (2-4) are 20-40mm in the distance of an outdoor side surface；
The outdoor side on described upper strata raising-plate (2-1), lower floor's raising-plate (2-2) and bottom girder plate (2-4) opens up vent (2-
10), vent (2-10) aligns and insertion from the bottom to top, respectively arranges one, be respectively positioned in plate between wall column (2-9)
On the center line of wall column (2-9) in plate；
Described upper strata raising-plate (2-1), the overlapping part of lower floor's raising-plate (2-2), when there is no upper strata raising-plate (2-1),
Respectively away from two ends for a quarter to 1/3rd at, and be located at indoor wall panel (2-5) indoor side, outdoor wall surface plate
(2-7) outdoor side opens up 4 holes for hoist (2-11).
4. the prefabricated acoustical insulation floor of modularity according to claim 1 and top wallboard combinative structure it is characterised in that：Institute
Thickness and the width of stating upper strata raising-plate (2-1), lower floor's raising-plate (2-2) and edges of boards wall column (2-3) are all equal, and thickness is 38
~ 89mm, width is 140 ~ 286mm；
In described plate, wall column (2-9) thickness is 38 ~ 89mm, and width is 89 ~ 185mm；
Described indoor wall panel (2-5) adopts load-bearing OSB plate, and described outdoor wall surface plate (2-7) adopts OSB plate；
Described vent (2-10) is the outdoor side of upper strata raising-plate (2-1), lower floor's raising-plate (2-2) and bottom girder plate (2-4)
It is inwardly recessed 135 ° ~ 180 ° of circular arc, the outdoor one of circular arc and raising-plate (1), lower floor's raising-plate (2-2) and bottom girder plate (2-4)
Side plane is connected as the circular arc that radius is 2 ~ 5mm.
5. the prefabricated acoustical insulation floor of modularity according to claim 1 and top wallboard combinative structure it is characterised in that：Institute
State lining to adopt and Side fascia identical version, wherein interior insulation material (2-8) of filling out replaces with sound insulating material.
6. the combinative structure of the prefabricated acoustical insulation floor of modularity and top wallboard according to claim 1 or 5, its feature exists
In：Described sound insulating material adopt Plant fiber, vegetable fibre board, mineral wool, glass cotton, foam plasticss, felt, mineral wool sound absorption board,
Glass cotton acoustic board, softboard, sponge or latex block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620489968.XU CN205976164U (en) | 2016-05-26 | 2016-05-26 | Integrated configuration of prefabricated sound insulation floor of modularization and upper portion wallboard |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620489968.XU CN205976164U (en) | 2016-05-26 | 2016-05-26 | Integrated configuration of prefabricated sound insulation floor of modularization and upper portion wallboard |
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| Publication Number | Publication Date |
|---|---|
| CN205976164U true CN205976164U (en) | 2017-02-22 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110869568A (en) * | 2017-06-27 | 2020-03-06 | 泽尼工程建设有限公司 | Improvements in reinforced concrete wall modules for building ventilation in general and special industrial building systems |
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2016
- 2016-05-26 CN CN201620489968.XU patent/CN205976164U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110869568A (en) * | 2017-06-27 | 2020-03-06 | 泽尼工程建设有限公司 | Improvements in reinforced concrete wall modules for building ventilation in general and special industrial building systems |
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