CN108826427A - A kind of floor heating installation method for the modularization film and application of the floor heating film - Google Patents
A kind of floor heating installation method for the modularization film and application of the floor heating film Download PDFInfo
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- CN108826427A CN108826427A CN201810746014.6A CN201810746014A CN108826427A CN 108826427 A CN108826427 A CN 108826427A CN 201810746014 A CN201810746014 A CN 201810746014A CN 108826427 A CN108826427 A CN 108826427A
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- film
- modularization
- protrusion
- protrusions
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D13/00—Electric heating systems
- F24D13/02—Electric heating systems solely using resistance heating, e.g. underfloor heating
- F24D13/022—Electric heating systems solely using resistance heating, e.g. underfloor heating resistances incorporated in construction elements
- F24D13/024—Electric heating systems solely using resistance heating, e.g. underfloor heating resistances incorporated in construction elements in walls, floors, ceilings
-
- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B3/00—Ohmic-resistance heating
- H05B3/02—Details
- H05B3/06—Heater elements structurally combined with coupling elements or holders
-
- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B3/00—Ohmic-resistance heating
- H05B3/20—Heating elements having extended surface area substantially in a two-dimensional plane, e.g. plate-heater
- H05B3/34—Heating elements having extended surface area substantially in a two-dimensional plane, e.g. plate-heater flexible, e.g. heating nets or webs
- H05B3/36—Heating elements having extended surface area substantially in a two-dimensional plane, e.g. plate-heater flexible, e.g. heating nets or webs heating conductor embedded in insulating material
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- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Floor Finish (AREA)
Abstract
The invention discloses the floor heating installation methods of a kind of modularization film for floor heating and the application film, modularization film includes several groups double-layer film structure, double-layer film structure includes lower film and upper layer array of protrusions, upper layer array of protrusions is fixed on the upper surface of lower film by heat bonding, upper layer array of protrusions includes several groups protrusion row, the cable installation region for installing heating cable is formed between every two groups of protrusions row, heating cable is wound on fixed on protrusion row behind cable installation region, every group of protrusion row is along upper several bulge-structures of setting, bulge-structure squeezes out hot repressing by coiled plastic material and is formed.Present invention thermal coefficient is lower while higher melting-point plastic production is at modularization film, promotion installation speed, reduction integral installation thickness degree, reduces the risk that floor tile ruptures or floor joint becomes larger at reduction mounting material, and there is no limit for the shape of raising floor tile, the uniform-compression of floor bottom and installation ground.
Description
Technical field
The present invention relates to heating technology fields, and in particular to a kind of for the modularization film of floor heating and using the film
Floor heating installation method.
Background technique
Floor heating is formed reasonable from bottom to top because its energy conservation and environmental protection, room temperature are uniformly more and more favored
Temperature gradient also more improves the level of comfort of inhabitation.Current floor heating divides hot-water heating and electric heating.The heat source of electric heating is mainly sent out
Electric heating cable and heating film.The installation method of existing floor heating is usually first ground (usually cement flooring) guarantee for a person given by a shopkeeper after levelling
Warm plate, in insulation board upper berth reflectance coating, repave steel wire.Then installer is laid with heating cable along wire netting and is spaced one
Heating cable is fixed on steel wire by set a distance with plastic button, and cement is covered with after having spread on floor tile or floor.Due to paving
If layer is more, the speed for being laid with cable is slow；The material needed simultaneously is more, will lead to set-up time mistake according to existing installation steps
It is long.As mentioned previously, because need insulation board, reflectance coating, steel wire and plastic button, floor overall thickness increase it is excessive, insulating layer and
Performance of the reflectance coating without anti-slide causes floor tile to rupture or floor joint a possibility that becoming larger height.Simultaneously because heating cable
It needs to be wrapped up with concrete after laying, package thickness will lead to poor thermal conductivity, and wrapping layer is thin to cause crushing resistance poor, that is to say, that by
Pressure is uneven, and be pressurized uneven or poor thermal conductivity, influences heating temperature.In floor heating installation process, due to installing ground shape
Shape can be restricted according to the difference of environment, and when installing ground is not the rectangle of rule, the cutting of steel wire is more troublesome.
The patent application of CN201620057614.8 discloses a kind of modularly warm plate, including ground heating floor ontology, described
Floor heating ontology have cavity, multiple reinforcing ribs are arranged in cavity in length and breadth, the upper surface of floor heating ontology is equipped with multiple constant temperature structures,
The laying space for being laid with floor heating pipeline is formed between constant temperature structure, and pipeline clamping structure is equipped in the laying space, it is described
Constant temperature structure include the first constant temperature structure between adjacent four pipeline clamping structures, on four side of the upper surface of floor heating ontology
The second constant temperature structure and third constant temperature structure in the upper surface quadrangle of floor heating ontology, first constant temperature structure, second
It is equipped with mounting hole on constant temperature structure and third constant temperature structure, the snap-in structure in the patent, install convenient is efficient, floor heating pipeline
Laying is convenient, substantially reduces the set-up time, and equally distributed constant temperature structure keeps heat and radiates uniformly, adding in cavity
Strengthening tendons reinforce integral strength, and the increased reinforcement structure of pipeline clamping structure lowers installation loss, increases service life.But this is specially
Structure is complicated for benefit, it is also necessary to use pipeline clamping structure fixed -piping, increase installation cost.
Summary of the invention
In order to solve the above-mentioned technical problem, an object of the present invention is to provide a kind of modularization film for floor heating,
Overcome deficiency in the prior art, lower while higher melting-point plastic production promotes peace at modularization film with thermal coefficient
Dress speed reduces mounting material, reduces integral installation thickness degree, reduces the risk that floor tile ruptures or floor joint becomes larger, and mentions
There is no limit for the shape of high floor tile, the uniform-compression of floor bottom and installation ground.
For achieving the above object, the technical solution adopted by the present invention is as follows：
A kind of modularization film for floor heating, the modularization film include several groups membrane structure, the film knot
Structure includes upper layer array of protrusions, and the upper layer array of protrusions includes several groups protrusion row, is formed between the row of protrusion described in every two groups
For installing the cable installation region of heating cable, heating cable is wound on the protrusion row after passing through the cable installation region
Fixed, protrusion described in every group is arranged along upper several bulge-structures of setting, and the bulge-structure is formed by plastic extrusion hot repressing.
Preferably, the modularization film includes a cluster film structure.
Preferably, the membrane structure is double-layer film structure, and the double-layer film structure includes lower film and described
Upper layer array of protrusions, the upper layer array of protrusions are fixed on the upper surface of the lower film by heat bonding, and the lower layer is thin
The lower surface of film is bonded on ground to be onstructed.
Preferably, the double-layer film structure uses thermal coefficient lower while higher melting-point plastic production, passes through heat
It presses technique to make the bulge-structure, the bulge-structure is arranged into the protrusion row, several groups on the lower film
Protrusion row's arrangement forms the upper layer array of protrusions, forms the cable for installing heating cable between the row of protrusion described in every two groups
Installation region is pasted together the upper layer array of protrusions and the lower film to form the module by thermal bonding technology
Change film, modularization film can whole coiling form coiled material convenient for whole transport and storage；It can also be with partition, cutting at not
The sheet of similar shape, which stacks, places, and convenient for applying modularization film of different shapes according to installation environment, ensure that modularization is thin
Comprehensive, the landform suitable for complexity of film installation.
Preferably, the double-layer film structure is made of polypropylene material.Since polypropylene material thermal coefficient is lower
Fusing point is higher simultaneously, it is therefore prevented that heating cable is during the work time due to the excessively high pyrolytic damage to double-layer film structure of heat, together
When the loss of heat is avoided since thermal coefficient is lower.
Preferably, the cable installation region requires to adjust according to the diameter and installation environment of heating cable,
Spacing between the row of protrusion described in adjusting every two groups, when the calorific value needed for installation environment is high, can reduce described in every two groups
Spacing between protrusion row makes to arrange that more protrusion rows increase to wind the more heating cables of quantity on lower film
Calorific value.
Preferably, the upper layer array of protrusions includes that equally distributed several groups are convex along the length direction of the lower film
The row of rising, protrusion described in every group arrange in along the width direction of the lower film include several bulge-structures, it is convex described in every two groups
The cable installation region is formed between the row of rising.The upper layer array of protrusions forms Polygonal arrays, and heating cable is convex from upper layer
It is bypassed after playing one group of protrusion row rear end warp in array from adjacent one group of protrusion row front end, so that heating cable be made to be mounted on two
In cable installation region between a adjacent protrusion row.
Preferably, the upper layer array of protrusions is spaced apart several groups protrusion along the center of the lower film around
Row, and protrusion described in every group is arranged using the center of the lower film as the rounded distribution in the center of circle, protrusion row's described in every two groups
Between formed loop cable installation region.The upper layer array of protrusions forms annular array, and heating cable is from the lower film
Center is gradually laid in loop cable installation region around, compared to relatively with the Polygonal arrays under homalographic, loop cable
Installation region will increase the laying overall length of heating cable, improve calorific value.
Preferably, cavity is arranged in the center of the bulge-structure, and the upper end of the cavity is open type open end, institute
The bottom cross sectional dimensions for stating cavity is less than the open end cross sectional dimensions of the cavity, is convenient for passing through heat pressing process production in this way
It is convenient for depanning when bulge-structure, reduces Mold Making cost and difficulty.Ceramic tile is bonded on the cavities open end in bulge-structure,
Open end increases the contact area of bulge-structure and ceramic tile or wood floors, makes to install stronger.
Preferably, adhesive is added in the cavity, the additive amount of described adhesive is greater than the size of the cavity, when
When connection between bulge-structure and ceramic tile or wood floors occurs loosening degumming, the heat for increasing heating cable makes in cavity
Adhesive expanded by heating and thawing overflowed from cavity, the adhesive of spilling can continue connection bump structure and ceramic tile or wooden
Floor, it is ensured that the two is not in separation.
Preferably, the side wall of the cavity is to be obliquely installed along the cavity bottom to the open end, the cavity
Cross sectional dimensions is gradually increased by the cavity bottom to the open end.The sidewall slope setting of cavity may insure raised knot
Intensity in structure installation and use process makes the lower half of bulge-structure have enough strength support bottom plates or wood floors.
It preferably, include several grades of step structures along the cavity bottom to the open end on the side wall of the cavity,
The quantity of the step structure is at least 1.Step structure may insure to increase under the premise of support strength and add in the cavities
The dosage of adhesive.
Preferably, the lateral wall of the bulge-structure is arranged along the bottom of the bulge-structure to top droop.In this way may be used
To increase the space of cable installation region, the heat in the heating cable course of work is made to obtain maximum storage, increases cable peace
Fill the thermally conductive space in region.
Preferably, the cross section of the bulge-structure is one of round or polygonized structure, the cavity it is transversal
Face is one of round or polygonized structure, and the bottom cross sectional dimensions of the bulge-structure is equal to the top of the bulge-structure
Cross section size.
Preferably, the cross section of the bulge-structure is quadrangle, and the cross section of the cavity is circle, this ensure that
The upper surface region domain sizes ratio formed between the open end and bulge-structure upper surface of cavity is in bulge-structure and the same ruler of cavity
Very little other shapes are big, and the size of the surface area is sufficiently large, can not only guarantee the connection with ceramic tile or floor, but also can be with
Guarantee when adhesive in the cavities with being connect on heating cable with ceramic tile or floor when, surface area can form air thermal preservation
Layer guarantees to obtain long-acting heat preservation during fever, prevents heat loss.
It is furthermore preferred that the cross section of the bulge-structure is square, the bottom of the bulge-structure and lower film connect
Chamfering structure is arranged in the side wall at the external place connect, and the cross section of the cavity is circle.
Preferably, the bulge-structure on the adjacent protrusion row is identical.Identical bulge-structure is convenient for production and installation.
Preferably, the bulge-structure on the adjacent protrusion row is not identical.
Preferably, the quantity of the double-layer film structure is greater than two groups, and the double-layer film structure stacking of difference group is set
Set, the lower film in one group of double-layer film structure be bonded in another group described in double-layer film structure the upper layer protrusion
On array, the upper layer array of protrusions upper end of the double-layer film structure of top layer bonds floor in the modularization film
Or ceramic tile.The stacking setting of multibilayer membrane structure can guarantee the installation of the floor heating under the high environment of load-bearing requirements, multiple groups
Double-layer film structure can provide enough support strengths and be used to support ceramic tile or wood floors, and multibilayer membrane structure
Also the laying amount that will increase heating cable, improves the calorific value of floor heating.
The second object of the present invention is to provide a kind of laying method of floor heating, the laying method applies above-mentioned modularization
Film includes the following steps：
(1) makes the bulge-structure by heat pressing process, and the bulge-structure is arranged on the lower film
The protrusion row, the row's arrangement of several groups protrusion form the upper layer array of protrusions, are formed and be used between the row of protrusion described in every two groups
The upper layer array of protrusions and the lower film are pasted by thermal bonding technology in the cable installation region for installing heating cable
The modularization film is formed together；
(2) the modularization film is applied to different scenes at different shapes according to construction scene cut by；
(3) coats adhesive on ground to be onstructed, by the institute in the modularization film in step (1) and (2)
It states lower film to be pasted on ground to be onstructed by adhesive, is laid with heating cable in the cable installation region, it is described
Adhesive is coated in upper layer array of protrusions upper surface after heating cable laying, tiling or timber floor are passed through into adhesive
It is pasted onto the upper layer array of protrusions.
Preferably, of different shapes according to the shape selection at ground different location to be onstructed under same installation space
Modularization film is laid with installation.
Compared with the existing technology, the present invention achieves beneficial technical effect：
A kind of modularization film for floor heating disclosed by the invention, the lower while higher melting-point plastics with thermal coefficient
It is fabricated to modularization film, insulation board, reflectance coating, steel wire and the plastic button for replacing conventional mounting arrangements to use with this.Pass through
Heat pressing process makes the bulge-structure, and the bulge-structure is arranged into the protrusion row on the lower film, several
Group protrusion row's arrangement forms the upper layer array of protrusions, forms the electricity for installing heating cable between the row of protrusion described in every two groups
Cable installation region is pasted together the upper layer array of protrusions and the lower film to form the mould by thermal bonding technology
Block film, modularization film can whole coiling form coiled material convenient for whole transport and storage；Can also with partition, cutting at
Sheet of different shapes, which stacks, places, and convenient for applying modularization film of different shapes according to installation environment, ensure that modularization
Comprehensive, the landform suitable for complexity of film installation.The double-layer film structure is made of polypropylene material.Due to poly- third
Alkene material thermal conductivity is lower while fusing point is higher, it is therefore prevented that heating cable is during the work time since heat is excessively high to double-deck thin
The pyrolytic damage of membrane structure, simultaneously because the lower loss for avoiding heat of thermal coefficient.And due in cable installation region
Air conduction coefficient is low, and the air in heating cable work in cable installation region can guarantee that heat will not be largely lost,
Heat is transferred directly to ceramic tile or wood floors in cable installation region simultaneously, avoids influencing heating temperature.
Modularization film during the installation process being capable of significant increase installation speed, reduction mounting material, reduction integral installation
Thickness degree reduces the risk that floor tile ruptures or floor joint becomes larger, the uniform-compression for improving floor tile, floor bottom, and
There is no limit for the shape on installation ground.
Detailed description of the invention
Fig. 1 is a kind of top view of the first embodiment of the modularization film for floor heating disclosed by the invention；
Fig. 2 is a kind of schematic structural diagram of the second embodiment of the modularization film for floor heating disclosed by the invention；
Fig. 3 is a kind of main view of the first embodiment of the modularization film for floor heating disclosed by the invention；
Fig. 4 is a kind of main view of the fourth embodiment of the modularization film for floor heating disclosed by the invention；
Fig. 5 is the protrusion adjacent in a kind of first embodiment for the modularization film of floor heating disclosed by the invention
The different partial schematic diagram of bulge-structure on row；
Fig. 6 is a kind of main view of the sixth embodiment of the modularization film for floor heating disclosed by the invention.
Appended drawing reference
1. lower film；2. upper layer array of protrusions；21. bulge-structure；211. cavity；212. surface area；3. fever
Cable；4. cable installation region.
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to embodiments to the present invention
It is further elaborated, but the scope of protection of present invention is not limited to following specific embodiments.
Embodiment 1
As shown in figs. 1 and 3, a kind of modularization film for floor heating, the modularization film include several cluster film knots
Structure, the membrane structure include upper layer array of protrusions 2, and the upper layer array of protrusions 2 is arranged including several groups protrusion, described in every two groups
The cable installation region 4 for installing heating cable 3 is formed between protrusion row, after heating cable passes through the cable installation region
It is wound on the protrusion row and fixes, for the row of protrusion described in every group along upper several bulge-structures 21 of setting, the bulge-structure 21 is logical
Plastic extrusion hot repressing is crossed to be formed.
The embodiment of the present invention membrane structure is double-layer film structure, and the double-layer film structure includes 1 He of lower film
Upper layer array of protrusions 2, the upper layer array of protrusions 2 are fixed on the upper surface of the lower film 1, the upper layer by heat bonding
Array of protrusions 2 is arranged including several groups protrusion, is formed the cable for installing heating cable 3 between the row of protrusion described in every two groups and is installed
Region 4, heating cable 3 are wound on the protrusion row behind the cable installation region 4 and fix, and protrusion described in every group is arranged along upper
Several bulge-structures 21 are set, and the bulge-structure 21 is formed by plastic extrusion hot repressing.According to actually required floor heating
The difference of fever environment, can be laid with heating cable 3 at each in cable installation region 4, can also be at interval of multiple electricity
Then cable installation region 4 is installed by heating cable 3.By coating adhesive on ground to be onstructed, by the modularization film
In the lower film 1 be pasted on ground to be onstructed by adhesive, be laid with heating electric in the cable installation region
Cable coats adhesive in 2 upper surface of upper layer array of protrusions after the heating cable laying, tiling or timber floor is led to
Adhesive is crossed to be pasted onto the upper layer array of protrusions 2.
The preferred modularization film includes one group of double-layer film structure in the present embodiment, and the double-layer film structure is adopted
The lower while higher melting-point plastic production with thermal coefficient, the present embodiment is preferred, and the double-layer film structure uses poly- third
Alkene material is made.Since polypropylene material thermal coefficient is lower while fusing point is higher, it is therefore prevented that heating cable 3 is during the work time
Due to the excessively high pyrolytic damage to double-layer film structure of heat, simultaneously because the lower loss for avoiding heat of thermal coefficient.
The cable installation region 4 requires to adjust according to the diameter and installation environment of heating cable 3, that is, adjusts
Protrusion described in every two groups row between spacing, when the calorific value needed for installation environment is high, can reduce every two groups described in protrusion arrange
Between spacing, make to arrange that more protrusion rows increase fever to wind the more heating cables 3 of quantity on lower film 1
Amount.
The upper layer array of protrusions 2 includes equally distributed several groups protrusion row along the length direction of the lower film 1,
Width direction in the row of protrusion described in every group along the lower film 1 includes several bulge-structures 21, protrusion described in every two groups
The cable installation region 4 is formed between row.The upper layer array of protrusions 2 forms Polygonal arrays, and heating cable 3 is convex from upper layer
It is bypassed after playing one group of protrusion row rear end warp in array 2 from adjacent one group of protrusion row front end, so that heating cable 3 be made to be mounted on
In cable installation region 4 between two adjacent protrusion rows.
As shown in figure 3, cavity 211 is arranged in the center of the bulge-structure 21, the upper end of the cavity 211 is unlimited
Formula open end, the bottom cross sectional dimensions of the cavity 211 are less than the open end cross sectional dimensions of the cavity 211, so just
It is convenient for depanning when making bulge-structure 21 by heat pressing process, reduces Mold Making cost and difficulty.Ceramic tile is bonded in protrusion
On 211 open end of cavity in structure 21, open end increases the contact area of bulge-structure 21 and ceramic tile or wood floors, makes
It installs stronger.
The side wall of the cavity 211 is to be obliquely installed along 211 bottom of cavity to the open end, the cavity 211
Cross sectional dimensions be gradually increased by 211 bottom of cavity to the open end.The sidewall slope setting of cavity 211 can be true
The intensity in the installation of bulge-structure 21 and use process is protected, makes the lower half of bulge-structure 21 that there is enough strength support bottom plates
Or wood floors.
As shown in figure 5, the cross section of the bulge-structure 21 is one of round or polygonized structure.The cavity
211 cross section is one of round or polygonized structure, and the present embodiment is preferred, and the bottom of the bulge-structure 21 is transversal
Face size is equal to the top cross-sectional size of the bulge-structure 21.The lateral wall size of the i.e. described bulge-structure 21 from bottom to
Top is identical.Bulge-structure 21 on the adjacent protrusion row is identical or not identical.When convex on the adjacent protrusion row
The identical identical bulge-structure 21 of structure 21 is played convenient for production and installation.
As shown in figure 5, the present embodiment is preferred, the cross section of the bulge-structure 21 is quadrangle, it is furthermore preferred that described
The cross section of bulge-structure 21 is square, the side wall at the external place that the bottom of the bulge-structure 21 is connect with lower film 1
Chamfering structure is set, and the cross section of the cavity 211 is circle, this ensure that the open end of cavity 211 and bulge-structure 21
212 size of surface area formed between upper surface is bigger than the other shapes in 211 comparable size of bulge-structure 21 and cavity,
The size of the surface area 212 is sufficiently large, can not only guarantee the connection with ceramic tile or floor, but also can guarantee to work as adhesive
When connecting in cavity 211 and on heating cable 3 with ceramic tile or floor, surface area 212 can form air heat insulating layer, protect
Long-acting heat preservation is obtained during card fever, prevents heat loss.
Specifically, the bulge-structure 21 is formed using the crystalline p p sheet hot pressing with a thickness of 0.5~1.0mm, using thickness
Polypropylene industrial cloth of the degree no more than 0.2mm makes lower film 1, and polypropylene industrial cloth is by braiding or the polypropylene not woven
Fiber is made.The bulge-structure 21 is arranged into the protrusion row, several groups protrusion row's arrangement shape on the lower film 1
At the upper layer array of protrusions 2, formed between the row of protrusion described in every two groups for installing the cable installing zone for being laid with heating cable 3
Domain 4 is pasted together the upper layer array of protrusions 2 and the lower film 1 to form the modularization by thermal bonding technology
Film, modularization film can whole coiling form coiled material convenient for whole transport and storage, coiled material can be made width 1~
The big volume that 1~2m of rouleau or width that 2m, length are 4~5m, length are 10~15m；It can also be with partition, cutting at not similar shape
The sheet film of shape, which stacks, to be placed, and convenient for applying modularization film of different shapes according to installation environment, ensure that modularization is thin
Comprehensive, the landform suitable for complexity of film installation.
Embodiment 2
As shown in Fig. 2, the embodiment only describes and the difference of above-described embodiment, remaining technical characteristic and above-mentioned implementation
Example is identical.It is convex that the embodiment of the present invention upper layer array of protrusions 2 along the center of the lower film 1 is spaced apart several groups around
The row of rising, and the row of protrusion described in every group, using the center of the lower film 1 as the rounded distribution in the center of circle, protrusion described in every two groups is arranged
Between formed loop cable installation region 4.The upper layer array of protrusions 2 forms annular array, and heating cable 3 is thin from the lower layer
The center of film 1 is gradually laid in loop cable installation region 4 around, compared to relatively with the Polygonal arrays under homalographic, ring
Shape cable installation region 4 will increase the laying overall length of heating cable 3, improve calorific value.
Embodiment 3
The embodiment only describes and the difference of above-described embodiment, remaining technical characteristic is same as the previously described embodiments.This
Embodiment adds adhesive in the cavity 211, and the additive amount of described adhesive is greater than the size of the cavity 211, when convex
When playing the connection appearance loosening degumming between structure 21 and ceramic tile or wood floors, the heat for increasing heating cable 3 makes cavity 211
In adhesive expanded by heating and melt overflowed from cavity 211, the adhesive of spilling can continue 21 He of connection bump structure
Ceramic tile or wood floors, it is ensured that the two is not in separation.
Embodiment 4
As shown in figure 4, the embodiment only describes and the difference of above-described embodiment, remaining technical characteristic and above-mentioned implementation
Example is identical.It along 211 bottom of cavity to the open end include several grades of platforms on the side wall of the embodiment of the present invention cavity 211
Stage structure, the quantity of the step structure are at least 1.Step structure may insure to increase under the premise of support strength in cavity
The dosage of adhesive is added in 211.
Embodiment 5
The embodiment only describes and the difference of above-described embodiment, remaining technical characteristic is same as the previously described embodiments.This
The lateral wall of the bulge-structure 21 of embodiment is arranged along the bottom of the bulge-structure 21 to top droop.It can increase in this way
It is powered on the space of cable installation region 4, the heat in 3 course of work of heating cable is made to obtain maximum storage, increases cable installation
The thermally conductive space in region 4.
Embodiment 6
As shown in fig. 6, the embodiment only describes and the difference of above-described embodiment, remaining technical characteristic and above-mentioned implementation
Example is identical.The quantity of the embodiment of the present invention double-layer film structure is greater than two groups, and the double-layer film structure of difference group stacks
Setting, the lower film 1 in one group of double-layer film structure be bonded in another group described in double-layer film structure the upper layer
In array of protrusions 2, the upper layer array of protrusions upper end of the double-layer film structure of top layer is viscous in the modularization film
Close floor or ceramic tile.The stacking setting of multibilayer membrane structure can guarantee the peace of the floor heating under the high environment of load-bearing requirements
Dress, multibilayer membrane structure can provide enough support strengths and be used to support ceramic tile or wood floors, and multibilayer
Membrane structure also will increase the laying amount of heating cable 3, improve the calorific value of floor heating.
A kind of modularization film for floor heating disclosed by the invention, the lower while higher melting-point plastics with thermal coefficient
It is fabricated to modularization film, insulation board, reflectance coating, steel wire and the plastic button for replacing conventional mounting arrangements to use with this.Module
Change film can whole coiling form coiled material convenient for whole transport and storage；It can also be with partition, cutting at sheet of different shapes
It stacks and places, convenient for applying modularization film of different shapes according to installation environment, ensure that the comprehensive of modularization film installation
Property, suitable for complicated landform.The double-layer film structure is made of polypropylene material.Due to polypropylene material thermal coefficient
Lower while fusing point is higher, it is therefore prevented that heating cable 3 is during the work time due to the excessively high heat waste to double-layer film structure of heat
Evil, simultaneously because the lower loss for avoiding heat of thermal coefficient.And due to the air conduction coefficient in cable installation region 4
Low, the air when heating cable 3 works in cable installation region 4 can guarantee that heat will not be largely lost, while in cable
Heat is transferred directly to ceramic tile or wood floors in installation region 4, avoids influencing heating temperature.Modularization film is in installation process
In can significant increase installation speed, reduce mounting material, reduce integral installation thickness degree, reduce floor tile rupture or ground plate stitch
Risk that gap becomes larger, the uniform-compression for improving floor tile, floor bottom, and installation ground shape there is no limit.
The invention also discloses a kind of laying method of floor heating, the laying method application module film, the paving of floor heating
Equipment, method includes the following steps：
(1) makes the bulge-structure 21 by heat pressing process, by the bulge-structure 21 on the lower film 1
It is arranged into the protrusion row, the row's arrangement of several groups protrusion forms the upper layer array of protrusions 2, shape between the row of protrusion described in every two groups
At the cable installation region 4 for installing heating cable 3, by thermal bonding technology by the upper layer array of protrusions 2 and it is described under
Layer film 1 is pasted together to form the modularization film；
(2) the modularization film is applied to different scenes at different shapes according to construction scene cut by；
(3) coats adhesive on ground to be onstructed, by the institute in the modularization film in step (1) and (2)
It states lower film 1 to be pasted on ground to be onstructed by adhesive, gently be flattened by tools such as claying knifes, pacified in the cable
It fills and is laid with heating cable 3 in region 4, in 2 upper surface of upper layer array of protrusions or heating cable after the laying of heating cable 3
Adhesive is coated on 3, and tiling or timber floor are pasted onto the upper layer array of protrusions 2 by adhesive.
(4) can select not similar shape according to the shape at ground different location to be onstructed when under same installation space
The modularization film of shape is laid with installation.
According to the disclosure and teachings of the above specification, those skilled in the art in the invention can also be to above-mentioned embodiment party
Formula is changed and is modified.Therefore, the invention is not limited to the specific embodiments disclosed and described above, to the one of invention
A little modifications and changes should also be as falling into the scope of the claims of the present invention.In addition, although being used in this specification
Some specific terms, these terms are merely for convenience of description, does not constitute any restrictions to invention.
Claims (10)
1. a kind of modularization film for floor heating, which is characterized in that the modularization film includes several groups membrane structure, institute
Stating membrane structure includes upper layer array of protrusions, and the upper layer array of protrusions includes several groups protrusion row, the row of protrusion described in every two groups
Between form the cable installation region for installing heating cable, heating cable pass through be wound on behind the cable installation region it is described
Fixed on protrusion row, the row of protrusion described in every group passes through plastic extrusion again along upper several bulge-structures of setting, the bulge-structure
Hot pressing is formed.
2. a kind of modularization film for floor heating according to claim 1, which is characterized in that the membrane structure is double
Layer film structure, the double-layer film structure include lower film and the upper layer array of protrusions, and the upper layer array of protrusions is logical
Overheat is adhesively fixed in the upper surface of the lower film, and the lower surface of the lower film is bonded on ground to be onstructed.
3. a kind of modularization film for floor heating according to claim 2, which is characterized in that the upper layer array of protrusions
Length direction along the lower film includes that equally distributed several groups protrusion is arranged, along the lower layer in the row of protrusion described in every group
The width direction of film includes several bulge-structures, forms the cable installation region between the row of protrusion described in every two groups.
4. a kind of modularization film for floor heating according to claim 2, which is characterized in that the upper layer array of protrusions
It is spaced apart several groups protrusion row around along the center of the lower film, and the row of protrusion described in every group is thin with the lower layer
The center of film is the rounded distribution in the center of circle, forms loop cable installation region between the row of protrusion described in every two groups.
5. a kind of modularization film for floor heating according to claim 1,2,3 or 4, which is characterized in that the protrusion
Cavity is arranged in the center of structure, and the upper end of the cavity is open type open end, the bottom cross sectional dimensions of the cavity
Less than the open end cross sectional dimensions of the cavity.
6. a kind of modularization film for floor heating according to claim 5, which is characterized in that the side wall edge of the cavity
The cavity bottom is to be obliquely installed to the open end, and the cross sectional dimensions of the cavity is opened by the cavity bottom to described
Mouth end is gradually increased.
7. a kind of modularization film for floor heating according to claim 5, which is characterized in that on the side wall of the cavity
It include several grades of step structures along the cavity bottom to the open end, the quantity of the step structure is at least 1.
8. a kind of modularization film for floor heating according to claim 1,2,3 or 4, which is characterized in that the protrusion
The lateral wall of structure is arranged along the bottom of the bulge-structure to top droop.
9. a kind of modularization film for floor heating according to claim 5, which is characterized in that the cross of the bulge-structure
Section is one of round or polygonized structure, and the cross section of the cavity is one of round or polygonized structure, institute
The bottom cross sectional dimensions for stating bulge-structure is equal to the top cross-sectional size of the bulge-structure.
10. a kind of laying method of floor heating, which is characterized in that the laying method application claim 1-9 is described in any item
Modularization film, includes the following steps：
(1) makes the bulge-structure by heat pressing process, and the bulge-structure is arranged into the protrusion on lower film
Row, the row's arrangement of several groups protrusion form the upper layer array of protrusions, are formed between the row of protrusion described in every two groups for installing fever
The upper layer array of protrusions and the lower film are pasted together shape by thermal bonding technology by the cable installation region of cable
At the modularization film；
(2) the modularization film is applied to different scenes at different shapes according to construction scene cut by；
(3) coats adhesive on ground to be onstructed, will be under described in the modularization film in step (1) and (2)
Layer film is pasted on ground to be onstructed by adhesive, and heating cable, the fever are laid in the cable installation region
Adhesive is coated in upper layer array of protrusions upper surface after cable laying, tiling or timber floor are pasted by adhesive
In the upper layer array of protrusions.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810746014.6A CN108826427A (en) | 2018-07-09 | 2018-07-09 | A kind of floor heating installation method for the modularization film and application of the floor heating film |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810746014.6A CN108826427A (en) | 2018-07-09 | 2018-07-09 | A kind of floor heating installation method for the modularization film and application of the floor heating film |
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| CN108826427A true CN108826427A (en) | 2018-11-16 |
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| CN201810746014.6A Pending CN108826427A (en) | 2018-07-09 | 2018-07-09 | A kind of floor heating installation method for the modularization film and application of the floor heating film |
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| CN111962817A (en) * | 2020-08-13 | 2020-11-20 | 常州兰贝地板有限公司 | Production process of floor heating floor |
| WO2022217979A1 (en) * | 2021-04-16 | 2022-10-20 | 山东艺兴明远新材料有限公司 | New-type electrothermal waterproof film for flooring |
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| US20170307229A1 (en) * | 2014-08-18 | 2017-10-26 | Progress Profiles Spa | Method and apparatus for positioning heating elements |
| US20160273232A1 (en) * | 2015-03-17 | 2016-09-22 | Progress Profiles Spa | Floor underlayment for positioning heating elements |
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