CN205857457U - A kind of in-line wall of modularity prefabricated thermal insulation load-bearing wall panel - Google Patents
A kind of in-line wall of modularity prefabricated thermal insulation load-bearing wall panel Download PDFInfo
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- CN205857457U CN205857457U CN201620489791.3U CN201620489791U CN205857457U CN 205857457 U CN205857457 U CN 205857457U CN 201620489791 U CN201620489791 U CN 201620489791U CN 205857457 U CN205857457 U CN 205857457U
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Abstract
This utility model provides the in-line wall of a kind of modularity prefabricated thermal insulation load-bearing wall panel, cope and drag pattern massing prefabricated thermal insulation load-bearing wall panel is placed in anticorrosive wood or floorboard, and be close to side by side line up in-line, the bottom girder plate of modularity prefabricated thermal insulation load-bearing wall panel is connected by nail and is connected with anticorrosive wood or floorboard, back timber connecting plate is used to connect at the top of two blocks of modularity prefabricated thermal insulation load-bearing wall panels, back timber connecting plate is close to the upper strata raising-plate of both sides, and each row of nail is executed at two ends, preferentially use at centre nail and apply nail, in plate, preferentially at wall column, execute nail.The beneficial effects of the utility model are to install the notable simplification of operation, and assembling speed is fast, can use big component general assembly, and industrialization degree is higher, good economical benefit, and avoids environmental pollution.Decrease a large amount of field operation, constructed by series so that it is there is good stress performance.
Description
Technical field
This utility model belongs to technical field of buildings, particularly relates to a word of a kind of modularity prefabricated thermal insulation load-bearing wall panel
Shape wall.
Background technology
Light-duty wooden is one of the most long-lived structure in existing building structure, light-duty wooden anti-settling, anti-dry,
Aging resistance, has significant stability.Wood-frame house is because of himself light weight, so it is few to absorb seismic force during earthquake,
Stability when earthquake is verified the most repeatedly, even if strong earthquake makes whole building depart from its basis, and it is tied
Structure is the most intact.Light-duty wooden is because of its material and the feature of structure so that horizontal layout is more flexible, provides for architect
Bigger imagination space does not has any other building system can provide the most flawless indoor kitchen cabinet, dividing plate and clothing
Cupboard, thus significantly save the expense buying furniture.The properties of heat preservation and energy saving of light-duty wooden is better than other any materials and builds up
Version.The insulator that timber is outstanding, under conditions of same thickness, the insulation value of timber than standard is mixed
Solidifying soil is high 16 times, higher 400 times than steel, higher 1600 times than aluminium.So, the heat cost ratio of light-duty wooden house is relatively low,
Fire protecting performance cool in summer and warm in winter depends primarily in house for constituting roof, wall and the integral material of floor each several part.Light-duty
Each ingredient of timber structure adds flame-retarded gypsum wallboard, it is easy to reach the fire protecting performance identical with masonry structure building.Example
As: in Japan, one building wooden frame structure is carried out a fire test.Test middle mold sends out Radix Rehmanniae shake, rocks house, then
Lighted with fire.At this moment, this house shows supereminent performance, illustrates the superperformance of light-duty wooden building
Level.Even building economical wooden frame structure, its anti-fire capability is also not less than two hours.Clay brick produces environment
Harm be it is well known that its burning to expend the substantial amounts of energy, and the waste gas produced causes air pollution, greenhouse effect
And acid rain.And timber can reduce the CO2 in air, the never exhausted forest reserves that the forestry of sustainable development is provided.But
The production of timber only produces little refuse.The waste material that sawn timber produces is usually used to manufacture paper pulp, particieboard or as fuel.
Timber is again 100% degradable simultaneously.
Summary of the invention
The purpose of this utility model enables light-duty wooden body of wall prefabricated in factory modularization, simplifies installation operation, adds
Fast assembling speed, ice uses big component general assembly, improves industrialization degree, significantly reduces construction cost, it is to avoid environmental pollution,
Field operation is greatly decreased, is constructed by series so that it is there is good stress performance.
To achieve these goals, the technical solution adopted in the utility model is:
The in-line wall of modularity prefabricated thermal insulation load-bearing wall panel include 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, in fill out wall column, vent in insulation material, plate, hang
Dress is connector and anticorrosive wood or floorboard between hole, nail, back timber connecting plate, plate, and cope and drag pattern massing prefabricated thermal insulation load-bearing wall panel is placed in
Anticorrosive wood or floorboard, and be close to line up in-line side by side, the bottom girder plate of modularity prefabricated thermal insulation load-bearing wall panel and anticorrosive wood or
Floorboard is connected by nail and connects, and nail preferentially uses and is uniformly distributed, and is respectively positioned on outside indoor wall panel and outdoor wall surface plate
Side, respectively executes nail one row；
The edges of boards wall column of adjacent modularity prefabricated thermal insulation load-bearing wall panel uses connector between plate to connect, connector between plate
Preferential employing follows closely connection, and nail preferentially uses and is uniformly distributed, and is respectively positioned on indoor wall panel and the outside of outdoor wall surface plate, respectively executes
Follow closely a row；
Back timber connecting plate is used to connect with the top of adjacent two blocks of modularity prefabricated thermal insulation load-bearing wall panels, back timber connecting plate
It is close to the upper strata raising-plate of both sides, and executes each row of nail at two ends, every nail 3 ~ 5 pieces, preferentially use at centre nail and apply
Nail, preferentially executes nail in plate at wall column；
Modularity prefabricated thermal insulation load-bearing wall panel mainly 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, in fill out wall column, vent, lifting in insulation material, plate
Hole.
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, two edges of boards wall columns between bottom girder plate and lower floor's raising-plate, bottom girder plate
Using nail to be connected with two edges of boards wall columns, nail is vertically hammered into edges of boards wall column by bottom girder plate, and each junction point executes nail number
Measuring 3 ~ 5, and be a row and uniformly arrange, lower floor's raising-plate and two edges of boards wall columns use nail to connect, and nail is by back timber
Plate vertically hammers into edges of boards wall column, and each junction point executes nail quantity 3 ~ 5, and is a row and uniformly arranges；
When modularity prefabricated thermal insulation load-bearing wall panel in-line wall and the plate length of modularity prefabricated thermal insulation load-bearing wall panel little
In equal to 3 times of plates during wall column normal pitch L standard, it is not provided with upper strata raising-plate, when plate length is more than wall column mark in 3 times of plates
During quasi-spacing L standard, preferentially arranging upper strata raising-plate above lower floor's raising-plate, the length of upper strata raising-plate is than lower floor back timber
Wall column normal pitch L standard in the plate of short 2.5 ~ 4.5 times of the length of plate, upper strata raising-plate and lower floor's raising-plate use nail even
Connect, at the two ends of upper strata raising-plate respectively execute nail one group, these two groups nail between execute nail one to multiple group, group number no less than across
Wall column quantity in plate, often group nail in-line is evenly distributed, and in-line is vertical with row, and fixed quantity is 2 ~ 4；Described spacing
L is the distance in adjacent two plates between wall column；
Laying wall column in plurality of plates between edges of boards wall column, in being respectively arranged with one block of plate the most respectively, wall column is close to edges of boards
Wall column, these two edges of boards wall columns all use nail to be connected 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, often group prioritizing selection two, the equal level of line of nail；This two
In individual plate in plate between wall column wall column point-blank and prioritizing selection is uniformly distributed, nail is respectively by lower floor's back timber
Plate top surface, bottom girder plate plane perpendicular hammer into wall column, two nails of each junction point prioritizing selection in plate；In plate wall column it
Between fill insulation material, in plate in wall column and insulation material outside all flush；
In plate, wall column covers indoor wall panel with the indoor side of insulation material, 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 uses nail to be connected with wall column in plate, and in the two boards being close to edges of boards wall column, wall column directly uses nail company with plate
Connecing, in remaining plate, wall column correspondence position is set up plasterboard and is installed batten, and batten thickness is 10 ~ 38mm, width and plate interior wall bone
The thickness of post is equal, installs batten at plasterboard and vertically executes nail and hammer into wall column in indoor wall panel and plate；Plasterboard installs wood
Bar flushes in indoor side, side with upper strata raising-plate, lower floor's raising-plate, edges of boards wall column, bottom girder plate；
In plate, wall column covers outdoor wall surface plate with the outdoor side of insulation material, 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 uses nail to be connected with wall column in all plates, vertically executes 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 in the distance of an outdoor side surface, preferentially adopts
Use 38mm；
Offering vent in the outdoor side of upper strata raising-plate, lower floor's raising-plate and bottom girder plate, vent is the most right
Neat and through, in plate, arrange one between wall column respectively, be respectively positioned in plate on the center line of wall column；
At upper strata raising-plate, the overlapping part of lower floor's raising-plate, when there is no upper strata raising-plate, it is being four respectively away from two ends
At 1/1 mono-to three, and being positioned at the indoor side of indoor wall panel, 4 liftings are offered in the outdoor side of outdoor wall surface plate
Hole.
Described upper strata raising-plate, lower floor's raising-plate and the thickness of edges of boards wall column and width are the most equal, and thickness is 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 uses load-bearing OSB plate, described outdoor wall surface plate preferentially to use 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 beneficial effects of the utility model are to install the notable simplification of operation, and assembling speed is fast, can use big component assembly
Assembling, industrialization degree is higher, good economical benefit, and avoids environmental pollution.Decrease a large amount of field operation, by series structure
Make so that it is there is good stress performance.
Accompanying drawing explanation
In-line wall and construction thereof to the modularity prefabricated thermal insulation load-bearing wall panel in this utility model below in conjunction with the accompanying drawings
Method is described further:
Fig. 1 is in-line wall and the indoor side of method of construction thereof of this utility model modularity prefabricated thermal insulation load-bearing wall panel
Front elevational schematic；
Fig. 2 is the A-A generalized section of Fig. 1；
Fig. 3 is the B-B generalized section of Fig. 1；
Fig. 4 is in-line wall and the vertical view signal of method of construction thereof of this utility model modularity prefabricated thermal insulation load-bearing wall panel
Figure；
Fig. 5 is in-line wall and the vertical view signal of method of construction thereof of this utility model modularity prefabricated thermal insulation load-bearing wall panel
Figure；
Fig. 6 is in-line wall and the outdoor side of method of construction thereof of this utility model modularity prefabricated thermal insulation load-bearing wall panel
Front elevational schematic；
Fig. 7 is the C-C generalized section of Fig. 5；
Fig. 8 is in-line wall and a word of method of construction thereof of two blocks of modularity prefabricated thermal insulation load-bearing wall panels of this utility model
Side, shape wall indoor front elevational schematic；
Fig. 9 is the D-D generalized section of Fig. 7；
Figure 10 is the in-line wall and the one of method of construction of two blocks of modularity prefabricated thermal insulation load-bearing wall panels of this utility model
Font wall schematic top plan view；
Figure 11 is the in-line wall and the one of method of construction of two blocks of modularity prefabricated thermal insulation load-bearing wall panels of this utility model
Side, font wall outdoor front elevational schematic；
In figure: 1 is upper strata raising-plate；2 is lower floor's raising-plate；3 is edges of boards wall column；4 is bottom girder plate；5 is indoor wall
Plate；6 install batten for plasterboard；7 is outdoor wall surface plate；8 be in fill out insulation material；9 is wall column in plate；10 is vent；
11 is hole for hoist；12 is nail；13 is back timber connecting plate；14 is connector between plate；15 is anticorrosive wood or floorboard.
Detailed description of the invention
In order to further illustrate this utility model, below in conjunction with the accompanying drawings and embodiment modularity that this utility model is provided
The in-line wall of prefabricated thermal insulation load-bearing wall panel and method of construction thereof are described in detail, but can not be interpreted as them to this reality
Restriction by novel protected scope.
The in-line wall of a kind of modularity prefabricated thermal insulation load-bearing wall panel and method of construction thereof, as shown in Fig. 1 ~ Figure 11, including
Upper strata raising-plate 1, lower floor's raising-plate 2, edges of boards wall column 3, bottom girder plate 4, indoor wall panel 5, plasterboard install batten 6, outdoor
Shingle nail 7, in fill out and connect between wall column 9 in insulation material 8, plate, vent 10, hole for hoist 11, nail 12, back timber connecting plate 13, plate
Fitting 14 and anticorrosive wood or floorboard 15.
Cope and drag pattern massing prefabricated thermal insulation load-bearing wall panel is placed in anticorrosive wood or floorboard 15, and is close to side by side line up in-line,
The bottom girder plate 4 of modularity prefabricated thermal insulation load-bearing wall panel is connected by nail and is connected with anticorrosive wood or floorboard 15, and nail preferentially uses
It is uniformly distributed, and is respectively positioned on indoor wall panel 5 and the outside of outdoor wall surface plate 7, respectively execute nail one row；
The edges of boards wall column 3 of modularity prefabricated thermal insulation load-bearing wall panel uses connector 14 between plate to connect, connector 14 between plate
Preferential employing follows closely connection, and nail preferentially uses and is uniformly distributed, and is respectively positioned on indoor wall panel 5 and the outside of outdoor wall surface plate 7, respectively
Execute nail one row；
Use back timber connecting plate 13 to connect at the top of two blocks of modularity prefabricated thermal insulation load-bearing wall panels, back timber connecting plate 13 with
The upper strata raising-plate 1 of both sides is close to, and executes each row of nail at two ends, and every nail 3 ~ 5 pieces preferentially uses at centre nail and applies
Nail, preferentially executes nail at wall column 9 in plate；
Modularity prefabricated thermal insulation load-bearing wall panel mainly includes upper strata raising-plate 1, lower floor's raising-plate 2, edges of boards wall column 3, the end
Beam slab 4, indoor wall panel 5, plasterboard install batten 6, outdoor wall surface plate 7, in fill out wall column 9 in insulation material 8, plate, ventilate
Mouth 10, hole for hoist 11.
Two vertical edges of boards wall columns 3 and one block of bottom girder plate 4 and one piece of lower floor's raising-plate 2 surround a rectangular frame,
Bottom girder plate 4 and lower floor's raising-plate 2 all extend the two ends of plate, two edges of boards wall columns 3 be positioned at bottom girder plate 4 and lower floor's raising-plate 2 it
Between, bottom girder plate 4 uses nail to be connected with two edges of boards wall columns 3, and nail is vertically hammered into edges of boards wall column 3 by bottom girder plate 4, each
Junction point executes nail quantity 3 ~ 5, and is a row and uniformly arranges, and lower floor's raising-plate 2 and two edges of boards wall columns 3 use nail company
Connecing, nail is vertically hammered into edges of boards wall column 3 by raising-plate 2, and each junction point executes nail quantity 3 ~ 5, and is that a row is the most uniform
Arrangement；
When the in-line wall of modularity prefabricated thermal insulation load-bearing wall panel and the plate length of method of construction thereof are less than or equal to 3 times of plate interior walls
During bone post 9 normal pitch L standard, it is not provided with upper strata raising-plate 1, when plate length is more than wall column 9 normal pitch L standard in 3 times of plates
Time, it being provided above upper strata raising-plate 1 at lower floor's raising-plate 2, the length of upper strata raising-plate 1 is shorter than the length of lower floor raising-plate 2
Wall column 9 normal pitch L standard in the plate of 2.5 ~ 4.5 times, upper strata raising-plate 1 uses nail to be connected, on upper strata with lower floor raising-plate 2
The two ends of raising-plate 1 respectively execute nail one group, these two groups nail between execute nail one to multiple group, group number no less than across plate interior wall bone
Post 9 quantity, often group nail in-line is evenly distributed, and in-line is vertical with row, and fixed quantity is 2 ~ 4；
Laying wall column 9 in plurality of plates between edges of boards wall column 3, in being respectively arranged with one block of plate the most respectively, wall column 9 is close to
Edges of boards wall column 3, these two edges of boards wall columns 3 all use nail to be connected with lower floor raising-plate 2, edges of boards wall column 3 and bottom girder plate 4,
Nail is vertically hammered into by the outer face of edges of boards wall column 3 respectively, nail packet, often group prioritizing selection two, and the line of nail is equal
Level；In the two plate in plate between wall column 9 wall column 9 point-blank and prioritizing selection is uniformly distributed, nail
Wall column 9, each junction point prioritizing selection two nail in plate is hammered into respectively by lower floor's raising-plate 2 end face, bottom girder plate 4 plane perpendicular
Son；Filling insulation material in plate between wall column 9, in plate, wall column 9 all flushes with outside in insulation material；
In plate, wall column 9 covers indoor wall panel 5 with the indoor side of insulation material, and its thickness is 9 ~ 15mm, preferentially
Using 9mm, indoor wall panel 5 four end respectively reaches in the framework that lower floor's raising-plate 2, edges of boards wall column 3 and bottom girder plate 4 are constituted
Side, indoor wall panel 5 and wall column in plate 9 use nail to be connected, wall column 9 and plate in the two boards being close to edges of boards wall column 3
Directly using nail to connect, in remaining plate, wall column 9 correspondence position is set up plasterboard and is installed batten 6, and batten thickness is 10 ~ 38mm,
Width is equal with the thickness of wall column in plate 9, vertically executes nail at plasterboard installation batten 6 and hammers into indoor wall panel 5 and plate interior wall
Bone post 9；Plasterboard installs batten 6 with upper strata raising-plate 1, lower floor's raising-plate 2, edges of boards wall column 3, bottom girder plate 4 in indoor side
Side flushes；
In plate, wall column 9 covers outdoor wall surface plate 7 with the outdoor side of insulation material, and its thickness is 6 ~ 12mm, preferentially
Using 6mm, outdoor wall surface plate 7 four end respectively reaches in the framework that lower floor's raising-plate 2, edges of boards wall column 3 and bottom girder plate 4 are constituted
Side, outdoor wall surface plate 7 uses nail to be connected with wall column 9 in all plates, vertically executes nail and hammer into wall column 9 in plate；Outdoor wall surface plate 7
Outer surface distance upper strata raising-plate 1, lower floor's raising-plate 2, edges of boards wall column 3, bottom girder plate 4 in the distance of an outdoor side surface be
20-40mm, preferentially uses 38mm；
Offer vent 10 in the outdoor side of upper strata raising-plate 1, lower floor's raising-plate 2 and bottom girder plate 4, vent 10 by under
Supreme alignment and through, arranges one in plate respectively between wall column 9, be respectively positioned in plate on the center line of wall column 9；
At upper strata raising-plate 1, the overlapping part of lower floor's raising-plate 2, when there is no upper strata raising-plate 1, respectively away from two ends
Being at 1/1 to three/4ths, and be positioned at the indoor side of indoor wall panel 5, the outdoor side of outdoor wall surface plate 7 offers 4
Individual hole for hoist 11.
Described upper strata raising-plate 1, lower floor's raising-plate 2 and the thickness of edges of boards wall column 3 and width are the most equal, and thickness is 38 ~
89mm, prioritizing selection 38mm, width is 140 ~ 286mm, prioritizing selection 184mm；
In described plate, wall column 9 thickness is 38 ~ 89mm, prioritizing selection 38mm, and width is 89 ~ 185mm, prioritizing selection
89mm。
Described indoor wall panel 5 preferentially uses load-bearing OSB plate, and described outdoor wall surface plate 7 preferentially uses OSB plate.
Described vent 10 be the outdoor side of upper strata raising-plate 1, lower floor's raising-plate 2 and bottom girder plate 4 be inwardly recessed 135 ° ~
The circular arc of 180 °, it is 2 ~ 5mm that outdoor one side plane of circular arc and raising-plate 1, lower floor's raising-plate 2 and bottom girder plate 4 is connected as radius
Circular arc.
Claims (6)
1. an in-line wall for modularity prefabricated thermal insulation load-bearing wall panel, including modularity prefabricated thermal insulation load-bearing wall panel, nail (12),
Connector (14) and anticorrosive wood or floorboard (15), wherein modularity prefabricated thermal insulation load-bearing wall panel between back timber connecting plate (13), plate
Including upper strata raising-plate (1), lower floor's raising-plate (2), edges of boards wall column (3), bottom girder plate (4), indoor wall panel (5), plasterboard
Install batten (6), outdoor wall surface plate (7), in fill out wall column (9) in insulation material (8), plate, vent (10) and hole for hoist
(11), it is characterised in that:
Cope and drag pattern massing prefabricated thermal insulation load-bearing wall panel is placed in anticorrosive wood or floorboard (15), and is close to line up in-line, mould side by side
The bottom girder plate (4) of massing prefabricated thermal insulation load-bearing wall panel is connected by nail and is connected with anticorrosive wood or floorboard (15), adjacent module
The edges of boards wall column (3) changing prefabricated thermal insulation load-bearing wall panel uses connector (14) between plate to connect, use back timber connecting plate (13) with
The top of two blocks of adjacent modularity prefabricated thermal insulation load-bearing wall panels connects, back timber connecting plate (13) and the upper strata raising-plate of both sides
(1) it is close to, and executes each row of nail at two ends.
The in-line wall of modularity prefabricated thermal insulation load-bearing wall panel the most according to claim 1, it is characterised in that: described mould
The bottom girder plate (4) of massing prefabricated thermal insulation load-bearing wall panel is connected by nail and is connected with anticorrosive wood or floorboard (15)；Modularity is prefabricated
The edges of boards wall column (3) of heat preservation load-bearing wall panel uses connector (14) between plate to connect；Use back timber connecting plate (13) at two pieces of moulds
The top of massing prefabricated thermal insulation load-bearing wall panel connects, and back timber connecting plate (13) is close to the upper strata raising-plate (1) of both sides, and two
End executes each row of nail.
The in-line wall of modularity prefabricated thermal insulation load-bearing wall panel the most according to claim 1, it is characterised in that: described edges of boards
Wall column (3) is vertical two piece, surrounds a rectangular frame, the end with one piece of bottom girder plate (4) and one piece of lower floor's raising-plate (2)
Beam slab (4) and lower floor's raising-plate (2) all extend the two ends of plate, and two edges of boards wall columns (3) are positioned at bottom girder plate (4) and lower floor's back timber
Between plate (2), bottom girder plate (4) uses nail to be connected with two edges of boards wall columns (3), and nail is vertically hammered into plate by bottom girder plate (4)
Limit wall column (3), each junction point executes nail quantity 3 ~ 5, and is a row and uniformly arranges, lower floor's raising-plate (2) and two plates
Limit wall column (3) uses nail to connect, and nail is vertically hammered into edges of boards wall column (3) by raising-plate (2), and each junction point executes nail number
Measure 3 ~ 5, and be a row and uniformly arrange；
When modularity prefabricated thermal insulation load-bearing wall panel in-line wall and the plate length of modularity prefabricated thermal insulation load-bearing wall panel be less than
In 3 times of plates during wall column (9) normal pitch L standard, it is not provided with upper strata raising-plate (1), when plate length is more than wall column in 3 times of plates
(9), during normal pitch L standard, upper strata raising-plate (1) is preferentially set in the top of lower floor's raising-plate (2), upper strata raising-plate (1)
Length is than wall column (9) normal pitch L standard in the plate of short 2.5 ~ 4.5 times of the length of lower floor raising-plate (2), upper strata raising-plate
(1) use nail to be connected with lower floor's raising-plate (2), execute nail one group at the two ends of upper strata raising-plate (1) respectively, between following closely at these two groups
One to multiple group of Shi Ding, group number no less than across plate in wall column (9) quantity, often group nail in-line evenly distributed, in-line with
Row is vertical, and fixed quantity is 2 ~ 4；Described spacing L is the distance in adjacent two plates between wall column (9)；
Laying wall column (9) in plurality of plates between edges of boards wall column (3), in being respectively arranged with one block of plate the most respectively, wall column (9) leans on
Tight edges of boards wall column (3), these two edges of boards wall columns (3) are equal with lower floor's raising-plate (2), edges of boards wall column (3) and bottom girder plate (4)
Using nail to connect, nail is vertically hammered into by the outer face of edges of boards wall column (3) respectively, nail packet, often group prioritizing selection two,
The equal level of line of nail；In the two plate, in plate between wall column (9), wall column (9) point-blank and preferentially selects
Selecting and be uniformly distributed, nail is hammered into wall column (9) in plate, every by lower floor's raising-plate (2) end face, bottom girder plate (4) plane perpendicular respectively
Two nails of individual junction point prioritizing selection；Insulation material is filled between wall column (9), wall column (9) and insulation in plate in plate
In material, outside all flushes；
In plate, wall column (9) covers indoor wall panel (5) with the indoor side of insulation material, and its thickness is 9 ~ 15mm, preferentially
Using 9mm, indoor wall panel (5) four end respectively reaches what lower floor's raising-plate (2), edges of boards wall column (3) and bottom girder plate (4) were constituted
Inside framework, indoor wall panel (5) and wall column in plate (9) use nail to be connected, in the two boards being close to edges of boards wall column (3)
Wall column (9) directly uses nail to be connected with plate, and in remaining plate, wall column (9) correspondence position is set up plasterboard and installed batten (6), wood
Bar thickness is 10 ~ 38mm, and width is equal with the thickness of wall column in plate (9), vertically executes nail at plasterboard installation batten (6) and hammers into
Wall column (9) in indoor wall panel (5) and plate；Plasterboard install batten (6) with upper strata raising-plate (1), lower floor's raising-plate (2),
Edges of boards wall column (3), bottom girder plate (4) flush in indoor side, side；
In plate, wall column (9) covers outdoor wall surface plate (7) with the outdoor side of insulation material, and its thickness is 6 ~ 12mm, preferentially
Using 6mm, outdoor wall surface plate (7) four end respectively reaches what lower floor's raising-plate (2), edges of boards wall column (3) and bottom girder plate (4) were constituted
Inside framework, outdoor wall surface plate (7) uses nail to be connected with wall column (9) in all plates, vertically executes nail and hammers into wall column in plate
(9)；Outer surface distance upper strata raising-plate (1) of outdoor wall surface plate (7), lower floor's raising-plate (2), edges of boards wall column (3), bottom girder plate
(4) distance at an outdoor side surface is 20-40mm, preferentially uses 38mm；
Vent (10), vent is offered in the outdoor side of upper strata raising-plate (1), lower floor's raising-plate (2) and bottom girder plate (4)
(10) from the bottom to top alignment and through, in plate, arrange one respectively between wall column (9), be respectively positioned on wall column (9) in plate
Center line on；
At upper strata raising-plate (1), the overlapping part of lower floor's raising-plate (2), when there is no upper strata raising-plate (1), respectively away from two
End is at 1/1 to three/4ths, and is positioned at the indoor side of indoor wall panel (5), the outdoor one of outdoor wall surface plate (7)
4 holes for hoist (11) are offered in side.
The in-line wall of modularity prefabricated thermal insulation load-bearing wall panel the most according to claim 1, it is characterised in that: described upper strata is pushed up
Beam slab (1), lower floor's raising-plate (2) and the thickness of edges of boards wall column (3) and width are the most equal, and thickness is 38 ~ 89mm, prioritizing selection
38mm, width is 140 ~ 286mm, prioritizing selection 184mm；
In described plate, wall column (9) thickness is 38 ~ 89mm, prioritizing selection 38mm, and width is 89 ~ 185mm, prioritizing selection 89mm.
The in-line wall of modularity prefabricated thermal insulation load-bearing wall panel the most according to claim 1, it is characterised in that: described indoor wall
Panel (5) preferentially uses load-bearing OSB plate, and described outdoor wall surface plate (7) preferentially uses OSB plate.
The in-line wall of modularity prefabricated thermal insulation load-bearing wall panel the most according to claim 1, it is characterised in that: described vent
(10) it is the outdoor side of upper strata raising-plate (1), lower floor's raising-plate (2) and bottom girder plate (4) circle that is inwardly recessed 135 ° ~ 180 °
Arc, it is 2 ~ 5mm's that outdoor one side plane of circular arc and raising-plate (1), lower floor's raising-plate (2) and bottom girder plate (4) is connected as radius
Circular arc.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620489791.3U CN205857457U (en) | 2016-05-26 | 2016-05-26 | A kind of in-line wall of modularity prefabricated thermal insulation load-bearing wall panel |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106401022A (en) * | 2016-05-26 | 2017-02-15 | 沈阳建筑大学 | Line-shaped wall with modularized prefabricated thermal insulating load bearing wallboards |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106401022A (en) * | 2016-05-26 | 2017-02-15 | 沈阳建筑大学 | Line-shaped wall with modularized prefabricated thermal insulating load bearing wallboards |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170104 |