CN208950184U - Flexible web for melting ice and snow pastes and its ice dissolution system - Google Patents
Flexible web for melting ice and snow pastes and its ice dissolution system Download PDFInfo
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- CN208950184U CN208950184U CN201821566831.5U CN201821566831U CN208950184U CN 208950184 U CN208950184 U CN 208950184U CN 201821566831 U CN201821566831 U CN 201821566831U CN 208950184 U CN208950184 U CN 208950184U
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Abstract
The utility model belongs to technical field of heating more particularly to a kind of flexible web for melting ice and snow pastes and its ice dissolution system.It solves the technical problems such as existing design is unreasonable.This includes two in the flexible flat connecting band for being spaced apart and being parallel to each other for melting the flexible web of ice and snow to paste, flat conductor is respectively equipped in every flexible flat connecting band, this flexible paste further includes at least a piece of flexible water graphene speed heat film, a wherein flat conductor in two flat conductors is connected to the side on a flexible water graphene speed heat film wherein surface, and in addition a flat conductor is connected to the other side on a flexible water graphene speed heat film wherein surface.Melt speed and light efficiency utility model has the advantages that can be improved, and using more flexible.
Description
Technical field
The utility model belongs to technical field of heating more particularly to a kind of flexible web for melting ice and snow pastes and its ice
Avenge thawing system.
Background technique
Its thawing of ice and snow needs to absorb the thermal energy of certain temperature.
When there is ice and snow weather, snow melt is generally carried out using salt, meanwhile, there is sunlight that sunlight is then cooperateed with to carry out ice and snow together
Melt, still, illumination utilization rate is lower, and when without sunlight, ice dissolution speed at this time is then relatively slow, especially cold north
The trip of Fang Dongtian, people are hindered, meanwhile, building construction and the overstocked gravity by ice and snow, there are security risks.
Therefore, it is badly in need of designing a thawing apparatus that can solve above-mentioned technical problem.
Utility model content
The purpose of this utility model be in view of the above-mentioned problems, provide one kind and can be improved and melt speed and light efficiency, with
And use more flexible flexible web patch and its ice dissolution system for melting ice and snow.
In order to achieve the above objectives, the utility model uses following technical proposal: this is for melting the flexible web of ice and snow
Patch includes two in the flexible flat connecting band for being spaced apart and being parallel to each other, and is respectively equipped in every flexible flat connecting band
Flat conductor, this flexible paste further include at least a piece of flexible water graphene speed heat film, and wherein one in two flat conductors
Flat conductor is connected to the side on a flexible water graphene speed heat film wherein surface, and in addition a flat conductor is connected to described
The other side on a flexible water graphene speed heat film wherein surface.
The application can be applied to the ice dissolution of roofing, in the ice dissolution on ground and the various vehicles
Ice dissolution.
Flat conductor is copper wire, flat structure its convenient for curling and unreel.
Flexible flat connecting band cooperates with flexible water graphene speed heat film, can form an entire volume, it is easy to carry and
Scheduling, using more flexible and conveniently.
Solar heat energy can be absorbed in it to flexible water graphene speed heat film, can further increase solar illumination utilization
Rate, meanwhile, thawing speed is further improved, design is more reasonable and meets the development trend of current social technology.
Flexible flat connecting band is the flat cylindrical structure of flax silk braiding, is equipped with flexibility in the outer wall of flexible flat connecting band
Waterproof membrane.
In the above-mentioned flexible web patch for melting ice and snow, the flexible water graphene speed heat film has several
It piece and is connected in parallel on two flat conductors.
That is, quantity is 1-N piece, setting quantity can be carried out according to actual length.
In the above-mentioned flexible web patch for melting ice and snow, the flexible flat connecting band is that insulation flexible is flat
Connecting band.
Play insulating effect.
In the above-mentioned flexible web patch for melting ice and snow, the flexible water graphene speed heat film includes successively
The PU water-proof anti-aging layer of stacking, conductive media electrode layer, flame-resistant insulation layer, applies silver-colored antistatic layer and anti-at graphene heating film
Light thermal insulation layer, flat conductor are connect with conductive media electrode layer.
Graphene heating film is equivalent to resistance.
After conductive media electrode layer powers on, conductive media electrode layer at this time then gives graphene heating film to power,
And graphene heating film obtain it is electric after realize fever, its heat that generates heat passed out by PU water-proof anti-aging layer, meanwhile, flame-resistant insulation
Layer and apply silver-colored antistatic layer and may insure using ground safety, and reflection and heat insulation layer its can be further improved heat-insulated and heat preservation effect
Fruit, it is entire to design, heating efficiency is not only increased, and further reduce the consumption of electric energy.
The voltage of conductive media electrode layer and 3.7-12V connection, it is, of course, also possible to be higher voltage.
In the above-mentioned flexible web patch for melting ice and snow, corresponding two sides of the conductive media electrode layer
Be connected separately at least one cantilever type elastic connecting pin outwardly protruded on side, the cantilever type elastic connecting pin it is hanging
End is connect with flat conductor.
The recess being inserted into one by one for the cantilever type elastic connecting pin free end end, the knot are equipped on flat conductor
Structure is which ensure that electric conductivity.
Secondly, if being equipped with dry plate far from the one side of the silver-colored antistatic layer of painting in reflection and heat insulation layer is in the flexible reinforcement being parallel to each other
Piece, one end of every flexible reinforced sheet connects band connection with a wherein flexible flat, the other end of every flexibility reinforced sheet and
An other flexible flat connects band connection.
The both ends of flexible reinforced sheet are respectively equipped with several U-shaped buttons, and U-shaped button is buckled in flexible flat connecting band.
The bore of U-shaped button opening be less than U-shaped button internal diameter, the structure its may insure fasten stability.
In the above-mentioned flexible web patch for melting ice and snow, the conductive media electrode layer includes being separately positioned on
For graphene heating film close to the longitudinal flexible conductive sheet of the laminated two sides of flame-resistant insulation, two panels longitudinal flexible conductive sheet is mutually flat
Row, is connected separately with several lateral flexibility conductive sheets in the phase of two panels longitudinal flexible conductive sheet inwardly.
By distributed layout, heating efficiency not only can be improved, but also may also be ensured that the uniform of entire temperature region
Property.
In the above-mentioned flexible web patch for melting ice and snow, the cross on wherein a piece of longitudinal flexible conductive sheet is connected
It is arranged to compliant conductive piece with the lateral flexibility conductive sheet interval being connected on other a piece of longitudinal flexible conductive sheet.
Avoid phenomena such as contacting with each other and short circuit occurs etc..
In the above-mentioned flexible web patch for melting ice and snow, the phase on wherein a piece of longitudinal flexible conductive sheet is connected
There is a piece of lateral flexibility conductive sheet being connected on other a piece of longitudinal flexible conductive sheet between adjacent two panels lateral flexibility conductive sheet.
I.e., it is possible to ensure the uniformity of temperature.
In the above-mentioned flexible web patch for melting ice and snow, the longitudinal flexible conductive sheet outer side edges are located at graphite
The inside of alkene heating film respective side edge.
The structure its may insure safety in utilization.
Alternatively scheme, in the above-mentioned flexible web patch for melting ice and snow, the conductive media electricity
Pole layer includes being connected to lateral flexibility conductive sheet of the graphene heating film in the laminated any end of flame-resistant insulation, in cross
Several longitudinal flexible conductive sheets being arranged along graphene heating film length direction are connected with to compliant conductive on piece.
Similarly, this structure its can be further improved raising heating efficiency, and ensure the equal of entire temperature region
Even property.
In the above-mentioned flexible web patch for melting ice and snow, the lateral flexibility conductive sheet is located at graphene fever
On the inside of the corresponding one end side of film.
The structure its may insure using ground safety.
Pasting manufactured ice dissolution system according to the flexible web for melting ice and snow includes for melting ice and snow
Flexible web patch, flexible paste connect to power supply, and power supply is connect by route with display device, are connected with temperature on the display apparatus
Sensor.
This includes the following steps: for melting the laying method that the flexible web of ice and snow pastes
S1, it unreels, the entire volume flexible paste of curling is unreeled, it is in be spaced apart and mutually put down which, which includes two,
Capable flexible flat connecting band, is respectively equipped with flat conductor in every flexible flat connecting band, this flexible paste further includes at least
A piece of flexible water graphene speed heat film, the wherein flat conductor in two flat conductors are connected to flexible water graphene
The side on a speed heat film wherein surface, in addition a flat conductor is connected to a flexible water graphene speed heat film wherein table
The other side in face；
Flexible water graphene speed heat film includes that PU water-proof anti-aging layer, graphene heating film, the direct current stacked gradually is led
Electric electrode layer, flame-resistant insulation layer apply silver-colored antistatic layer and reflection and heat insulation layer, and the cantilever type elastic on conductive media electrode layer is connected
Pin is connect with flat conductor；
The U-shaped button at flexible reinforced sheet both ends is buckled on flat conductor, it is separate that flexible reinforced sheet is fixed on reflection and heat insulation layer
Apply the one side of silver-colored antistatic layer；Drawstring is connected separately between the opposite both ends of two flat conductors；
S2, laying configure two people, and one of people holds a wherein drawstring, another people holds an other drawstring,
Flexible paste after unreeling is laid with.
Compared with prior art, this for melt ice and snow flexible web patch and its ice dissolution system, method it is excellent
Point is:
1, flat conductor be copper wire, flat structure its convenient for curling and unreel.
2, flexible flat connecting band cooperates with flexible water graphene speed heat film, can form an entire volume, easy to carry
And scheduling, using more flexible and conveniently.
3, flexible water graphene speed heat film its solar heat energy can be absorbed, can further increase solar illumination utilization
Rate, meanwhile, thawing speed is further improved, design is more reasonable and meets the development trend of current social technology
4, design more rationally and can be improved heating efficiency and use is safer.
5, structure is simple and easy to manufacture.
Detailed description of the invention
Fig. 1 is structural schematic diagram provided by the utility model.
Fig. 2 is the structural schematic diagram of multi-disc speed heat film provided by the utility model.
Fig. 3 is rolled state schematic diagram provided by the utility model.
Fig. 4 is the structural schematic diagram of partial structurtes one provided by the utility model.
Fig. 5 is the structural schematic diagram of partial structurtes two provided by the utility model.
Fig. 6 is speed heat membrane structure diagram provided by the utility model.
Fig. 7 is conductive media electrode layer structure schematic diagram provided by the utility model.
Fig. 8 is two structural schematic diagram of embodiment provided by the utility model.
In figure, flexible flat connecting band 1, PU water-proof anti-aging layer 10, flat conductor 2, graphene heating film 20, recess
21, flexible water graphene speed heat film 3, conductive media electrode layer 30, cantilever type elastic connecting pin 300, longitudinal flexible conductive sheet
301, lateral flexibility conductive sheet 302, flame-resistant insulation layer 40, insulation protrusion 401, U-shaped passing channel 402, apply silver-colored antistatic layer 50,
Reflection and heat insulation layer 60, flexible reinforced sheet 700, U-shaped button 701, drawstring 100.
Specific embodiment
It is the specific embodiment of utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
Embodiment one
As shown in Figs. 1-2, this is in be spaced apart and be parallel to each other for melting the flexible web of ice and snow to paste including two
Flexible flat connecting band 1, flexible flat connecting band 1 its to weave, and flexible flat connecting band 1 is the flat company of insulation flexible
Tape splicing.
Flexible water film is equipped in the outer wall of flexible flat connecting band 1.The safety used can be improved.
Flat conductor 2 is respectively equipped in every flexible flat connecting band 1, this flexible paste further includes at least a piece of flexible anti-
Aquadag alkene speed heat film 3, the wherein flat conductor 2 in two flat conductors 2 are connected to flexible water graphene speed heat film 3
The wherein side on a surface, in addition a flat conductor 2 is connected to a flexible water graphene speed heat film 3 wherein surface
The other side.
Drawstring 100 is connected separately between the opposite both ends of two flat conductors 2.
Prioritization scheme flat is led if the flexible water graphene speed heat film 3 of the present embodiment has dry plate and is connected in parallel on two
On line 2.
Several flexible thermally conductive sheets are equipped between adjacent two panels flexible water graphene speed heat film 3, in flexible thermally conductive sheet
The pointed projections of several array distributions are equipped with close to the one side of ice and snow, the stability after being laid with can be improved in it to pointed projections, together
When, flexible thermally conductive sheet its can be by the heat transfer of flexible water graphene speed heat film to by adjacent two panels flexible water graphite
Ice dissolution between alkene speed heat film 3 avoids ice dissolution and forms wavy structure.
Flexible thermally conductive sheet is Flexible graphite thermally conductive sheet or metal flexible thermally conductive sheet.
As shown in Figure 4-8, specifically, the flexible water graphene speed heat film 3 of the present embodiment includes that the PU stacked gradually prevents
Water anti-aging layer 10, conductive media electrode layer 30, flame-resistant insulation layer 40, applies silver-colored antistatic layer 50 and anti-at graphene heating film 20
Light thermal insulation layer 60, flat conductor is connect with conductive media electrode layer.
PU water-proof anti-aging layer 10, the effects of waterproof can be played and protected.
Graphene heating film 20 have the function of fever and it is thermally conductive.
It connect conductive media electrode layer 30 with flat conductor, and conducting wire and alternating current, solar power generation or mobile power source connect
It connects.
Furthermore it is connected with signal receiving end on power supply, is connect with mobile multimedia wireless telecommunications, mobile multimedia packet
Mobile phone and palm PC etc. are included, it is of course also possible to be desktop computer, APP is equipped in mobile multimedia, can remotely control electricity
It opens and realizes electrified regulation in source.
Signal receiving end includes wireless communication module and control switch, and circuit and specific control mode here is existing
There is technology, the present embodiment does not repeat it further herein.
Mobile power source is charger baby, battery and lithium battery etc..
In addition, above-mentioned each layer in the present embodiment its be the prior art.
At least one cantilever outwardly protruded is connected separately on 30 corresponding two sides of conductive media electrode layer
The free end of formula elastic connection foot 300, the cantilever type elastic connecting pin is connect with flat conductor 2.
The recess 21 being inserted into one by one for the cantilever type elastic connecting pin free end end is equipped on flat conductor 2,
The structure is which ensure that electric conductivity.
Secondly, if being equipped with dry plate far from the one side for applying silver-colored antistatic layer in reflection and heat insulation layer 60 is in that the flexibility being parallel to each other adds
Strong piece 700, one end of every flexible reinforced sheet connect band connection with a wherein flexible flat, every flexibility reinforced sheet it is another
End connect band connection with an other flexible flat.
The both ends of flexible reinforced sheet are respectively equipped with several U-shaped buttons 701, and U-shaped button is buckled in flexible flat connecting band.
The bore of U-shaped button opening be less than U-shaped button internal diameter, the structure its may insure fasten stability.
The width of flame-resistant insulation layer 40 is greater than the width of graphene heating film 20, and flame-resistant insulation layer 40 is led close to close to direct current
The one side two sides of electric electrode layer 30 are respectively equipped with the insulation protrusion 401 on the outside of 30 two sides of conductive media electrode layer, are insulating
Protrusion 401 is equipped with the U-shaped passing channel 402 that opening is connect with flame-resistant insulation layer 40, and flat conductor inserts in the U-shaped one by one
In passing channel 402.
The insulation protrusion 401 has several segments and discrete arranged distribution.U-shaped button bit thoroughly does away with edge protrusion in adjacent two
Between 401.
Specifically, the conductive media electrode layer 30 of the present embodiment includes being separately positioned on graphene heating film 20 close to insulation
The longitudinal flexible conductive sheet 301 of 40 one side two sides of flame-retardant layer, two panels longitudinal flexible conductive sheet 301 are parallel to each other, in two panels longitudinal direction
The phase of compliant conductive piece 301 is connected separately with several lateral flexibility conductive sheets 302 inwardly.
The width of longitudinal flexible conductive sheet 301 is equal with the width of lateral flexibility conductive sheet 302.
It connects lateral flexibility conductive sheet 302 on wherein a piece of longitudinal flexible conductive sheet 301 and is connected to other a piece of
Lateral flexibility conductive sheet 302 on longitudinal flexible conductive sheet 301 is spaced setting.
Connection has company between the adjacent two panels lateral flexibility conductive sheet 302 on wherein a piece of longitudinal flexible conductive sheet 301
Connect a piece of lateral flexibility conductive sheet 302 on other a piece of longitudinal flexible conductive sheet 301.
301 outer side edges of longitudinal flexible conductive sheet are located at the inside of 20 respective side edge of graphene heating film.
Pasting manufactured ice dissolution system according to the flexible web for melting ice and snow includes for melting ice and snow
Flexible web patch, flexible paste connects to power supply, and power supply is connect by route with display device, is connected with temperature on the display apparatus
Spend sensor.
Display device includes the display of cpu motherboard.
That is, temperature sensor, which detects, feeds back to display device after extraneous temperature, display device then control flexible paste with
Power supply whether on-off.
As shown in figures 1-8,
The laying method of the present embodiment includes the following steps:
S1, it unreels, the entire volume flexible paste of curling is unreeled, it is in be spaced apart and mutually put down which, which includes two,
Capable flexible flat connecting band, is respectively equipped with flat conductor in every flexible flat connecting band, this flexible paste further includes at least
A piece of flexible water graphene speed heat film, the wherein flat conductor in two flat conductors are connected to flexible water graphene
The side on a speed heat film wherein surface, in addition a flat conductor is connected to a flexible water graphene speed heat film wherein table
The other side in face；
Flexible water graphene speed heat film includes that PU water-proof anti-aging layer, graphene heating film, the direct current stacked gradually is led
Electric electrode layer, flame-resistant insulation layer apply silver-colored antistatic layer and reflection and heat insulation layer, and the cantilever type elastic on conductive media electrode layer is connected
Pin is connect with flat conductor；
The U-shaped button 701 at flexible 700 both ends of reinforced sheet is buckled on flat conductor 2, flexible reinforced sheet 700 is fixed on reflective
Thermal insulation layer 60 is far from the one side for applying silver-colored antistatic layer；Drawstring is connected separately between the opposite both ends of two flat conductors 2
100；
S2, laying configure two people, and one of people holds a wherein drawstring 100, another people holds other one and draws
Rope 100, the flexible paste after unreeling are laid with.That is, covering on ice and snow layer.
Embodiment two
As shown in figure 3,
The working principle and structure of the present embodiment are basically the same as the first embodiment, and unique different structure is: described
Conductive media electrode layer 30 includes being connected to cross of the graphene heating film 20 in any end of 40 one side of flame-resistant insulation layer
To compliant conductive piece 302, it is connected on lateral flexibility conductive sheet 302 several along the setting of 20 length direction of graphene heating film
Longitudinal flexible conductive sheet 301.
The lateral flexibility conductive sheet 302 is located on the inside of the corresponding one end side of graphene heating film 20.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (10)
1. the flexible web patch for melting ice and snow, which is characterized in that it is in be spaced apart and mutually put down that this flexible paste, which includes two,
Capable flexible flat connecting band, is respectively equipped with flat conductor in every flexible flat connecting band, this flexible paste further includes at least
A piece of flexible water graphene speed heat film, the wherein flat conductor in two flat conductors are connected to flexible water graphene
The side on a speed heat film wherein surface, in addition a flat conductor is connected to a flexible water graphene speed heat film wherein table
The other side in face.
2. the flexible web patch according to claim 1 for melting ice and snow, which is characterized in that the flexible water stone
If black alkene speed heat film has dry plate and is connected in parallel on two flat conductors.
3. the flexible web patch according to claim 1 for melting ice and snow, which is characterized in that the flexible flat connects
Tape splicing is the flat connecting band of insulation flexible.
4. the flexible web patch according to claim 1 for melting ice and snow, which is characterized in that the flexible water stone
Black alkene speed heat film includes PU water-proof anti-aging layer, graphene heating film, the conductive media electrode layer, flame-resistant insulation stacked gradually
Layer, the silver-colored antistatic layer of painting and reflection and heat insulation layer, flat conductor are connect with conductive media electrode layer.
5. the flexible web patch according to claim 4 for melting ice and snow, which is characterized in that the conductive media electricity
Pole layer is connected separately at least one cantilever type elastic connecting pin outwardly protruded, the cantilever on corresponding two side
The free end of formula elastic connection foot is connect with flat conductor.
6. the flexible web patch according to claim 4 for melting ice and snow, which is characterized in that the conductive media electricity
Pole layer includes being separately positioned on graphene heating film close to the longitudinal flexible conductive sheet of the laminated two sides of flame-resistant insulation, and two panels is longitudinal
Compliant conductive piece is parallel to each other, and it is conductive to be connected separately with several lateral flexibilities inwardly in the phase of two panels longitudinal flexible conductive sheet
Piece.
7. the flexible web patch according to claim 6 for melting ice and snow, which is characterized in that connection is a piece of vertical wherein
It is conductive to the lateral flexibility conductive sheet of compliant conductive on piece and the lateral flexibility that is connected on other a piece of longitudinal flexible conductive sheet
The setting of piece interval.
8. the flexible web patch according to claim 6 for melting ice and snow, which is characterized in that connection is a piece of vertical wherein
To being connected between the adjacent two panels lateral flexibility conductive sheet of compliant conductive on piece on other a piece of longitudinal flexible conductive sheet
A piece of lateral flexibility conductive sheet.
9. the flexible web patch according to claim 6 for melting ice and snow, which is characterized in that the conductive media electricity
Pole layer includes being connected to lateral flexibility conductive sheet of the graphene heating film in the laminated any end of flame-resistant insulation, in cross
Several longitudinal flexible conductive sheets being arranged along graphene heating film length direction are connected with to compliant conductive on piece.
10. pasting manufactured ice dissolution system for melting the flexible web of ice and snow described in -9 any one according to claim 1
System, which is characterized in that this system includes pasting for melting the flexible web of ice and snow, and flexible paste connects to power supply, and power supply passes through line
Road is connect with display device, is connected with temperature sensor on the display apparatus.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821566831.5U CN208950184U (en) | 2018-09-25 | 2018-09-25 | Flexible web for melting ice and snow pastes and its ice dissolution system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821566831.5U CN208950184U (en) | 2018-09-25 | 2018-09-25 | Flexible web for melting ice and snow pastes and its ice dissolution system |
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| Publication Number | Publication Date |
|---|---|
| CN208950184U true CN208950184U (en) | 2019-06-07 |
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ID=66739278
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821566831.5U Active CN208950184U (en) | 2018-09-25 | 2018-09-25 | Flexible web for melting ice and snow pastes and its ice dissolution system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109098362A (en) * | 2018-09-25 | 2018-12-28 | 浙江明烁节能科技股份有限公司 | Flexible web for melting ice and snow pastes and its ice dissolution system, method |
| CN112726973A (en) * | 2020-12-30 | 2021-04-30 | 郑州诚森机电设备有限公司 | Rain shielding structure for top-building balcony of green building |
-
2018
- 2018-09-25 CN CN201821566831.5U patent/CN208950184U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109098362A (en) * | 2018-09-25 | 2018-12-28 | 浙江明烁节能科技股份有限公司 | Flexible web for melting ice and snow pastes and its ice dissolution system, method |
| CN112726973A (en) * | 2020-12-30 | 2021-04-30 | 郑州诚森机电设备有限公司 | Rain shielding structure for top-building balcony of green building |
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