CN2789647Y - Heating device for electric heating flooring - Google Patents
Heating device for electric heating flooring Download PDFInfo
- Publication number
- CN2789647Y CN2789647Y CN 200520083744 CN200520083744U CN2789647Y CN 2789647 Y CN2789647 Y CN 2789647Y CN 200520083744 CN200520083744 CN 200520083744 CN 200520083744 U CN200520083744 U CN 200520083744U CN 2789647 Y CN2789647 Y CN 2789647Y
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- conductive strips
- floor
- conducting
- insulating barrier
- heating
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Abstract
The utility model discloses a warming device for electric heating floors, which comprises a piece-shaped body which has the characteristics of a sliver shape, wherein the piece-shaped body is composed of an upper insulating layer, a conducting layer and a lower insulating layer; the upper insulating layer and the lower insulating layer respectively press and cover the conducting layer from the upper part and the lower part of the conducting layer in a laminate method; the conducting layer is composed of even longitudinal conducting belts which are longitudinally arranged and odd transverse conducting belts which are divided into two sides and are connected between the end parts of adjacent longitudinal conducting belts at intervals; both end parts of each transverse arm conducting belt are connected with end parts of corresponding longitudinal conducting belt forming a conducting circuit with a convolute-shaped single circuit state. The structure being used not only can reduce the consumption of conducting materials, but also has good using security, simultaneously can also eliminate electromagnetic waves generated by conducting materials caused by being energized, effectively prevents human bodies from possible harm and is a safe, healthy, economic, environmental protecting and energy saving warming device.
Description
Technical field
The utility model relates to a kind of heating plant, particularly relates to the heating plant on a kind of electricity heating floor.
Background technology
Along with the fast development of Chinese national economy, the significantly raising of living standards of the people, present many houses, particularly as dwelling house or the office usefulness the house, mostly installed heating system, this makes house in winter remain that the warmth floods the air, is very easy to people's work and life.These heating systems that are contained in the house mainly contain the jet chimney heating system, the plumbing pipe heating system, household warming or air-conditioner etc., adopt the mode of jet chimney heating and plumbing pipe heating, have the big characteristics of area of heat-supply service, but, it is generally system's heat supply, must there be boiler that steam or hot water are provided, also heat supply pipeline to be arranged simultaneously, this is inapplicable for the house that does not have central heating, moreover owing to adopted boiler, noise and exhaust gas discharging are arranged, cause pollution easily environment, be unfavorable for environmental protection, in addition, also need the special messenger to carry out operation and maintenance for the operation of boiler, pipeline also needs to safeguard, and also very easily be subjected to the restriction of time on the heat-supplying mode, be not convenient for people's use; Adopt the heating mode of air-conditioner or household warming, have easy to use, insert the characteristics that power supply can use, and Electric heating is comparatively environmental protection also, but its power consumption is too high, make this urban electricity system unbearably load especially of power shortage, its area of heat-supply service is little simultaneously, is unwell to large-area heating and uses.The heating plant on a kind of for this reason electricity heating floor just arises at the historic moment, this heating plant can be installed under the timber floor, by timber floor upwards heat radiation reach the purpose of heating, but the heating plant on existing this electricity heating floor is by the monoblock Electric radiant Heating Film or being provided with multiloop circuit film is used as the heating body, both consumed more conductive material, the security of lack using again because electric current can generate an electromagnetic field during by film body, also very easily causes damage to human body simultaneously.
The utility model content
The purpose of this utility model is to overcome the deficiency of prior art, the heating plant on a kind of electricity heating floor is provided, both can reduce the use amount of conductive material, has safety in utilization preferably again, can also eliminate simultaneously conductive material because of the electromagnetic wave that energising is produced, avoid the injury that may cause effectively human body.
The technical scheme that its technical problem that solves the utility model adopts is: the heating plant on a kind of electricity heating floor, and it comprises the plates with strip feature; Plates are made of last insulating barrier, conductive layer, following insulating barrier; Last insulating barrier, following insulating barrier are coated on conductive layer from upper and lower pressing respectively in the lamination mode, and conductive layer is made of the interruption-like horizontal conductive strips that are connected between the adjacent vertical conductive strips end of vertical conductive strips and odd number bar branch both sides that the even number bar is vertical arrangement; Each horizontal conductive strips both ends and the corresponding conducting wire that is connected to form of indulging between the conductive strips end with spirally single loop state; Intersect with the end of corresponding two adjacent vertical conductive strips is superimposed respectively at the both ends of described horizontal conductive strips, and its intersection is provided with in the laser weld mode and penetrates the weld seam that insulating barrier forms; Described plates both sides are not connected with to be provided with between the end of two adjacent vertical conductive strips of horizontal conductive strips cuts the hole, is provided with the plates both sides of cutting the hole and also is coated with insulating barrier.
Described vertical conductive strips are identical with the thickness of horizontal conductive strips.
The thickness of described vertical conductive strips and horizontal conductive strips is inequality.
The thickness of described vertical conductive strips, horizontal conductive strips is 20～300u, and width is 0.2～10mm.
The thickness of described vertical conductive strips, horizontal conductive strips is 50～100u, and width is 3.0～5.0mm.
Described weld shape is a ring-type.
The thickness of described plates is 0.5mm.
Described vertical conductive strips, horizontal conductive strips are metallic foil.
Described vertical conductive strips, horizontal conductive strips are respectively two kinds of metallic foils that material is made a kind of or inequality of stainless steel, nickel chromium triangle, iron, siderochrome, steel and steel alloy, aluminium and aluminium alloy.
Described upward insulating barrier, following insulating barrier are synthetic resin sheet.
Described synthetic resin sheet is mylar or polyamide-imide film or polyethylene film.
During making, the synthetic resin sheet that adopts strip is as upper and lower insulating barrier, and synthetic resin sheet can be mylar, can perhaps be polyethylene film for being the polyamide-imide film also; The metallic foil that two kinds of materials a kind of or inequality of employing stainless steel, nickel chromium triangle, iron, siderochrome, steel and steel alloy, aluminium and aluminium alloy are made is as vertical conductive strips, horizontal conductive strips, be the metallic foil that adopts stainless steel to be made as vertical conductive strips, horizontal conductive strips, perhaps, the metallic foil of vertical conductive strips for adopting iron work to form, and horizontal conductive strips are made the metallic foil that forms for adopting aluminum; Arranged distribution has the even number bar to be first metallic foil of vertical arrangement in upper and lower synthetic resin sheet, the orientation of first metallic foil is consistent with the strip direction of synthetic resin sheet, have one to intersect second metallic foil that joins with it respectively at the both ends of first metallic foil, being joined by first metallic foil and intersecting of second metallic foil has constituted latticed circuit; Then adopt the lamination process technology, the latticed circuit that the upper and lower synthetic resin sheet and first metallic foil, second metallic foil are constituted combines, be that upper and lower synthetic resin sheet is coated on latticed circuit from upper and lower pressing, form the plates of a strip, the joint that intersects of first metallic foil wherein and second metallic foil is being pressed and is being sticked together; Then adopt the mode of laser weld to weld in the intersection joint of first metallic foil, second metallic foil, laser weld penetrate insulating barrier and make first metallic foil and second metallic foil welded together, comparatively ideal welding effect is that to make the weld seam of formation be ring-type; Realize that first metallic foil and second metallic foil are intersecting after the joint is electrically connected, partly adopt stamping machine to be excised unnecessary second metallic foil that is connected between the first metallic foil end according to the cabling requirement that forms spirally single loop status line, thereby form some holes of cutting in the plates both sides, there is not the second cut metallic foil just to be divided into plurality of sections, can be described as reservation paragraph, each reservation paragraph is connected between the end of the first adjacent metallic foil respectively at interval, the reservation paragraph of these second metallic foils is exactly horizontal conductive strips, and first metallic foil is vertical conductive strips, like this, by being connected between the reservation paragraph of second metallic foil and first metallic foil promptly having constituted the circuit of spirally single loop state, the direction of current flow of adjacent two first metallic foils of this circuit is always opposite, for this reason, eliminated electromagnetic generation, we can say that electromagnetic wave is almost nil, avoided the injury that may cause effectively human body.The hole of cutting in the plates both sides is located, and is coated with synthetic resin sheet again, crosses the mode of moulding by this secondary, and the part that metallic foil is exposed is insulated, and has so far formed the heating plant on electric heating floor.
During use, the area requirement that strip plates root a tree name of the present utility model is laid can a slice, two or more multi-disc ground use, the circuit of each sheet is drawn the end and is adopted the relaying conductor to be communicated with, and cross switch by the relaying conductor dbus and be connected with external power source, can carry out the adjusting of temperature range by the cut-in temperature controller; The utility model is mated formation when the floor, brace summer can be set on the floor earlier, place heat insulation material on the brace summer, the three-ply board of on heat insulation material, mating formation, strip plates of the present utility model can be arranged on the three-ply board, the circuit of each strip plates is drawn the end and is adopted the relaying conductor to be communicated with, and draw and be connected on the relay, relay is connected with mains supply, and relay also is connected with temperature controller, is realized the break-make of relay is controlled by temperature controller, temperature controller then is connected with temperature sensor, temperature sensor can sense temperature, when temperature reaches the ceiling temperature value, and the signal of temperature controller output power cutoff, the access that relay is cut off the electricity supply, power supply is stopped power supply, and circuit does not have power supply to insert, and the strip plates no longer heat; When temperature reached lower-limit temperature value, the signal of power supply was connected in temperature controller output, and relay inserts power supply, the power supply power supply, and circuit inserts power supply, strip plates energising heating.Repave dress one deck compoiste wood floor on complete heater after, promptly finished the pavement process on floor, the floor of this moment contains heating plant, when needs heating, only needs the opening power gauge tap to use.
The beneficial effects of the utility model are, owing to adopted last insulating barrier, conductive layer, following insulating barrier constitutes the heating plant on electricity heating floor, and last insulating barrier, following insulating barrier in the lamination mode respectively from last, following pressing is coated on conductive layer, conductive layer is made of the interruption-like horizontal conductive strips that are connected between the adjacent vertical conductive strips end of vertical conductive strips and odd number bar branch both sides that the even number bar is vertical arrangement, each horizontal conductive strips both ends forms the conducting wire with spirally single loop state with corresponding indulging being connected between the conductive strips end, both can reduce the use amount of conductive material, has safety in utilization preferably again, can also eliminate simultaneously conductive material because of the electromagnetic wave that energising is produced, avoid the injury that may cause effectively human body; Owing to adopted metallic foil as heater, adopted the double-deck pressurization insulation of synthetic resin sheet, have high temperature resistant, resistant to pressure, corrosion-resistant, durable in use, do not produce the feature of overheated intensification, be a kind of safe, healthy, economy, environmental protection, energy-conservation heating plant.
Below in conjunction with drawings and Examples the utility model is described in further detail; But the heating plant on a kind of electricity heating of the present utility model floor is not limited to embodiment.
Description of drawings
Fig. 1 is an organigram of the present utility model;
Fig. 2 is the A portion enlarged drawing among Fig. 1;
Fig. 3 is a local structure decomposing schematic representation of the present utility model;
Fig. 4 is the cutaway view Amplified image at the lamination position of the utility model metallic foil;
Fig. 5 is the cutaway view Amplified image at the welding position of the utility model metallic foil;
Fig. 6 is user mode figure of the present utility model.
The specific embodiment
Shown in accompanying drawing, the heating plant on a kind of electricity heating of the present utility model floor, it comprises the plates 1 with strip feature; Plates 1 are made of last insulating barrier 11, conductive layer 2, following insulating barrier 12; Last insulating barrier 11, following insulating barrier 12 are coated on conductive layer 2 from upper and lower pressing respectively in the lamination mode, and conductive layer 2 is made of the interruption-like horizontal conductive strips 22 that are connected between adjacent vertical conductive strips 21 ends of vertical conductive strips 21 and odd number bar branch both sides that the even number bar is vertical arrangement; Each horizontal conductive strips 22 both ends and the corresponding conducting wire that is connected to form of indulging between conductive strips 21 ends with spirally single loop state; Intersect with the end of corresponding two adjacent vertical conductive strips 21 is superimposed respectively at the both ends of described horizontal conductive strips 22, and its intersection is provided with in the laser weld mode and penetrates the weld seam 23 that insulating barrier forms; Be not connected with in plates 1 both sides to be provided with between the end of two adjacent vertical conductive strips of horizontal conductive strips and cut hole 13, be provided with the plates both sides of cutting hole 13 and also be coated with insulating barrier 3.
Wherein, vertical conductive strips 21 are identical with the thickness of horizontal conductive strips 22, and certainly, vertical conductive strips 21 also can be inequality with the thickness of horizontal conductive strips 22; Vertical conductive strips 21, horizontal conductive strips 22 are respectively the metallic foil that steel alloy is made, certainly, vertical conductive strips 21, horizontal conductive strips 22 also can be two kinds of metallic foils that material is made a kind of or inequality of stainless steel, nickel chromium triangle, iron, siderochrome, steel and steel alloy, aluminium and aluminium alloy; The thickness of vertical conductive strips 21, horizontal conductive strips 22 is 50u, and width is 5mm; Last insulating barrier 11, following insulating barrier 12 are polyethylene film, also can be other synthetic resin sheets such as mylar or polyamide-imide film; The weld seam 23 that penetrates insulating barrier formation in the laser weld mode is shaped as ring-type; The thickness of plates is 0.5mm.
During making, the synthetic resin sheet that adopts strip is as upper and lower insulating barrier 21,22, and synthetic resin sheet is a polyethylene film, also can be mylar or polyamide-imide film; Adopt metallic foil that steel alloy is made as vertical conductive strips 21, horizontal conductive strips 22, also can adopt metallic foil that two kinds of materials a kind of or inequality of stainless steel, nickel chromium triangle, iron, siderochrome, steel and steel alloy, aluminium and aluminium alloy are made as vertical conductive strips, horizontal conductive strips; Arranged distribution has the even number bar to be first metallic foil 201 of vertical arrangement in upper and lower synthetic resin sheet 21,22, the orientation of first metallic foil 201 is consistent with the strip direction of synthetic resin sheet, have one to intersect second metallic foil 202 that joins with it respectively at the both ends of first metallic foil 201, being joined by first metallic foil 201 and intersecting of second metallic foil 202 has constituted latticed circuit; Then adopt the lamination process technology, the latticed circuit that upper and lower synthetic resin sheet 21,22 and first metallic foil 201, second metallic foil 202 are constituted combines, be that upper and lower synthetic resin sheet 21,22 is coated on latticed circuit from upper and lower pressing, form the plates 1 of strip, joint 203 quilts that intersect of first metallic foil 201 wherein and second metallic foil 202 are being pressed and are being sticked together; Then adopt the mode of laser weld to weld in the intersection joint 203 of first metallic foil 201, second metallic foil 202, laser weld is to penetrate insulating barrier 21 and make first metallic foil 201 and second metallic foil 202 welded together, and comparatively ideal welding effect is to make the weld seam 23 of formation be ring-type; Realize that first metallic foil 201 and second metallic foil 202 are intersecting after joint 203 is electrically connected, adopt stamping machine to be excised unnecessary second metallic foil, 202 parts that are connected between first metallic foil, 201 ends according to the cabling requirement that forms spirally single loop status line, thereby form some holes 13 of cutting in plates 1 both sides, there is not the second cut metallic foil 202 just to be divided into plurality of sections, can be described as reservation paragraph, each reservation paragraph is connected between the end of the first adjacent metallic foil 201 respectively at interval, the reservation paragraph of these second metallic foils 202 is exactly horizontal conductive strips 22, and first metal forming, 201 bands are vertical conductive strips 21, like this, by being connected between the reservation paragraph 22 of second metallic foil 202 and first metallic foil 201 promptly having constituted the circuit of spirally single loop state, adjacent two first metallic foils 201 of this circuit are also promptly indulged always opposite (as shown in Figure 2) of direction of current flow of conductive strips 21, for this reason, eliminated electromagnetic generation, we can say that electromagnetic wave is almost nil, avoided the injury that may cause effectively human body.Plates 1 both sides cut 13 places, hole, be coated with synthetic resin sheet 3 again, cross the mode of moulding by this secondary, the part that metallic foil 201,202 is exposed is insulated, and has so far formed the heating plant on electric heating floor.
During use, the area requirement that 1 a tree name of strip plates of the present utility model is laid can a slice, two or the more use of multi-disc, the circuit of each sheet is drawn the end and is adopted relaying conductor 4 to be communicated with, and cross switch by the relaying conductor dbus and be connected with external power source, can carry out the adjusting of temperature range by the cut-in temperature controller; The utility model is mated formation when the floor, brace summer 61 can be set on the floor earlier, place heat insulation material 62 on the brace summer 61, the three-ply board 63 of on heat insulation material, mating formation, strip plates 1 of the present utility model can be arranged on the three-ply board 63, the circuit of each strip plates 1 is drawn the end and is adopted relaying conductor 4 to be communicated with, and draw and be connected on the relay 51, relay 51 is connected with mains supply, and relay 51 is connected with temperature controller 5 again, is realized the break-make of relay 51 is controlled by temperature controller 5, temperature controller 5 then is connected with temperature sensor, temperature sensor can sense temperature, when temperature reaches the ceiling temperature value, and the signal of temperature controller 5 output power cutoffs, the access that relay 51 is cut off the electricity supply, the power supply of power supply stop code, circuit do not have power supply to insert, and strip plates 1 no longer heat; When temperature reached lower-limit temperature value, the signal of power supply was connected in temperature controller 5 outputs, and relay 51 inserts power supply, the power supply power supply, and circuit is connected to power supply, the 1 energising heating of strip plates.Repave dress one deck compoiste wood floor 6 on complete heater after, promptly finished the process of deployment on floor, the floor of this moment contains heating plant, when needs heating, only needs the opening power gauge tap to use.
Claims (10)
1. the heating plant on an electricity heating floor, it comprises the plates with strip feature; Plates are made of last insulating barrier, conductive layer, following insulating barrier; It is characterized in that: upward insulating barrier, following insulating barrier are coated on conductive layer from upper and lower pressing respectively in the lamination mode, and conductive layer is made of the interruption-like horizontal conductive strips that are connected between the adjacent vertical conductive strips end of vertical conductive strips and odd number bar branch both sides that the even number bar is vertical arrangement; Each horizontal conductive strips both ends and the corresponding conducting wire that is connected to form of indulging between the conductive strips end with spirally single loop state; Intersect with the end of corresponding two adjacent vertical conductive strips is superimposed respectively at the both ends of described horizontal conductive strips, and its intersection is provided with in the laser weld mode and penetrates the weld seam that insulating barrier forms; Described plates both sides are not connected with to be provided with between the end of two adjacent vertical conductive strips of horizontal conductive strips cuts the hole, is provided with the plates both sides of cutting the hole and also is coated with insulating barrier.
2. the heating plant on a kind of electricity heating according to claim 1 floor, it is characterized in that: described vertical conductive strips are identical with the thickness of horizontal conductive strips.
3. the heating plant on a kind of electricity heating according to claim 1 floor, it is characterized in that: the thickness of described vertical conductive strips and horizontal conductive strips is inequality.
4. the heating plant on a kind of electricity heating according to claim 1 floor, it is characterized in that: the thickness of described vertical conductive strips, horizontal conductive strips is 20～300u, width is 0.2～10mm.
5. the heating plant on a kind of electricity heating according to claim 4 floor, it is characterized in that: the thickness of described vertical conductive strips, horizontal conductive strips is 50～100u, width is 3.0～5.0mm.
6. the heating plant on a kind of electricity heating according to claim 1 floor, it is characterized in that: described weld shape is a ring-type.
7. the heating plant on a kind of electricity heating according to claim 1 floor, it is characterized in that: the thickness of described plates is 0.5mm.
8. the heating plant on a kind of electricity heating according to claim 1 floor, it is characterized in that: described vertical conductive strips, horizontal conductive strips are respectively two kinds of metallic foils that material is made a kind of or inequality of stainless steel, nickel chromium triangle, iron, siderochrome, steel and steel alloy, aluminium and aluminium alloy.
9. the heating plant on a kind of electricity heating according to claim 1 floor, it is characterized in that: described upward insulating barrier, following insulating barrier are synthetic resin sheet.
10. the heating plant on a kind of electricity heating according to claim 9 floor, it is characterized in that: described synthetic resin sheet is mylar or polyamide-imide film or polyethylene film.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520083744 CN2789647Y (en) | 2005-04-26 | 2005-04-26 | Heating device for electric heating flooring |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520083744 CN2789647Y (en) | 2005-04-26 | 2005-04-26 | Heating device for electric heating flooring |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2789647Y true CN2789647Y (en) | 2006-06-21 |
Family
ID=36789980
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520083744 Expired - Lifetime CN2789647Y (en) | 2005-04-26 | 2005-04-26 | Heating device for electric heating flooring |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2789647Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102798169A (en) * | 2012-07-26 | 2012-11-28 | 金银 | Non-electromagnetic-wave heating composite floor |
| CN107731364A (en) * | 2017-09-22 | 2018-02-23 | 北京必革家科技有限公司 | Conductive sheet metal and furniture |
-
2005
- 2005-04-26 CN CN 200520083744 patent/CN2789647Y/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102798169A (en) * | 2012-07-26 | 2012-11-28 | 金银 | Non-electromagnetic-wave heating composite floor |
| CN107731364A (en) * | 2017-09-22 | 2018-02-23 | 北京必革家科技有限公司 | Conductive sheet metal and furniture |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CX01 | Expiry of patent term |
Expiration termination date: 20150426 Granted publication date: 20060621 |