CN206128477U - Modularization house insulation construction with longeron roof - Google Patents
Modularization house insulation construction with longeron roof Download PDFInfo
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- CN206128477U CN206128477U CN201621012823.7U CN201621012823U CN206128477U CN 206128477 U CN206128477 U CN 206128477U CN 201621012823 U CN201621012823 U CN 201621012823U CN 206128477 U CN206128477 U CN 206128477U
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- roof
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Abstract
The utility model relates to a modularization house especially relates to a modularization house insulation construction with longeron roof, including heat preservation roof and modularization room unit insulation construction, house roof heat insulation structure outside the heat preservation roof includes the triangle longeron and locates the triangle longeron, wherein, the triangle longeron includes bottom horizontal support frame, locate the vertical support frame of end plate and the diagonal bracing frame of both ends and high difference, form the multi -layer insulating protection owing to set up heat preservation roof and modularization room unit insulation construction to the roof, outer wall multilayer composite construction, strengthen the high and fire prevention thermal insulation performance of its intensity, carry out effective isolation to supporting the steel construction through the rock wool layer, prevent that indoor outer heat exchange from arousing that the heat scatters and disappears, multi -level insulation construction acts on all, promote the heat preservation effect in modularization house.
Description
Technical field
This utility model is related to modularized house, more particularly to a kind of insulation of the modularized house with trusses roof knot
Structure.
Background technology
Today's society, Working Life rhythm is more and more faster, is also just desirable to more quickly repair building in building field
Build up, and can quick decoration finish and come into operation.Simultaneously, also it is desirable to which such building can meet energy-conserving and environment-protective requirement, realize
Comfortable work and life.In order to tackle this requirement, the house of container is just developed by people.
Container modularized house uses steel mainly by the steel tank room framework of one similar container structure of welding
Corrugated plating processed, colored steel closing, construction material, household or office appliance are placed among the case room external frame, by electric wire
Etc. being arranged in the case room external frame, so as to realize correlation function.Or the direct opening that cuts out on TEU (Twenty-foot Equivalent Unit) is made
For door and window entrance, furniture or office appliance are removed and is just begun to use to casing.
Current modularized house frame structure is mainly steel plate and makes, and heat-insulation and heat-preservation fire protecting performance is poor, modularity room
The roof check effect in room is not ideal enough, and truss lower section easily occurs heat exchange with the case room unit of its underpart.
Utility model content
Technical problem to be solved in the utility model is to overcome the deficiencies in the prior art, there is provided a kind of roof is protected
The good modularized house insulation construction with trusses roof of warm effect of heat insulation.
This utility model is to be achieved by the following technical programs：
A kind of modularized house insulation construction with trusses roof, including insulated roof and modularity room unit insulation knot
Structure,
The insulated roof includes triangle trusses and the thermal insulation of roof structure on the outside of triangle trusses, wherein,
The triangle trusses includes bottom level bracing frame, located at two ends and highly different end plate vertical support frame and tiltedly
To bracing frame；
The thermal insulation of roof structure includes the bottom heat-insulation layer on the downside of bottom level bracing frame, perpendicular located at one end end plate
The first rock-wool heat insulation plate on the outside of allotment support, the second rock-wool heat insulation plate on the outside of other end end plate vertical support frame, if
The 3rd rock-wool heat insulation plate above skewed horizontal load frame, first rock-wool heat insulation plate, the second rock-wool heat insulation plate, the 3rd rock wool protect
The end of warm plate passes through color steel bar bound edge,
By multiple steel channel connector connections being uniformly arranged, the groove between 3rd rock-wool heat insulation plate and skewed horizontal load frame
Steel fastener one end is welded and fixed with skewed horizontal load frame, and the other end is bolted with the 3rd rock-wool heat insulation plate, the 3rd rock wool
Warming plate side fits in the first rock-wool heat insulation plate inner side, and in joint place by color steel bar bound edge, opposite side is overlapped in second
Rock-wool heat insulation plate top, lap-joint is sealed by fire proof seal glue-line, and by color steel bar bound edge on the outside of lap-joint；
The bottom heat-insulation layer includes the sheet plastic located at bottom level bracing frame lower surface, and multiple equi-spaced aparts are located at
Supporting square tube under sheet plastic, the first rock wool packed layer between each supporting square tube and located at supporting square tube and the first rock
Waterproof roll layer under cotton packed layer, is equipped with warming plate, the waterproof roll between each supporting square tube and sheet plastic
Layer is fixed by screw with each supporting square tube.
The modularity room unit insulation construction includes exterior wall insulated structure and horizontal heat-insulation layer,
The exterior wall insulated structure includes the H profile steel material and the outer wall body below H profile steel material located at top,
Corrugated plating, the 4th rock-wool heat insulation plate, sandwich flaggy that the outer wall body sets gradually including ecto-entad, it is described
Sandwich flaggy includes two-layer galvanized steel plain sheet and the second rock wool packed layer being located therein, and sandwich flaggy edge is provided with color ladle side
Bar；
The H profile steel material located at outermost supporting square tube outside, H profile steel material include web, top flange and lower flange, two
The top flange of side H profile steel material is located at respectively the first rock-wool heat insulation plate, the second rock-wool heat insulation plate lower section, the bottom wing fate of H profile steel material
Do not fit with the top of corrugated plating and the 4th rock-wool heat insulation plate, web inner side is filled with the arranged along H profile steel material length direction
Three rock wool packed layers, fill the 4th rock wool packed layer, and the 4th rock between the 3rd rock wool packed layer and outermost supporting square tube
Cotton packed layer top separates at H profile steel material top flange edge and supporting square tube；
The horizontal heat-insulation layer is including the connection link plate being individually fixed on the inside of the sandwich flaggy of both sides and located at connection link plate
On the 5th rock-wool heat insulation plate, the connection link plate top is fixed on sandwich flaggy top, and bottom is inside horizontal flanging,
5th rock-wool heat insulation plate is overlapped in connection suspension plate level flanging, and the 5th rock-wool heat insulation plate away from bottom heat-insulation layer bottom
Waterproof roll.
First rock-wool heat insulation plate, the second rock-wool heat insulation plate, the thickness of the 3rd rock-wool heat insulation plate are 75mm.
The insulation plate thickness is 20mm.
The first rock wool packed layer thickness is 50mm.
The 3rd rock wool heat-preservation plate surface is corrugated.
The thickness of the corrugated plating is 50mm.
The thickness of the 4th rock-wool heat insulation plate is 100mm.
The thickness of the second rock wool packed layer in the sandwich flaggy is 50mm.
The thickness of the 4th rock wool packed layer is 30mm.
The thickness of the 5th rock-wool heat insulation plate is 50mm.
The beneficial effects of the utility model are：
Multilayer insulation protection is formed to roof due to being provided with insulated roof and modularity room unit insulation construction, exterior wall is more
Layer composite construction, strengthens its intensity height and fireproof heat insulating performance, and support steel structure is effectively isolated by rock wool layer, prevents
Indoor and outdoor heat exchange causes heat to scatter and disappear, and multi-level insulation construction is acted on all, the heat insulation effect in Lifting Modules massing house.
Description of the drawings
Fig. 1 is ridge structural representation of the present utility model.
Fig. 2 is structural representation at eaves of the present utility model.
In figure：1. bottom level bracing frame, 2. end plate vertical support frame, 3. skewed horizontal load frame, 4. the first rock-wool heat insulation plate,
5. the second rock-wool heat insulation plate, 6. the 3rd rock-wool heat insulation plate, 7. steel channel connector, 8. fire proof seal glue-line, 9. sheet plastic, 10.
Supporting square tube, 11. first rock wool packed layers, 12. waterproof roll layers, 13. warming plates, 14.H structural sections, 15., corrugated plating 16.,
The sandwich flaggy of 4th rock-wool heat insulation plate 17., 18. webs, 19. top flanges, 20. lower flanges, 21. the 3rd rock wool packed layers, 22.
Four rock wool packed layers, 23. connection link plates, 24. the 5th rock-wool heat insulation plates,
Specific embodiment
In order that those skilled in the art more fully understand the technical solution of the utility model, below in conjunction with the accompanying drawings
The utility model is described in further detail with most preferred embodiment.
As illustrated, this utility model includes insulated roof and modularity room unit insulation construction,
The insulated roof includes triangle trusses and the thermal insulation of roof structure on the outside of triangle trusses, wherein,
The triangle trusses includes bottom level bracing frame 1, located at two ends and highly different end plate vertical support frame 2 and
Skewed horizontal load frame 3；
The thermal insulation of roof structure includes the bottom heat-insulation layer on the downside of bottom level bracing frame, perpendicular located at one end end plate
The first rock-wool heat insulation plate 4 on the outside of allotment support, the second rock-wool heat insulation plate 5 on the outside of other end end plate vertical support frame,
The 3rd rock-wool heat insulation plate 6 above skewed horizontal load frame, first rock-wool heat insulation plate, the second rock-wool heat insulation plate, the 3rd rock
The end of cotton warming plate passes through color steel bar bound edge,
Connected by multiple steel channel connectors 7 being uniformly arranged between 3rd rock-wool heat insulation plate and skewed horizontal load frame, it is described
Steel channel connector one end is welded and fixed with skewed horizontal load frame, and the other end is bolted with the 3rd rock-wool heat insulation plate；By groove
Steel fastener separates on the 3rd rock-wool heat insulation plate and skewed horizontal load frame while providing support for the 3rd rock-wool heat insulation plate, helps
In enhancing heat insulation effect.
In the ridge on roof, the 3rd rock-wool heat insulation plate side fits in the first rock-wool heat insulation plate inner side, and in joint place
By color steel bar bound edge, and the opposite side of the 3rd rock-wool heat insulation plate is overlapped in the second rock-wool heat insulation plate top at eaves, overlap joint
Place is sealed by fire proof seal glue-line 8, and by color steel bar bound edge on the outside of lap-joint；
The bottom heat-insulation layer includes the sheet plastic 9 located at bottom level bracing frame lower surface, and multiple equi-spaced aparts set
Supporting square tube 10 under sheet plastic, the first rock wool packed layer 11 between each supporting square tube and located at supporting square tube with
Waterproof roll layer 12 under first rock wool packed layer, is equipped with warming plate 13, institute between each supporting square tube and sheet plastic
State waterproof roll layer to fix with each supporting square tube by screw.
Sheet plastic that supporting square tube is arranged by its top and warming plate separate with bottom level bracing frame, realize heat every
From.
Triangle trusses provides support for roof, and the rock-wool heat insulation plate that triangle trusses outside is arranged provides the insulation on roof
Effect, in addition bottom heat-insulation layer by arrange multistory steel structure, it is ensured that between trusses bottom and wooden unit house unit heat every
From, multilayer insulation protection is formed to roof, enhance heat insulation and preservation effect.
The modularity room unit insulation construction includes exterior wall insulated structure and horizontal heat-insulation layer,
The exterior wall insulated structure includes the H profile steel material 14 and the outer wall body below H profile steel material located at top,
Corrugated plating 15, the 4th rock-wool heat insulation plate 16, sandwich flaggy that the outer wall body sets gradually including ecto-entad
17, the sandwich flaggy includes two-layer galvanized steel plain sheet and the second rock wool packed layer being located therein, and sandwich flaggy edge is provided with coloured silk
Ladle edge strip；
The H profile steel material includes web 18, top flange 19 and bottom wing located at the outside of outermost supporting square tube, H profile steel material
Edge 20, the top flange of both sides H profile steel material is located at respectively the first rock-wool heat insulation plate, the second rock-wool heat insulation plate lower section, under H profile steel material
The edge of a wing is fitted respectively with the top of corrugated plating and the 4th rock-wool heat insulation plate, and web inner side is filled with and is set along H profile steel material length direction
The 3rd rock wool packed layer 21 put, fills the 4th rock wool packed layer between the 3rd rock wool packed layer and outermost supporting square tube
22, and the 4th rock wool packed layer top separates H profile steel material top flange edge and supporting square tube；
The horizontal heat-insulation layer is including the connection link plate 23 being individually fixed on the inside of the sandwich flaggy of both sides and located at connection suspension
Sandwich flaggy top is fixed on the 5th rock-wool heat insulation plate 24 on plate, the connection link plate top, and bottom is inside level
Flanging, the 5th rock-wool heat insulation plate is overlapped in connection suspension plate level flanging, and the 5th rock-wool heat insulation plate away from bottom heat-insulation layer
The waterproof roll of bottom.
Rock wool layer is set on the inside of H profile steel material, by the steel of heat conduction and modularized house interior part every also in supporting square tube
Rock wool layer is filled between H profile steel material, will be separated between structure of steel product, prevent indoor heat by the connection of steel construction and room
It is outer to exchange, affect heat insulation effect.
The outer wall body of multi-layer compound structure, strengthens its intensity height and fireproof heat insulating performance, and to support steel structure rock is passed through
Cotton layer is effectively isolated, and prevents indoor and outdoor heat exchange from causing heat to scatter and disappear, the heat insulation effect in Lifting Modules massing house.
Multilayer insulation protection is formed to roof due to being provided with insulated roof and modularity room unit insulation construction, exterior wall is more
Layer composite construction, strengthens its intensity height and fireproof heat insulating performance, and support steel structure is effectively isolated by rock wool layer, prevents
Indoor and outdoor heat exchange causes heat to scatter and disappear, and multi-level insulation construction is acted on all, the heat insulation effect in Lifting Modules massing house.
Preferably, first rock-wool heat insulation plate, the second rock-wool heat insulation plate, the thickness of the 3rd rock-wool heat insulation plate are
75mm。
Preferably, the insulation plate thickness is 20mm.
Preferably, the first rock wool packed layer thickness is 50mm.
Preferably, the 3rd rock wool heat-preservation plate surface is easy to roof drainage for corrugated.
Preferably, the thickness of the corrugated plating is 50mm.
Preferably, the thickness of the 4th rock-wool heat insulation plate is 100mm.
Preferably, the thickness of the second rock wool packed layer in the sandwich flaggy is 50mm.
Preferably, the thickness of the 4th rock wool packed layer is 30mm.
Preferably, the thickness of the 5th rock-wool heat insulation plate is 50mm.
The above is only preferred implementation of the present utility model, it is noted that for the common skill of the art
For art personnel, on the premise of without departing from this utility model principle, some improvements and modifications can also be made, these improve and
Retouching also should be regarded as protection domain of the present utility model.
Claims (10)
1. a kind of modularized house insulation construction with trusses roof, it is characterised in that including insulated roof and modularity room
Unit insulation construction,
The insulated roof includes triangle trusses and the thermal insulation of roof structure on the outside of triangle trusses, wherein,
The triangle trusses includes bottom level bracing frame, located at two ends and highly different end plate vertical support frame and oblique
Support；
The thermal insulation of roof structure includes the bottom heat-insulation layer on the downside of bottom level bracing frame, and located at one end, end plate is vertically propped up
The first rock-wool heat insulation plate on the outside of support, the second rock-wool heat insulation plate on the outside of other end end plate vertical support frame, located at oblique
The 3rd rock-wool heat insulation plate to above bracing frame, first rock-wool heat insulation plate, the second rock-wool heat insulation plate, the 3rd rock-wool heat insulation plate
End by color steel bar bound edge,
By multiple steel channel connector connections being uniformly arranged between 3rd rock-wool heat insulation plate and skewed horizontal load frame, the channel-section steel connects
Fitting one end is welded and fixed with skewed horizontal load frame, and the other end is bolted with the 3rd rock-wool heat insulation plate, the 3rd rock wool heat-preservation
Plate side fits in the first rock-wool heat insulation plate inner side, and in joint place by color steel bar bound edge, opposite side is overlapped in the second rock wool
Warming plate top, lap-joint is sealed by fire proof seal glue-line, and by color steel bar bound edge on the outside of lap-joint；
The bottom heat-insulation layer includes the sheet plastic located at bottom level bracing frame lower surface, and multiple equi-spaced aparts are located at plastics
Supporting square tube under thin plate, the first rock wool packed layer between each supporting square tube and fills out located at supporting square tube with the first rock wool
The waterproof roll layer filled under layer, is equipped with warming plate between each supporting square tube and sheet plastic, the waterproof roll layer leads to
Cross screw to fix with each supporting square tube.
The modularity room unit insulation construction includes exterior wall insulated structure and horizontal heat-insulation layer,
The exterior wall insulated structure includes the H profile steel material and the outer wall body below H profile steel material located at top,
Corrugated plating, the 4th rock-wool heat insulation plate, sandwich flaggy that the outer wall body sets gradually including ecto-entad, the sandwich
Flaggy includes two-layer galvanized steel plain sheet and the second rock wool packed layer being located therein, and sandwich flaggy edge is provided with color ladle edge strip；
The H profile steel material includes web, top flange and lower flange, both sides H located at the outside of outermost supporting square tube, H profile steel material
The top flange of structural section is located at respectively the first rock-wool heat insulation plate, the second rock-wool heat insulation plate lower section, the lower flange of H profile steel material respectively with
The top laminating of corrugated plating and the 4th rock-wool heat insulation plate, web inner side is filled with the 3rd rock arranged along H profile steel material length direction
Cotton packed layer, fills the 4th rock wool packed layer between the 3rd rock wool packed layer and outermost supporting square tube, and the 4th rock wool is filled out
Fill layer top to separate at H profile steel material top flange edge and supporting square tube；
The horizontal heat-insulation layer includes being individually fixed in the connection link plate on the inside of the sandwich flaggy of both sides and on connection link plate
Sandwich flaggy top is fixed on 5th rock-wool heat insulation plate, the connection link plate top, and bottom is inside horizontal flanging, and the 5th
Rock-wool heat insulation plate is overlapped in connection suspension plate level flanging, and the 5th rock-wool heat insulation plate away from the waterproof of bottom heat-insulation layer bottom
Coiled material.
2. a kind of modularized house insulation construction with trusses roof according to claim 1, it is characterised in that described
First rock-wool heat insulation plate, the second rock-wool heat insulation plate, the thickness of the 3rd rock-wool heat insulation plate are 75mm.
3. a kind of modularized house insulation construction with trusses roof according to claim 1, it is characterised in that described
Insulation plate thickness is 20mm.
4. a kind of modularized house insulation construction with trusses roof according to claim 1, it is characterised in that described
First rock wool packed layer thickness is 50mm.
5. a kind of modularized house insulation construction with trusses roof according to claim 1, it is characterised in that described
3rd rock wool heat-preservation plate surface is corrugated.
6. a kind of modularized house insulation construction with trusses roof according to claim 1, it is characterised in that described
The thickness of corrugated plating is 50mm.
7. a kind of modularized house insulation construction with trusses roof according to claim 1, it is characterised in that described
The thickness of the 4th rock-wool heat insulation plate is 100mm.
8. a kind of modularized house insulation construction with trusses roof according to claim 1, it is characterised in that described
The thickness of the second rock wool packed layer in sandwich flaggy is 50mm.
9. a kind of modularized house insulation construction with trusses roof according to claim 1, it is characterised in that described
The thickness of the 4th rock wool packed layer is 30mm.
10. a kind of modularized house insulation construction with trusses roof according to claim 1, it is characterised in that institute
The thickness for stating the 5th rock-wool heat insulation plate is 50mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621012823.7U CN206128477U (en) | 2016-08-31 | 2016-08-31 | Modularization house insulation construction with longeron roof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621012823.7U CN206128477U (en) | 2016-08-31 | 2016-08-31 | Modularization house insulation construction with longeron roof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206128477U true CN206128477U (en) | 2017-04-26 |
Family
ID=58567128
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621012823.7U Active CN206128477U (en) | 2016-08-31 | 2016-08-31 | Modularization house insulation construction with longeron roof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206128477U (en) |
-
2016
- 2016-08-31 CN CN201621012823.7U patent/CN206128477U/en active Active
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