CN201835486U

CN201835486U - Ground heat floor

Info

Publication number: CN201835486U
Application number: CN2010202075796U
Authority: CN
Inventors: 陈耀强
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-05-29
Filing date: 2010-05-29
Publication date: 2011-05-18
Anticipated expiration: 2020-05-29

Abstract

The utility model relates to a ground heat floor which comprises a substrate. Four peripheral side surfaces of the substrate are respectively provided with a fastener for splicing. The utility model is characterized in that: the substrate is made of high-strength active powder fiber concrete; the fasteners at the four peripheral side surfaces of the substrate form two groups of fastening structures; and the fasteners equipped at two opposite side surfaces of the substrate are corresponding with each other and form a group of fastener structure. According to the underground head floor provided by the utility model, the high-strength active powder fiber concrete is adopted for manufacturing the substrate thereby reducing the consumption of wood material. Furthermore the underground heat floor obtains the following advantages: excellent heat conducting performance, excellent fireproof performance and excellent moistureproof performance, low energy consumption, and low contractibility (only 2 permillage).

Description

A kind of heating floor

Affiliated technical field

The utility model relates to a kind of heating floor, specifically is a kind of compact conformation, firm, easily manufactured and easy for installation, heating floor efficiently.

Background technology

In the higher area of latitude, people are through the indoor installation heating installation of being everlasting, so that still can guarantee the indoor moderate moisture that reaches winter the time.Because heating floor is to heat to indoor by terrestrial surface radiation, make interior temperature even, and room temperature from bottom to top successively decrease gradually, give the cool good feel of pin temperature head, so heating floor has become the heating selection of more and more families.

Be the laying of heating floor easily, many producers splice that often side is provided for splicing between the heating floor around heating floor, but the most wood materials of present heating floor are made, the density of full wooden floor is less, heat conduction is slow, and can very big contraction (1～2%) take place with the variation of external environment (temperature, humidity etc.), make each heating floor, between the substrate of heating floor and the splice bigger gap appears individually, even separate; And adopt the timber that the wood materials Manufacture of Floor need consume needs consumption a large amount of, bigger to environment damage.

The utility model content

Problem to be solved in the utility model provides a kind of compact conformation, firm, easily manufactured and easy for installation, heating floor efficiently.

Problem to be solved in the utility model, can realize by following technical scheme: a kind of heating floor, comprised substrate, the side is equipped with the fastener that is used to splice around the described substrate, it is characterized in that: described substrate is made by the high-strength active powder fiber concrete, and the fastener of side is formed two groups of buckle structures around the substrate; The fastener that is installed in the relative two sides of substrate is corresponding, constitutes one group of buckle structure.The high-strength active powder fiber concrete has good heat conduction, fire prevention, humidity resistance, and the power consumption less, shrinkage little (only being 2 ‰); The heating floor of making has excellent comprehensive performances.

As an embodiment of the present utility model, the side all has groove around the described substrate, and a side of each fastener is the projection piece corresponding with groove, and the projection piece of each fastener embeds respectively in the groove of each side of substrate and achieves a fixed connection; Adopt fastener to embed the interior method of attachment of substrate, both can link into an integrated entity securely.

On the basis of the above, the groove of each side of substrate described in the utility model is all along the horizontally set of substrate, and four grooves connect from beginning to end; Also corresponding being connected to form from beginning to end of fastener that is embedded in each groove encloses the substrate sealing frame of side all around; The side all around that can prevent substrate is damaged.

On the basis of the above, the utility model can be done following improvement: described every group of buckle structure is: wherein the opposing side of a fastener and substrate is provided with tenon, and the opposing side of another fastener and substrate then has suitable tongue-and-groove.

Fastener described in the utility model is made by wood materials; And wood materials belongs to the low material of hardness, assembles easily and processes.During actual the manufacturing, at first fastener embeds in the groove of matrix side, with a plurality of heating floor marshallings, is placed on the process equipment then, mills out tenon or tongue-and-groove in the outside of fastener then by this equipment, guarantees that the fastener of each heating floor is in full accord.

In order to improve the ornamental of heating floor, a lot of producers can be at the surface design decorative pattern or the pattern of heating floor, in order to make heating floor splicing back decorative pattern or pattern not destroyed by other auxiliary tool, as another embodiment of the present utility model, described every group of buckle structure is: wherein a fastener is out the groove in substrate side surfaces, the cross section of this groove is triangular in shape, and another fastener is the projection of substrate side surfaces, and this projection is corresponding with groove.Because this embodiment directly makes corresponding buckle structure with four sides of substrate, after the heating floor splicing so structurally, visible position all is surfaces of heating floor substrate, guarantees that the decorative pattern or the pattern on heating floor surface is complete.

On the basis of the above, the utility model can be done following improvement: a surface coverage matcoveredn of described substrate, and this surface is a visible surface; During laying, with the visible surface of substrate upwards, on this surface armor coated can prevent effectively floor base plate should the surface in carrying, install or be scratched when using, influence outward appearance.

On the basis of the above, the utility model can be done following improvement: be provided with one or more layers of decorative layer as floor line face between the visible surface of described substrate and the topping; Described decorative layer is wooden cortex, and the staggered laying of the wooden skin of each layer.The staggered wooden skin of laying can improve the intensity of wooden cortex self, makes that whole decorative layer is more firm.

Described topping comprises the multilayer UV paint (ultraviolet light polymerization paint) that covers substrate surface and covers the top scratch resistance finish paint of UV paint.UV paint is the stereo structure structure, and hardness is big, and abrasion resistance is good, the effective surface of protective substrate, the application life of prolongation substrate; UV paint also has good transparency, can not block decorative pattern, the pattern of decorative layer, and UV paint does not contain any volatile substance, more health environment-friendly.

On the basis of the above, substrate described in the utility model and visible surface facing surfaces are the bottom surface, and one deck heat stable resin lacquer has been mounted in described bottom surface; When laying heating floor, the bottom surface contacts with the face of land, can play dampproof effect because the heat stable resin lacquer has been mounted on ground.

On the basis of the above, the utility model can also be done following improvement: the contact surface of described each fastener and each side of substrate all scribbles cementing agent; Increase cementing agent and not only can make being connected of fastener and substrate more firm, can also fill up space between the two simultaneously.

Compared with prior art, the utlity model has following beneficial effect: because the heating floor that the utility model provides has adopted the high-strength active powder fiber concrete to make substrate, reduced the consumption of wood materials, and make heating floor have good heat conduction, fire prevention, humidity resistance, and the power consumption less, shrinkage little (only being 2 ‰).Wherein a kind of buckle structure of heating floor of the present utility model is directly made corresponding fastener in the side all around of substrate, and the pattern of each heating floor splicing rear surface links to each other; Another kind of buckle structure has adopted wood materials to make fastener, after each heating floor splicing, the striped of wooden fastener self and pattern separate the pattern of each heating floor substrate, make the surface on floor form striped and pattern at interval, and wooden fastener is easily manufactured, be easy to guarantee that the fastener of each heating floor is in full accord, the fastener of heating floor and substrate adopt the mode that embeds to fix, even when fastener and substrate in use with the conversion of environment nonsynchronous contraction take place, can guarantee that still both link into an integrated entity securely.

Description of drawings

Fig. 1 is the section structure schematic diagram of the utility model embodiment one;

Fig. 2 is the substrate of the utility model embodiment one and the structural representation of fastener;

Fig. 3 is the section structure schematic diagram of the utility model embodiment two.

The specific embodiment

Embodiment 1

Heating floor shown in Fig. 1,2 is embodiment 1 of the present utility model, and it has comprised the fastener that the substrate 1 made by the high-strength active powder fiber concrete and wood materials are made.The side all has along the groove of the horizontally set of substrate around the substrate 1, and four grooves connect from beginning to end.One side of each fastener is the projection piece corresponding with groove, and the projection piece of each fastener embeds respectively in the groove of each side of substrate and achieves a fixed connection, and the also corresponding head and the tail of each fastener are connected to form the sealing frame that encloses side around the substrate; The contact surface of each fastener and each groove of substrate all scribbles cementing agent.

The fastener of side is formed two groups of buckle structures around the substrate 1; The fastener that is installed in the relative two sides of substrate is corresponding, constitutes one group of buckle structure.Wherein one group of buckle structure is: a fastener 2 and substrate 1 opposing side is provided with tenon 21, and another fastener 3 and substrate 1 opposing side then has suitable tongue-and-groove 31.

One surface of substrate 1 is equipped with one or more layers of decorative layer 4 as floor line face, this surface is a visible surface, the surface of decorative layer 1 is then covered by one or more layers of UV paint 5 (ultraviolet light polymerization paint), also is covered with scratch resistance finish paint 6 above the UV paint; Wherein decorative layer 4 and UV paint 5 can specifically be selected the only number of plies as required.Substrate 1 is the bottom surface with the visible surface facing surfaces, and the bottom surface is mounted one deck and is used for moistureproof heat stable resin lacquer 7.

The decorative layer of substrate 1 visible surface can be selected wooden cortex, obtains near the effect of wood flooring, and the wooden skin of each layer is staggered to be laid, and the size of heating floor is big more, and the number of plies of laying is many more, improves the intensity of wooden cortex self, makes that whole decorative layer is more firm.

Be spliced into the floor mutually by wooden fastener between each heating floor of this embodiment, the striped of wooden fastener self and pattern separate the pattern of each heating floor substrate, make the surface on floor form striped and pattern at interval.

Embodiment 2

Heating floor shown in Figure 3 is embodiment 2 of the present utility model, it and the different buckle structures that are of embodiment 1, wherein one group of buckle structure is: a fastener is out the groove 8 in substrate 1 side, the cross section of this groove is triangular in shape, another fastener is the projection 9 of substrate side surfaces, and this projection 9 is corresponding with groove 8.

Groove and projection butt joint by substrate between each heating floor of this embodiment are spliced into the floor, and the pattern of each heating floor splicing rear surface links to each other.

Claims

1. a heating floor has comprised substrate, and the side is equipped with the fastener that is used to splice around the described substrate, and it is characterized in that: described substrate is made by the high-strength active powder fiber concrete, and the fastener of side is formed two groups of buckle structures around the substrate; The fastener that is installed in the relative two sides of substrate is corresponding, constitutes one group of buckle structure.

2. heating floor according to claim 1, it is characterized in that: the side all has groove around the described substrate, one side of each fastener is the projection piece corresponding with groove, and the projection piece of each fastener embeds respectively in the groove of each side of substrate and achieves a fixed connection.

3. heating floor according to claim 2 is characterized in that: the groove of each side of described substrate is all along the horizontally set of substrate, and four grooves connect from beginning to end; Also corresponding being connected to form from beginning to end of fastener that is embedded in each groove encloses the substrate sealing frame of side all around.

4. heating floor according to claim 3 is characterized in that: described every group of buckle structure is: wherein the opposing side of a fastener and substrate is provided with tenon, and the opposing side of another fastener and substrate then has suitable tongue-and-groove.

5. heating floor according to claim 4 is characterized in that: described fastener is made by wood materials.

6. heating floor according to claim 1, it is characterized in that: described every group of buckle structure is: wherein a fastener is out the groove in substrate side surfaces, the cross section of this groove is triangular in shape, and another fastener is the projection of substrate side surfaces, and this projection is corresponding with groove.

7. according to claim 5 or 6 described heating floors, it is characterized in that: a surface coverage matcoveredn of described substrate, this surface is a visible surface.

8. heating floor according to claim 7 is characterized in that: be provided with one or more layers of decorative layer as floor line face between the visible surface of described substrate and the topping; Described decorative layer is wooden cortex, and the staggered laying of the wooden skin of each layer.

9. heating floor according to claim 8 is characterized in that: described topping comprises the multilayer UV paint (ultraviolet light polymerization paint) that covers substrate surface and covers the top scratch resistance finish paint of UV paint.

10. heating floor according to claim 9 is characterized in that: described substrate and visible surface facing surfaces are the bottom surface, and one deck heat stable resin lacquer has been mounted in described bottom surface.