CN104929017B - A kind of high intensity lays convenient heating plate - Google Patents
A kind of high intensity lays convenient heating plate Download PDFInfo
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- CN104929017B CN104929017B CN201510407215.XA CN201510407215A CN104929017B CN 104929017 B CN104929017 B CN 104929017B CN 201510407215 A CN201510407215 A CN 201510407215A CN 104929017 B CN104929017 B CN 104929017B
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Abstract
The invention belongs to heater field is and in particular to a kind of high intensity lays convenient heating plate.Including heat insulation layer、Radiator-grid flaggy、It is layed in the line with heating function layer on radiator-grid flaggy、Damp-proof layer located at heating plate bottom，Radiator-grid flaggy and line with heating function layer are located on heat insulation layer，It is equipped with line with heating function layer at least one face of radiator-grid flaggy，One layer of reflection thermosphere is also covered with the upper surface of heat insulation layer，Layer of glass stratum reticulare is also covered with the top layer of heating plate，Damp-proof layer、Heat insulation layer and glass fiber mesh layer are connected after the application line with heating function in the layer line with heating function generates heat with radiator-grid flaggy by connector and/or bound edge and carry out quick heat radiating via radiator-grid flaggy again，Increasing heat radiation area simultaneously，Improve radiating efficiency，Particularly when heater wire is enclosed in body of wall or during Lu Tili，Due to concrete、When the poor material of the heat conductivity such as cement is coated in heating plate，The radiator-grid flaggy that mesh wire is constituted is greatly improved heat transfer efficiency.
Description
Technical field
The invention belongs to heater field is and in particular to a kind of high intensity that may be disposed in the body of body of wall Nei Huo road is laid
Convenient heating plate.
Background technology
Existing conventional pavement snow melting de-icing method mainly includes manually or mechanically removing method, spreads Snow Agent method etc., snow melt
Deicing effect is all undesirable, and can only carry out snow melt it is impossible to amass on road surface in ice and snow again in the case of ice and snow road
Before prevented.The existing Snow Agent commonly using most also can damage existing Pavement Performance, and Snow-melting speed is slow, intelligence degree
The problems such as low, efficiency is low, energy consumption is big.
Content of the invention
The purpose of the present invention is to provide a kind of intelligence degree high for the problems referred to above, thoroughly can solve road surface freezing, prevent
Only a kind of high intensity of road surface freezing lays convenient heating plate.
The above-mentioned technical purpose of the present invention technical scheme is that：
A kind of high intensity lays convenient heating plate, including heat insulation layer, radiator-grid flaggy, is layed on radiator-grid flaggy
Line with heating function layer, the damp-proof layer located at heating plate bottom, described radiator-grid flaggy and line with heating function layer are located on described heat insulation layer, described
Line with heating function layer is equipped with least one face of radiator-grid flaggy, the upper surface of described heat insulation layer is also covered with one layer of reflection heat
Layer, the top layer of described heating plate is also covered with layer of glass stratum reticulare, and described damp-proof layer, heat insulation layer and glass fiber mesh layer lead to
Cross connector and/or bound edge to be connected with described radiator-grid flaggy, radiator-grid flaggy be provided with multiple for connecting radiator-grid flaggy
With the connection monomer of line with heating function layer, described line with heating function layer includes at least one line with heating function being arranged on described radiator-grid flaggy,
The fixation clamp collar being at least used for sandwiched line with heating function is had on described connection monomer, the netting twine constituting described radiator-grid flaggy is gold
Belong to netting twine, described radiator-grid flaggy includes the intensive main heat sink strip section of spaced netting twine successively and the sparse secondary radiating of netting twine
Bar section, described heating plate is additionally provided with the cast through hole running through reflection thermosphere, heat insulation layer and damp-proof layer.
Being arranged on of cast through hole can enable the materials such as cement or the concrete of backfill penetrate into when backfilling road body or body of wall
It is connected with sub-surface on sub-surface, form firm road body structure, effectively prevent road body staggered floor, the size diameter in hole is
1-3cm, the excessive heat that easily causes runs off downwards, the too small effect that can cause low intensity, not have firm road body or body of wall.
Connector can using wiring, bandage or U-shaped nail or other any by metal that three-decker couples together or can mould
Materials and parts all may be used.Line with heating function layer is layed in the middle part of heating plate, keeps certain safety even thermal protection gap with heating plate edge.
Carry out quick heat radiating via radiator-grid flaggy again after the heating of the application line with heating function in the layer line with heating function, increase simultaneously and dissipate
Hot area, improves radiating efficiency, prevents heat from gathering, particularly when heater wire is enclosed in body of wall or during Lu Tili, due to mixed
When the poor material of the solidifying heat conductivity such as soil, cement is coated in described heating plate, the radiator-grid flaggy that mesh wire is constituted can be big
Big improve heat transfer efficiency, in turn ensure that full wafer body of wall or road surface all abundant quilts on demand while using as few as possible line with heating function
Heating, is provided with the heat insulation layer of interior that heat guides road surface or needs as much as possible and reflection thermosphere simultaneously, thus significantly
Improve heat utilization efficiency, more directly and other lead fixation by damp-proof layer, can carry out between each layer in the stage of heating plate processing
It is fixedly connected, thus arrived construction phenomenon can directly be laid, settles at one go, be easily installed, storing and transporting simultaneously
In journey, damp-proof layer may also function as protecting the effect of heating plate.
Preferably, being equipped with line with heating function layer on a face of described radiator-grid flaggy, and heat insulation layer and described line with heating function
Layer is located at the above and below of described radiator-grid flaggy respectively.
Preferably, described radiator-grid flaggy includes monolayer has the rollable radiating web plate of toughness, described line with heating function layer
It is two-layer on two surfaces of described radiating web plate, the netting twine of described radiating web plate includes being set in parallel in radiating web plate two
The sizing reinforcing frame netting twine of side and the staggered major network stringing being layed between two sizing reinforcing frame netting twines, described sizing reinforcing frame net
Linear diameter is more than described main grid structure linear diameter.
The radiating rollable arrangement of web plate, small volume, big amount can connect production, low production cost simultaneously, also can cut on demand
Take the amount of needs, be particularly suitable for using in longer road body and the body of wall of random length.Using sizing reinforcing frame netting twine and major network
The cooperation of stringing enhances the intensity at heating plate edge, also allows for processing, arrangement and the transport of heating plate simultaneously, prevents heating plate
When loading in road body or body of wall because the filling of concrete or cement causes the deformation of heating plate or displacement it is ensured that main grid structure not
Cracky, extends the service life of heating plate.
Preferably, described connection monomer one end has a fixation clamp collar, the other end is placed on institute admittedly by closed-loop
State on the netting twine of radiator-grid flaggy.
Closed-loop can be sheathed on radiating web plate by hot melt one end, and the other end fixation clamp collar is easy to line with heating function and is sandwiched
In it, it is easy to the installation and removal of line with heating function, the fixation clamp collar can be set to opening and opening is narrower than heating linear diameter.
Preferably, described connect the fixation clamp collar that monomer is provided with an opening, locally described line with heating function is dissipated with described
The local netting twine of heat supply network flaggy is arranged in the described fixation clamp collar.
The fixation clamp collar is set to independent state, when being installed to line with heating function on radiating web plate directly with fixing chuck
Ring set lives line with heating function and mesh wire.
Preferably, described connection monomer both sides all have a fixation clamp collar with opening, line with heating function with described
The netting twine of radiator-grid flaggy is arranged in the fixation clamp collar connecting monomer both sides respectively.
Preferably, described connection monomer both sides all have a fixation clamp collar with opening, middle part is by heat
On the netting twine of described radiator-grid flaggy fixed section of blow, the line with heating function positioned at radiating web plate both sides is arranged in connection respectively
In the fixation clamp collar of monomer both sides.
Preferably, described line with heating function layer includes one or more hot zones arranged successively, it is provided with many in hot zone
The heating wire of root parallel arrangement and serial or parallel connection or the line with heating function at least provided with a roundabout reciprocal arrangement, described radiating
Gap setting between the corresponding adjacent line with heating function of bar section, the described heating line position setting of described main heat sink strip section correspondence, described
The distance at hot line layer edge to described heat insulation layer edge is 7-10cm.
The setting of multiple hot zones, is not only easy to keep in repair but also be easy to construct, reduces the requirement to the large format with material, reduce into
Basis and difficulty of construction.
Main heat sink strip section is arranged at below heating cable, and secondary heat sink strip section is arranged under the gap between heating cable
Side, thus ensure that the temperature on whole road surface is distributed wave.
The temperature that the setting that the density of wire netting is intervally arranged is intended to road surface forms the thermal zone of interval and low temperature band, when outer
No matter when boundary's temperature is more than uniform temperature value road surface be main heat sink strip section or secondary heat sink strip section can prevent icy on road, when
When ambient temperature reaches below this temperature value, road surface radiating is very fast, and low temperature band temperature is low to form book ice, and high temperature zone temperature is relatively
Higher no thin ice or compare that low temperature band ice sheet is relatively thin, so that the shape reverse that freezing on road surface forms a fluctuating increased
The frictional force on road surface, that is, the region ice sheet close to line with heating function is low or no ice, extraneous temperature thick from line with heating function region ice sheet farther out
Degree arranges density to improve road surface heat toward the power that need not improve line with heating function when declining or increase line with heating function again, is reasonably arranging
On the premise of gap between cloth line with heating function coordinates the heating power of line with heating function, consumption, the reducing energy consumption of heating cable can be reduced
While ensure road surface frictional force no longer reduce.
Preferably, being also associated with rack brace rod line, described rack brace rod line between described sizing reinforcing frame netting twine
It is overlying on major network stringing or enrolls between major network stringing.
Preferably, described rack brace rod line is perpendicular to described sizing reinforcing frame netting twine setting, described line with heating function is carbon
Fiber cable.
Rack brace rod line perpendicular to sizing reinforcing frame netting twine setting ensures heating plate while strengthening main grid structure again
Normal rolled.Rack brace rod linear diameter be more than major network stringing straight line, rack brace rod line can as heating plate frame rod, thus
Heating plate is strutted well, facilitates heating plate laying it is ensured that heating plate laying tiling, be particularly vertically layed in wall
When internal, it is easy to heating plate erecting and is backfilled on body of wall.
The arrangement of line with heating function parallel connection is intended to when ambient temperature reaches below uniform temperature value, and road surface radiating is very fast, sends out
The heat that hot line sends cannot uniformly scatter completely i.e. by astigmatism, so that freezing on road surface forms the shape of a fluctuating
The anti-frictional force that increased road surface, that is, the region ice sheet close to line with heating function is low or no ice, from line with heating function region ice sheet farther out
Thickness, ambient temperature to improve road surface heat toward the power that need not improve heating cable when declining or increase heating cable arrangement density again
Amount, on the premise of the gap between line with heating function of reasonably arranging coordinates the heating power of line with heating function, can reduce the use of line with heating function
Ensure while amount, reducing energy consumption that the frictional force on road surface no longer reduces.
Heating cable is arranged in parallel, is easy to keep in repair, a disconnection simultaneously also can guarantee that other cable normal works, protects
Barrier snow melt deicing effect.
The setting of multiple hot zones, is not only easy to keep in repair but also be easy to construct, reduces the requirement to the large format with material, reduce into
Basis and difficulty of construction.Each hot zone can arrange one or more temperature-sensing probes according to actual hot zone size it is ensured that surveying
Accuracy, simultaneously facilitate whether the heating cable finding in each region runs well, be easy to keep in repair.
Depend heat itself radiation alone and body conduction in road occurs that radiating is slow or radiating is uneven, temperature-sensing probe data is inaccurate
The problems such as, the application using absorbing most of heat positioned at heat dissipating layer and scatter as much as possible, then by under heat dissipating layer
Reflecting layer heat is reflected upwards, that is, realize heat and uniformly scattered --- the mistake that the heat after uniformly is reflected upward again
Journey so that the region between bed course for the heat dissipating layer for even as far as possible warm area be hot zone be even as far as possible temperature
Area.
Using metal net layer as heat dissipating layer, so that sub-surface can penetrate on insulating barrier, and wrap metal
Net, line with heating function layer and glass fiber mesh are thus the effect preferably fixing wire netting and heating cable can be played it is ensured that radiating is equal
Even.Also road surface can be reduced simultaneously and cause the risk of staggered floor because of the setting of interlayer, improve the steadiness on road surface.
In practice be guarantee heating effectively carry out, each hot zone arrange one group of heat-generating system and at least provided with
One temperature-sensing probe, the circuit between every group of heat-generating system is independent circuits, in parallel between independent circuits, in every independent circuits again
The heating cable of a plurality of parallel connection being comprised, thus reducing loss as much as possible, improving the service life of whole system, single cable
The operating that inefficacy does not interfere with whole heat-generating system yet is that temperature-sensing probe can be loaded in stereoplasm tube, and hard sleeve is from heating plate side
Face is stretched in heating plate perpendicular to sizing reinforcing frame netting twine, and in heating layer, and corresponding temperature-sensing probe institute on hard sleeve
Position not with heating linear contact lay it is ensured that the temperature that records be line with heating function heating after scatter the temperature come.
In sum, the invention has the advantages that：
1st, carry out quick heat radiating via radiator-grid flaggy again after the heating of the application line with heating function in the layer line with heating function, increase simultaneously
Area of dissipation, particularly when heater wire is enclosed in body of wall or during Lu Tili, due to the material that the heat conductivity such as concrete, cement are poor
When material is coated in described heating plate, the radiator-grid flaggy that mesh wire is constituted is greatly improved heat transfer efficiency, to the greatest extent may be used using
Can in turn ensure that full wafer body of wall or road surface are all fully heated on demand while few line with heating function.The application also set up heat insulation layer and
Reflection thermosphere is not only beneficial to the setting of whole heating plate, is easy to process and mat formation, and improves radiating efficiency simultaneously, line with heating function layer is produced
Raw heat reflects as much as possible on road surface, by heat to the body of wall face reflection needing heating when being arranged on body of wall, prevents
Only heat accumulation, improves heat utilization efficiency, reducing energy consumption.The application arranges glass fiber mesh, glass itself in the top layer of heating plate
High temperature resistant, corrosion-resistant, tensile strength is high, is greatly improved the intensity after heating plate is mated formation in road body or body of wall, glass simultaneously
Glass fleece is layered on line with heating function layer, also allows for the setting of line with heating function layer it is ensured that line with heating function is difficult to walk, and also allows for transporting and spreads
If.Prevent from when cement or concrete backfill, causing the movement of line with heating function, tension-torsion to damage it is ensured that road body or body of wall are heated on demand, be subject to
Heat is uniformly.
2nd, the application structure is simple, using safety, energy consumption be low, long service life.
3rd, the application is layed in during Lu Tizhong the problem icy on road that can thoroughly solve, and carries out in front i.e. road pavement icy on road
Heating, it is ensured that improve the performance of road body while road surface will not freeze again, prevents road surface freezing impact road body performance, shortens road
Body service life.Adopt carbon fiber cable simultaneously, there is very high safety, heating-up temperature also will not be too high, too high temperature
Body performance of equally satisfying the need impacts, and can extend the life-span that makes of road body by the design of the application road body, improves the peace on road surface
Quan Xing.
Brief description
Fig. 1 is the application structural representation one；
Fig. 2 is the application structural representation two；
Fig. 3 is to connect monomer structure schematic diagram one；
Fig. 4 is to connect monomer structure schematic diagram two；
Fig. 5 is to connect monomer structure schematic diagram three.
Specific embodiment
Below in conjunction with accompanying drawing, the present invention is described in further detail.
This specific embodiment is only explanation of the invention, and it is not limitation of the present invention, people in the art
Member can make to the present embodiment after reading this specification as needed does not have the modification of creative contribution, but as long as at this
All protected by Patent Law in the right of invention.
Embodiment one：
A kind of high intensity lays convenient heating plate, including heat insulation layer 4, radiator-grid flaggy 1, is layed on radiator-grid flaggy
Line with heating function layer 2, located at heating plate bottom damp-proof layer 6, described radiator-grid flaggy and line with heating function layer be located on described heat insulation layer,
Line with heating function layer is equipped with least one face of described radiator-grid flaggy, the upper surface of described heat insulation layer is also covered with one layer of reflection
Thermosphere 41, the top layer of described heating plate is also covered with layer of glass stratum reticulare 5, described damp-proof layer, heat insulation layer and glass fibre
Stratum reticulare is passed through connector and/or bound edge and is connected with described radiator-grid flaggy, radiator-grid flaggy be provided with multiple for connecting radiating
The connection monomer of web plate layer and line with heating function layer, described line with heating function layer include at least one be arranged on described radiator-grid flaggy send out
Hot line 21, described connection monomer has the fixation clamp collar 3 being at least used for sandwiched line with heating function, constitutes described radiator-grid flaggy
Netting twine is mesh wire, and described radiator-grid flaggy includes the intensive main heat sink strip section 51 of spaced netting twine successively and netting twine is dilute
Thin secondary heat sink strip section 52, described heating plate is additionally provided with the cast through hole 7 running through reflection thermosphere, heat insulation layer and damp-proof layer.
It is equipped with line with heating function layer on one face of described radiator-grid flaggy, and heat insulation layer is located at respectively with described line with heating function layer
The above and below of described radiator-grid flaggy.
Described connection monomer one end has a fixation clamp collar, and the other end is placed on described radiating web plate admittedly by closed-loop
On the netting twine of layer.Described line with heating function layer includes one or more hot zones arranged successively, be provided with hot zone many parallel
Arrangement and the heating wire of serial or parallel connection or the line with heating function at least provided with a roundabout reciprocal arrangement., described heat sink strip section
Gap setting between corresponding adjacent line with heating function, the described heating line position setting of described main heat sink strip section correspondence, described line with heating function
The distance at layer edge to described heat insulation layer edge is 7cm.
Embodiment two：
Place unlike the embodiments above is that described radiator-grid flaggy includes monolayer and has the rollable radiating web plate of toughness,
Described line with heating function layer is two-layer on two surfaces of described radiating web plate, and the netting twine of described radiating web plate includes be arrangeding in parallel
In sizing reinforcing frame netting twine 11 and the staggered major network stringing 12 being layed between two sizing reinforcing frame netting twines of radiating web plate both sides,
Described sizing reinforcing frame sealike colour is more than described main grid structure linear diameter.Described connection monomer both sides all have one and have opening
The fixation clamp collar, middle part is be fixedly arranged on the netting twine of described radiator-grid flaggy by hot melt fixed section, positioned at radiating web plate
The line with heating function of both sides is arranged in the fixation clamp collar connecting monomer both sides respectively.Described line with heating function layer edge is to described heat insulation layer
The distance at edge is 8cm.
Embodiment three：
Place unlike the embodiments above is that described connection monomer is provided with the fixation clamp collar of an opening, and local is described to be sent out
Hot line is arranged in the described fixation clamp collar with the local netting twine of described radiator-grid flaggy.Described line with heating function layer edge to described absolutely
The distance at thermosphere edge is 9cm.
Example IV：
Place unlike the embodiments above is that described connection monomer both sides all have a fixation clamp collar with opening,
Line with heating function is arranged in the fixation clamp collar being connected monomer both sides respectively with the netting twine of described radiator-grid flaggy.Described line with heating function layer
The distance at edge to described heat insulation layer edge is 10cm.
Embodiment five：
Place unlike the embodiments above is to be also associated with rack brace rod line 13 between described sizing reinforcing frame netting twine 11,
Described rack brace rod line is overlying on major network stringing or enrolls between major network stringing.Described rack brace rod line is perpendicular to described fixed
Type reinforcing frame netting twine 11 is arranged, and described line with heating function is carbon fiber cable, and described rack brace rod line is rigid posts.
Carry out quick heat radiating via radiator-grid flaggy again after the heating of the application line with heating function in the layer line with heating function, increase simultaneously and dissipate
Hot area, improves radiating efficiency, prevents heat from gathering, particularly when heater wire is enclosed in body of wall or during Lu Tili, due to mixed
When the poor material of the solidifying heat conductivity such as soil, cement is coated in described heating plate, the radiator-grid flaggy that mesh wire is constituted can be big
Big improve heat transfer efficiency, in turn ensure that full wafer body of wall or road surface all abundant quilts on demand while using as few as possible line with heating function
Heating.
Claims (8)
1. a kind of high intensity lay convenient heating plate it is characterised in that:Including heat insulation layer（4）, radiator-grid flaggy（1）, laying
Line with heating function layer on radiator-grid flaggy（2）, located at heating plate bottom damp-proof layer（6）, described radiator-grid flaggy and line with heating function
Layer is located on described heat insulation layer, and at least one face of described radiator-grid flaggy is equipped with line with heating function layer, described heat insulation layer upper
One layer of reflection thermosphere is also covered with surface（41）, the top layer of described heating plate is also covered with layer of glass stratum reticulare（5）, described
Damp-proof layer, heat insulation layer and glass fiber mesh layer are passed through connector and/or bound edge and are connected with described radiator-grid flaggy, radiator-grid flaggy
It is provided with multiple connection monomers for connecting radiator-grid flaggy and line with heating function layer, described line with heating function layer includes at least one arrangement
Line with heating function on described radiator-grid flaggy（21）, described connection monomer has the fixing chuck being at least used for sandwiched line with heating function
Ring（3）, the netting twine constituting described radiator-grid flaggy is mesh wire, and described radiator-grid flaggy includes spaced netting twine successively
Intensive main heat sink strip section（51）The secondary heat sink strip section sparse with netting twine（52）, described heating plate is additionally provided with and runs through reflection heat
The cast through hole of layer, heat insulation layer and damp-proof layer（7）, a face of described radiator-grid flaggy is equipped with line with heating function layer, and adiabatic
Layer and described line with heating function layer are located at the above and below of described radiator-grid flaggy respectively, and described radiator-grid flaggy includes monolayer to be had
The rollable radiating web plate of toughness, described line with heating function layer is two-layer on two surfaces of described radiating web plate, described radiating
The netting twine of web plate includes being set in parallel in the sizing reinforcing frame netting twine of radiating web plate both sides（11）It is layed in two sizings and adds with staggered
Major network stringing between strong frame netting twine（12）, described sizing reinforcing frame sealike colour is more than described main grid structure linear diameter.
2. according to claim 1 a kind of high intensity lay convenient heating plate it is characterised in that：Described connection monomer one end
Have a fixation clamp collar, the other end is placed on the netting twine of described radiator-grid flaggy admittedly by closed-loop.
3. according to claim 1 a kind of high intensity lay convenient heating plate it is characterised in that：Described connection monomer is provided with
The fixation clamp collar of one opening, locally described line with heating function and the local netting twine of described radiator-grid flaggy are arranged in described fixation clamp
In the collar.
4. according to claim 1 a kind of high intensity lay convenient heating plate it is characterised in that：Described connection monomer both sides
All have a fixation clamp collar with opening, line with heating function is arranged in respectively with the netting twine of described radiator-grid flaggy and is connected monomer
In the fixation clamp collar of both sides.
5. according to claim 1 a kind of high intensity lay convenient heating plate it is characterised in that：Described connection monomer both sides
All have a fixation clamp collar with opening, middle part is to be fixedly arranged on consolidating on the netting twine of described radiator-grid flaggy by hot melt
If section, the line with heating function positioned at radiating web plate both sides is arranged in the fixation clamp collar connecting monomer both sides respectively.
6. according to claim 1 a kind of high intensity lay convenient heating plate it is characterised in that：Described line with heating function layer includes
One or more hot zones arranged successively, are provided with many parallel arrangements and the heating wire of serial or parallel connection or extremely in hot zone
It is provided with the line with heating function of a roundabout reciprocal arrangement less, the gap between the described heat sink strip section adjacent line with heating function of correspondence is arranged,
Described main heat sink strip section correspondence described heating line position is arranged, and the distance at described line with heating function layer edge to described heat insulation layer edge is
7-10cm.
7. according to claim 1 a kind of high intensity lay convenient heating plate it is characterised in that：Described sizing reinforcing frame net
Line（11）Between be also associated with rack brace rod line（13）, described rack brace rod line is overlying on major network stringing or enrolls main grid structure
Between line.
8. according to claim 7 a kind of high intensity lay convenient heating plate it is characterised in that：Described rack brace rod line
Perpendicular to described sizing reinforcing frame netting twine（11）Setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510407215.XA CN104929017B (en) | 2015-07-13 | 2015-07-13 | A kind of high intensity lays convenient heating plate |
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|---|---|---|---|
| CN201510407215.XA CN104929017B (en) | 2015-07-13 | 2015-07-13 | A kind of high intensity lays convenient heating plate |
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| CN104929017A CN104929017A (en) | 2015-09-23 |
| CN104929017B true CN104929017B (en) | 2017-03-01 |
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| CN203024233U (en) * | 2013-01-06 | 2013-06-26 | 王贵斌 | Plastic alloy heating floor |
| CN103104946A (en) * | 2013-03-04 | 2013-05-15 | 江阴恒扬新型建材有限公司 | Photocatalyst ecological aluminum floor structure for carbon crystal floor heating supply system |
| CN203478421U (en) * | 2013-05-03 | 2014-03-12 | 蒙宇 | Energy-saving electric heating floor |
| CN203821771U (en) * | 2014-02-18 | 2014-09-10 | 成都安康科技有限公司 | Rapid heating type heat insulation floor heating floor board based on air heat insulation and heat reflection |
| CN204665447U (en) * | 2015-04-07 | 2015-09-23 | 江西师范大学 | A kind of dry floor heating floor being applicable to indoor, south |
| CN204959541U (en) * | 2015-07-13 | 2016-01-13 | 浙江佳中木业有限公司 | Convenient hot plate is laid to high strength |
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| CN104929017A (en) | 2015-09-23 |
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