CN205171730U - Building structure and outer wall body thereof - Google Patents
Building structure and outer wall body thereof Download PDFInfo
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- CN205171730U CN205171730U CN201520860122.8U CN201520860122U CN205171730U CN 205171730 U CN205171730 U CN 205171730U CN 201520860122 U CN201520860122 U CN 201520860122U CN 205171730 U CN205171730 U CN 205171730U
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Abstract
The utility model provides a building structure and outer wall body thereof, wherein the outer wall body and function is indoor and outdoor in separating, includes: the outer wall frame, by outdoor to outer wall layer and interior wall layer that indoor first direction set gradually, the outer wall layer is including the fixed side fascia that sets up, and the interior wall layer is including the fixed interior wallboard that sets up, and the side fascia is formed with the clearance between first direction and outer wall frame, and side fascia, interior wallboard and outer wall frame enclose into the heat preservation chamber, in clearance and heat preservation chamber, it has the insulation material layer to be body structure ground packing at least in the clearance. The problem that has the clearance among the prior art between the two adjacent insulation material layers has been eliminated as a body structure and exist in the insulation material layer among this technical scheme, effectively stops the heat transfer route between indoor and outdoor, promotes the heat preservation characteristic of outer wall body. And the insulation material layer has good gas tightness, water proofness, sound insulation property, promotes the building comfort level.
Description
Technical field
The utility model relates to technical field of buildings, particularly a kind of building structure and exterior wall thereof.
Background technology
In the prior art, the exterior wall of building structure comprises exterior wall frame and multiple exterior wall unit, all exterior wall unit are laid out in parallel composition exterior wall in same plane, the heat insulating material that each exterior wall unit comprises side fascia, inner wall panel and is fixed between inside and outside wallboard, side fascia is positioned at outdoor compared to inner wall panel, heat insulating material has heat preservation property, stops the heat trnasfer between indoor and outdoor.
Wherein the generation type of each exterior wall unit is:
First, provide a side fascia, a plate face of side fascia forms adiabator layer;
Afterwards, provide an inner wall panel to cover on adiabator layer, the bonding inside and outside wallboard of adiabator layer defines an exterior wall unit.
In the assembling process of exterior wall, be first individually formed some exterior wall unit, then by exterior wall cellular installation to exterior wall frame, there is following problem in this:
1, when all exterior wall unit are fixed to exterior wall frame, gap is there is between adiabator layer in adjacent two exterior wall unit, the heat trnasfer between indoor and outdoor is caused in this gap, reduces the heat-insulating property of exterior wall, produces the problem of tightness, watertightness, sound insulation property difference simultaneously;
2, outside in wall element transportation and in installation process, must ensure that heat insulating material has high strength, to guarantee that exterior wall unit can not loosely be separated, but the higher meeting of heat insulating material intensity brings heat insulating material pyroconductivity to raise, the problem that heat-insulating property declines.。
Utility model content
The problem that the utility model solves is that the heat-insulating property of existing exterior wall is lower, has the problem of tightness, watertightness, sound insulation property difference simultaneously.
For solving the problem, the utility model provides a kind of exterior wall of building structure, for separating indoor and outdoors, comprising:
Exterior wall frame;
The outer wall layers set gradually to indoor first direction by outdoor and interior wall layers, described outer wall layers comprises the side fascia be fixedly installed, described interior wall layers comprises the inner wall panel be fixedly installed, described side fascia is formed with gap along between described first direction and described exterior wall frame, and described side fascia, inner wall panel and exterior wall frame surround incubation cavity;
In described gap and incubation cavity, at least in described gap, be filled with adiabator layer in integrative-structure.
Alternatively, described building structure is multistoried building structure, described outer wall layers comprises the some side fascias along the arrangement of height of house direction, described interior wall layers comprises some inner wall panels of arranging along described short transverse, all described side fascias and inner wall panel one_to_one corresponding, every layer of building structure is provided with a described side fascia and corresponding inner wall panel.
Alternatively, described exterior wall frame comprises some columns and connects the crossbeam of described column, and described side fascia is fixed to described crossbeam.
Alternatively, the mode that described inner wall panel is fixedly installed is: the ground being fixed to described indoor.
Alternatively, described adiabator layer also for: be imbedded in the ground of bottom indoor of building structure, and cover the upper surface of each floor laminate.
The utility model also provides a kind of building structure, comprises above-mentioned arbitrary described exterior wall.
Compared with prior art, the technical solution of the utility model has the following advantages:
Described " at least in gap, being filled with adiabator layer in integrative-structure " comprises two schemes:
The first scheme, only in gap, be filled with adiabator layer in integrative-structure, adiabator layer is ring seal structure, around incubation cavity; First scheme, is filled with adiabator layer in integrative-structure in gap and incubation cavity, and adiabator layer fills full incubation cavity and gap.The seamless entity structure that described integrative-structure refers to lasting injection heat insulating material in gap and/or incubation cavity and formed, adiabator layer does not exist along the divided and through problem of first direction.
In the first scheme, adiabator layer is closed loop configuration, is filled with the gap between side fascia and exterior wall frame well, eliminates the heat conduction path of exterior wall frame and corresponding forms.Meanwhile, incubation cavity is closed, and air wherein plays good heat preservation property, reduces pyroconductivity, promotes the heat-insulating property of exterior wall.And the technical program, without the need to fill insulant material in incubation cavity, can reduce cost of production.In first scheme, adiabator layer not only fills incubation cavity but also enclose gap, reduces heat conduction efficiency better, promotes the heat-insulating property of exterior wall admirably.Meanwhile, adiabator layer also has good thermal storage effect, the heat of indoor or cold is stored, it is discharged when needed again, makes interior temperature can not rapid drawdown or rise sharply.Such as, in summer, open period at room conditioning, adiabator layer can store cold, and after air-conditioning is closed, adiabator layer can slow releasing cold, maintains indoor cool air.In winter, adiabator layer can store heat, and after air-conditioning is closed, adiabator layer can slow releasing heat, maintains indoor warm air.
And compared with mutually discrete between the some adiabator layers in exterior wall in prior art, in the technical program, adiabator layer exists as integrative-structure, there is not discrete, to cut off setting problem, eliminate the problem that there is gap in prior art between adjacent two adiabator layers, effective heat transfer path stopped between indoor and outdoor, promotes the heat preservation property of exterior wall.When outside temperature is higher than interior temperature, the high heat that outdoor high temperature produces can not be passed to indoor easily, and when outside temperature is lower, indoor heat also can not run off to outdoor easily, and this can preference temperature effectively in holding chamber.
Further, the exterior wall of the technical program also has good tightness, watertightness, defening effect and resisting wind press capacity, and the various environment outside effective isolating chamber are on the impact of indoor environment.Such as, in the first scheme, adiabator layer encloses gap, and outdoor air and moisture can not enter indoor easily, and this forms good tightness and watertightness, and the air simultaneously in incubation cavity plays defening effect.In first scheme, the adiabator layer in incubation cavity has better waterproof, the diffusion of anti-gas and defening effect compared to air.
Again further, the formation scheme of exterior wall in the technical program is fill insulant material layer in preformed gap and incubation cavity, instead of first forms an exterior wall unit just like that as prior art, then installs exterior wall unit to exterior wall frame.Therefore, the technical program, when transporting side fascia and inner wall panel, does not worry that they can loose separation, also without the need to requiring heat insulating material intensity higher.And, better, in the technical program, owing to being first assemble outer wall layers and interior wall layers to form gap and incubation cavity, therefore can selecting that there is higher-strength side fascia and inner wall panel as required, support whole exterior wall.Correspondingly, for adiabator layer itself, only need the heat preservation property considering heat insulating material, select the parameters such as the thickness of the good heat insulating material of heat preservation property, adiabator layer according to the heat preservation property that will reach, very big reduction heat insulating material pyroconductivity, promotes the heat-insulating property of exterior wall.
Accompanying drawing explanation
Fig. 1 is the sectional drawing of top layer in the building structure of the utility model specific embodiment, and cross section is perpendicular to exterior wall metope and through the plane of exterior wall middle cross beam;
Fig. 2 is the sectional drawing of adjacent two layers in the building structure of the utility model specific embodiment, and cross section is perpendicular to exterior wall metope and through the plane of exterior wall middle cross beam;
Fig. 3 is the sectional drawing of bottom in the building structure of the utility model specific embodiment, and cross section is perpendicular to exterior wall metope and through the plane of exterior wall middle cross beam.
Detailed description of the invention
For enabling above-mentioned purpose of the present utility model, feature and advantage more become apparent, and are described in detail specific embodiment of the utility model below in conjunction with accompanying drawing.
With reference to Fig. 1 ~ Fig. 3, the utility model provides a kind of building structure, and this building structure comprises exterior wall 1, and exterior wall 1, for A in spaced chamber and outdoor B, comprising:
Exterior wall frame 2;
The outer wall layers 3 set gradually by the first direction C of outdoor B to indoor A and interior wall layers 4, outer wall layers 3 comprises the side fascia 30 be fixedly installed, interior wall layers 4 comprises the inner wall panel 40 be fixedly installed, side fascia 30 is formed with gap along between first direction C and exterior wall frame 2, and side fascia 30, inner wall panel 40 and exterior wall frame 2 surround incubation cavity;
In gap and incubation cavity, at least in gap, be filled with adiabator layer 5 in integrative-structure.
In the present embodiment, described " at least in gap, being filled with adiabator layer 5 in integrative-structure " comprises two schemes:
The first scheme, is only filled with adiabator layer 5 in integrative-structure in gap, and adiabator layer 5 is ring seal structure, around incubation cavity;
First scheme, is filled with adiabator layer 5 in integrative-structure in gap and incubation cavity, and adiabator layer 5 fills full incubation cavity and gap.
The seamless entity structure that described integrative-structure refers to lasting injection heat insulating material in gap and/or incubation cavity and formed, adiabator layer 5 does not exist along the divided and through problem of first direction C.
In the first scheme, adiabator layer 5 is the loop configuration closed, and is filled with the gap between side fascia 30 and exterior wall frame 2 well, eliminates the heat conduction path of exterior wall frame 2 and corresponding forms.Meanwhile, incubation cavity is closed, and air wherein plays good heat preservation property, reduces pyroconductivity, promotes the heat-insulating property of exterior wall 1.And the technical program, without the need to fill insulant material in incubation cavity, can reduce cost of production.In first scheme, adiabator layer 5 not only fills incubation cavity but also enclose gap, reduces heat conduction efficiency better, promotes the heat-insulating property of exterior wall 1 admirably.Meanwhile, adiabator layer 5 also has good thermal storage effect, the heat of indoor A or cold is stored, it is discharged when needed again, makes indoor A temperature can not rapid drawdown or rise sharply.Such as, in summer, open period at indoor A air-conditioning, adiabator layer 5 can store cold, and after air-conditioning is closed, adiabator layer 5 can slow releasing cold, maintains the cool air of indoor A.In winter, adiabator layer 5 can store heat, and after air-conditioning is closed, adiabator layer 5 can slow releasing heat, maintains the warm air of indoor A.
And compared with mutually discrete between the some adiabator layers in exterior wall in prior art, in the technical program, adiabator layer 5 exists as integrative-structure, there is not discrete, to cut off setting problem, eliminate the problem that there is gap in prior art between adjacent two adiabator layers, heat transfer path between the indoor A of effective stop and outdoor B, promotes the heat preservation property of exterior wall 1.When outdoor B temperature is higher than indoor A temperature, the high heat that outdoor B high temperature produces can not be passed to indoor A easily, and when outdoor B temperature is lower, the heat of indoor A also can not run off easily to outdoor B, and this can the effective preference temperature of A in holding chamber.
Further, the exterior wall 1 of the technical program also has good tightness, watertightness, defening effect and resisting wind press capacity, and the various environment of the outer B of effective isolating chamber are on the impact of indoor A environment.Such as, in the first scheme, adiabator layer 5 encloses gap, and the air of outdoor B and moisture can not enter indoor A easily, and this forms good tightness and watertightness, and the air simultaneously in incubation cavity plays defening effect.In first scheme, the adiabator layer 5 in incubation cavity has better waterproof, the diffusion of anti-gas and defening effect compared to air.
Again further, the formation scheme of exterior wall 1 in the technical program is fill insulant material layer 5 in preformed gap and incubation cavity, instead of first forms an exterior wall unit just like that as prior art, then installs exterior wall unit to exterior wall frame.Therefore, the technical program, when transporting side fascia 30 and inner wall panel 40, does not worry that they can loose separation, also without the need to requiring heat insulating material intensity higher.And, better, in the technical program, owing to being first assemble outer wall layers 3 and interior wall layers 4 to form gap and incubation cavity, therefore can selecting that there is higher-strength side fascia 30 and inner wall panel 40 as required, support whole exterior wall 1.Correspondingly, for adiabator layer 5 itself, only need the heat preservation property considering heat insulating material, select the parameters such as the thickness of the good heat insulating material of heat preservation property, adiabator layer 5 according to the heat preservation property that will reach, very big reduction heat insulating material pyroconductivity, promotes the heat-insulating property of exterior wall 1.
Here it should be noted that, in a building structure, exterior wall 1 comprises multiaspect wall, and all walls define the whole interior space, and therefore, except door and forms, adiabator layer 5 surrounds the whole interior space, plays good heat-insulating property to the whole interior space.
The plate face of the bonding side fascia 30 of adiabator layer 5 and inner wall panel 40, good stability.For the material of adiabator layer 5, polyurethane foam material, foam concrete or concrete-based polyphenylene granule can be selected.Temperature polyurethane foam material is for primary raw material with isocyanates and polyethers, under the effect of the multiple auxiliary agents such as blowing agent, catalyzer, fire retardant, mixed by special equipment, through the high molecular polymer of high pressure painting foam-in-place, not only there is good exterior-wall heat insulation effect, also there is good tightness, watertightness and defening effect.In the filling process, such as, when filling gap, polyurethane foam material foaming and intumescing and then filling can expire whole gap in gap.
Foam concrete is mechanically fully foamed by blowing agent by the foamed system of foaming machine, and by foam and cement paste Homogeneous phase mixing, then the pumping system through foaming machine carries out cast-in-place construction or mould molding, through a kind of novel light heat insulating material containing a large amount of sealed porosity that natural curing is formed.Wherein sealed porosity has good acoustically effective.
Granular polystyrene full name is expanded polystyrene foams particle, also known as expansion polyphenyl particle, makes by raw material based on Expandable polystyrene resin bead is expanded foamed.Granular polystyrene polymer heat preserving material is that opening bag can use by high-strength and high-modulus vinylon fibre, numerous high molecular polymer, inorganic material and the dry powdery material of auxiliary material through being mixed and processed.After at the scene granular polystyrene polymer heat preserving material and granular polystyrene and water being stirred in proportion, spread upon on basal plane, to reach heat insulation effect.The destruction of the factors such as the material of concrete-based polyphenylene granule is mainly inorganic material, and therefore weather resistance and ageing resistace by force, can effectively resist ambient temperature, sleet, freezing, can meet the needs of external wall of high-rise building insulation completely.
With reference to Fig. 1 ~ Fig. 3, building structure is multistoried building structure, outer wall layers 3 comprises some side fascias 30 of arranging along height of house direction D, interior wall layers 4 comprises the some inner wall panels 40 along short transverse D arrangement, all side fascias 30 and inner wall panel 40 one_to_one corresponding, every layer of building structure is provided with a side fascia 30 and corresponding inner wall panel 40.In addition, can also be: corresponding every layer of building structure is provided with multipair inside and outside wallboard, and this will select according to embody rule occasion.
Further, adiabator layer 5 also for: be imbedded in the ground 7a of the indoor A of bottom of building structure, and cover the upper surface of each floor laminate.With reference to Fig. 3, the ground 7a of the indoor A of bottom comprises from the bottom up successively: steel concrete LIFT 70, cement mortar screeding layer 71a and interior decoration layer 72a, wherein adiabator layer 5 is imbedded between steel concrete LIFT 70 and cement mortar screeding layer 71a.The adiabator layer be imbedded in the 7a of ground has protection against the tide, insulation effect.
With reference to Fig. 2, the ground 7b of the indoor A of more than bottom of building structure each layer comprises from the bottom up successively: floor plates 73, cement mortar screeding layer 71b and interior decoration layer 72b, wherein floor plates 73 interval building structure is two-layer up and down, adiabator layer 5 is imbedded between floor plates 73 and cement mortar screeding layer 71b, and covers floor plates 73.The adiabator layer be imbedded in the 7b of ground has protection against the tide, insulation, sound insulation effect.
Like this, adiabator layer 5 is distributed in exterior wall 1 in integrative-structure, ground 7a and each floor laminate 73, the interior space insulation material layer 5 of whole building structure surrounded, adiabator layer 5 is in integrative-structure, the outer B and indoor A of seamless unoccupied place isolation room, good thermal isolation and heat storage, watertight protection against the tide, sound insulation effect are played to indoor A, promotes comfortable quality of building.
Particularly, with reference to Fig. 1 ~ Fig. 2, exterior wall frame 2 comprises some columns 20 and the crossbeam 21 being connected column 20, and column 20 is close in the plate face of side fascia 30, and and crossbeam 21 interval certain interval, in this gap, be filled with adiabator layer 5.Now, side fascia 30 is fixed to crossbeam 21 to realize being fixedly installed, and the mode that side fascia 30 is fixed to crossbeam 21 is:
Crossbeam 21 is fixed with junction plate 22, and the plate face of junction plate 22 is perpendicular to first direction C, and junction plate 22 is welded on the sidewall of crossbeam 21 towards side fascia 30; Be fixed by bolt between side fascia 30 with junction plate 22 and link, particularly, screw rod 6 successively through junction plate 22 and side fascia 30, bolt head 60 and junction plate 22 against, use nut 8 to be tightened on screw rod 6 in side fascia 30a side, realize fixing.With reference to Fig. 2, a junction plate 22 has connected two adjacent side fascias 30.With reference in Fig. 1, Fig. 1, this is only example.For realizing the connective stability of side fascia 30, side fascia 30 and junction plate 22 can have the bolt permanent position of more than 2 and 2.
In the above examples, side fascia 30 is fixed to crossbeam 21.In addition, side fascia also can be fixed to column.Therefore, according to installation occasion, side fascia can be fixed to exterior wall frame.
Further, with reference to Fig. 1 ~ Fig. 3, inner wall panel 40 is positioned at indoor A side, is positioned at exterior wall frame 2.The fixed form of inner wall panel 40 is: the ground being fixed to indoor A.With reference to Fig. 2, the indoor A of each layer more than bottom, inner wall panel 40 is fixed on the floor plates 73 of ground 7b; With reference to Fig. 3, at the indoor A of bottom, inner wall panel 40 is fixed on the steel concrete LIFT 70 of ground 7a.
Wherein, the distance between inner wall panel 40 and side fascia 30 is the thickness of adiabator layer 5, and therefore the position of inner wall panel 40 is also relevant with the thickness of the adiabator layer 5 preset, and will arrange the position of the relative side fascia 30 of inner wall panel 40 according to the thickness of adiabator layer 5.In the present embodiment, in inner wall panel 40a faced chamber, in the plate face of A and crossbeam 21 faced chamber, the plate face of A maintains an equal level, and this is only example.In other embodiments, if the thickness that adiabator layer 5 sets is thicker, adiabator layer 5 also may be positioned at outside exterior wall frame 2; If during the thinner thickness that adiabator layer 5 sets, adiabator layer 5 also may cross the plate face of A in crossbeam 21 faced chamber, and is positioned at exterior wall frame 2 completely.
In conjunction with reference Fig. 1 ~ Fig. 3, the formation method of the exterior wall 1 of the technical program comprises:
Perform step S1, assembling exterior wall frame 2, fits together crossbeam 21 and column 20 particularly;
Perform step S2, after formation exterior wall frame 2, assemble outer wall layers 3, outer wall layers 3 comprises the side fascia 30 be fixedly installed, and side fascia 30 is formed with gap along between described first direction C and exterior wall frame 2;
Perform step S3, in wall layers 3 faced chamber, interior wall layers 4 is assembled in the side of A outside, interior wall layers 4 comprises the inner wall panel 40 be fixedly installed, and outer wall layers 3 and interior wall layers 4 are set gradually by the first direction C of outdoor B to indoor A, and exterior wall frame 2, inner wall panel 30 and side fascia 30 surround incubation cavity;
Perform step S4, in gap and incubation cavity, be at least integrative-structure ground fill insulant material layer 5 in gap.
In the prior art, for guaranteeing the structural stability of exterior wall unit in transportation and in the process being assembled to exterior wall frame, connector generally can be used to have connected inside and outside wallboard.By comparison, the exterior wall 1 of the technical program assembles scheme, is inner wall panel 40 and side fascia 30 are transported to construction site, first assembles outer wall layers 3 and interior wall layers 4, recharges heat insulating material.In transportation, without annexation between inside and outside wallboard 40,30, convenient transportation.In construction site, inner wall panel 40 and side fascia 30 are fixed to exterior wall frame 2, now inside and outside wallboard 40,30 all keeps fixing, does not need extra connector between inside and outside wallboard 40,30, and component reduce, and easy construction, efficiency is high and cost is low.
In the present embodiment, building structure is multistoried building structure;
The method of the outer wall layers 3 of described assembling is: along the some side fascias 30 of the fixing assembling of height of house direction D;
In described assembling, the method for wall layers 4 is: along the some inner wall panels 40 of the fixing assembling of short transverse D;
All side fascias 30 and inner wall panel 40 one_to_one corresponding, every layer of building structure is provided with a described side fascia 30 and corresponding inner wall panel 40.
In one example, the method for fill insulant material layer 5 comprises: first, and all side fascias 30 of fixing assembling, assemble all side fascias 30 particularly from the bottom up successively;
After all side fascias 30 of assembling, fix all inner wall panels 40 of assembling successively from the bottom up, often to fix after assembling inner wall panel 40 and before the next inner wall panel 40 of fixing assembling, fill insulant material layer 5 from top to bottom, particularly, heat insulating material is injected downwards in the space from the 7b of ground between floor plates 73 and side fascia 30.Wherein, if only fill insulant material layer 5 in gap, then heat insulating material is injected continuously successively along gap.
In another example, the method for fill insulant material layer 5 comprises:
Fix the side fascia 30 of each layer in assembled house structure and the inner wall panel 40 of correspondence from the bottom up successively, after often fixing the inner wall panel 40 of side fascia 30 and correspondence described in a group, and before next organizes the inner wall panel 40 of side fascia 30 and correspondence in fixing assembling, fill described adiabator layer 5 from top to bottom.Compared with aforementioned exemplary, after this example set loads the side fascia 30 of in building structure every layer, corresponding inner wall panel 40 and adiabator layer 5, more then assemble the side fascia 30 of lower floor, corresponding inner wall panel 40 and adiabator layer 5.
When building structure upper strata fill insulant material, the heat insulating material that upper strata is injected can contact with lower floor's heat insulating material and closely bond and be structure as a whole.
In the present embodiment, exterior wall frame 2 comprises some columns 20 and connects the crossbeam 21 of column 20, and inside and outside wallboard 40 is fixed to crossbeam 21.Wherein inner wall panel 30 is fixed in the ground of indoor A.
In the present embodiment, adiabator layer 5 is also imbedded in the bottom flooring 7a of building structure, and each floor laminate 73 upper surface.With reference to Fig. 3, adiabator layer 5 is imbedded in the 7a of ground, in forming process, first form steel concrete LIFT 70, fixedly mount inside and outside wallboard 40,30 afterwards, then disposable fill insulant material in steel concrete LIFT 70 upper surface and gap and/or insulation layer, finally in inner wall panel 30 faced chamber A side adiabator layer 5 above to mat formation cement mortar screeding layer 71a and interior decoration layer 72a.
With reference to Fig. 1 ~ Fig. 2, in forming process, first on lower floor's house frame, set up floor plates 73, wherein interval between floor plates 73 and side fascia 30, fixedly mount inside and outside wallboard 40,30 afterwards, then disposable fill insulant material in floor plates 73 upper surface and gap and/or insulation layer, when fill insulant material, the region between floor plates 73 and side fascia 30 also filled by heat insulating material, forms excellent sealing.
In the present embodiment, the material of adiabator layer 5 is polyurethane foam material, foam concrete or concrete-based polyphenylene granule.
Although the utility model discloses as above, the utility model is not defined in this.Any those skilled in the art, not departing from spirit and scope of the present utility model, all can make various changes or modifications, and therefore protection domain of the present utility model should be as the criterion with claim limited range.
Claims (6)
1. an exterior wall for building structure, for separating indoor and outdoors, is characterized in that, comprising:
Exterior wall frame;
The outer wall layers set gradually to indoor first direction by outdoor and interior wall layers, described outer wall layers comprises the side fascia be fixedly installed, described interior wall layers comprises the inner wall panel be fixedly installed, described side fascia is formed with gap along between described first direction and described exterior wall frame, and described side fascia, inner wall panel and exterior wall frame surround incubation cavity;
In described gap and incubation cavity, at least in described gap, be filled with adiabator layer in integrative-structure.
2. exterior wall as claimed in claim 1, it is characterized in that, described building structure is multistoried building structure, described outer wall layers comprises the some side fascias along the arrangement of height of house direction, described interior wall layers comprises some inner wall panels of arranging along described short transverse, all described side fascias and inner wall panel one_to_one corresponding, every layer of building structure is provided with a described side fascia and corresponding inner wall panel.
3. exterior wall as claimed in claim 1, it is characterized in that, described exterior wall frame comprises some columns and connects the crossbeam of described column, and described side fascia is fixed to described crossbeam.
4. exterior wall as claimed in claim 1, it is characterized in that, the mode that described inner wall panel is fixedly installed is: the ground being fixed to described indoor.
5. exterior wall as claimed in claim 1, is characterized in that, described adiabator layer also for: be imbedded in the ground of bottom indoor of building structure, and cover the upper surface of each floor laminate.
6. a building structure, is characterized in that, comprises the exterior wall described in any one of Claims 1 to 5.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520860122.8U CN205171730U (en) | 2015-10-30 | 2015-10-30 | Building structure and outer wall body thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520860122.8U CN205171730U (en) | 2015-10-30 | 2015-10-30 | Building structure and outer wall body thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205171730U true CN205171730U (en) | 2016-04-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520860122.8U Expired - Fee Related CN205171730U (en) | 2015-10-30 | 2015-10-30 | Building structure and outer wall body thereof |
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| CN (1) | CN205171730U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106639034A (en) * | 2015-10-30 | 2017-05-10 | 张引强 | Housing structure, outer wall body and forming method of outer wall body |
| CN106884487A (en) * | 2017-01-14 | 2017-06-23 | 山东飞越钢结构工程有限公司 | A kind of modular assembly formula wall and installation method |
| CN107780568A (en) * | 2016-08-25 | 2018-03-09 | 皇明洁能控股有限公司 | Wall body module and wall |
-
2015
- 2015-10-30 CN CN201520860122.8U patent/CN205171730U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106639034A (en) * | 2015-10-30 | 2017-05-10 | 张引强 | Housing structure, outer wall body and forming method of outer wall body |
| CN107780568A (en) * | 2016-08-25 | 2018-03-09 | 皇明洁能控股有限公司 | Wall body module and wall |
| CN106884487A (en) * | 2017-01-14 | 2017-06-23 | 山东飞越钢结构工程有限公司 | A kind of modular assembly formula wall and installation method |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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