CN202787859U - Infrared self-heating floor board - Google Patents
Infrared self-heating floor board Download PDFInfo
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- CN202787859U CN202787859U CN 201220357527 CN201220357527U CN202787859U CN 202787859 U CN202787859 U CN 202787859U CN 201220357527 CN201220357527 CN 201220357527 CN 201220357527 U CN201220357527 U CN 201220357527U CN 202787859 U CN202787859 U CN 202787859U
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Abstract
The utility model belongs to the field of floor processing and particularly relates to an infrared self-heating floor board, which generates heat through carbon fiber cables embedded in a base board and provided with a warm core of filament carbon fiber. The infrared self-heating floor board comprises a wear-resistant layer, a decorative layer, base material and a balance layer, which are arranged layer by layer from top to bottom. The decorative layer and the base material are subjected to flame retardant treatment. The bottom of the base material is provided with wire channels, each having a downward opening. The balance layer is provided with hollows corresponding to the wire channels. Power cords and carbon fiber cables connected with each other are arranged in the wire channels. Each carbon fiber cable is provided with an inner filament carbon fiber. Each of input and output ends of the power cords is provided with a USB (universal serial bus) connector. The balance layer comprises an infrared reflecting film, a thermal insulating layer and a heat preservation layer, which are distributed sequentially from top to bottom. The infrared self-heating floor board heats fast, radiates evenly and is stable in performance, resistant to corrosion, non-attenuating, less prone to oxidation, energy-saving, power-saving, precise in temperature control, healthy, environment-friendly, high in capacity of thermal storage, and simple to mount.
Description
Technical field
The utility model belongs to the floor manufacture field, be specifically related to a kind of use implant in the substrate with the infrared spontaneous heating floor of filament carbon fibre as the carbon fiber cable heat production of warming up core.
Background technology
Some electric floor heating exothermic materials adopt wire to warm up core for heating on the existing market cable, carbon crystalline substance are the carbon crystal heating panel of exothermic material, but metal and carbon crystalline substance self material property and the more structural defectives of such electric ground warm device, make electric floor heating have a lot of potential safety hazards, application life is also enough not long.
Really up to the mark for its quality of Geothermal electric cable of warm core such as wire, in producing and constructing, keep away unavoidably repeatedly bending, the cable local electrical resistance that causes is too high the insulation phenomenon to occur puncturing with cable bad after energising and repeatedly bend, and affects very large on heating zone safety problem; The energising of wire underground heat can generate electromagnetic waves, although some producer claims that these unwanted electromagnetic waves are fewer, for the floor heating engineering in 50 year life-span, just means that also we were in harmful like this electromagnetic radiation 50 years, and this is totally unfavorable to human body.
Carbon crystalline substance in the carbon crystal heating panel is powder formed carbon fiber (powder formed carbon fiber be short silk or filament carbon fibre grind form), and the carbon crystal heating panel is that pulverized powder shape carbon fiber and binding agent compacting form on industrial PVC plate.The very large hidden danger of existence on this carbon crystal heating panel properties of product shows as: one, the aging ability of powder formed carbon resistant fiber, fever tablet electrode oxidation resistance is poor, sprays inhomogeneous meeting and the heating inequality occurs, easily be full of cracks under the overheated condition, easy cause danger.Two, depend on the phenomenons such as the easy generation in through the long-time heating process of material PVC plate distorts, cause destabilizing factor and potential safety hazard.Three, serious decay appears in this product after using 5 years, and bulk life time is generally in 15 years.Far can not satisfy ground heating 〉=50 year life requirements.
The structure of existing electric heating floor is that the Heat Conduction Material that will be covered with up and down fire proofing is clipped between decorative layer and the base material, be " far-infrared heat energy wood floor and manufacture method thereof and the paving method " of " 200910196362.1 " such as application number, its carbon crystal electrothermo-material sheet is fitted between dash board and substrate.Only at up and down coating one deck epoxyn of thermo electric material sheet, fire-retardant not thorough, and warm core is arranged at dash board near the position of upper surface, the reasons such as transportation, disassembly process are knocked damage easily, cause waste, and fracture, the effect of heat insulation in the simultaneously use procedure is bad, the problem such as may cause short circuit, do not generate heat, and existing electric heating floor is fire-retardant thorough not, and whole floor may be lighted during indoor catching fire, and uses dangerous.
Connected mode between existing electric heating floor adopts the mode of the two ends section of being fixedly connected with overlap joint between floor and the floor, and the connecting portion water proofing property is poor and easily because bump produces dislocation or breakage causes loose contact.
Because the solid wood anti-flammability is good not, existing electric heating floor mostly is strengthening composite floor.
The utility model content
The purpose of this utility model is to provide a kind of maintenance that need not for addressing the above problem, and safety is good, energy-conserving and environment-protective, infrared spontaneous heating floor and the processing technology thereof that can use all the life.
Above-mentioned technical purpose of the present utility model is achieved by the following technical programs:
A kind of infrared spontaneous heating floor comprises from top to bottom successively wearing layer, decorative layer, base material and the balance layer of configuration, and it is characterized in that: described decorative layer and base material are through flame treatment; Described base material bottom surface is provided with the downward wire casing of notch, the position hollow out of the corresponding described wire casing of described balance layer; Be furnished with interconnected power line and carbon fiber cable in the described wire casing; Carbon fiber is filament carbon fibre in the described carbon fiber cable; Described power line incoming end and output are respectively arranged with the USB connector; Dispose successively infrared reflection film, isolation layer and insulation layer below the described balance layer from top to bottom.
The utility model decorative layer and base material all pass through flame treatment, and carbon fiber cable is arranged in the substrate, even the floor surface breakage can not damage the inner heat parts yet, and the connection flexibility that the USB connector that utilizes the energy activity carries out between the floor is larger, more firm, can not be subjected to extraneous bump and the disengagement outage.Carbon fiber cable is in complete fire-retardant and be not subjected in the environment that extraneous bump affects, and performance is highly stable, has greatly prolonged the application life of electric heating floor, uses safer.
The mode that is located by connecting is adopted in connection between existing electric heating floor, the floor is easily in transportation, damage in the bump in dismounting or the use procedure or dislocation, cause and to be electrically connected, and in the long-term use procedure during floor deformation, cause the loose contact short circuit, requirement on machining accuracy when simultaneously the floor being processed is very high, if skew can make between the floor and to be electrically connected dislocation and can't to connect about connecting portion, if degree of depth inaccuracy can cause connecting portion to touch or interference connects and to cause the floor to be arched upward or long-time use of connecting portion and damaged loose contact up and down, and be located by connecting and between the floor, connect by seam crossing, after the infiltration of floor, connecting portion can be dipped into water at once, and the circuit that destroys between the floor connects.The utility model adopts USB connector that can move flexibly and process insulation, waterproof and high temperature resistant processing, reduction is to the processing request of connecting portion between the floor, process convenient, the seam that the USB connector that connects between the floor during installation is avoided between the floor is placed, water proofing property is better, need not during use to worry that the impact after the floor is impacted directly passes to connecting portion, causing connecting portion to be damaged affects the electric heating function on floor.
Connecting portion between existing electric heating floor all is positioned between decorative layer and substrate, is positioned at the top on floor, the easier impact that is impacted and seeps water in the use procedure.The utility model floor USB connector all is arranged in the substrate with carbon fiber cable, and crashproof better with water proofing property, the floor functional performance is more stable, and the life-span is longer.
Heat generating components is arranged in the wire casing of base lower surface and in conjunction with infrared reflection film, isolation layer and insulation layer, the monoblock substrate all is heated, is transmitted to again upper surface of base plate by substrate, make the whole heating region temperature in floor even, the sense of touch of human body is more comfortable, and is also safer during use.
Long fine carbon fiber electrically thermal conversion rate is up to 98%.Filament carbon fibre infrared spontaneous heating floor saves 30% than the electric floor heating of wire on operating cost.Than electromagnetic radiation wiry, the 4-17 μ m infrared rays of carbon fiber infrared self-heating floor radiation is very useful to human body, is called " light of life " at the infrared rays of 4-17 μ m medically.Commonly use it in medical circle and come the people is done physiotherapy, effect is ideal.
Heating warm core in infrared spontaneous heating floor is nonmetals, and the carbon molecule in the carbon fiber after the energising is done " Brownian movement ", electromagnetic-radiation-free, and undamped, stability is higher.After the carbon fiber cable energising, the filament carbon fibre heating, and between 40-60 ℃ temperature, move, and the wire heating is unstable, temperature can rise sharply even surpass 100 and spend during short circuit, and common fire proofing can't completely cut off such high temperature and pass on substrate or the decorative panel, causes the floor burning.The heat energy of carbon fiber cable is passed to heated body by mode and the infrared low-temp radiating mode of heat conduction (convection current), and is safer.
Have now at exothermic material and add up and down thin fire proofing, its anti-flammability and crashworthiness are good not, also affect simultaneously heat-transfer rate, cause simultaneously the waste of heat energy.Decorative layer of the present utility model and base material all use the vacuum pressed infusion process to carry out flame treatment, carbon fiber cable in the substrate is in the more abundant fire-retardant environment, need not additional other fire proofings of soffit thereon, the heat energy that carbon fiber cable produces, all lead fully on the floor and do not produce waste, entirely plate temperature is balanced, and the sense of touch milder is comfortable, can not make because the top layer is overheated indoor air flow produce dust raising phenomenon.
As preferably, described wire casing comprises interlaced horizontal wire casing and vertical wire casing.
As preferably, described base material bottom surface is provided with three vertical wire casings and four horizontal wire casings, and described base material two ends respectively are provided with two horizontal wire casings, and described horizontal wire casing comprises outer horizontal wire casing and interior horizontal wire casing; Be provided with the carbon fiber cable that S shape is arranged in described interior horizontal wire casing and the described vertical wire casing; In the described outer horizontal wire casing power line is set respectively; Described power line two ends are connected with the USB connector; Described carbon fiber cable two ends are electrically connected with two power lines respectively.
As preferably, described base material is provided with two vertical wire casings, and the base material two ends respectively are provided with a horizontal wire casing; Be provided with the carbon fiber cable that U-shaped is arranged in a described horizontal wire casing and two vertical wire casings; Be provided with two power lines in described another horizontal wire casing; Described two power line two ends connect by the insulation of two-wire USB connector; Described carbon fiber cable two ends are electrically connected on respectively two power lines.
As preferably, be provided with two vertical wire casings on the described base material, base material one end is provided with two horizontal wire casings, and the other end is provided with a horizontal wire casing; In described two vertical wire casings and only have on the base material in the horizontal wire casing of horizontal wire casing one end of wall scroll and be provided with the carbon fiber cable that U-shaped is arranged, the part that two horizontal wire casings of the other end and two vertical wire casings are positioned between these two horizontal wire casings is provided with two Z-shaped staggered power lines, described power line two ends are connected with the USB connector, and described carbon fiber cable two ends are electrically connected on respectively two power lines.
Power for its heating of filament carbon fibre cable of different size is different, and the heat of generation is can radiating area also different, and the timber heat transfer property of differing texture is different, can use different wire laying modes.Make whole floor reach equably the demand temperature, and local cold localized heat phenomenon do not occur.
USB connector by the power line two ends between the floor is connected in parallel.
Adopt USB male and female part docking technique being connected between carbon fiber cable and the power line, the hot technique for packing of external application carries out insulation processing, connect between the power line with insulation, waterproof, (above-mentioned USB plug-in unit all passes through 15A to resistant to elevated temperatures USB electron crystal as plug-in unit, the 1500V experiment of shocking by electricity is by the experiment of IPX5 classification standard waterproof, by the high temperature resistant experiment of 100 degree).
Multifunctional temperature controller provided of each erection space configuration adopts temperature control control model of a plurality of temperature provinces.
Described substrate material both can be also can be the reinforced composite material with anti-flaming function through the solid wood that flame treatment is crossed.
As preferably, described interior x wire groove center line is respectively 30-60mm to the end face distance of base material end, place, spacing is 10-20mm between described interior x wire groove center line and the outer x wire groove center line, and described three vertical wire casing metas are 30-60mm in two vertical wire casings of both sides to each self-corresponding base material side end face distance.
As preferably, the center line of described two horizontal wire casings is 15-60mm to the end face distance of place base material end separately; Described two vertical wire casings are 30-60mm to each self-corresponding base material side end face distance; Be provided with the x wire well width of described power line greater than another x wire well width.
As preferably, the x wire groove center line that only has horizontal wire casing one end of wall scroll on the described base material is 15-60mm to the end face distance of base material end, place; Two horizontal wire casings of the described base material other end are respectively 30-60mm and 15-30mm to the end face distance of base material end, place.
What the layout of the wire casing in above-mentioned size range guaranteed heat takes full advantage of that the monoblock substrate temperature is even simultaneously, wire casing is too when the substrate edges, the easy overconcentration of power in the managerial system heat of substrate edges, make whole substrate temperature uneven, and when substrate edges is subject to clashing into, cause easily substrate to damage simultaneously wire casing internal power cord and cable from wire casing fracture damage substrate, wire casing is during too away from substrate edges, the easy heat of substrate edges is very few to cause whole substrate temperature uneven equally, affects the floor comfort level.
As preferably, the degree of depth of described wire casing is the 1/3-3/5 of described substrate thickness; Described wire casing width is 3-8mm.
Existing traditional floor gauge thickness is 8-15mm; the wire casing degree of depth and width in the above-mentioned value range; guarantee that carbon fiber cable and power line are protected in the wire casing well; guarantee simultaneously to utilize fully heat energy; cross and cause deeply easily most of heat energy to lead fast floor surface at carbon fiber cable among a small circle; cause floor surface temperature uneven, and reduced the intensity on floor, cross shallow meeting and cause heat conduction excessively slow.
As preferably, described insulating layer material is glass fiber, and described insulation layer material is that rubber and plastic is cotton.
Electric heating floor of the present utility model utilizes infrared reflection film that heat is upwards anti-warm, the heat that carbon fiber cable is produced is locked on the whole floor, and do not run off downwards, the isolation layer material adopts glass fiber, major function is heat build-up and reflection heat energy, the insulation layer material adopts rubber and plastic cotton, and major function is to prevent the heat energy infiltration, also has simultaneously the function of quiet, sound insulation and anti-collision.Isolation layer and insulation layer one are better to take full advantage of heat energy, the 2nd, and effective protection power source line.
In sum, the utlity model has following beneficial effect:
1, quick heating, heat radiation are even, can reach operating temperature in 3 minutes;
2, filament carbon fibre tension and anti-aging intensity are high, and quality is soft and stable, under the same current load, the intensity of carbon fiber be 6-10 wiry doubly, do not fracture, the not starting the arc, stop fire, heat radiation evenly;
3, carbon fiber is installed in the substrate inner structure is stable, safety, life-span are long, need not maintenance, and filament carbon fibre be in more corrosion-resistant in the substrate, unattenuated, be difficult for oxidation, in the use procedure heating evenly, without line loss, reach 50 years application life;
4, the power line between carbon fiber cable and power line and floor and the floor all adopts flexibly the USB interface docking, and easy for installation, connected mode is firm, be difficult for impaired, the outage that can not misplace, good waterproof performance, phenomenon that can the inefficacy of region electric heating;
5, carbon fiber cable is implanted in the substrate and with the cooperating of isolation layer and insulation layer, realize that whole floor all has balanced temperature, gives softer, the comfortable sensation of people;
6, energy-conservation, power saving, carbon fiber electrically thermal conversion rate are saved 30% heat energy up to 98.2% than the wire heating; The floor has added isolation layer and insulation layer in manufacture process, make it have better heat insulation effect, effectively reduces installation cost;
7, healthy, environmental protection, the heating process does not produce electromagnetic radiation, noiseless, unglazed, pollution-free, is genuine green product, distinctive infrared characteristic is conducive to health, in the use without electromagnetic interference and pollution, free from dust, noiselessness, light is soft, does not stimulate eyes and skin ambustion;
8, integral substrate is all held heat energy, greatly strengthened the heat accumulation function on floor in conjunction with isolation layer and insulation layer, behind the powered-down, the heat that hold on ground still conducts heat to human body and room, and experiment shows, in Modular building, cut off the power supply after 24 hours legacy equipment Heating Room drop in temperature l0 degree, the 2-3 degree and this self-heating floor heating room only descends, the phenomenon that dust waves and temperature constantly reduces can not appear in the room yet, and this is the inaccessible effect of convection type calandria product;
9, install simply, low to the processing request of different lines under floor and connecting portion, easy to process;
10, in operation, do not need debugging, inspection, use the electric energy of cleaning, the one-time laying constant feast, application life and building are equal to, and do not exist to safeguard and maintenance.
Description of drawings
Fig. 1 is the flooring structure schematic diagram;
Fig. 2 is embodiment one notching construction schematic diagram;
Fig. 3 is embodiment one wiring schematic diagram;
Fig. 4 is embodiment two notching construction schematic diagrames;
Fig. 5 is embodiment two wiring schematic diagrames;
Fig. 6 is embodiment three notching construction schematic diagrames;
Fig. 7 is embodiment three wiring schematic diagrames;
1-wearing layer among the figure, 2-decorative layer, 3-base material, the horizontal wire casing of 31-, the vertical wire casing of 32-, the outer laterally wire casing of 311-, horizontal wire casing in the 312-, 4-balance layer, 5-power line, 6-carbon fiber cable, 7-infrared reflection film, 8-isolation layer, 9-insulation layer.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is described in further detail.
This specific embodiment only is to explanation of the present utility model; it is not to restriction of the present utility model; those skilled in the art can make the modification that does not have creative contribution to present embodiment as required after reading this manual, but as long as all are subject to the protection of Patent Law in claim scope of the present utility model.
Embodiment one:
Shown in accompanying drawing 1,2 and 3, a kind of infrared spontaneous heating floor comprises from top to bottom successively wearing layer 1, decorative layer 2, base material 3 and the balance layer 4 of configuration, and described decorative layer 2 and base material 3 are through flame treatment; Described base material 3 bottom surfaces are provided with the downward wire casing of notch, the position hollow out of described balance layer 4 corresponding described wire casings; Be furnished with interconnected power line 5 and carbon fiber cable 6 in the described wire casing; Described carbon fiber cable 6 interior carbon fibers are filament carbon fibre; Described power line 5 incoming ends and output are respectively arranged with the USB connector; Described balance layer disposes infrared reflection film 7, isolation layer 8 and insulation layer 9 from top to bottom successively below 4.
Described base material 3 bottom surfaces are provided with three vertical wire casings 32 and four horizontal wire casings 31, and described base material two ends respectively are provided with two horizontal wire casings 31, and described horizontal wire casing 31 comprises outer horizontal wire casing 311 and interior horizontal wire casing 312; Be provided with the carbon fiber cable 6 that S shape is arranged in described interior horizontal wire casing 312 and the described vertical wire casing 31; In the described outer horizontal wire casing 311 power line 5 is set respectively; Described power line 5 two ends are connected with the USB connector; Described carbon fiber cable 6 two ends are electrically connected with two power lines 5 respectively.Described interior horizontal wire casing 312 center lines are respectively 50mm to the end face distance of place base material 3 ends, spacing is 15mm between described interior horizontal wire casing 312 center lines and outer horizontal wire casing 311 center lines, two vertical wire casings 32 that are positioned at both sides in described three vertical wire casings 32 are 30mm, middle vertical wire casing 32 its center lines and substrate 3 central lines to each self-corresponding base material 3 side end faces distance.The degree of depth of described wire casing is 1/3 of described substrate thickness; Described wire casing width is 5mm.Described isolation layer 8 materials are glass fiber, and described insulation layer 9 materials are that rubber and plastic is cotton.
Described base material 3 materials are Eucalyptus, and described base material 3 and decorative layer 2 are all through flame treatment, and its fire-retardant operation is:
1, the sheet material through being used for making base material 3 is placed hermetically sealed can, being evacuated to vacuum is 0.05MPa, and then making mass concentration is that the 30% fire retardant aqueous solution is filled with hermetically sealed can, is forced into 1.3MPa dipping 40 minutes again;
2, will do dry the processing through 1 sheet material after processing, to moisture content at 8% base material 3;
Process the wooden skin that is used for making decorative layer 2 according to above-mentioned technology mode:
1, wooden skin is placed hermetically sealed can, being evacuated to vacuum is 0.05MPa, and then making mass concentration is that the 35% fire retardant aqueous solution is filled with hermetically sealed can, is forced into 2.0MPa dipping 180 minutes again;
2, the wooden skin after processing 1 is done dry the processing, to moisture content at 8% decorative layer 2.
This infrared rays self-heating floor quick heating, heat radiation are evenly, stable performance, life-span are long, corrosion-resistant, unattenuated, be difficult for oxidation, in the use procedure heating evenly, without line loss, reach 50 years application life, energy-conservation, power saving, accurate temperature controlling can be accomplished the locellus accurate temperature controlling, healthy, environmental protection, heat accumulation function is strong, installs simple.
Embodiment two:
Shown in accompanying drawing 1,4 and 5, different from embodiment one be in, described base material 3 is provided with two vertical wire casings 32, base material 3 two ends respectively are provided with a horizontal wire casing 31; Be provided with the carbon fiber cable 6 that U-shaped is arranged in a described horizontal wire casing 31 and two vertical wire casings 32; Be provided with two power lines 5 in described another horizontal wire casing 31; Described two power line 5 two ends connect by the insulation of two-wire USB connector, and described carbon fiber cable 6 two ends are electrically connected on respectively two power lines 5.The center line of described two horizontal wire casings 31 is 40mm to the end face distance of place base material 3 ends separately; Described two vertical wire casings 32 are 50mm to each self-corresponding base material 3 side end faces distance; Be provided with horizontal wire casing 31 width of described power line 5 greater than another horizontal wire casing 31 width.The degree of depth of described wire casing is 1/2 of described substrate 3 thickness; Described vertical line well width 4mm, horizontal wire casing 31 width 5 that are provided with described power line 5 are mm, another horizontal wire casing 31 width are 3 mm.
Described base material 3 materials are maple, and described base material 3 and decorative layer 2 are all through flame treatment, and its fire-retardant operation is:
1, the sheet material through being used for making base material 3 is placed hermetically sealed can, being evacuated to vacuum is 0.09MPa, and then making mass concentration is that the 60% fire retardant aqueous solution is filled with hermetically sealed can, is forced into 3MPa dipping 180 minutes again;
2, will do dry the processing through 1 sheet material after processing, to moisture content at 10% base material 3;
Process the wooden skin that is used for making decorative layer 2 according to above-mentioned technology mode:
1, wooden skin is placed hermetically sealed can, being evacuated to vacuum is 0.08MPa, and then making mass concentration is that the 65% fire retardant aqueous solution is filled with hermetically sealed can, is forced into 2.5MPa dipping 200 minutes again;
2, the wooden skin after processing 1 is done dry the processing, to moisture content at 10% decorative layer 2.
Embodiment three:
Shown in accompanying drawing 1,6 and 7, different from embodiment one and two be in, be provided with two vertical wire casings 32 on the described base material 3, base material 3 one ends are provided with two horizontal wire casings 31, the other end is provided with a horizontal wire casing 31; In described two vertical wire casings 32 and only have on the base material 3 in the horizontal wire casing 31 of horizontal wire casing 31 1 ends of wall scroll and be provided with the carbon fiber cable 6 that U-shaped is arranged, the part that two horizontal wire casings 31 of the other end and two vertical wire casings 32 are positioned at 31 of these two horizontal wire casings is provided with two Z-shaped staggered power lines 5, described power line 5 two ends are connected with the USB connector, and described carbon fiber cable 6 two ends are electrically connected on respectively two power lines 5.Horizontal wire casing 31 center lines that only have horizontal wire casing 31 1 ends of wall scroll on the described base material 3 are 50mm to the end face distance of place base material 3 ends; Two horizontal wire casings 31 of described base material 3 other ends are respectively 60mm and 30mm to the end face distance of place base material 3 ends.The degree of depth of described vertical wire casing 32 and horizontal wire casing 31 is 3/5 of described substrate 3 thickness; Described wire casing width is 6mm.
Described base material 3 materials are teak.Described base material 3 and decorative layer 2 are all through flame treatment, and its fire-retardant operation is:
1, the sheet material through being used for making base material 3 is placed hermetically sealed can, being evacuated to vacuum is 0.07MPa, and then making mass concentration is that the 40% fire retardant aqueous solution is filled with hermetically sealed can, is forced into 2.5MPa dipping 100 minutes again;
2, will do dry the processing through 1 sheet material after processing, to moisture content at 10% base material 3;
Process the wooden skin that is used for making decorative layer 2 according to above-mentioned technology mode:
1, wooden skin is placed hermetically sealed can, being evacuated to vacuum is 0.07MPa, and then making mass concentration is that the 45% fire retardant aqueous solution is filled with hermetically sealed can, is forced into 2.2MPa dipping 190 minutes again;
2, the wooden skin after processing 1 is done dry the processing, to moisture content at 12% decorative layer 2.
Claims (10)
1. an infrared spontaneous heating floor comprises from top to bottom successively wearing layer (1), decorative layer (2), base material (3) and the balance layer (4) of configuration, and it is characterized in that: described decorative layer (2) and base material (3) are through flame treatment; Described base material (3) bottom surface is provided with the downward wire casing of notch, the position hollow out of the corresponding described wire casing of described balance layer (4); Be furnished with interconnected power line (5) and carbon fiber cable (6) in the described wire casing; The interior carbon fiber of described carbon fiber cable (6) is filament carbon fibre; Described power line (5) incoming end and output are respectively arranged with the USB connector; Dispose successively infrared reflection film (7), isolation layer (8) and insulation layer (9) below the described balance layer (4) from top to bottom.
2. described a kind of infrared spontaneous heating floor according to claim 1 is characterized in that: described wire casing comprises interlaced horizontal wire casing (31) and vertical wire casing (32).
3. described a kind of infrared spontaneous heating floor according to claim 2, it is characterized in that: described base material (3) bottom surface is provided with three vertical wire casings (32) and four horizontal wire casings (31), described base material two ends respectively are provided with two horizontal wire casings (31), and described horizontal wire casing (31) comprises outer horizontal wire casing (311) and interior horizontal wire casing (312); Be provided with the carbon fiber cable (6) that S shape is arranged in described interior horizontal wire casing (312) and the described vertical wire casing (31); A power line (5) respectively is set in the described outer horizontal wire casing (311); Described carbon fiber cable (6) two ends are electrically connected with two power lines (5) respectively.
4. described a kind of infrared spontaneous heating floor according to claim 2, it is characterized in that: described base material (3) is provided with two vertical wire casings (32), and base material (3) two ends respectively are provided with a horizontal wire casing (31); Be provided with the carbon fiber cable (6) that U-shaped is arranged in a described horizontal wire casing (31) and two the vertical wire casings (32); Be provided with two power lines (5) in described another horizontal wire casing (31); Described two power lines (5) two ends connect by the insulation of two-wire USB connector; Described carbon fiber cable (6) two ends are electrically connected on respectively two power lines (5).
5. described a kind of infrared spontaneous heating floor according to claim 2, it is characterized in that: be provided with two vertical wire casings (32) on the described base material (3), base material (3) one ends are provided with two horizontal wire casings (31), and the other end is provided with a horizontal wire casing (31); In described two vertical wire casings (32) and only have on the base material (3) in the horizontal wire casing (31) of horizontal wire casing (31) one ends of wall scroll and be provided with the carbon fiber cable (6) that U-shaped is arranged, the part that two horizontal wire casings (31) of the other end and two vertical wire casings (32) are positioned between these two horizontal wire casings (31) is provided with two Z-shaped staggered power lines (5), described power line (5) two ends are connected with the USB connector, and described carbon fiber cable (6) two ends are electrically connected on respectively two power lines (5).
6. described a kind of infrared spontaneous heating floor according to claim 3, it is characterized in that: described interior horizontal wire casing (312) center line is respectively 30-60mm to the end face distance of place base material (3) end, spacing is 10-20mm between described interior horizontal wire casing (312) center line and outer horizontal wire casing (311) center line, and two the vertical wire casings (32) that are positioned at both sides in described three vertical wire casings (32) are 30-60mm to each self-corresponding base material (3) side end face distance.
7. described a kind of infrared spontaneous heating floor according to claim 4 is characterized in that: the center line of described two horizontal wire casings (31) is 15-60mm to the end face distance of place base material (3) end separately; Described two vertical wire casings (32) are 30-60mm to each self-corresponding base material (3) side end face distance; Be provided with horizontal wire casing (31) width of described power line (5) greater than another horizontal wire casing (31) width.
8. described a kind of infrared spontaneous heating floor according to claim 5 is characterized in that: horizontal wire casing (31) center line that only has horizontal wire casing (31) one ends of wall scroll on the described base material (3) is 15-60mm to the end face distance of place base material (3) end; Described base material (3) two horizontal wire casings of the other end (31) are respectively 30-60mm and 15-30mm to the end face distance of place base material (3) end.
9. according to claim 6,7 or 8 described a kind of infrared spontaneous heating floors, it is characterized in that: the degree of depth of described wire casing is the 1/3-3/5 of described substrate (3) thickness; Described wire casing width is 3-8mm.
10. described a kind of infrared spontaneous heating floor according to claim 9, it is characterized in that: described isolation layer (8) material is glass fiber, described insulation layer (9) material is that rubber and plastic is cotton.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220357527 CN202787859U (en) | 2012-07-24 | 2012-07-24 | Infrared self-heating floor board |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220357527 CN202787859U (en) | 2012-07-24 | 2012-07-24 | Infrared self-heating floor board |
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| CN202787859U true CN202787859U (en) | 2013-03-13 |
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| CN 201220357527 Withdrawn - After Issue CN202787859U (en) | 2012-07-24 | 2012-07-24 | Infrared self-heating floor board |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102808495A (en) * | 2012-07-24 | 2012-12-05 | 浙江未来家木业有限公司 | Infrared spontaneously heating floor and process thereof |
| CN102808496A (en) * | 2012-07-24 | 2012-12-05 | 浙江未来家木业有限公司 | Infrared self-heating floor |
| CN104533049A (en) * | 2014-12-08 | 2015-04-22 | 南京林业大学 | Low-voltage built-in heating cross laminated geothermal floor |
| CN107023143A (en) * | 2017-04-28 | 2017-08-08 | 四川翊森热能科技有限责任公司 | One kind heating lamination layer structure |
-
2012
- 2012-07-24 CN CN 201220357527 patent/CN202787859U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102808495A (en) * | 2012-07-24 | 2012-12-05 | 浙江未来家木业有限公司 | Infrared spontaneously heating floor and process thereof |
| CN102808496A (en) * | 2012-07-24 | 2012-12-05 | 浙江未来家木业有限公司 | Infrared self-heating floor |
| CN102808495B (en) * | 2012-07-24 | 2014-06-25 | 浙江未来家木业有限公司 | Infrared spontaneously heating floor and process thereof |
| CN102808496B (en) * | 2012-07-24 | 2014-08-20 | 浙江未来家木业有限公司 | Infrared self-heating floor |
| CN104533049A (en) * | 2014-12-08 | 2015-04-22 | 南京林业大学 | Low-voltage built-in heating cross laminated geothermal floor |
| CN107023143A (en) * | 2017-04-28 | 2017-08-08 | 四川翊森热能科技有限责任公司 | One kind heating lamination layer structure |
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| AV01 | Patent right actively abandoned |
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