CN208830502U - A kind of floor heat preservation module - Google Patents
A kind of floor heat preservation module Download PDFInfo
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- CN208830502U CN208830502U CN201820911049.6U CN201820911049U CN208830502U CN 208830502 U CN208830502 U CN 208830502U CN 201820911049 U CN201820911049 U CN 201820911049U CN 208830502 U CN208830502 U CN 208830502U
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- heat preservation
- floor
- preservation module
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Abstract
The utility model provides a kind of floor heat preservation module, and laying heating pipeline plays floor warming functions, the little swallow tail slot of floor lower surface up and down and increases the cohesive force of module Yu mortar decorative layer in the big dovetail groove of the floor heat preservation module upper surface；Floor modules edge forms the integral cover formula floor construction with inverted T shaped girt strip, the length of floor and the span in house is increased, without setting bright beam again by being spliced to form inverted T shaped girt strip slot after casting；The module has bottom surface support slot, and support steel profile assembled heat preservation floor slab module composition floor again can be first fixed when supporting floor；To support steel profile is first fixed when doing pseudo-classic architecture inclined roof or so, the radian of slope surface is found out respectively, then assembled heat preservation floor slab module forms floor.
Description
Technical field
The utility model relates to a kind of heat preservation module more particularly to a kind of EPS floor modules.
Background technique
It is proposed in current country and greatly develops assembled architecture, the demand for development for the son that builds a house as playing with building blocks, cavity
Heat preservation module is the important materials for constructing energy-saving heat-insulating wall, with cavity module build house insulation performance be it is optimal,
As the popularization in market is very universal.Although having the cavity heat preservation module of numerous brands on the market, relative to guarantor for building
But utilization rate is not high for warm floor modules, is primarily due to existing cavity heat preservation floor slab module and stress steel profile is all whole solid
Setting formula, the too long transport of length is inconvenient, and the floor length of building is not quite similar again in reality construction needs producer customized, also has
It is segmented hollow heat preservation floor slab module, but needs to be formed in the hollow insulation floor modules hole for penetrating segmentation with stress steel profile
The heat preservation floor slab of one entirety, then connect with other assembled heat preservation floor slabs, just not saying inconvenient key is heat preservation floor slab
Connection support between bottom and branch lock piece can not reinforce, and heat preservation floor slab bottom and plate stitch can deform spillage when stress.It is doing
Heat preservation floor slab can only can not find the roof of radian, collar tie beam connecting structure on heat preservation floor slab and house along slope installation when inclined roof
It is unreasonable with stress.
Utility model content
In order to solve the problems, such as background technique, the utility model provides a kind of floor heat preservation module, the floor
Heat preservation module has many advantages, such as that simple structure and reasonable design, construction is convenient, is accurately positioned, is unlikely to deform.
In order to achieve the above objectives, the utility model adopts the following technical solution:
A kind of floor heat preservation module, including heat preservation module ontology, which is characterized in that the bottom surface of heat preservation module ontology is arranged
There is a support slot that Open Side Down, inserted with support mechanism in support slot, floor heat preservation module is supported on wall by mounting structures
On, the mounting structures in support slot are removed after floor casting installs, or are not removed and used as built-in fitting.
The left and right sides of heat preservation module ontology are provided with the groove of outward opening, and the bottom extension elongation of groove is greater than
The extension elongation of upper bottom edge forms the type groove of falling T, casting coagulation between floor heat preservation module groove adjacent after being stitched together
The integral cover formula floor with inverted T shaped girt strip is formed after soil.
The upper and lower surface of heat preservation module ontology is provided with multiple tracks for increasing the construction groove of cohesive force.
The upper surface of heat preservation module ontology is additionally provided with the equipment groove for installation apparatus pipeline.
Heating pipeline is laid in the equipment groove.
The construction groove or equipment groove are dovetail groove.
The front and back sides of heat preservation module ontology and left and right side are additionally provided with splicing sealing structure.
The splicing sealing structure includes the sealed batten being arranged on a side in opposite flank and another side
On sealed groove, after floor heat preservation module is stitched together, adjacent sealed batten be inserted into sealed groove formed sealing
Structure.
The centre of heat preservation module ontology is provided with through the construction hole of entire heat preservation module ontology.
The heat preservation module ontology is polystyrene board, graphite polystyrene board, phenolic aldehyde polystyrene board, extrusion molding thermal insulating material
Flitch, rock wool board, cement board, pearlite slab or foam glass board.
The beneficial effects of the utility model are:
1. heat preservation floor slab module bottom surface support slot is open type, support steel profile and lower part roof timbering be cross-linked by
Power does not easily lead to top heat preservation floor slab module deformation；The support slot for being finished support steel profile detachably to save cost, after disassembly
Interior filling keeps the temperature edge strip mesh plaster；Support structural section when built-in fitting use, or peace if not removing support steel profile
Lifting keel use when filling decorative panel.
2. the construction slot on heat preservation floor slab module top increases the cohesive force of module and concrete floor, equipment slots are increased
For being laid with pipeline of warming oneself, the warming functions of upper and lower floor are played, the construction slot of heat preservation floor slab module bottom surface increases module
With the cohesive force of mortar decorative layer.
3. heat preservation floor slab module edge increases inverted T shaped girt strip, whole superstructure formula floor construction is formed, floor is increased
Length and house span, without bright beam is arranged again, while increasing the hanging force and cohesive force of heat preservation floor slab module slabs,
Side girt strip increases the area of section of upper collar tie beam in conjunction with collar tie beam on house and accepts structure.
4. finding out the radian of slope surface, then assembled guarantor respectively to support steel profile is first fixed when doing building inclined roof or so
Warm floor modules form floor within doors, and building gable, which cornices to cornice with front and back, can separately support installation heat preservation floor slab module, in this way
Heat preservation floor slab module and building gable cornice within doors and front and back is corniced disconnection, could rationally connect with the reinforcing bar of collar tie beam on house.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawing
Fig. 1 is the overall structure diagram of floor heat preservation module described in the utility model；
Fig. 2 is the front view of floor heat preservation module in Fig. 1；
Fig. 3 is floor heat preservation module splicing structure schematic diagram in Fig. 1.
Specific embodiment
Explanation and specific embodiment are further described the utility model with reference to the accompanying drawing:
Embodiment 1
Shown in Fig. 1-2, a kind of floor heat preservation module, including heat preservation module ontology 10, heat preservation module ontology 10 have upper table
Face bottom surface, front and back sides and left and right side define the thickness side of heat preservation module ontology 10 between upper surface and bottom surface
To the length direction of upper surface or bottom surface defines the length direction of heat preservation module ontology 10.The heat preservation module ontology
10 be polystyrene board, graphite polystyrene board, phenolic aldehyde polystyrene board, extrusion molding adiabator plate, rock wool board, foamed cement
Plate, pearlite slab or foam glass board.It in the present embodiment, is preferably polystyrene board and EPS sheet.
The bottom surface of heat preservation module ontology 10 is provided with the support slot 3 that Open Side Down, is used to that support knot be arranged in support slot 3
Structure, mounting structures are support steel profile in the present embodiment, and support steel profile and lower part branch lock piece are staggeredly overlapped and fixed, when stress
Top heat preservation floor slab module deformation is not easily led to, and floor casting installs rear support steel profile detachably to save cost, tearing open
Filling heat preservation edge strip mesh plaster in support slot 3 after removing, if do not remove support steel profile support steel profile can be done it is pre-
Embedded part uses, and installation dalle is used when lifting keel.
The upper surface of heat preservation module ontology 10 is provided with the spaced equipment groove 5 of multiple tracks, between neighbouring device groove 5
The more road construction groove 6 is provided on upper surface, the width and depth of equipment groove 5 both greater than construct groove 6, equipment groove 5
All extend along the length direction of heat preservation module ontology 10 with construction groove 6, in the present embodiment, between neighbouring device groove 5
10 upper surface of heat preservation module ontology is provided with four construction grooves 6, and equipment groove 5 is used for installation apparatus pipeline, such as can spread
If heating pipeline plays floor warming functions up and down, concrete floor and heat preservation can also be increased while installation apparatus pipeline
The cohesive force of floor modules.Construction groove 6 is used to increase the cohesive force of concrete floor Yu heat preservation floor slab module.Preferably,
Equipment groove 5 and construction groove 6 all select dovetail groove.The bottom surface of insulation board module body 10 is also equipped with multiple tracks along heat preservation
The construction groove 6 that module body length direction extends, construction groove 6 are used to increase the viscous of heat preservation floor slab module and mortar decorative layer
Tie power.
Be provided in the middle part of 10 thickness direction of heat preservation module ontology alongst extend through construction hole 4.
Groove 1 of the opening direction towards the left and right sides, groove 1 are provided on the left and right side of heat preservation floor slab module body 10
It is wholely set with bottom and upper bottom, the bottom of groove 1 and the bottom surface of heat preservation floor slab module body 10, the upper bottom of groove 1 is logical
Arc-shaped side 8 is crossed to connect with the upper surface of heat preservation floor slab module body 10.The bottom extension elongation of groove is greater than the stretching at bottom
Length, the splicing of such insulation board module body 10 is after one, and two adjacent grooves 1 are spliced into inverted T shaped beam groove, such as Fig. 3,
Inverted T shaped girt strip structure is formed after being poured concrete in the inverted T shaped beam groove, so as to form whole building has been integrally formed
Lid formula floor force structure, increases the length of floor and the span in house, does not have to redesign bright beam, while increasing heat preservation building
The hanging force and cohesive force of plate module floor form side girt strip in the groove 1 of edge, and side girt strip is in conjunction with collar tie beam on house
The area of section of collar tie beam is increased, the force structure of collar tie beam is enhanced.It is at left and right sides of heat preservation floor slab module body 10 and preceding
Trailing flank is provided with splicing sealing structure, sealing structure include be arranged in side sealed batten 2 and corresponding other side it is close
Groove 7 is sealed, after adjacent heat preservation module ontology 10 is stitched together, sealed batten is inserted into shape in the sealed groove of corresponding side
At sealing structure,
The application method of the floor heat preservation module:
When building one-storey house roof, start branch roof timbering, roof timbering Zhi Haohou after surrounding wall has arrived designed elevation
Top starts fixed support steel profile, support steel profile direction and roof timbering right-angled intersection, if roof timbering is arranged as transverse direction,
Support steel profile is then longitudinal direction, is laid with heat preservation floor slab module after the completion of fixed and forms floor, the laying heating pipe in big dovetail groove
Line, successively assembling reinforcement casting concrete.
When building inclined roof, current back wall and two sides gable start to look for slope surface radian after all having arrived designed elevation, mark
Good slope surface radian node is opened in the fixed support steel profile of slope surface radian node, then roof timbering below branch, roof timbering Zhi Haohou
Left and right begin to heat preservation floor slab module composition slope surface floor within doors is laid with, building gable, which cornices to cornice with front and back, separately supports installation to protect
Warm floor modules, heat preservation floor slab module and building gable cornice within doors in this way and front and back is corniced disconnection, could be with collar tie beam on house
It is rationally connected with the reinforcing bar of top plate, successively assembling reinforcement casting concrete.
It will be recognized by those skilled in the art, can be to above-mentioned under the premise of without departing from protection scope of the present invention
Embodiment is carry out various modifications, changes and is combined, and thinks that this modification, variation and combination are the models in originality thought
Within enclosing.
Claims (10)
1. a kind of floor heat preservation module, including heat preservation module ontology, which is characterized in that the bottom surface of heat preservation module ontology is provided with
The support slot that Open Side Down, inserted with support mechanism in support slot, floor heat preservation module is supported on wall by mounting structures,
Mounting structures in support slot are removed after floor casting installs, or are not removed and used as built-in fitting.
2. a kind of floor heat preservation module as described in claim 1, which is characterized in that the left and right sides of heat preservation module ontology are set
It is equipped with the groove of outward opening, the bottom extension elongation of groove is greater than the extension elongation of upper bottom edge, the splicing of floor heat preservation module
Inverted T shaped groove is formed after together between adjacent groove, forms the integral cover formula building with inverted T shaped girt strip after being poured concrete
Plate.
3. a kind of floor heat preservation module as described in claim 1, which is characterized in that the upper and lower surface of heat preservation module ontology is arranged
There is multiple tracks for increasing the construction groove of cohesive force.
4. a kind of floor heat preservation module as claimed in claim 3, which is characterized in that the upper surface of heat preservation module ontology is also set up
There is the equipment groove for installation apparatus pipeline.
5. a kind of floor heat preservation module as claimed in claim 4, which is characterized in that be laid with heating pipe in the equipment groove
Line.
6. a kind of floor heat preservation module as claimed in claim 4, which is characterized in that the construction groove or equipment groove are swallow
Stern notch.
7. a kind of floor heat preservation module as described in claim 1, which is characterized in that the front and back sides of heat preservation module ontology and a left side
Right side is additionally provided with splicing sealing structure.
8. a kind of floor heat preservation module as claimed in claim 7, which is characterized in that the splicing sealing structure includes opposite side
Sealed groove on the sealed batten being arranged on a side in face and another side, floor heat preservation module are stitched together
Afterwards, adjacent sealed batten, which is inserted into sealed groove, forms sealing structure.
9. a kind of floor heat preservation module as described in claim 1, which is characterized in that the centre of heat preservation module ontology, which is provided with, to be passed through
Wear the construction hole of entire heat preservation module ontology.
10. a kind of floor heat preservation module as described in claim 1, which is characterized in that the heat preservation module ontology is polyphenyl second
Alkene plate, graphite polystyrene board, phenolic aldehyde polystyrene board, extrusion molding adiabator plate, rock wool board, cement board, pearlite slab
Or foam glass board.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820911049.6U CN208830502U (en) | 2018-06-11 | 2018-06-11 | A kind of floor heat preservation module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820911049.6U CN208830502U (en) | 2018-06-11 | 2018-06-11 | A kind of floor heat preservation module |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208830502U true CN208830502U (en) | 2019-05-07 |
Family
ID=66305324
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820911049.6U Active CN208830502U (en) | 2018-06-11 | 2018-06-11 | A kind of floor heat preservation module |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208830502U (en) |
-
2018
- 2018-06-11 CN CN201820911049.6U patent/CN208830502U/en active Active
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