CN204662681U - A kind of novel sectional construction insulating foam module - Google Patents
A kind of novel sectional construction insulating foam module Download PDFInfo
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- CN204662681U CN204662681U CN201520367498.5U CN201520367498U CN204662681U CN 204662681 U CN204662681 U CN 204662681U CN 201520367498 U CN201520367498 U CN 201520367498U CN 204662681 U CN204662681 U CN 204662681U
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Abstract
The utility model proposes a kind of novel sectional construction insulating foam module, comprise stacked on top of one another the first T-shaped module together and the second T-shaped module; And first coordinates the length of section to coordinate the length of section long or short than the 3rd; Second coordinates the length of section to coordinate the length of section long or short than the 4th.Two planar foam slab and each planar portions can be suitable with the both sides of body of wall main body steel concrete, and the first kink and the second kink can match with the total of body of wall load-bearing pillar steel concrete, realize the heat preservation construction engineering fitted like a glove with actual construction wall; And the connecting sewing of the connecting sewing between upper layer module and lower module can be made mutually to stagger.Thus, the utility model efficiently can adapt to the structure of load-bearing pillar, realizes perfect Insulation and significant heat insulation effect, and can effectively improve block combiner intensity, and then strengthens the fastness of house, practical.
Description
Technical field
The utility model relates to constructional materials and construction applications, is specifically related to a kind of novel sectional construction insulating foam module.
Background technology
The structure of building heat preservation module has been known.As Chinese invention patent CN201410601074.0 discloses a kind of integrated insulation wall module, comprise the exterior sheathing and inner formword made with heat preserving and insulating material, certain spacing is had between exterior sheathing and inner formword, be provided with between exterior sheathing with inner formword and be connected gusset, described connection gusset and exterior sheathing and inner formword adopt identical material to make one.With the continuous print inserting groove cooperatively interacted and continuous print grafting tenon on every two corresponding limits of inner formword and exterior sheathing, two corresponding limits up and down of inner formword and exterior sheathing are also provided with positioning convex point and detent.Described connection gusset comprises two rows, interlaced between two rows.With reinforcing bar locating slot on described connection gusset.With reinforcing bar locating slot on described connection gusset.Dovetail groove is had on the surface of inner formword and exterior sheathing.Dovetail groove is had on the surface of inner formword and exterior sheathing.Dovetail groove is had on the surface of inner formword and exterior sheathing.Dovetail groove is had on the surface of inner formword and exterior sheathing.
The similar of other building heat preservation modules on aforementioned invention and market, in actual use, effectively can not adapt to the structure that body of wall load-bearing pillar gives prominence to body of wall body surfaces, the modes such as on-site cutting splicing need be adopted to make up, if the not rigorous defect that partial insulation will be brought to start a leak of technique, has a strong impact on the heat insulation effect in house; And the connecting sewing of levels module corresponding be all corresponding, the structural strength that can bring is weak, house fastness difference etc. problem, practicality has much room for improvement.
Given this, inventor furthers investigate the problems referred to above, then has this case to produce.
Utility model content
The purpose of this utility model is to provide a kind of structure that efficiently can adapt to load-bearing pillar, realize perfect Insulation and significant heat insulation effect, and can effectively improve block combiner intensity, and then strengthen the fastness of house, practical novel sectional construction insulating foam module.
In order to achieve the above object, the utility model adopts such technical scheme:
A novel sectional construction insulating foam module, comprises stacked on top of one another the first T-shaped module together and the second T-shaped module;
Described first T-shaped module comprises first planar foam slab parallel with metope, the first bending side cystosepiment matched with load-bearing pillar, and is connected to the first connector between the first planar foam slab and the first bending side cystosepiment; Described first bending side cystosepiment comprises the first kink matched with load-bearing pillar, and is connected to the first kink both sides and the first planar portions paralleled with described first planar foam slab and the second planar portions; Described first kink comprises two first side plates perpendicular with described first planar foam slab, and is connected to the first end plate paralleled between two first side plates and with described first planar foam slab; Described first planar portions and the second planar portions are connected with the first side plate described in two respectively; Described first planar portions forms first with the part of corresponding described first planar foam slab and coordinates section, and described second planar portions forms second with the part of corresponding described first planar foam slab and coordinates section;
Described second T-shaped module comprises second planar foam slab parallel with metope, the second bending side cystosepiment matched with load-bearing pillar, and is connected to the second connector between the second planar foam slab and the second bending side cystosepiment; Described second bending side cystosepiment comprises the second kink matched with load-bearing pillar, and is connected to the second kink both sides and the 3rd planar portions paralleled with described second planar foam slab and the 4th planar portions; Described second kink comprises two second side plates perpendicular with described second planar foam slab, and is connected to the second end plate paralleled between two second side plates and with described second planar foam slab; Described 3rd planar portions is not connected with the second side plate described in two with the 4th planar section; Described 3rd planar portions forms the 3rd with the part of corresponding described second planar foam slab and coordinates section, and described 4th planar portions forms the 4th with the part of corresponding described second planar foam slab and coordinates section;
Described first coordinates section and the described 3rd to coordinate section corresponding up and down, and described second coordinates section and the described 4th to coordinate section corresponding up and down;
Described first coordinates the length of section to coordinate the length of section long or short than the described 3rd; Described second coordinates the length of section to coordinate the length of section long or short than the described 4th.
Above-mentioned first T-shaped module is in the top of above-mentioned second T-shaped module, or described first T-shaped module is in the below of described second T-shaped module.
Above-mentioned first planar foam slab is formed with the first corresponding inserting groove respectively with the medial surface of above-mentioned first planar portions and the second planar portions, and the two ends of above-mentioned first connector are respectively equipped with the first connection-peg matched with described first inserting groove;
Above-mentioned second planar foam slab is formed with the second corresponding inserting groove respectively with the medial surface of above-mentioned 3rd planar portions and the 4th planar portions, and the two ends of above-mentioned second connector are respectively equipped with the second connection-peg matched with described second inserting groove.
Above-mentioned first inserting groove comprises and multiplely from top to bottom extends and terminate in inserting groove on first between the upper and lower two ends of respective inner, and multiplely extends from the bottom to top and terminate in first time inserting groove between the upper and lower two ends of respective inner;
Above-mentioned second inserting groove comprises and multiplely from top to bottom extends and terminate in inserting groove on second between the upper and lower two ends of respective inner, and multiplely extends from the bottom to top and terminate in second time inserting groove between the upper and lower two ends of respective inner.
Inserting groove and multiple above-mentioned first time spaced setting of inserting groove on multiple above-mentioned first, and on described first, the lower end of inserting groove is in different height from the upper end of described first time inserting groove;
Inserting groove and multiple above-mentioned second time spaced setting of inserting groove on multiple above-mentioned second, and on described second, the lower end of inserting groove is in different height from the upper end of described second time inserting groove.
On above-mentioned first, the lower end of inserting groove is higher than the upper end of above-mentioned first time inserting groove, or on described first the lower end of inserting groove lower than the upper end of described first time inserting groove;
On above-mentioned second, the lower end of inserting groove is higher than the upper end of above-mentioned second time inserting groove, or on described second the lower end of inserting groove lower than the upper end of described second time inserting groove.
The upper surface of above-mentioned first planar foam slab and the first bending side cystosepiment is formed with buckle raised line or snap-fit grooves, and lower surface is formed with the snap-fit grooves or buckle raised line that match with buckle raised line or snap-fit grooves; One side end face of described first planar foam slab and the first bending side cystosepiment is formed with buckle raised line or snap-fit grooves, and opposite side end face is formed with the snap-fit grooves or buckle raised line that match with described buckle raised line or snap-fit grooves;
The upper surface of above-mentioned second planar foam slab and the second bending side cystosepiment is formed with buckle raised line or snap-fit grooves, and lower surface is formed with the snap-fit grooves or buckle raised line that match with buckle raised line or snap-fit grooves; One side end face of described second planar foam slab and the second bending side cystosepiment is formed with buckle raised line or snap-fit grooves, and opposite side end face is formed with the snap-fit grooves or buckle raised line that match with described buckle raised line or snap-fit grooves.
Above-mentioned buckle raised line both sides are formed with auxiliary positioning fixture block, and the both sides of above-mentioned snap-fit grooves are formed with the auxiliary positioning groove matched with described auxiliary positioning fixture block.
After adopting technique scheme, novel sectional construction insulating foam module of the present utility model, break through the structural form of conventional vacuum foam formwork, in actual use, first planar foam slab, first planar portions and the second planar portions, and second planar foam slab, 3rd planar portions and the 4th planar portions can be suitable with the both sides of body of wall main body steel concrete, and the first kink and the second kink can match with the total of body of wall load-bearing pillar steel concrete, realize the heat preservation construction engineering fitted like a glove with actual construction wall, reach the effect that whole body of wall all takes perfect Insulation, overcome traditional architecture insulating foam module and effectively can not adapt to body of wall load-bearing pillar structure, and the defect that the partial insulation brought starts a leak, and first coordinates the length of section to coordinate the length of section long or short than the 3rd, second coordinates the length of section to coordinate the length of section long or short than the 4th, the connecting sewing of the connecting sewing between upper layer module and lower module can be made mutually to stagger, the defects such as the corresponding structural strength brought of connecting sewing overcoming traditional architecture insulating foam module levels is weak, house fastness difference.Compared with prior art, novel sectional construction insulating foam module of the present utility model, it efficiently can adapt to the structure of load-bearing pillar, realize perfect Insulation and significant heat insulation effect, and can effectively improve block combiner intensity, and then strengthen the fastness of house, practical.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is decomposition texture schematic diagram of the present utility model.
In figure:
The T-shaped module of 1-first
11-first planar foam slab 12-first bending side cystosepiment
121-first kink 1211-first side plate
1212-first end plate 122-first planar portions
123-second planar portions 13-first connector
14-first section of cooperation 15-second section of cooperation
The T-shaped module of 2-second
21-second planar foam slab 22-second bending side cystosepiment
221-second kink 2211-second side plate
2212-second end plate 222-the 3rd planar portions
223-the 4th planar portions 23-second connector
24-the 3rd coordinates section 25-the 4th to coordinate section
Inserting groove on 3-first inserting groove 31-first
32-first time inserting groove
Inserting groove on 4-second inserting groove 41-second
42-second time inserting groove
5-buckle raised line 6-snap-fit grooves
7-auxiliary positioning fixture block 8-auxiliary positioning groove.
Detailed description of the invention
In order to explain the technical solution of the utility model further, be described in detail below by specific embodiment.
A kind of novel sectional construction insulating foam module of the present utility model, as illustrated in fig. 1 and 2, comprises stacked on top of one another the first T-shaped module 1 and the second T-shaped module 2 together.
First T-shaped module 1 comprises first planar foam slab 11 parallel with metope, the the first bending side cystosepiment 12 matched with load-bearing pillar (not shown), and be connected to the first connector 13 between the first planar foam slab 11 and the first bending side cystosepiment 12; First bending side cystosepiment 12 comprises the first kink 121 matched with load-bearing pillar, and is connected to the first kink 121 both sides and the first planar portions 122 and the second planar portions 123 paralleled with the first planar foam slab 11; First kink 121 comprises two first side plates 1211 perpendicular with the first planar foam slab 11, and is connected to the first end plate 1212 paralleled between two first side plates 1211 and with the first planar foam slab 11; First planar portions 122 is connected with two first side plates 1211 respectively with the second planar portions 123; First planar portions 122 forms first with the part of the first corresponding planar foam slab 11 and coordinates section 14, and the second planar portions 123 forms second with the part of the first corresponding planar foam slab 11 and coordinates section 15.Second T-shaped module 2 comprises second planar foam slab 21 parallel with metope, the second bending side cystosepiment 22 matched with load-bearing pillar, and is connected to the second connector 23 between the second planar foam slab 21 and the second bending side cystosepiment 22; Second bending side cystosepiment 22 comprises the second kink 221 matched with load-bearing pillar, and is connected to the second kink 221 both sides and the 3rd planar portions 222 paralleled with the second planar foam slab 21 and the 4th planar portions 223; Second kink 221 comprises two second side plates 2211 perpendicular with the second planar foam slab 21, and is connected to the second end plate 2212 paralleled between two second side plates 2211 and with the second planar foam slab 21; 3rd planar portions 222 is connected with two second side plates 2211 respectively with the 4th planar portions 223; 3rd planar portions 222 forms the 3rd with the part of the second corresponding planar foam slab 21 and coordinates section 24, and the 4th planar portions 223 forms the 4th with the part of the second corresponding planar foam slab 21 and coordinates section 25;
First coordinates section 14 and the 3rd to coordinate section about 24 corresponding, and second coordinates section 15 and the 4th to coordinate section about 25 corresponding;
First coordinates the length of section 14 to coordinate the length of section 24 long or short than the 3rd; Second coordinates the length of section 15 to coordinate the length of section 25 long or short than the 4th.The utility model in actual use, first planar foam slab 11, first planar portions 122 and the second planar portions 123, and second planar foam slab 21, 3rd planar portions 222 and the 4th planar portions 223 can be suitable with the both sides of body of wall main body steel concrete, and the first kink 121 and the second kink 221 can match with the total of body of wall load-bearing pillar steel concrete, realize the heat preservation construction engineering fitted like a glove with actual construction wall, reach the effect that whole body of wall all takes perfect Insulation, overcome traditional architecture insulating foam module and effectively can not adapt to body of wall load-bearing pillar structure, and the defect that the partial insulation brought starts a leak, and first coordinates the length of section 14 to coordinate the length of section 24 long or short than the 3rd, second coordinates the length of section 15 to coordinate the length of section 25 long or short than the 4th, the connecting sewing of the connecting sewing between upper layer module and lower module can be made mutually to stagger, the defects such as the corresponding structural strength brought of connecting sewing overcoming traditional architecture insulating foam module levels is weak, house fastness difference.
Preferably, the first T-shaped module 1 is in the top of the second T-shaped module 2.
Preferably, the first T-shaped module 1 is in the below of the second T-shaped module 2.
In order to the syndeton that specific implementation first connector 13 positions the first planar foam slab 11 and the first bending side cystosepiment 12, preferably, the two ends that the medial surface of the first planar foam slab 11 and the first planar portions 122 and the second planar portions 123 is formed with the first corresponding inserting groove 3, first connector 13 are respectively respectively equipped with the first connection-peg (not shown) matched with the first inserting groove 3.First connector 13 relies on connection-peg to be inserted by the Single port of the first inserting groove 3 and slided to corresponding position and blocks.
In order to the syndeton that specific implementation second connector 23 positions the second planar foam slab 21 and the second bending side cystosepiment 22, preferably, the two ends that the medial surface of the second planar foam slab 21 and the 3rd planar portions 222 and the 4th planar portions 223 is formed with the second corresponding inserting groove 4, second connector 23 are respectively respectively equipped with the second connection-peg (not shown) matched with the second inserting groove 4.Second connector 23 relies on connection-peg to be inserted by the Single port of the second inserting groove 4 and slided to corresponding position and blocks.
Preferably, the first inserting groove 3 comprises and multiplely from top to bottom extends and terminate in inserting groove 31 on first between the upper and lower two ends of respective inner, and multiplely extends from the bottom to top and terminate in first time inserting groove 32 between the upper and lower two ends of respective inner; Second inserting groove 4 comprises and multiplely from top to bottom extends and terminate in inserting groove 41 on second between the upper and lower two ends of respective inner, and multiplely extends from the bottom to top and terminate in second time inserting groove 42 between the upper and lower two ends of respective inner.Like this, first connector 13 of some can rely on two connection-pegs slipped into by the upper end of inserting groove 31 on corresponding first and blocked respectively, and the first connector 13 of some can rely on two connection-pegs slipped into by the lower end of corresponding first time inserting groove 32 and blocked respectively; Second connector 23 of some can rely on two connection-pegs slipped into by the upper end of inserting groove 41 on corresponding second and blocked respectively, and the second connector 23 of some can rely on two connection-pegs slipped into by the lower end of corresponding second time inserting groove 42 and blocked respectively.
Preferably, inserting groove 31 and multiple first time spaced setting of inserting groove 32 on multiple first, and on first, the lower end of inserting groove 31 is in different height from the upper end of first time inserting groove 32.This structure can make the first connector 13 not be in same perpendicular, and has certain difference in height, and can carry out three-dimensional connection location, anchor point equiblibrium mass distribution, effectively strengthens positioning intensity.
Preferably, inserting groove 41 and multiple second time spaced setting of inserting groove 42 on multiple second, and on second, the lower end of inserting groove 41 is in different height from the upper end of second time inserting groove 42.This structure can make the second connector 23 not be in same perpendicular, and has certain difference in height, and can carry out three-dimensional connection location, anchor point equiblibrium mass distribution, effectively strengthens positioning intensity.
Preferably, on first, the lower end of inserting groove 31 is higher than the upper end of first time inserting groove 32, and such structure is simple and firmly.
Preferably, on first, the lower end of inserting groove 31 is lower than the upper end of first time inserting groove 32, and such structure can reduce the consumption of insulating foam module material.
Preferably, on second, the lower end of inserting groove 41 is higher than the upper end of second time inserting groove 42, and such structure is simple and firmly.
Preferably, on second, the lower end of inserting groove 41 is lower than the upper end of second time inserting groove 42, and such structure can reduce the consumption of insulating foam module material.
Preferably, the upper surface of the first planar foam slab 11 and the first bending side cystosepiment 12 is formed with buckle raised line 5 or snap-fit grooves 6, and lower surface is formed with the snap-fit grooves 6 or buckle raised line 5 that match with buckle raised line 5 or snap-fit grooves 6; One side end face of the first planar foam slab 11 and the first bending side cystosepiment 12 is formed with buckle raised line 5 or snap-fit grooves 6, and opposite side end face is formed with the snap-fit grooves 6 or buckle raised line 5 that match with buckle raised line 5 or snap-fit grooves 6; The upper surface of the second planar foam slab 21 and the second bending side cystosepiment 22 is formed with buckle raised line 5 or snap-fit grooves 6, and lower surface is formed with the snap-fit grooves 6 or buckle raised line 5 that match with buckle raised line 5 or snap-fit grooves 6; One side end face of the second planar foam slab 21 and the second bending side cystosepiment 22 is formed with buckle raised line 5 or snap-fit grooves 6, and opposite side end face is formed with the snap-fit grooves 6 or buckle raised line 5 that match with buckle raised line 5 or snap-fit grooves 6.Such structure, can make novel sectional construction insulating foam module of the present utility model match to be fastened togather with building heat preservation foam module adjacent up and down and be connected.
Preferably, buckle raised line 5 both sides are formed with auxiliary positioning fixture block 7, and the both sides of snap-fit grooves 6 are formed with the auxiliary positioning groove 8 matched with auxiliary positioning fixture block 7.This structure can effectively prevent adjacent module to slide dislocation along buckle raised line 5 length direction, ensures the accurately reliable of adjacent T-shaped intermodule and adjacent sectional construction insulating foam intermodule buckle.
Novel sectional construction insulating foam module of the present utility model, preferably adopts eps(expandable polystyrene) foamed material, concrete material also can carry out adjusting and designing according to actual requirement; Concrete shape, size and the relation etc. that cooperatively interacts of auxiliary positioning fixture block and auxiliary positioning groove all can be carried out adjusting and designing according to actual requirement; Concrete form, setting position and the relation etc. that cooperatively interacts of buckle raised line and snap-fit grooves all can be carried out adjusting and designing according to actual requirement; Inserting groove and first time inserting groove on first, and on second, the concrete size of inserting groove and second time inserting groove, extension form and form arranged evenly etc. all can be carried out adjusting and designing according to actual requirement; Concrete form and the relation etc. that cooperatively interacts of each inserting groove and each connection-peg can be carried out adjusting and designing according to actual requirement; Say in a broad sense, the concrete form etc. of each connector also can carry out adjusting and designing according to actual requirement; The concrete size and dimension of each kink can carry out adjusting and designing according to the parameter of actual load-bearing pillar; First coordinates section, second to coordinate section, the 3rd to coordinate section and the 4th coordinate the concrete size of section and can carry out adjusting and designing according to actual requirement; The concrete overlying relation of the first T-shaped module and the second T-shaped module can carry out adjusting and designing according to actual requirement.
Product form of the present utility model is not limited to this case diagram and embodiment, and anyone carries out suitable change or the modification of similar thinking to it, all should be considered as not departing from patent category of the present utility model.
Claims (8)
1. a novel sectional construction insulating foam module, is characterized in that: comprise stacked on top of one another the first T-shaped module together and the second T-shaped module;
Described first T-shaped module comprises first planar foam slab parallel with metope, the first bending side cystosepiment matched with load-bearing pillar, and is connected to the first connector between the first planar foam slab and the first bending side cystosepiment; Described first bending side cystosepiment comprises the first kink matched with load-bearing pillar, and is connected to the first kink both sides and the first planar portions paralleled with described first planar foam slab and the second planar portions; Described first kink comprises two first side plates perpendicular with described first planar foam slab, and is connected to the first end plate paralleled between two first side plates and with described first planar foam slab; Described first planar portions and the second planar portions are connected with the first side plate described in two respectively; Described first planar portions forms first with the part of corresponding described first planar foam slab and coordinates section, and described second planar portions forms second with the part of corresponding described first planar foam slab and coordinates section;
Described second T-shaped module comprises second planar foam slab parallel with metope, the second bending side cystosepiment matched with load-bearing pillar, and is connected to the second connector between the second planar foam slab and the second bending side cystosepiment; Described second bending side cystosepiment comprises the second kink matched with load-bearing pillar, and is connected to the second kink both sides and the 3rd planar portions paralleled with described second planar foam slab and the 4th planar portions; Described second kink comprises two second side plates perpendicular with described second planar foam slab, and is connected to the second end plate paralleled between two second side plates and with described second planar foam slab; Described 3rd planar portions is not connected with the second side plate described in two with the 4th planar section; Described 3rd planar portions forms the 3rd with the part of corresponding described second planar foam slab and coordinates section, and described 4th planar portions forms the 4th with the part of corresponding described second planar foam slab and coordinates section;
Described first coordinates section and the described 3rd to coordinate section corresponding up and down, and described second coordinates section and the described 4th to coordinate section corresponding up and down;
Described first coordinates the length of section to coordinate the length of section long or short than the described 3rd; Described second coordinates the length of section to coordinate the length of section long or short than the described 4th.
2. a kind of novel sectional construction insulating foam module according to claim 1, it is characterized in that: above-mentioned first T-shaped module is in the top of above-mentioned second T-shaped module, or described first T-shaped module is in the below of described second T-shaped module.
3. a kind of novel sectional construction insulating foam module according to claim 2, it is characterized in that: above-mentioned first planar foam slab is formed with the first corresponding inserting groove respectively with the medial surface of above-mentioned first planar portions and the second planar portions, the two ends of above-mentioned first connector are respectively equipped with the first connection-peg matched with described first inserting groove;
Above-mentioned second planar foam slab is formed with the second corresponding inserting groove respectively with the medial surface of above-mentioned 3rd planar portions and the 4th planar portions, and the two ends of above-mentioned second connector are respectively equipped with the second connection-peg matched with described second inserting groove.
4. a kind of novel sectional construction insulating foam module according to claim 3, it is characterized in that: above-mentioned first inserting groove comprises and multiplely from top to bottom extends and terminate in inserting groove on first between the upper and lower two ends of respective inner, and multiplely extend from the bottom to top and terminate in first time inserting groove between the upper and lower two ends of respective inner;
Above-mentioned second inserting groove comprises and multiplely from top to bottom extends and terminate in inserting groove on second between the upper and lower two ends of respective inner, and multiplely extends from the bottom to top and terminate in second time inserting groove between the upper and lower two ends of respective inner.
5. a kind of novel sectional construction insulating foam module according to claim 4, it is characterized in that: inserting groove and multiple above-mentioned first time spaced setting of inserting groove on multiple above-mentioned first, and on described first, the lower end of inserting groove is in different height from the upper end of described first time inserting groove;
Inserting groove and multiple above-mentioned second time spaced setting of inserting groove on multiple above-mentioned second, and on described second, the lower end of inserting groove is in different height from the upper end of described second time inserting groove.
6. a kind of novel sectional construction insulating foam module according to claim 5, it is characterized in that: on above-mentioned first, the lower end of inserting groove is higher than the upper end of above-mentioned first time inserting groove, or on described first the lower end of inserting groove lower than the upper end of described first time inserting groove;
On above-mentioned second, the lower end of inserting groove is higher than the upper end of above-mentioned second time inserting groove, or on described second the lower end of inserting groove lower than the upper end of described second time inserting groove.
7. a kind of novel sectional construction insulating foam module according to any one of claim 1-6, it is characterized in that: the upper surface of above-mentioned first planar foam slab and the first bending side cystosepiment is formed with buckle raised line or snap-fit grooves, lower surface is formed with the snap-fit grooves or buckle raised line that match with buckle raised line or snap-fit grooves; One side end face of described first planar foam slab and the first bending side cystosepiment is formed with buckle raised line or snap-fit grooves, and opposite side end face is formed with the snap-fit grooves or buckle raised line that match with described buckle raised line or snap-fit grooves;
The upper surface of above-mentioned second planar foam slab and the second bending side cystosepiment is formed with buckle raised line or snap-fit grooves, and lower surface is formed with the snap-fit grooves or buckle raised line that match with buckle raised line or snap-fit grooves; One side end face of described second planar foam slab and the second bending side cystosepiment is formed with buckle raised line or snap-fit grooves, and opposite side end face is formed with the snap-fit grooves or buckle raised line that match with described buckle raised line or snap-fit grooves.
8. a kind of novel sectional construction insulating foam module according to claim 7, it is characterized in that: above-mentioned buckle raised line both sides are formed with auxiliary positioning fixture block, the both sides of above-mentioned snap-fit grooves are formed with the auxiliary positioning groove matched with described auxiliary positioning fixture block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520367498.5U CN204662681U (en) | 2015-06-01 | 2015-06-01 | A kind of novel sectional construction insulating foam module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520367498.5U CN204662681U (en) | 2015-06-01 | 2015-06-01 | A kind of novel sectional construction insulating foam module |
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| Publication Number | Publication Date |
|---|---|
| CN204662681U true CN204662681U (en) | 2015-09-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520367498.5U Expired - Fee Related CN204662681U (en) | 2015-06-01 | 2015-06-01 | A kind of novel sectional construction insulating foam module |
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| CN (1) | CN204662681U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106284700A (en) * | 2016-10-17 | 2017-01-04 | 哈尔滨鸿盛房屋节能体系研发中心 | Body of wall heat preservation module integrated with column |
-
2015
- 2015-06-01 CN CN201520367498.5U patent/CN204662681U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106284700A (en) * | 2016-10-17 | 2017-01-04 | 哈尔滨鸿盛房屋节能体系研发中心 | Body of wall heat preservation module integrated with column |
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