CN205976080U

CN205976080U - Prefabricated heat preservation load -bearing wall panel's of modularization L shape wall

Info

Publication number: CN205976080U
Application number: CN201620489853.0U
Authority: CN
Inventors: 汪青杰; 张延年; 刘阳
Original assignee: Shenyang Jianzhu University
Current assignee: Shenyang Jianzhu University
Priority date: 2016-05-26
Filing date: 2016-05-26
Publication date: 2017-02-22
Anticipated expiration: 2026-05-26

Abstract

The utility model discloses a prefabricated heat preservation load -bearing wall panel's of modularization L shape wall, including prefabricated heat preservation load -bearing wall panel's of modularization L shape wallA board, prefabricated heat preservation load -bearing wall panel's of modularization L shape wallB board, the prefabricated heat preservation load -bearing wall panel's of modularization L shape wallA board includes: upper strata header panel, the header panel of lower floor, flange wall stud, bottom beam plate, indoor shingle nail, gypsum board installation stuff, outdoor shingle nail, insulation material, inboard wall stud, vent, hole for hoist and nail, the prefabricated heat preservation load -bearing wall panel's of modularization L shape wallB board includes upper header panel, the header panel of lower floor, flange wall stud, bottom beam plate, indoor shingle nail, gypsum board installation stuff, outdoor shingle nail, insulation material, inboard wall stud, vent, hole for hoist, nail, corner reinforcing plate, the utility model discloses the installation operation is showing to be simplified, and assembly speed is fast, and the industrialization degree is higher, and economic effects is good, avoids environmental pollution, reduces a large amount of site operations.

Description

A kind of L-shaped wall of modularity prefabricated thermal insulation load-bearing wall panel

Technical field

This utility model belongs to technical field of buildings, more particularly to a kind of L-shaped of modularity prefabricated thermal insulation load-bearing wall panel 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 its own light weight, so absorption seismic force is few during earthquake, Stability in earthquake is verified repeatedly, even if strong earthquake makes whole building thing depart from its basis, and its knot Structure is intact；Light-duty wooden, because the feature of its material and structure is so that horizontal layout is more flexible, provides for architect Bigger imagination space；The version that the properties of heat preservation and energy saving of light-duty wooden builds up better than other any materials；Timber Inherently outstanding insulator, under conditions of same thickness, the insulation value of timber is higher than the concrete of standard 16 times, compares steel Material is high 400 times, 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 Depend primarily on and be used in house constituting the integral material on roof, wall and floor each several part；Each composition portion of light-duty wooden Divide plus flame-retarded gypsum wallboard it is easy to reach and masonry structure building identical fire protecting performance；For example：In Japan to a building wood Structural building has carried out a fire test, and test middle mold is sent out Radix Rehmanniae shake, rocked house, is then lighted with fire, at this moment, This house shows supereminent performance, illustrates the superperformance level of light-duty wooden building.Even construction warp Ji type wooden frame structure, its anti-fire capability is also not less than two hours.

It is it is well known that its burning will expend the substantial amounts of energy that existing clay brick produces the harm to environment, and The waste gas producing causes air pollution, greenhouse effect and acid rain phenomenon；In addition, existing technical matters are complicated, assembling speed is slow, Waste substantial amounts of time and economic effect, insulation, bearing capacity effect do not reach ideal value, it is therefore necessary to combining existing The advantage of light-duty wooden is changing shortcoming present in prior art.

Utility model content

The purpose of this utility model is to provide a kind of L-shaped wall of modularity prefabricated thermal insulation load-bearing wall panel, to be solved existing with this Have that complex process present in technology, assembling speed be slow, environmental pollution, economic effect, insulation bearing capacity effect difference the problems such as.

To achieve these goals, the technical solution adopted in the utility model is：A kind of modularity prefabricated thermal insulation load bearing wall The L-shaped wall of plate, including the L-shaped wall B of the L-shaped wall A plate of modularity prefabricated thermal insulation load-bearing wall panel, modularity prefabricated thermal insulation load-bearing wall panel Plate；The L-shaped wall A plate 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 are installed batten, outdoor wall surface plate, interior filled out insulation material, wall column, vent in plate, hang Dress hole and nail；The L-shaped wall B plate of described modularity prefabricated thermal insulation load-bearing wall panel includes upper strata raising-plate, lower floor's raising-plate, edges of boards wall Bone post, bottom girder plate, indoor wall panel, plasterboard install batten, outdoor wall surface plate, insulation material, wall column in plate, vent, Hole for hoist, nail and corner reinforcing plate.

As preferably a kind of technical scheme, the L-shaped wall A plate of described massing prefabricated thermal insulation load-bearing wall panel, modularity are prefabricated The part of the same names in the L-shaped wall B plate of heat preservation load-bearing wall panel is 26S Proteasome Structure and Function identical part.

As preferably a kind of technical scheme, the L-shaped wall A plate of described modularity prefabricated thermal insulation load-bearing wall panel and modularity are pre- Two vertical edges of boards wall columns in the L-shaped wall B plate of heat preservation load-bearing wall panel processed, bottom girder plate, lower floor's raising-plate surround one close Envelope rectangular frame, two edges of boards wall columns are located between bottom girder plate and lower floor's raising-plate, and bottom girder plate is adopted with two edges of boards wall columns It is fixedly connected with nail connected mode, described nail vertically hammers in edges of boards wall column by bottom girder plate, and each junction point applies nail quantity Between 3-5, and follow closely and uniformly arrange, described lower floor raising-plate is connected using nail with two edges of boards wall columns, described follow closely by Raising-plate vertically hammers in edges of boards wall column, and each junction point applies nail between 3-5, and follows closely uniformly arrangement；When modularity is pre- The L-shaped wall A plate plate length of heat preservation load-bearing wall panel processed is less than or equal to wall column normal pitch L in 3 times of plates_StandardWhen, it is not provided with upper strata back timber Plate 1, when the L-shaped wall A plate plate length of modularity prefabricated thermal insulation load-bearing wall panel is more than wall column normal pitch L in times plate_StandardWhen, under The top of layer raising-plate preferentially arranges upper strata raising-plate；It is provided with wall column in several plates between two edges of boards wall columns, and Wall column in a plate is respectively had to be connected with two edges of boards wall columns, described two edges of boards wall columns and lower floor's raising-plate, edges of boards Wall column and bottom girder plate are all connected using nail connected mode, and nail vertically hammers into by the outer face of edges of boards wall column respectively, described Nail packet, every group of nail is set to two, and the line followed closely is in level；In the described plate being connected with edges of boards wall column wall column it Between several plates in wall column be arranged on same straight line and be uniformly distributed, wall column and lower floor's raising-plate in described plate, Bottom girder plate is connected using nail connected mode, and described nail is hammered in plate by lower floor's back timber plate top surface, bottom girder plate plane perpendicular respectively In wall column, each junction point be provided with two nails；It is provided with thermal insulating material between wall column in described often adjacent plate Material, and wall column and outboard alignment setting in insulation material in described plate；The interior one of wall column and insulation material in described plate Side is provided with indoor wall panel, and described indoor wall panel four end is connected with lower floor raising-plate, edges of boards wall column, bottom girder plate respectively Connect, described indoor wall panel is connected using nail with wall column in several plates, in remaining plate, wall column and indoor wall panel correspond to Position is provided with plasterboard and installs batten, and described plasterboard is installed batten and is all connected with following closely with wall column in indoor wall panel and plate Mode is fixed；Described plasterboard installs batten and upper strata raising-plate, lower floor's raising-plate, edges of boards wall column, bottom girder plate indoors Side horizontal alignment；In described plate, wall column and the outdoor side of insulation material are provided with outdoor wall surface plate, described outdoor wall surface plate Four ends are connected with lower floor raising-plate, edges of boards wall column, bottom girder plate respectively, described outdoor wall surface plate and wall column in several plates Connected using nail, vertically apply nail and hammer into wall column in plate；The outer surface of described outdoor wall surface plate pushes up apart from upper strata raising-plate, lower floor Beam slab, edges of boards wall column, bottom girder plate are arranged between 20 mm -40 mm in the distance of an outdoor side surface, preferential employing 38mm；Described upper strata raising-plate, lower floor's raising-plate, the outdoor side of bottom girder plate are provided with vent, described vent by down to Upper alignment and insertion, are respectively provided with a vent between wall column in described often adjacent plate, and are respectively positioned on often adjacent Plate on center line between wall column；When upper strata raising-plate is overlapping with lower floor raising-plate, respectively apart from upper strata raising-plate two The a quarter at end is at 1/3rd, and the indoor side positioned at indoor wall panel, the outdoor side setting of outdoor wall surface plate There is individual hole for hoist.

As preferably a kind of technical scheme, the L-shaped wall A plate of described modularity prefabricated thermal insulation load-bearing wall panel with modularity The L-shaped wall B plate intersection of prefabricated thermal insulation load-bearing wall panel, one end length of setting upper strata raising-plate is more than the length of lower floor's raising-plate Degree, the length going out greatly is equal to the thickness of the L-shaped wall B plate of modularity prefabricated thermal insulation load-bearing wall panel；The another of upper strata raising-plate is set The length at end be lower floor's raising-plate take in wall column normal pitch L in 1.25 ~ 2.15 times of plate_Standard, described upper strata raising-plate with Lower floor's raising-plate is connected using nail, and one group of nail is applied at the two ends of described upper strata raising-plate respectively, and to apply nail between two groups of nails some again Group, and organize number more than or equal to wall column quantity in plate, every group of nail in-line is evenly distributed, and the quantity of every group of nail is arranged on 2-4 root Between.

As preferably a kind of technical scheme, the L-shaped wall B plate of described modularity prefabricated thermal insulation load-bearing wall panel with modularity The intersection of the L-shaped wall A plate of prefabricated thermal insulation load-bearing wall panel, the upper strata back timber of the L-shaped wall B plate of modularity prefabricated thermal insulation load-bearing wall panel The thickness that plate takes in modularity prefabricated thermal insulation load-bearing wall panel L-shaped wall A plate is long；And the modularity prefabricated thermal insulation load-bearing wall panel in this side L-shaped wall B plate on corner reinforcing plate is set, described corner reinforcing plate and lower floor's raising-plate, edges of boards wall column, bottom girder plate, in plate Wall column is all fixedly connected using nail connected mode, the nail quantity that described corner reinforcing plate is used with lower floor raising-plate be arranged on for Between 2-4 piece, and it is arranged in rows；The nail quantity that described corner reinforcing plate and bottom girder plate use is arranged on as between 2-4 piece, and becomes Arrangement is put；The nail that described corner reinforcing plate is connected with edges of boards wall column is arranged in rows, and is uniformly distributed；Described corner reinforcing plate with The nail that in plate, wall column connects is arranged in rows, and is uniformly distributed.

As preferably a kind of technical scheme, the thickness of described indoor wall panel is arranged between 9mm-15mm, preferential choosing Select 9mm；The thickness that described plasterboard installs batten is arranged between 10 mm -38mm, and described plasterboard installs the width of batten Equal with the thickness of wall column in plate；The thickness of described outdoor wall surface plate is arranged between 6mm-12mm, prioritizing selection 6mm.

As preferably a kind of technical scheme, described upper strata raising-plate, lower floor's raising-plate, the thickness of edges of boards wall column and width Degree is all equal, and thickness is arranged between 38mm- 89mm, prioritizing selection 38mm, and width is arranged between 140mm- 286mm, excellent First select 184mm；In described plate, wall column thickness is arranged between 38mm- 89mm, prioritizing selection 38mm, and width is arranged on Between 89mm- 185mm, prioritizing selection 89mm.

As preferably a kind of technical scheme, described indoor wall panel and both described outdoor wall surface plates are all using OSB plate； Described vent refers to that the outdoor side of upper strata raising-plate, lower floor's raising-plate and bottom girder plate is inwardly recessed between 135 ° ~ 180 ° Circular arc, circular arc is connected as, with outdoor one side plane of raising-plate, lower floor's raising-plate and bottom girder plate, the circle that a radius is 2 ~ 5mm Arc.

This utility model is provided with corner reinforcing plate, increases the stress performance of device.

This utility model is provided with vent, solves moisture issues.

This utility model arranges insulation material, improves the heat insulation effect of device.

The beneficial effects of the utility model are：Installation operation significantly simplifies, and assembling speed is fast, can be total using big component Become assembling, industrialization degree is higher, good economical benefit, and avoids environmental pollution, decreases a large amount of field operations, by series Construction is so as to have good stress performance.

Brief description

Fig. 1 is that signal is faced in a kind of indoor side of the L-shaped wall A plate of this utility model modularity prefabricated thermal insulation load-bearing wall panel Figure；

Fig. 2 is that signal is faced in a kind of indoor side of the L-shaped wall B plate of this utility model modularity prefabricated thermal insulation load-bearing wall panel Figure；

Fig. 3 is the A-A generalized section of Fig. 1；

Fig. 4 is the B-B generalized section of Fig. 1；

Fig. 5 is a kind of schematic side view of the L-shaped wall A plate of this utility model modularity prefabricated thermal insulation load-bearing wall panel；

Fig. 6 is a kind of schematic side view of the L-shaped wall B plate of this utility model modularity prefabricated thermal insulation load-bearing wall panel；

Fig. 7 is a kind of schematic top plan view of the L-shaped wall A plate of this utility model modularity prefabricated thermal insulation load-bearing wall panel；

Fig. 8 is a kind of schematic top plan view of the L-shaped wall B plate of this utility model modularity prefabricated thermal insulation load-bearing wall panel；

Fig. 9 is that signal is faced in a kind of outdoor side of the L-shaped wall A plate of this utility model modularity prefabricated thermal insulation load-bearing wall panel Figure；

Figure 10 is the C-C generalized section of Fig. 9；

Figure 11 is that a kind of outdoor side of the L-shaped wall B plate of this utility model modularity prefabricated thermal insulation load-bearing wall panel is faced and shown It is intended to；

Figure 12 is the D-D generalized section of Figure 11；

Figure 13 is a kind of L-shaped wall schematic top plan view of this utility model modularity prefabricated thermal insulation load-bearing wall panel；

Figure 14 is a kind of L-shaped wall first schematic elevation view of this utility model modularity prefabricated thermal insulation load-bearing wall panel；

Figure 15 is a kind of L-shaped wall second schematic elevation view of this utility model modularity prefabricated thermal insulation load-bearing wall panel；

Figure 16 is the E-E generalized section of Figure 15.

In figure：1 upper strata raising-plate；2 lower floor's raising-plates；3 edges of boards wall columns；4 bottom girder plates；5 indoor wall panels；6 plasterboards Batten is installed；7 outdoor wall surface plates；8 insulation materials；Wall column in 9 plates；10 vents；11 holes for hoist；12 nails；13 corners are strengthened Plate.

Specific embodiment

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 sandwich passive wallboard of timber structure is described in detail, but they can not be interpreted as the limit to this utility model protection domain Fixed.

A kind of L-shaped wall of modularity prefabricated thermal insulation load-bearing wall panel, including the L-shaped wall A of modularity prefabricated thermal insulation load-bearing wall panel Plate, the L-shaped wall B plate of modularity prefabricated thermal insulation load-bearing wall panel；The L-shaped wall A plate of described modularity prefabricated thermal insulation load-bearing wall panel includes： 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, interior fill out insulation material 8, wall column 9, vent 10, hole for hoist 11 and nail 12 in plate；

The L-shaped wall B plate of described modularity prefabricated thermal insulation load-bearing wall panel includes upper strata raising-plate 1, lower floor's raising-plate 2, edges of boards Wall column in wall column 3, bottom girder plate 4, indoor wall panel 5, plasterboard installation batten 6, outdoor wall surface plate 7, insulation material 8, plate 9th, vent 10, hole for hoist 11, nail 12 and corner reinforcing plate 13.

As preferably a kind of technical scheme, the L-shaped wall A plate of described modularity prefabricated thermal insulation load-bearing wall panel and modularity are pre- Two vertical edges of boards wall columns 3 of the L-shaped wall B plate of heat preservation load-bearing wall panel processed, bottom girder plate 4, lower floor's raising-plate 2 surround one close Envelope rectangular frame, two edges of boards wall columns 3 are located between bottom girder plate 4 and lower floor's raising-plate 2, bottom girder plate 4 and two edges of boards wall bones Post 3 is fixedly connected using nail connected mode, and described nail 12 vertically hammers in edges of boards wall column 3 by bottom girder plate 4, each connection Point applies nail quantity between 3-5, and nail 12 is uniformly arranged, and described lower floor raising-plate 2 and two edges of boards wall columns 3 are using nail even Connect, described nail 12 vertically hammers in edges of boards wall column 3 by raising-plate 2, each junction point applies nail between 3-5, and follows closely 12 Uniformly arrange；When the L-shaped wall A plate plate length of modularity prefabricated thermal insulation load-bearing wall panel is less than or equal to wall column 9 normal pitch in 3 times of plates L_StandardWhen, it is not provided with upper strata raising-plate 1, when the L-shaped wall A plate plate length of modularity prefabricated thermal insulation load-bearing wall panel is more than 3 times of plate interior wall bones Post 9 normal pitch L_StandardWhen, preferential setting upper strata raising-plate 1 above lower floor's raising-plate 2；Between two edges of boards wall columns 3 It is provided with wall column 9 in several plates, and respectively have wall column 9 in a plate to be connected with two edges of boards wall columns 3, described two Edges of boards wall column 3 is all connected using nail connected mode with lower floor raising-plate 2, edges of boards wall column 3 and bottom girder plate 4, and nail 12 is respectively Vertically hammered into by the outer face of edges of boards wall column 3, described nail 12 is grouped, every group of nail 12 is set to two, and the line of nail 12 is in Level；In several plates between wall column 9 in the described plate being connected with edges of boards wall column 3, wall column 9 is arranged on same On straight line and be uniformly distributed, in described plate, wall column 9 is connected using nail connected mode with lower floor raising-plate 2, bottom girder plate 4, institute State that nail 12 hammers in wall column 9 in plate by lower floor's raising-plate 2 top surface, bottom girder plate 4 plane perpendicular respectively, each junction point is respectively provided with There are two nails 12；It is provided with insulation material 8 between wall column 9 in described often adjacent plate, and wall column 9 and guarantor in described plate Outboard alignment setting in adiabator 8；In described plate, wall column 9 and the indoor side of insulation material 8 are provided with indoor wall panel 5, Described indoor wall panel 5 four end is connected with lower floor raising-plate 2, edges of boards wall column 3, bottom girder plate 4 respectively, described indoor wall panel 5 are connected using nail with wall column 9 in several plates, and in remaining plate, wall column 9 and indoor wall panel 5 correspondence position are provided with Gypsum Fibrosum Batten 6 installed by plate, and it is all solid to follow closely 12 connected modes with wall column 9 in indoor wall panel 5 and plate that described plasterboard installs batten 6 Fixed；Described plasterboard installs batten 6 and upper strata raising-plate 1, lower floor's raising-plate 2, edges of boards wall column 3, bottom girder plate 4 side indoors Horizontal alignment；

In described plate, wall column 9 and the outdoor side of insulation material 8 are provided with outdoor wall surface plate 7, described outdoor wall surface plate 7 four ends are connected with lower floor raising-plate 2, edges of boards wall column 3, bottom girder plate 4 respectively, in described outdoor wall surface plate 7 and several plates Wall column 9 is connected using nail, vertically applies nail 12 and hammers into wall column 9 in plate；The outer surface of described outdoor wall surface plate 7 pushes up apart from upper strata Beam slab 1, lower floor's raising-plate 2, edges of boards wall column 3, bottom girder plate 4 an outdoor side surface distance be arranged on 20 mm -40 mm it Between, preferentially adopt 38mm；Described upper strata raising-plate 1, lower floor's raising-plate 2, the outdoor side of bottom girder plate 4 are provided with vent 10, Described vent 10 aligns and insertion from the bottom to top, is respectively provided with one and leads in described often adjacent plate between wall column 9 Air port 10, and be respectively positioned on the center line between wall column 9 in often adjacent plate；When upper strata raising-plate 1 is overlapping with lower floor raising-plate 2 When, respectively a quarter apart from upper strata raising-plate 1 two ends at 1/3rd, and be located at indoor wall panel 5 indoor side, The outdoor side of outdoor wall surface plate 7 is provided with 4 holes for hoist 11.

As preferably a kind of technical scheme, the L-shaped wall A plate of described modularity prefabricated thermal insulation load-bearing wall panel with modularity The L-shaped wall B plate intersection of prefabricated thermal insulation load-bearing wall panel, one end length of setting upper strata raising-plate 1 is more than the length of lower floor's raising-plate 2 Degree, the length going out greatly is equal to the thickness of the L-shaped wall B plate of modularity prefabricated thermal insulation load-bearing wall panel；The another of upper strata raising-plate 1 is set The length at end be lower floor's raising-plate 2 take in wall column 9 normal pitch L in 1.25 ~ 2.15 times of plate_Standard, described upper strata raising-plate 1 is connected using nail with lower floor raising-plate 2, and 12 1 groups of nail is applied at the two ends of described upper strata raising-plate 1 respectively, and two groups are followed closely between 12 again Some groups of Shi Ding, and organize number more than or equal to wall column 9 quantity in plate, every group of nail 12 in-lines are evenly distributed, the number of every group of nail 12 Amount is arranged between 2-4 root.

As preferably a kind of technical scheme, the L-shaped wall B plate of described modularity prefabricated thermal insulation load-bearing wall panel with modularity The intersection of the L-shaped wall A plate of prefabricated thermal insulation load-bearing wall panel, the upper strata back timber of the L-shaped wall B plate of modularity prefabricated thermal insulation load-bearing wall panel The thickness that plate 1 takes in the L-shaped wall A plate of modularity prefabricated thermal insulation load-bearing wall panel is long；And the modularity prefabricated thermal insulation load-bearing in this side Corner reinforcing plate 13, described corner reinforcing plate 13 and lower floor's raising-plate 2, edges of boards wall column 3, bottom are arranged on the L-shaped wall B plate of wallboard In beam slab 4, plate, wall column 9 is all fixedly connected using nail connected mode, and described corner reinforcing plate 13 and lower floor's raising-plate 2 use Follow closely 12 quantity and be arranged on as between 2-4 piece, and be arranged in rows；The nail quantity that described corner reinforcing plate 13 is used with bottom girder plate 4 sets Put between for 2-4 piece, and be arranged in rows；The nail 12 that described corner reinforcing plate 13 is connected with edges of boards wall column 3 is arranged in rows, and It is uniformly distributed；The nail that described corner reinforcing plate 13 is connected with wall column in plate 9 is arranged in rows, and is uniformly distributed.

As preferably a kind of technical scheme, the thickness of described indoor wall panel 5 is arranged between 9mm-15mm, preferential choosing Select 9mm；The thickness that described plasterboard installs batten 6 is arranged between 10 mm -38mm, and described plasterboard installs the width of batten 6 Degree is equal with the thickness of wall column in plate 9；The thickness of described outdoor wall surface plate 7 is arranged between 6mm-12mm, prioritizing selection 6mm.

As preferably a kind of technical scheme, described upper strata raising-plate 1, lower floor's raising-plate 2, the thickness of edges of boards wall column 3 All equal with width, thickness is arranged between 38mm- 89mm, prioritizing selection 38mm, width be arranged on 140mm- 286mm it Between, prioritizing selection 184mm；In described plate, wall column 9 thickness is arranged between 38mm- 89mm, prioritizing selection 38mm, and width sets Put between 89mm- 185mm, prioritizing selection 89mm.

As preferably a kind of technical scheme, described indoor wall panel 5 is with both described outdoor wall surface plates 7 all using OSB Plate；Described vent 10 refer to the outdoor side of upper strata raising-plate 1, lower floor's raising-plate 2 and bottom girder plate 4 be inwardly recessed 135 ° ~ Circular arc between 180 °, circular arc is connected as a radius with outdoor one side plane of raising-plate 1, lower floor's raising-plate 2 and bottom girder plate 4 Circular arc for 2 ~ 5mm.

This utility model is provided with corner reinforcing plate 13, increases the stress performance of device.

This utility model is provided with vent 10, solves moisture issues.

This utility model arranges insulation material 8, improves the heat insulation effect of device.

The above is only preferred implementation of the present utility model it is noted that common skill for the art For art personnel, on the premise of without departing from this utility model principle, some improvements and modifications can also be made, these improve and Retouching also should be regarded as protection domain of the present utility model.

Claims

1. a kind of L-shaped wall of modularity prefabricated thermal insulation load-bearing wall panel it is characterised in that：Including modularity prefabricated thermal insulation load-bearing wall panel L-shaped wall A plate, the L-shaped wall B plate of modularity prefabricated thermal insulation load-bearing wall panel；The L-shaped wall of described modularity prefabricated thermal insulation load-bearing wall panel A plate includes：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), stone Cream plate is installed batten (6), outdoor wall surface plate (7), interior is filled out insulation material (8), wall column (9), vent (10), hole for hoist in plate (11) and nail (12)；The L-shaped wall B plate of described modularity prefabricated thermal insulation load-bearing wall panel includes 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 are installed batten (6), outdoor wall surface plate (7), are protected Wall column (9), vent (10), hole for hoist (11), nail (12) and corner reinforcing plate (13) in adiabator (8), plate.

2. a kind of modularity prefabricated thermal insulation load-bearing wall panel according to claim 1 L-shaped wall it is characterised in that：Described mould Same names in the L-shaped wall A plate of massing prefabricated thermal insulation load-bearing wall panel, the L-shaped wall B plate of modularity prefabricated thermal insulation load-bearing wall panel Part is 26S Proteasome Structure and Function identical part.

3. a kind of modularity prefabricated thermal insulation load-bearing wall panel according to claim 1 L-shaped wall it is characterised in that：Described mould Two of the L-shaped wall B plate of the L-shaped wall A plate of massing prefabricated thermal insulation load-bearing wall panel and modularity prefabricated thermal insulation load-bearing wall panel vertical Edges of boards wall column (3), bottom girder plate (4), lower floor's raising-plate (2) surround a sealed rectangular framework, two edges of boards wall column (3) positions Between bottom girder plate (4) and lower floor's raising-plate (2), bottom girder plate (4) is fixed using nail connected mode with two edges of boards wall columns (3) Connect, described nail (12) is vertically hammered in edges of boards wall column (3) by bottom girder plate (4), and each junction point is applied nail (12) quantity and existed Between 3-5, and follow closely (12) uniformly arrangement, described lower floor raising-plate (2) is connected using nail with two edges of boards wall columns (3), institute State nail (12) and vertically hammer in edges of boards wall column (3) by raising-plate (2), each junction point applies nail between 3-5, and follows closely (12) uniformly arrange；

L-shaped wall B plate when the L-shaped wall A plate of modularity prefabricated thermal insulation load-bearing wall panel or modularity prefabricated thermal insulation load-bearing wall panel Plate length is less than or equal to wall column (9) normal pitch L in 3 times of plates_StandardWhen, it is not provided with upper strata raising-plate (1), as the prefabricated guarantor of modularity The L-shaped wall A plate plate length of warm load-bearing wall panel is more than wall column (9) normal pitch L in 3 times of plates_StandardWhen, upper in lower floor's raising-plate (2) Side is provided with upper strata raising-plate (1)；It is provided with wall column (9) in several plates between two edges of boards wall columns (3), and respectively have one In individual plate, wall column (9) is connected with two edges of boards wall columns (3), described two edges of boards wall columns (3) and lower floor's raising-plate (2), edges of boards wall column (3) is all connected using nail connected mode with bottom girder plate (4), and nail (12) is respectively by edges of boards wall column (3) Outer face vertically hammer into, described nail (12) packet, every group nail (12) be set to two, and follow closely (12) line be in level；Institute Stating wall column (9) in several plates between wall column (9) in the plate being connected with edges of boards wall column (3), to be arranged on same straight On line and be uniformly distributed, in described plate, wall column (9) is connected using nail connected mode with lower floor's raising-plate (2), bottom girder plate (4) Connect, described nail (12) hammers in wall column in plate (9) by lower floor's raising-plate (2) top surface, bottom girder plate (4) plane perpendicular respectively, every Individual junction point is provided with two nails (12)；It is provided with insulation material (8) between wall column (9) in described often adjacent plate, And wall column (9) and the interior outboard alignment of insulation material (8) are arranged in described plate；Wall column (9) and insulation material (8) in described plate Indoor side be provided with indoor wall panel (5), described indoor wall panel (5) four end respectively with lower floor's raising-plate (2), edges of boards Wall column (3), bottom girder plate (4) are connected, and described indoor wall panel (5) is connected using nail with wall column (9) in several plates, its Wall column (9) and indoor wall panel in remaining plate（5）Correspondence position is provided with plasterboard and installs batten (6), and described plasterboard is installed Batten (6) and wall column (9) in indoor wall panel (5) and plate are all fixed with following closely connected mode；Described 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) side horizontal alignment indoors；Described In plate, wall column (9) and the outdoor side of insulation material (8) are provided with outdoor wall surface plate (7), described outdoor wall surface plate (7) four End be connected with lower floor's raising-plate (2), edges of boards wall column (3), bottom girder plate (4) respectively, described outdoor wall surface plate (7) and several In plate, wall column (9) is connected using nail, vertically applies nail（12）Hammer into wall column in plate (9)；The appearance of described outdoor wall surface plate (7) Identity distance is from upper strata raising-plate (1), lower floor's raising-plate (2), edges of boards wall column (3), bottom girder plate (4) with a distance from an outdoor side surface It is arranged between 20 mm -40 mm；

Described upper strata raising-plate (1), lower floor's raising-plate (2), the outdoor side of bottom girder plate (4) are provided with vent (10), described Vent (10) aligns and insertion from the bottom to top, is respectively provided with one and leads in described often adjacent plate between wall column (9) Air port (10), and be respectively positioned on the center line between wall column (9) in often adjacent plate；When upper strata raising-plate (1) and lower floor's back timber When plate (2) is overlapping, a quarter apart from upper strata raising-plate (1) two ends, at 1/3rd, and is located at indoor wall panel respectively (5) indoor side, the outdoor side of outdoor wall surface plate (7) is provided with 4 holes for hoist (11).

4. a kind of modularity prefabricated thermal insulation load-bearing wall panel according to claim 1 L-shaped wall it is characterised in that：Described mould The L-shaped wall A plate of massing prefabricated thermal insulation load-bearing wall panel, in the L-shaped wall B plate intersection with modularity prefabricated thermal insulation load-bearing wall panel, is arranged One end length of upper strata raising-plate (1) is more than the length of lower floor's raising-plate (2), and the length going out greatly is held equal to modularity prefabricated thermal insulation The thickness of the L-shaped wall B plate of weight wallboard；The length of the other end of setting upper strata raising-plate (1) is takeing in of lower floor's raising-plate (2) Wall column (9) normal pitch L in 1.25 ~ 2.15 times of plate_Standard, described upper strata raising-plate (1) and lower floor's raising-plate (2) are using nail （12）Connect, nail is applied at the two ends on described upper strata raising-plate (1) respectively（12）One group, and two groups of nails（12）Between to apply nail some again Group, and organize number more than or equal to wall column (9) quantity in plate, every group of nail（12）In-line is evenly distributed, every group of nail（12）Quantity It is arranged between 2-4 root.

5. a kind of modularity prefabricated thermal insulation load-bearing wall panel according to claim 1 L-shaped wall it is characterised in that：Described mould The L-shaped wall B plate of massing prefabricated thermal insulation load-bearing wall panel is in the intersection of the L-shaped wall A plate with modularity prefabricated thermal insulation load-bearing wall panel, mould The upper strata raising-plate (1) of the L-shaped wall B plate of massing prefabricated thermal insulation load-bearing wall panel takes in modularity prefabricated thermal insulation load-bearing wall panel L-shaped wall A The thickness of plate is long；And corner reinforcing plate (13), institute are arranged on the L-shaped wall B plate of the modularity prefabricated thermal insulation load-bearing wall panel in this side State corner reinforcing plate (13) with wall column (9) in lower floor's raising-plate (2), edges of boards wall column (3), bottom girder plate (4), plate all using nail Connected mode is fixedly connected, the nail that described corner reinforcing plate (13) and lower floor's raising-plate (2) use（12）Quantity is arranged on as 2-4 Between piece, and it is arranged in rows；The nail that described corner reinforcing plate (13) and bottom girder plate (4) use（12）Quantity is arranged on as 2-4 piece Between, and be arranged in rows；The nail that described corner reinforcing plate (13) is connected with edges of boards wall column (3)（12）It is arranged in rows, and uniformly Distribution；The nail that described corner reinforcing plate (13) is connected with wall column in plate (9)（12）It is arranged in rows, and be uniformly distributed.

6. a kind of modularity prefabricated thermal insulation load-bearing wall panel according to claim 1 L-shaped wall it is characterised in that：Described room The thickness of inner wall panel (5) is arranged between 9mm-15mm, described plasterboard install batten (6) thickness be arranged on 10 mm- Between 38mm, the width that described plasterboard installs batten (6) is equal with the thickness of wall column in plate (9)；Described outdoor wall surface plate (7) thickness is arranged between 6mm-12mm.

7. a kind of modularity prefabricated thermal insulation load-bearing wall panel according to claim 1 L-shaped wall it is characterised in that：On described Layer raising-plate (1), lower floor's raising-plate (2), the thickness of edges of boards wall column (3) and width are all equal, and thickness is arranged on 38mm- Between 89mm, width is arranged between 140mm- 286mm；In described plate wall column (9) thickness be arranged on 38mm- 89mm it Between, width is arranged between 89mm- 185mm.

8. a kind of modularity prefabricated thermal insulation load-bearing wall panel according to claim 1 L-shaped wall it is characterised in that：Described room Inner wall panel (5) and both described outdoor wall surface plates (7) are all using OSB plate；Described vent (10) refers to upper strata raising-plate (1), the outdoor side of lower floor's raising-plate (2) and bottom girder plate (4) is inwardly recessed circular arc, circular arc and the back timber between 135 ° ~ 180 ° Outdoor one side plane of plate (1), lower floor's raising-plate (2) and bottom girder plate (4) is connected as the circular arc that a radius is 2 ~ 5mm.