CN201372492Y - Plaster heat-preservation plate and connection structure of plaster heat-preservation plate and building main body - Google Patents
Plaster heat-preservation plate and connection structure of plaster heat-preservation plate and building main body Download PDFInfo
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- CN201372492Y CN201372492Y CN200820142912U CN200820142912U CN201372492Y CN 201372492 Y CN201372492 Y CN 201372492Y CN 200820142912 U CN200820142912 U CN 200820142912U CN 200820142912 U CN200820142912 U CN 200820142912U CN 201372492 Y CN201372492 Y CN 201372492Y
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Abstract
The utility model relates to a plaster heat-preservation plate and a connection structure of the plaster heat-preservation plate and a building main body. The plaster heat-preservation plate can be divided into a two-cavity plaster heat-preservation plate and a one-cavity plaster heat-preservation plate which take plaster as main material; both the two cavities can be hollow or one inner cavity is hollow and the other outer cavity is solid; the outer cavity is filled with heat-preservation material; both the inner cavity and the outer cavity are provided with ribs which are arranged in a staggered way; the two-cavity plaster heat-preservation plate is used for the external heat-preservation of the external wall of a building and the heat-preservation of the roof of the building; the plaster heat-preservation plate is connected with the building main body by the connection structure through external hung components or pre-buried steel components in the wall; the one-cavity plaster heat-preservation plate is used for the internal heat-preservation of the external wall of the building; a keel is fixed on the inner side of the one-cavity plaster heat-preservation plate; and the one-cavity plaster heat-preservation plate is connected with the building main body by the connection structure through an adhesive or an expansion tube. The utility model has the advantages that the waste industrial material can be used for the second time, and the raw material is energy-saving and environmental-friendly, can isolate sound, resist water, preserve heat and well resist fire. In addition, the utility model can be constructed conveniently and installed rapidly and can be widely applied.
Description
Technical field
The utility model relate to a kind of heat insulating material and with the syndeton of body of wall, particularly relate to a kind of gypsum insulation plate and with the syndeton of major structure of construction.
Background technology
As everyone knows, what the way of present domestic residence outer wall heat-insulation system was mainly taked is to paste polyphenyl plate or extruded polystyrene board at the exterior wall of building, and external wall heat insulation system exists following deficiency in actual applications:
1. endurance quality and reliability are poor, and heat insulating material and building main body are asynchronous application life.
2. complex procedures, wet trade float work amount is big, industrialization, standardization level are low, present polyphenyl plate or extruded sheet are block materials, need block-by-block to be pasted on exterior wall surface, not only take a lot of work but also time-consuming, and occur the cracking of the position is misplaced, intensity is high slurry heat insulating material cracking, decorating surface brick easily and come off and defective such as fireproof performance difference.
Practical application finds that also there is following problem in existing exterior wall internal insulation system:
Exterior wall internal insulation can locate to produce heat bridge (or cold bridge) at floor, cornice etc.Heat bridge can improve the whole thermal transmittance of exterior wall, causes bigger conductive heat loss, and building and heating and energy consumption for cooling increase; Indoor/outdoor temperature-difference and absolute humidity difference are very big, in the inwall or the local condensation trouble of inner generation of exterior wall heat bridge; Because the existence of variations in temperature stress, plate seam position, the top building parapet at warming plate causes cracking along the bottom of roof panel and the overhanging component position in the exterior wall outside easily; Exterior wall internal insulation adopts foam polyphenyl plate or extruded polystyrene board, because hardness and tensile strength are low, influences interior decoration and suspension, mounting article; In addition, mounting process complexity.
Summary of the invention
The utility model for solve the technical problem that exists in the known technology provide a kind of energy-conservation, fire prevention, waterproof, sound insulation, good heat insulating, applied range and the two-chamber gypsum insulation plate of being convenient to construct and with the syndeton of major structure of construction.
The technical scheme that the utility model is taked for the technical problem that exists in the solution known technology is: this gypsum insulation plate is two-chamber gypsum insulation plate and the single-cavity plaster heat-insulating board that has cavity, the two-chamber gypsum insulation plate is two-layer cavity configuration, one empty one real or two skies, the overall thickness of slab of two-chamber gypsum insulation plate is 6-25cm, and outer chamber thickness is less relatively to be 4-6cm; Its gypsum insulation plate specification is changeable, and maximum can reach 300cm * 1200cm, and inner layer cavity and outer chamber have A rib and B rib respectively, and they adopt wrong rib to arrange; Its thickness of single-cavity plaster heat-insulating board material is 6-25cm; Its gypsum insulation plate specification is changeable, and maximum can reach 300cm * 1200cm, and the inboard of single-cavity plaster heat-insulating board material is fixed with keel, and keel keep off at the C of cavity rib place;
The syndeton of gypsum insulation plate and major structure of construction, it comprises sheet material, body of wall, floor and adhesive mortar layer, it is characterized in that: this syndeton is divided into two kinds of forms:
1.. the syndeton when gypsum insulation plate is used for building body and is incubated outward, it by two-chamber gypsum insulation plate, floor, choose member, built-in fitting, shear wall, plate and exterior wall coating material outward and constitute, it divides two kinds of syndetons again:
(1). adopt outer syndeton of choosing concrete component, shear wall agent structure form is constant, in every floor plate every the embedding A reinforcing bar of 10-20cm, the A reinforcing bar stretches out shear wall, in the inner layer cavity cavity of two-chamber gypsum insulation plate, be fixed into one with five B reinforcing bars, be fixed with thick polyphenylene heat insulation slab of 20mm and supporting plate in the inner layer cavity cavity, build up overhanging component 16 with concrete casting, encorbelment and bear the load of every two-chamber gypsum insulation plate, between two-chamber gypsum insulation plate and shear wall, leave the A gap, the thick polyphenylene heat insulation slab of 20mm blocks the interface of adjacent two two-chamber gypsum insulation plates, the interface of two-chamber gypsum insulation plate is floating with the flexible putty joint filling, has one deck exterior wall coating material outside the two-chamber gypsum insulation plate;
(2). the syndeton of pre-buried steel member, pre-buried steel member in shear wall, on the two-chamber gypsum insulation plate, fix with the corresponding position fixation steel plate of pre-buried steel member and with the welding of pre-buried steel member, between two-chamber gypsum insulation plate and shear wall, leave the B gap, outside the two-chamber gypsum insulation plate, have one deck exterior wall coating material;
2.. the syndeton when gypsum insulation plate is used for being incubated in the building body, it is made of single-cavity plaster heat-insulating board and the mixed wall of brick, and the keel and the brick wall of single-cavity plaster heat-insulating board inboard link into an integrated entity.
The utility model can also adopt following technical measures:
The heat insulating material of filling in described single chamber and the two-chamber gypsum insulation plate all is light heat insulation materials.
Described two-chamber gypsum insulation plate is used for the thermal insulation on external wall outer insulation or roof.
Filling light thermal insulation material in the described single-cavity plaster heat-insulating board cavity;
Described keel are polyphenyl keel or rough ground.
Advantage and the good effect that the utlity model has are: adopting the discarded desulfurated plaster in power plant is primary raw material, the shrinkage factor of gypsum plank is not easy to crack less than 0.6%, raw material is energy-conservation, environmental protection, it is the second use of industrial waste, energy consumption is little in the manufacturing process, pollute little, and it is cheap, industrialization, standardization, portion's product degree height, the intensity height, the reliability height, sound insulation, waterproof, insulation, good combination properties such as fireproof performance, be convenient to construction and applied range, have globality concurrently, durability, dismantled and assembled property, validity, the characteristics of high recovery property, installation rate is fast, Outwall thermal insulation board weight has shock resistance by the building body transmission.
Description of drawings
Fig. 1 is a two-chamber gypsum insulation plate structural representation;
Fig. 2 is the single-cavity plaster heat-insulating board structural representation;
Fig. 3 be the two-chamber gypsum insulation plate be used for outer insulation adopt outer choose concrete component and building body be connected facade node structure schematic diagram;
Fig. 4 be the two-chamber gypsum insulation plate be used for outer insulation adopt outer choose concrete component and building body be connected the plane node structural representation;
Fig. 5 be the two-chamber gypsum insulation plate be used for that outer insulation adopts pre-buried steel part and building body be connected facade node structure schematic diagram;
Fig. 6 be in single-cavity plaster heat-insulating board is used for insulation and building body be connected the plane node structural representation;
Fig. 7 be in single-cavity plaster heat-insulating board is used for insulation and window wall be connected facade node structure schematic diagram;
Fig. 8 is when insulation in single-cavity plaster heat-insulating board is used for, the facade A node structure schematic diagram that is connected with floor;
Fig. 9 is when insulation in single-cavity plaster heat-insulating board is used for, the facade B node structure schematic diagram that is connected with floor.
Among Fig. 1-Fig. 9: 1. two-chamber gypsum composite insulation boards, 2. inner layer cavity, 3. outer chamber, 4.A rib, 5.B rib, 6. single-cavity plaster heat-insulating board, 7. keel, 8. cavity, 9.C rib, 10. floor, 11.A reinforcing bar, 12. shear walls, 13.B reinforcing bar, 14. polyphenylene heat insulation slabs, 15. supporting plates, the 16. outer members of choosing, 17.A the gap, 18. interfaces, 19. coating, 20. pre-buried steel members, 21. steel plate, the 22..B gap, 23. bricks mix wall.
Concrete real-time mode
For further understanding summary of the invention of the present utility model, characteristics and effect, exemplify following examples now, and conjunction with figs. is described in detail as follows, see also Fig. 1-Fig. 9.
As shown in Figure 1 and Figure 2: this gypsum insulation plate is two-chamber gypsum insulation plate 1 or the single-cavity plaster heat-insulating board 6 that has cavity, and they all are to be primary raw material with the gypsum that has added waterproof agent, glass fiber and chemical addition agent; Two-chamber gypsum insulation sheet material 1 is two-layer cavity configuration, one empty one real or two skies, and the overall thickness of slab of two-chamber gypsum insulation plate 1 is 6-25cm, outer chamber 3 thickness are less relatively to be 4-6cm; The specification of its gypsum insulation plate is changeable, maximum can reach 300cm * 1200cm, also can make less sheet material according to the outer eaves size of building, the inner layer cavity 2 of two-chamber gypsum insulation plate 1 and outer chamber 3 have A rib 4 and B rib 5 respectively, they adopt wrong rib to arrange, and work to prevent heat bridge (or cold bridge), can improve the whole thermal transmittance of exterior wall because of heat bridge (or cold bridge), cause bigger conductive heat loss, building and heating and energy consumption for cooling are increased; Single-cavity plaster heat-insulating board 6 its thickness are 6-25cm, its specification is changeable, maximum can reach 300cm * 1200cm, also can make less sheet material according to the outer eaves size of building, the inboard of single-cavity plaster heat-insulating board 6 is fixed with keel 7, and keel 7 retainings are at the C of cavity 8 rib 9 places, and purpose is to prevent that heat bridge (or cold bridge) from improving the whole thermal transmittance of exterior wall, cause bigger conductive heat loss, building and heating and energy consumption for cooling are increased; The sound insulation of this kind structure is the 45-50 decibel, filling light thermal insulation material in the outer chamber of two-chamber gypsum insulation plate;
The syndeton of gypsum insulation plate and major structure of construction, divide two kinds of forms:
1.. the syndeton when gypsum insulation plate is used for building body and is incubated outward, it by two-chamber gypsum insulation plate, floor, choose member, built-in fitting, shear wall, plate and exterior wall coating material outward and constitute, divide two kinds of types of attachment again:
(1). as Fig. 3, shown in Figure 4: when choosing concrete component outside adopting, shear wall 12 agent structure forms are constant, in every floor plate 10 every the embedding A reinforcing bar 11 of 10-20cm, A reinforcing bar 11 stretches out shear wall 12, in inner layer cavity 2 cavitys of two-chamber gypsum insulation plate 1, be fixed into one with five B reinforcing bars 13, have thick polyphenylene heat insulation slab 14 of 20mm and supporting plate 15 in inner layer cavity 2 cavitys, build up the outer member 16 of choosing with concrete casting, the encorbelment load of every two-chamber gypsum insulation plate 1, between two-chamber gypsum insulation plate 1 and shear wall 12, leave A gap 17, increase insulation and defening effect to form air chamber, the thick polyphenylene heat insulation slab 14 of 20mm blocks the interface 18 of adjacent two two-chamber gypsum insulation plates 1, also has one deck exterior wall coating material 19 outside two-chamber gypsum insulation plate 1;
(2). as shown in Figure 5: during the pre-buried steel member, pre-buried steel member 20 in shear wall 12, fixedly B steel plate 21 and welding are fixing with pre-buried steel member 20 corresponding positions on two-chamber gypsum insulation plate 1, between two-chamber gypsum insulation plate 1 and shear wall 12, leave B gap 22, increase insulation and defening effect to form air chamber, outside two-chamber gypsum insulation plate 1, also have one deck exterior wall coating material 19;
Two-chamber gypsum composite insulating board 1 also can be used for the thermal insulation on roof, and two-chamber gypsum composite insulating board 1 is tiled on the roof that finds the gradient, adds waterproofing course and fish tail and waterproof layer above.
2.. as Fig. 6, Fig. 7, Fig. 8, shown in Figure 9: the syndeton when single-cavity plaster heat-insulating board is used for insulation in the building body, it mixes wall by single-cavity plaster heat-insulating board and brick and constitutes, require to increase or reduce the quantity of single-cavity plaster heat-insulating board 6 according to interior insulation, the form of Fig. 9 is then adopted in insulation in can not satisfying as Fig. 8 when requiring, and accompanies layer of adhesive between the keel 7 of single-cavity plaster heat-insulating board 6 inboards and the mixed wall 23 of brick or is connected with expand tube.
Embodiment 1: choose concrete component outward and two-chamber gypsum insulation plate 1 connection structure connecting is an example with external wall
As Fig. 3, shown in Figure 4: when choosing concrete component outside employing is built, shear wall 12 agent structure forms are constant, in every floor plate 10 every the embedding A reinforcing bar 11 of 10-20cm, A reinforcing bar 11 stretches out shear wall 12, in inner layer cavity 2 cavitys of two-chamber gypsum insulation plate 1, be fixed into one with five B reinforcing bars 13, have thick polyphenylene heat insulation slab 14 of 20mm and supporting plate 15 in inner layer cavity 2 cavitys, build up the outer member 16 of choosing with concrete casting, encorbelment with it and to bear the load of every two-chamber gypsum insulation plate 1, between two-chamber gypsum insulation plate 1 and shear wall 12, leave A gap 17, increase insulation and defening effect to form air chamber, the thick polyphenylene heat insulation slab 14 of 20mm blocks the interface 18 of adjacent two two-chamber gypsum insulation plates 1, also has one deck exterior wall coating material 19 outside two-chamber gypsum insulation plate 1.
Its advantage is; Adopting the discarded desulfurated plaster in power plant is primary raw material, the shrinkage factor of gypsum plank is not easy to crack less than 0.6%, the raw material energy-conserving and environment-protective, it is the second use of industrial waste, energy consumption is little in the manufacturing process, pollute little, and it is cheap, industrialization, standardization, portion's product degree height, the intensity height, the reliability height, sound insulation, waterproof, insulation, good combination properties such as fireproof performance, be convenient to construction and applied range, have globality concurrently, durability, dismantled and assembled property, validity, the characteristics of high recovery property, installation rate is fast, Outwall thermal insulation board weight has shock resistance by the building body transmission.
Embodiment 2: with pre-buried steel part in the external wall and two-chamber gypsum insulation plate 1 connection structure connecting for for example shown in Figure 5: during the pre-buried steel member, pre-buried steel member 20 in shear wall 12, fixing with pre-buried steel member 20 corresponding position steel plates 21 and welding on two-chamber gypsum insulation plate 1, between two-chamber gypsum insulation plate 1 and shear wall 12, leave B gap 22, increase insulation and defening effect to form air chamber, outside two-chamber gypsum insulation plate 1, also have one deck exterior wall coating material 19.
Its advantage and embodiment 1 are identical.
Embodiment 3: being used to build the syndeton that window is incubated within the walls with single-cavity plaster heat-insulating board is example
As Fig. 6, shown in Figure 7: the syndeton when single-cavity plaster heat-insulating board is used for insulation in the building body, it is made of single-cavity plaster heat-insulating board and brick wall, for heat insulation effect in strengthening increases single-cavity plaster heat-insulating board 6 in the corner of building body interior wall and floor 10, link together by the keel 7 and the brick wall 23 of adhesive (or adopting expand tube to connect) with single-cavity plaster heat-insulating board 6 inboards.
Its advantage and embodiment 1 are identical.
Claims (7)
1. gypsum insulation plate, it is characterized in that: this gypsum insulation plate is two-chamber gypsum insulation sheet material and the single-cavity plaster heat-insulating board material that has cavity, two-chamber gypsum insulation sheet material (1) is two-layer cavity configuration, one empty one real or two skies, the overall thickness of slab of two-chamber gypsum insulation plate (1) is 6-25cm, and outer chamber (3) thickness is less relatively to be 4-6cm; Its gypsum insulation plate overall specifications is changeable, and maximum can reach 300cm * 1200cm, and inner layer cavity (2) and outer chamber (3) have A rib (4) and B rib (5) respectively, and they adopt wrong rib to arrange; Single-cavity plaster heat-insulating board material 6 its thickness are 6-25cm; Its gypsum insulation plate specification is changeable, and maximum can reach 300cm * 1200cm, and the inboard of single-cavity plaster heat-insulating board material (6) is fixed with keel (7), and keel (7) retaining is located at the C rib (9) of cavity (8).
2. gypsum insulation plate according to claim 1 is characterized in that: the inner layer cavity (2) of described two-chamber gypsum insulation plate (1) is a cavity, and interior filling light thermal insulation material in outer chamber (3) or inner layer cavity (2) and outer chamber (3) are cavity.
3. according to claim 1,2 described gypsum insulation plates, it is characterized in that: the heat insulating material of filling in described single chamber and the two-chamber gypsum insulation plate all is light heat insulation materials.
4. gypsum insulation plate according to claim 1 is characterized in that: described keel (7) are polyphenyl keel or rough ground.
5. the syndeton of gypsum insulation plate and major structure of construction, it comprises sheet material, body of wall, floor and adhesive mortar layer, it is characterized in that: this method of attachment is divided into two kinds of forms:
1.. the syndeton when gypsum insulation plate is used for external wall and is incubated outward, it by two-chamber gypsum insulation plate, floor, choose member, built-in fitting, shear wall, plate and exterior wall coating material outward and constitute, it divides two kinds of syndetons again:
(1). adopt the outer concrete component syndeton of choosing, shear wall 12 agent structure forms are constant, every the embedding A reinforcing bar of 10-20cm (11), A reinforcing bar (11) stretches out shear wall (12) in every floor plate (10), in inner layer cavity (2) cavity of two-chamber gypsum insulation plate (1) with five B reinforcing bars
(13) be fixed into one, be fixed with thick polyphenylene heat insulation slab of 20mm (14) and supporting plate (15) in inner layer cavity (2) cavity, water with concrete block and to build up the outer member (16) of choosing, encorbelment and bear the load of every two-chamber gypsum insulation plate (1), between two-chamber gypsum insulation plate (1) and shear wall (12), leave A gap (17), the thick polyphenylene heat insulation slab of 20mm (14) blocks the interface (18) of adjacent two two-chamber gypsum insulation plates (1), the interface (18) of two-chamber gypsum insulation plate (1) is located with the flexible putty joint filling floating, has one deck exterior wall coating material (19) outside two-chamber gypsum insulation plate (1);
(2). the syndeton of pre-buried steel member, pre-buried steel member (20) in shear wall (12), fix with pre-buried steel member (20) welding at the steel plate (21) that two-chamber gypsum insulation plate (1) is gone up on the correspondence position with pre-buried steel member (20), between two-chamber gypsum insulation plate (1) and shear wall (12), leave B gap (22), outside two-chamber gypsum insulation plate (1), have one deck exterior wall coating material (19);
2.. the syndeton when gypsum insulation plate is used for being incubated in the external wall, it is made of single-cavity plaster heat-insulating board and the mixed wall of brick, and the inboard keel (7) of single-cavity plaster heat-insulating board (6) mix wall (23) with brick and link into an integrated entity.
6. the syndeton of gypsum insulation sheet material according to claim 5 and major structure of construction is characterized in that: described two-chamber gypsum insulation plate (1) is used for the thermal insulation on external wall outer insulation or roof.
7. the syndeton of gypsum insulation sheet material according to claim 5 and major structure of construction is characterized in that: it is to have layer of adhesive or adopt expand tube to connect in the middle of them that the inboard keel (7) of described single-cavity plaster heat-insulating board (6) mix being connected of wall (23) with brick.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200820142912U CN201372492Y (en) | 2008-11-05 | 2008-11-05 | Plaster heat-preservation plate and connection structure of plaster heat-preservation plate and building main body |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200820142912U CN201372492Y (en) | 2008-11-05 | 2008-11-05 | Plaster heat-preservation plate and connection structure of plaster heat-preservation plate and building main body |
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| CN201372492Y true CN201372492Y (en) | 2009-12-30 |
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| CN200820142912U Expired - Lifetime CN201372492Y (en) | 2008-11-05 | 2008-11-05 | Plaster heat-preservation plate and connection structure of plaster heat-preservation plate and building main body |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102296835A (en) * | 2011-07-19 | 2011-12-28 | 北京华丽联合高科技有限公司 | Reinforced concrete building rapidly assembled by prefabricated composite light slabs |
| CN102363992A (en) * | 2011-06-28 | 2012-02-29 | 程松林 | Concrete dense-column composite external wall panel and method for manufacturing same |
| CN102363991A (en) * | 2011-06-28 | 2012-02-29 | 程松林 | Concrete close column compound inner wall plate and manufacturing method thereof |
| CN108930405A (en) * | 2017-05-27 | 2018-12-04 | 中国二十冶集团有限公司 | Insulating layer of external wall concrete structure bracket lattice method |
| CN111502060A (en) * | 2020-03-23 | 2020-08-07 | 中建五局第三建设有限公司 | Ski field heat insulation structure with cavity structure and construction method |
-
2008
- 2008-11-05 CN CN200820142912U patent/CN201372492Y/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102363992A (en) * | 2011-06-28 | 2012-02-29 | 程松林 | Concrete dense-column composite external wall panel and method for manufacturing same |
| CN102363991A (en) * | 2011-06-28 | 2012-02-29 | 程松林 | Concrete close column compound inner wall plate and manufacturing method thereof |
| CN102296835A (en) * | 2011-07-19 | 2011-12-28 | 北京华丽联合高科技有限公司 | Reinforced concrete building rapidly assembled by prefabricated composite light slabs |
| CN108930405A (en) * | 2017-05-27 | 2018-12-04 | 中国二十冶集团有限公司 | Insulating layer of external wall concrete structure bracket lattice method |
| CN111502060A (en) * | 2020-03-23 | 2020-08-07 | 中建五局第三建设有限公司 | Ski field heat insulation structure with cavity structure and construction method |
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Granted publication date: 20091230 |