CN208168044U - A kind of self-stabilization assembled heat insulation wall - Google Patents
A kind of self-stabilization assembled heat insulation wall Download PDFInfo
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- CN208168044U CN208168044U CN201820699685.7U CN201820699685U CN208168044U CN 208168044 U CN208168044 U CN 208168044U CN 201820699685 U CN201820699685 U CN 201820699685U CN 208168044 U CN208168044 U CN 208168044U
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Abstract
The utility model discloses a kind of self-stabilization assembled heat insulation walls, including standard block and node building block I, node building block II, connected in such a way that the three-dimensional voussoir of protrusion is mutually engaged with recessed wedge slot between horizontal direction and vertically adjacent two pieces of standard blocks；In horizontal direction node building block I between standard block protrusion three-dimensional voussoir and be recessed wedge slot be mutually engaged by way of connect；It is fixed by way of placing concrete in the Concrete Filled hole penetrated through in node building block I after node building block I successively stacks in vertical direction；In horizontal direction node building block II between standard block protrusion three-dimensional voussoir and be recessed wedge slot be mutually engaged by way of connect；Node building block II after successively stacking by way of convex block is mutually engaged with groove by way of placing concrete in the Concrete Filled hole penetrated through in node building block II being fixed in vertical direction.The utility model heat insulation effect is good and stability is good.
Description
Technical field
The utility model relates to a kind of heat-preserving walls, more specifically to a kind of self-stabilization assembled heat insulation wall.
Background technique
Currently, wall thermal insulation technology is grown rapidly in China, to the research and development of the structure of heat-preserving wall also by various circles of society
Extensive concern.Insulation blocks structure is broadly divided into two types at present.One kind is kept the temperature using the cavity of building-block,
Such as application number CN201520672356, the Chinese utility model patent of publication number CN204898992U disclose a kind of " sintering
Insulation blocks wall self-insulation system ", building block is kept the temperature using cavity in the patent；Another kind of filled in the hole of building block
Thermal insulation material, such as application number CN201520165263, the Chinese utility model patent of publication number CN204850220U disclose
" a kind of hot-melting and injection-molding foam polyphenyl particle and cement light-weight aggregate heat insulation building block ", patent filling-foam in building block hole are poly-
Benzene particle realizes heat preservation.From heat insulation effect, the block insulation heat-proof quality of the second class is more superior than the first kind more.Generally
In the case of building block fill full thermal insulation material in order to improve thermal and insulating performance, in the hole of building block and mortar injection shape can not be carried out
It at the stem effectively penetrated through, is only attached with masonry mortar between two neighboring building block, this Weak link eventually leads to wall
Globality poor.
Summary of the invention
1. utility model technical problems to be solved
The purpose of the utility model is to overcome above-mentioned deficiencies, provide a kind of self-stabilization assembled heat insulation wall, adopt
With the technical solution of the utility model, structure is simple, has heat insulation effect good, easy to assembly, saves masonry mortar, recycling
Rate height and the good advantage of wall stability.
2. technical solution
In order to achieve the above objectives, technical solution provided by the utility model is：
A kind of self-stabilization assembled heat insulation wall of the utility model, including to construct wall standard block and to
Assembly building wall both ends node building block I, node building block II, horizontal direction and it is two pieces vertically adjacent described in mark
It is connected in such a way that the three-dimensional voussoir of protrusion is mutually engaged with recessed wedge slot between quasi- building block；The section in horizontal direction
Point building block I between standard block protrusion three-dimensional voussoir and be recessed wedge slot be mutually engaged by way of connect；Vertical Square
By pouring coagulation in the Concrete Filled hole that penetrates through in node building block I after the node building block I successively stacks upwards
The mode of soil is fixed；By the three-dimensional voussoir of protrusion and recessed between the node building block II and standard block in horizontal direction
Into the mode that is mutually engaged of wedge slot connect；The node building block II is in such a way that convex block is mutually engaged with groove in vertical direction
It is fixed by way of placing concrete in the Concrete Filled hole penetrated through in node building block II after successively stacking.
Further, further include to standard block with the use of realize the fissure of displacement overlap joint purpose 1/2 standard block,
By the three-dimensional voussoir of protrusion and recessed between 1/2 standard block and standard block in horizontal direction and vertical direction
Into the mode that is mutually engaged of wedge slot connect.
Further, the standard block and 1/2 standard block include four faces up and down, and up and down four
A face convexes to form width as three-dimensional voussoir in two opposite faces in a face, and another side is recessed can be with three-dimensional voussoir phase
It is engaged the wedge slot closed；The upper surface of the standard block and 1/2 standard block is provided with filling hole I, fills and fills out in hole I
Full of foam polyphenyl particle；One side of the node building block I is recessed the wedge slot that conjunction can be mutually engaged with three-dimensional voussoir；
Outwardly convex can mutually be engaged the three-dimensional voussoir of conjunction with wedge slot in the horizontal direction for one side of the node building block II, and save
Three-dimensional voussoir in point building block II vertically convexes to form convex block, and the three-dimensional voussoir in node building block II is vertically interior
Spill is at the groove being mutually engaged with convex block；The center position of the node building block I and node building block II is provided with to be passed through up and down
The Concrete Filled hole worn, and the upper surface of node building block I and node building block II is evenly equipped with around Concrete Filled hole
Multiple filling holes II, each filling hole II is interior to fill full foam polyphenyl particle.
Further, the width of the three-dimensional voussoir, wedge slot, convex block and groove is the thickness of 1/3 wall, three-dimensional wedge
The length of block and wedge slot is 60-100mm.
3. beneficial effect
It is had the advantages that compared with existing well-known technique using technical solution provided by the utility model：
(1) a kind of self-stabilization assembled heat insulation wall of the utility model, uses the mark filled with foam polyphenyl particle
Quasi- building block, node building block I and node building block II are assembled, on the one hand can be improved the heat insulation property of wall, and another side is logical
The mode for crossing the voussoir groove progress omnidirection occlusion protruding three-dimensional voussoir and being recessed is assembled, realizes without masonry mortar situation
The self-stabilization of lower masonry panel, it is easy to assembly, applied widely, it is particularly suitable for short wall and indoor partition；And due to
Wall is constructed by the way of assembled, eliminates mortar, the recycling rate of waterused of raising building block while save the cost, and for
Coagulation is perfused in the Concrete Filled hole that the demanding wall of globality can be penetrated through to node building block I and node building block II
Soil forms effective newel post's effect, further enhances the globality and stability of blockwork, has significant society and economic effect
Benefit；
(2) a kind of self-stabilization assembled heat insulation wall of the utility model, horizontal direction and vertically adjacent
It connects in such a way that the three-dimensional voussoir of protrusion is mutually engaged with recessed wedge slot between two pieces of standard blocks, is saved in horizontal direction
Point building block I with connected in such a way that the three-dimensional voussoir of protrusion and recessed wedge slot are mutually engaged between standard block, structure is simple
Single, easy to connect, every piece of standard block can be realized simultaneously and the standard block or so, neighbouring four standard blocks totally
Omnidirection occlusion, realizes the self-stabilization of wall while saving masonry mortar, improves the globality of wall；
(3) a kind of self-stabilization assembled heat insulation wall of the utility model further includes to make with standard block cooperation
With 1/2 standard block for realizing fissure of displacement overlap joint purpose, in horizontal direction and vertical direction 1/2 standard block and standard block it
Between connected in such a way that the three-dimensional voussoir of protrusion and the wedge slot being recessed mutually are engaged, structure is simple, easy to connect, using the fissure of displacement
Overlapped mode spliced wall, so that wall building is more firm.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of self-stabilization assembled heat insulation wall of the utility model；
Fig. 2 is a kind of structural schematic diagram of self-stabilization assembled heat insulation wall Plays building block of the utility model；
Fig. 3 is the structural schematic diagram of 1/2 standard block in a kind of self-stabilization assembled heat insulation wall of the utility model；
Fig. 4 is a kind of structural schematic diagram of self-stabilization assembled heat insulation wall interior joint building block II of the utility model；
Fig. 5 is a kind of structural schematic diagram of self-stabilization assembled heat insulation wall interior joint building block I of the utility model.
Label declaration in schematic diagram：1, standard block；2, node building block I；3, node building block II；41, three-dimensional voussoir；
42, wedge slot；43, Concrete Filled hole；44, convex block；45, groove；5,1/2 standard block；6, foam polyphenyl particle.
Specific embodiment
For the content for further appreciating that the utility model, the utility model is described in detail in conjunction with the accompanying drawings and embodiments.
Embodiment
In conjunction with Fig. 1, a kind of self-stabilization assembled heat insulation wall of the present embodiment, including the standard block to construct wall
1 and to assemble building wall both ends node building block I 2, node building block II 3, horizontal direction and vertically adjacent two
It is connected in such a way that the three-dimensional voussoir 41 of protrusion is mutually engaged with recessed wedge slot 42 between block standard block 1；Structure is simple,
It is easy to connect, every piece of standard block can be realized simultaneously with the standard block or so, neighbouring totally four standard blocks it is complete
Direction occlusion, realizes the self-stabilization of wall while saving masonry mortar, improves the globality of wall；It is saved in horizontal direction
Point building block I 2 connects by way of being engaged the three-dimensional voussoir 41 of protrusion and recessed 42 phase of wedge slot between standard block 1；
By being poured in the Concrete Filled hole 43 that is penetrated through in node building block I 2 after node building block I 2 successively stacks in vertical direction
The mode of concrete is fixed；In horizontal direction between node building block II 3 and standard block 1 by protrusion three-dimensional voussoir 41 and
The mode of recessed 42 phase of wedge slot occlusion connects；Node building block II 3 is mutually engaged by convex block 44 with groove 45 in vertical direction
Mode is consolidated by way of placing concrete in the Concrete Filled hole 43 penetrated through in node building block II 3 after successively stacking
It is fixed；It is filled in the Concrete Filled hole that wall demanding for globality can be penetrated through to node building block I and node building block II
Concrete is infused, the globality and stability of blockwork are further enhanced, there is significant social and economic benefit；
It is assembled using the standard block, node building block I and the node building block II that are filled with foam polyphenyl particle, on the one hand
It can be improved the heat insulation property of wall, another side carries out omnidirection occlusion by protruding three-dimensional voussoir and recessed voussoir groove
Mode it is assembled, realize the self-stabilization without masonry panel in the case of masonry mortar, it is easy to assembly, applied widely, especially
Suitable for short wall and indoor partition；And due to constructing wall by the way of assembled, mortar is eliminated, in save the cost
While improve the recycling rate of waterused of building block, and wall demanding for globality can be to node building block I and node building block
Concrete perfusion in the Concrete Filled hole of II perforation, further enhances the globality and stability of blockwork, has aobvious
The social and economic benefit of work；
Fig. 2, Fig. 4 and Fig. 5 are connected and combine, the standard block of standard block 1 and 1/2 described in the present embodiment 5 includes
Four faces up and down, it is three-dimensional voussoir 41 that a face, which convexes to form width, in two faces opposite in four faces up and down,
Another side is recessed can be engaged the wedge slot 42 closed with three-dimensional 41 phase of voussoir；The upper surface of the standard block of standard block 1 and 1/2 5
Setting filling hole I, filling hole I is interior to fill full foam polyphenyl particle 6；One side of node building block I 2 is recessed can be with
The wedge slot 42 that three-dimensional 41 phase of voussoir occlusion is closed；Outwardly convex can be with wedge slot 42 in the horizontal direction for one side of node building block II 3
The mutually three-dimensional voussoir 41 that occlusion is closed, and the three-dimensional voussoir 41 in node building block II 3 vertically convexes to form convex block 44, section
Three-dimensional voussoir 41 in point building block II 3 is vertically recessed the groove 45 being engaged with 44 phase of convex block；I 2 He of node building block
The center position of node building block II 3 is provided with perforative Concrete Filled hole 43, and node building block I 2 and node up and down
Multiple filling holes II are evenly equipped with around Concrete Filled hole on the upper surface of building block II 3, are filled out in each filling hole II
Full of foam polyphenyl particle 6；Three-dimensional voussoir 41, wedge slot 42, convex block 44 and groove 45 width be the thickness of 1/3 wall, it is three-dimensional
The length of voussoir 41 and wedge slot 42 is 60-100mm, the length of three-dimensional voussoir 41 and wedge slot 42 times taken for 60-100mm between one
A integer.
It connects, and combines Fig. 3, a kind of self-stabilization assembled heat insulation wall of the utility model, in order to enable wall constructs
It is more firm, it further include to 1/2 standard block 5 with standard block 1 with the use of realization fissure of displacement overlap joint purpose, horizontal direction
And pass through the three-dimensional voussoir 41 of protrusion and recessed wedge slot 42 in vertical direction between 1/2 standard block 5 and standard block 1
Mutually the mode of occlusion connects, and structure is simple, easy to connect, using the fissure of displacement overlapped mode spliced wall, so that wall building is more
It is firm.
A kind of self-stabilization assembled heat insulation wall of the utility model, structure is simple, has heat insulation effect good, assembly side
Just, masonry mortar, high recycling rate and the good advantage of wall stability are saved.
Schematically the utility model and embodiments thereof are described above, description is not limiting, attached drawing
Shown in be also one of the embodiments of the present invention, actual structure is not limited to this.So if this field
Those of ordinary skill enlightened by it, without deviating from the purpose of the present invention, not inventively design
Frame mode similar with the technical solution and embodiment, all should belong to the protection range of the utility model.
Claims (4)
1. a kind of self-stabilization assembled heat insulation wall, it is characterised in that：Including to construct wall standard block (1) and to
Node building block I (2), the node building block II (3) at assembly building wall both ends, horizontal direction and vertically adjacent two pieces of institutes
It is connected in such a way that the three-dimensional voussoir (41) of protrusion is mutually engaged with recessed wedge slot (42) between the standard block (1) stated；
It by the three-dimensional voussoir (41) of protrusion and is recessed between the node building block I (2) and standard block (1) in horizontal direction
The mode that wedge slot (42) is mutually engaged connects；By in node building block after the node building block I (2) successively stacks in vertical direction
The mode of Concrete Filled hole (43) the interior placing concrete penetrated through on I (2) is fixed；The node building block in horizontal direction
Connect in such a way that the three-dimensional voussoir (41) of protrusion and recessed wedge slot (42) are mutually engaged between II (3) and standard block (1)
It connects；After the node building block II (3) successively stacks in such a way that convex block (44) is mutually engaged with groove (45) in vertical direction
It is fixed by way of Concrete Filled hole (43) the interior placing concrete penetrated through in node building block II (3).
2. a kind of self-stabilization assembled heat insulation wall according to claim 1, it is characterised in that：Further include to standard
Building block (1) is described in horizontal direction and vertical direction with the use of 1/2 standard block (5) for realizing fissure of displacement overlap joint purpose
Three-dimensional voussoir (41) between 1/2 standard block (5) and standard block (1) by protrusion is mutually engaged with recessed wedge slot (42)
Mode connect.
3. a kind of self-stabilization assembled heat insulation wall according to claim 2, it is characterised in that：The standard block
(1) and 1/2 standard block (5) includes four faces up and down, up and down a face in two faces opposite in four faces
Width is convexed to form as three-dimensional voussoir (41), another side is recessed the wedge slot (42) that conjunction can be mutually engaged with three-dimensional voussoir (41)；
Filling hole I is provided on the upper surface of the standard block (1) and 1/2 standard block (5), filling is full in filling hole I
Foam polyphenyl particle (6)；One side of the node building block I (2), which is recessed, to be mutually engaged conjunction with three-dimensional voussoir (41)
Wedge slot (42)；Outwardly convex can be mutually engaged with wedge slot (42) in the horizontal direction for one side of the node building block II (3)
The three-dimensional voussoir (41) of conjunction, and the three-dimensional voussoir (41) in node building block II (3) vertically convexes to form convex block (44),
Three-dimensional voussoir (41) in node building block II (3) is vertically recessed the groove (45) being mutually engaged with convex block (44)；Institute
The center position of the node building block I (2) and node building block II (3) stated is provided with perforative Concrete Filled hole up and down
(43), and on the upper surface of node building block I (2) and node building block II (3) multiple fill out is evenly equipped with around Concrete Filled hole
Hole II is filled, fills full foam polyphenyl particle (6) in each filling hole II.
4. a kind of self-stabilization assembled heat insulation wall according to claim 3, it is characterised in that：The three-dimensional voussoir
(41), the width of wedge slot (42), convex block (44) and groove (45) is the thickness of 1/3 wall, three-dimensional voussoir (41) and wedge slot (42)
Length be 60-100mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820699685.7U CN208168044U (en) | 2018-05-11 | 2018-05-11 | A kind of self-stabilization assembled heat insulation wall |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820699685.7U CN208168044U (en) | 2018-05-11 | 2018-05-11 | A kind of self-stabilization assembled heat insulation wall |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208168044U true CN208168044U (en) | 2018-11-30 |
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ID=64366845
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820699685.7U Active CN208168044U (en) | 2018-05-11 | 2018-05-11 | A kind of self-stabilization assembled heat insulation wall |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208168044U (en) |
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2018
- 2018-05-11 CN CN201820699685.7U patent/CN208168044U/en active Active
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20211020 Address after: 213153 No. 118, Xiaxi East Road, Jiaze Town, Wujin District, Changzhou City, Jiangsu Province Patentee after: Changzhou Kerun Real Estate Co.,Ltd. Address before: 213164 No. 33 Gehuzhong Road, Wujin District, Changzhou City, Jiangsu Province Patentee before: CHANGZHOU VOCATIONAL INSTITUTE OF ENGINEERING |