CN103779031B - Compliant conductive coil, correlation module, electromagnetically induced processing unit and correlation technique - Google Patents
Compliant conductive coil, correlation module, electromagnetically induced processing unit and correlation technique Download PDFInfo
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- CN103779031B CN103779031B CN201310745395.3A CN201310745395A CN103779031B CN 103779031 B CN103779031 B CN 103779031B CN 201310745395 A CN201310745395 A CN 201310745395A CN 103779031 B CN103779031 B CN 103779031B
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- dimensional surface
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F02—COMBUSTION ENGINES; HOT-GAS OR COMBUSTION-PRODUCT ENGINE PLANTS
- F02M—SUPPLYING COMBUSTION ENGINES IN GENERAL WITH COMBUSTIBLE MIXTURES OR CONSTITUENTS THEREOF
- F02M27/00—Apparatus for treating combustion-air, fuel, or fuel-air mixture, by catalysts, electric means, magnetism, rays, sound waves, or the like
- F02M27/04—Apparatus for treating combustion-air, fuel, or fuel-air mixture, by catalysts, electric means, magnetism, rays, sound waves, or the like by electric means, ionisation, polarisation or magnetism
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01F—MAGNETS; INDUCTANCES; TRANSFORMERS; SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
- H01F27/00—Details of transformers or inductances, in general
- H01F27/28—Coils; Windings; Conductive connections
- H01F27/2871—Pancake coils
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01F—MAGNETS; INDUCTANCES; TRANSFORMERS; SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
- H01F5/00—Coils
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01F—MAGNETS; INDUCTANCES; TRANSFORMERS; SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
- H01F5/00—Coils
- H01F5/04—Arrangements of electric connections to coils, e.g. leads
Abstract
The present invention provides a kind of compliant conductive coil for being used to carry out fluid electromagnetically induced processing, each circle of the coil is all in same two dimensional surface, the two dimensional surface includes first direction and the second direction perpendicular to the first direction, and the coil can upsweep in the third party perpendicular to the two dimensional surface.The present invention also provides coil combination, metal wire structure, coil block and the electromagnetically induced processing unit of correlation.The present invention also provides a kind of method that electromagnetically induced processing is carried out to fluid.The present invention by by coil design into F-SP, it can be easily installed on fluid line, and the electromagnetically induced effect produced by making the fluid of the magnetic field flowing through pipe produced by it is multiplied, and the electromagnetically induced treatment effect of convection current body is reached maximization.
Description
Technical field
The present invention is broadly directed to a kind of flexible conductive coil, it particularly relates to which a kind of be used to carry out electromagnetism to fluid
The compliant conductive coil of induction.
The invention further relates to related coil combination, metal wire structure, coil block and electromagnetically induced processing unit.This
Invention also provides a kind of method that electromagnetically induced processing is carried out to fluid.
Background technology
The fuel engines generally used at present（For example：Petrol engine, Diesel engine）In can always run into fuel
The problem of burning insufficient and exhaust emissions.And this is the problem in the puzzlement world for causing energy resource consumption and environmental pollution.
In the existing widely used technical scheme for solving these problems, otherwise engine is improved, by excellent
Change and improve the mechanism design and electronic fuel injection system of engine to adjust organic-fuel and air（Oxygen O2）Mixing ratio
Rate, attempts to improve the combustion rate of fuel with this；By using noble metal（Platinum class）The catalyst of type and various filtering skills
Art reduces the discharge of poisonous waste in engine exhaust emission.
But these technologies nearly all run into bottleneck, and current drop drainage technique can improve cost and cause to start motor-driven
The loss of power output, the result is that result in the energy waste of indirect.Its reason is fundamentally to solve because combustion
" non-complete combustion of fuel phenomenon " that material nature and engine internal factor are caused.
The reason for causing this " non-complete combustion of fuel phenomenon " is that the phase boundary potential that various materials are carried in nature is led
Cause.Due to the influence in magnetic field of the earth, various materials on earth can all carry current potential, current potential just with it is negative, then be due to thing
The property of matter in itself is determined.Simultaneously the external environment at material also can promote or weaken material with the strong of current potential
Degree.Specifically：
A. organic-fuel（Gasoline, diesel oil, heavy oil, aviation kerosine, ethanol, industrial alcohol, liquefied petroleum gas, liquefaction is natural
Gas etc.）Itself is due to the electrostatic shadow produced by being influenceed by magnetic field of the earth and being oxidized during preservation and vibrate friction
Ring, the outer interface of fuel is tending to band just（+）Current potential.Organic-fuel is very easy powered, for example, transport liquid fuel
Oil tank vehicle must be provided with high performance static release device discharge pot liquid fuel in transportation due to shake
A large amount of electrostatic charges produced by dynamic friction.If ground can not be discharged into the electrostatic charge of accumulation in time, charge discharge will
" Electrostatic Fire " can be caused and cause fuel tank explosion；
B. simultaneously, organic-fuel is the phase boundary potential intensity shortage of the various intermolecular presence inside mixture, fuel
Uniformity, causes the micel in its composition not of uniform size.Current fuel electronic fuel injection technique can not effectively crush combustion
Expect micel, larger difference is there is which results in the size for the fuel particle being injected into cylinder and composition
It is different；
C. organic-fuel is in management process, moisture that also can be in absorption air, due to the influence of phase boundary potential, a part
Hydrone can be attracted each other with fuel molecule, when oil gas mix gas carry out detonation when, these moisture hinder fuel molecule with
The combination of oxygen molecule, while can also absorb heat, causes imperfect combustion；
D. air molecule is due to a variety of causes（Ultraviolet, air pollution, electronics magnetic field etc.）Influence, air molecule it is outer
Portion is also tending to band just（+）Phase boundary potential.And can also have more stream molecule in air（Air humidity）, therefore
Band is being just when being inhaled into in-engine air particles（+）Current potential.Stream molecule in air is also easily to Inner Wall of Combustion Chamber
Movement is attached in nonpolar fuel molecule group, the explosive efficiency of combustion of influence；
E. engine is due to being that ground connection is connected with storage battery negative pole, and fuel injection oil circuit inner face and cylinder（Burning
Room）Inner face be substantially made up of metal, so the phase boundary potential of metal is negative（-）Current potential.
Due to the interaction between above-mentioned fuel, air, the phase boundary potential of engine interior, when fuel is in hair
Motivation internal combustion chamber can be produced two kinds of " imperfect combustion "：
（1）Because fuel subparticle is per se with positive potential（+）, a part of particle therein can be attracted to combustion chamber
Inwall（-）And form the fuel film layer similar to condensation state.This fuel film layer is due to the heat absorption shadow by engine inner wall
Ring and be unable to " the burst burning " to be formed needed for power output, but form relatively mild burning.Due in engine
Detonation reaction be to be completed within the extremely short time, therefore this relatively mild burning has little time complete combustion reaction, and
Form " imperfect combustion " of relativity；
（2）Because the micel for the fuel particle for being injected into engine interior is that uneven, big micel needs
The longer time completes detonation reaction.Micel is bigger, and the probability for forming " imperfect combustion " is higher.
In the patent CN101988448B of applicant（Its is incorporated herein by reference）In disclose and a kind of lured using electromagnetism
Lead the method handled fluid.By the pole for the phase boundary potential that fuel fluid molecule can be efficiently controlled after this processing
Property：The polarities of potentials of fluid molecule, i.e. current potential can be eliminated on demand to neutralize；Or make fluid molecule negatively charged（-）Interface electricity
Position or positively charged（+）Phase boundary potential.
Following several effects can be achieved by this processing：
（1）Fuel particle or hydrone particle is prevented to be attached to the inner face of engine chamber：Due to engine chamber
Internal phase boundary potential is negative（-）, this can repel to the fuel particle with negative potential with water vapour particle naturally, so
Fuel particle or water vapour particle can be prevented to be attached to the internal face of combustion chamber, fuel particle can be suspended in completely in combustion chamber with
Air formation mixed gas；
（2）Larger molecule group effect inside comminution of fuel：Micel in fuel is due to the same sex (-) between fuel molecule
Phase boundary potential and it is mutually exclusive, so as to effectively comminution of fuel micel and prevent fuel molecule from forming micel again.Uniformly
Fuel particle be conducive to more fully explosive combustion.The raising of the complete combustion rate of fuel can also effectively reduce poisonous
The carbon monoxide of property（CO）And hydrocarbon（HC）Generation.
（3）Prevent the generation of harmfulness oxide：Due to the impurity in fuel（Predominantly sulphur, moisture etc.）Phase boundary potential
Also it is transformed into negative（-）Property, promote sulfur molecule to be separated with fuel molecule formation repellency, prevent the sulfur molecule and fuel in fuel
Molecule fights for oxygen molecule, prevents sulfur dioxide（SO2）Generation.Prevent air pollution.Make hydrone contained in fuel also band
Upper negativity（-）Phase boundary potential, to reach the separation of fuel particles and hydrone, prevent hydrone from participating in combustion reaction.
Treated mixed gas（Fuel/air mixture）After compressing, when ignited, its is quick-fried under same environmental condition
Combustion reaction is more violent, and the temperature of detonation can be higher, and the explosive force produced by detonation is bigger, it is possible to achieve engine is at relatively low turn
The increase of power output under several, so as to realize energy-conservation, reduces CO2 emission, reduces the effect of discharge of poisonous waste.
In modern industry application, magnet coil is all that based on the magnet coil wound in helix tube mode, it constructs ginseng
Fig. 1 is seen, with the structure on three dimensions.When having electric current flowing in coil-conductor, the coil can just be produced accordingly
Direct current or ac magnetic field, referring to Fig. 2.
Using this magnet coil to fluid carry out Electromagnetic Treatment when, be all by coil helix pipe sleeve fluid pipeline
On.When needing to conducting fluid（Such as water, liquid metals）, micro- conductor（Such as liquid organic based fuels, wet air）
Or nearly insulating properties fluid（Dry air etc.）Implement specific Electromagnetic Treatment, internal fluid is produced by using electromagnetically induced effect
When raw electric current or potential, imitated using the magnetic field of the magnet coil of this helix tube type for the electromagnetically induced produced by fluid
Rate is very low.Because, according to the basic general knowledge of electromagnetic induction（Fleming right-hand law）, pass through leading that electromagnetic induction is produced
Internal electric current（Or potential）There is close relationship with the direction of motion of conductor and the angle of the magnetic line of force, when conductor is made in magnetic field
During cutting magnetic line movement, induced potential, size and effective length of the conductor in magnetic field of induced potential can be produced in the conductor
Degree and conductor are made to be directly proportional perpendicular to the speed that magnetic direction is moved in magnetic field.The direction of motion and the side of the magnetic line of force when fluid
To in vertical（90 ° of angle）In the state of, electromagnetic field is highest for the electromagnetically induced efficiency of fluid.On the contrary, working as fluid
Flow direction it is parallel with the magnetic line of force（0 ° of angle）When, electromagnetic field is minimum for the electromagnetically induced efficiency of fluid.And use
During the magnet coil of this helix tube type, in the place that coil internal magnetic field lines density is maximum, the flow direction of fluid and magnetic force
The angle of line is 0 °, therefore its electromagnetically induced efficiency is low-down（Referring to Fig. 3, wherein representing flow of fluid with block arrow
Direction）.
In the field that some utilize electromagnetic induction technology, in order to obtain the electromagnetic induction effect of maximum, people are by helix tube
The magnet coil of formula and fluid line arranged perpendicular, make the maximum magnetic field output par, c of helix tube internal magnetic field lines density and fluid
Flow direction it is vertical.Such as electromagnetic flowmeter is exactly to utilize this principle.
But, electromagnetic flowmeter needs a toroidal winding vertical with pipeline to produce electromagnetic field, can take larger
Space and height（Referring to Fig. 4, wherein toroidal winding 1 is set perpendicular to whole fluid line）.Also, if using similar
The toroidal winding that Electromagnetic Treatment is carried out to fluid is set in the mode of electromagnetic flowmeter, and the position that fluid flows through is not in
The maximum place of coil inside density of line of magnetic force, therefore this configuration is also poorly efficient.Further, due to needing stronger magnetic field,
It can cause vertically disposed toroidal winding is bulky to take more spaces, this can cause the increase of construction cost at double,
And the fixation of magnet coil is also unstable.
Accordingly, it would be desirable to it is a kind of it is more efficient, using more easily to fluid carry out electromagnetically induced technology.
The content of the invention
To solve the above problems, the present invention provide a kind of compliant conductive coil be used for using electromagnetically induced to fluid at
Reason, it can be conveniently installed on the pipeline that fluid passes through, and efficiently can produce electromagnetism to the fluid for flowing through pipeline
Inducing effect.
According to a main aspect of the invention, there is provided a kind of compliant conductive for being used to carry out fluid electromagnetically induced processing
Coil, each circle of the coil all in same two dimensional surface, the two dimensional surface include first direction and perpendicular to this
The second direction in one direction, and the coil can upsweep in the third party perpendicular to the two dimensional surface.
Preferably, the coil at least has the first symmetry axis in the two dimensional surface, and the coil is in first symmetry axis two
Side has first end and the second end relative with first end, and the coil can upsweep in third party so that first
End and the second end are adjacent to each other, wherein, the axial direction of the three-dimensional shape of the coil after curling is parallel with first symmetry axis.
Preferably, the coil is curled into the first end and the second end is in contact with each other.
Preferably, the coil has the shape of circular, ellipse or class 8-shaped in the two dimensional surface.
Preferably, the coil in the two dimensional surface in the first direction have the first bent portion, and this second
There is straight line portion or the second bent portion on direction.
Preferably, the coil has outwardly first bent portion in the first direction in the two dimensional surface, and
There is aduncate second bent portion in the second direction so that the coil has two centers of curvature.
Preferably, the coil has at least two bending sections in two dimensional surface, is less than wherein each bending section has
The central angle of 180 degree.
Preferably, at least two bending section is mutually symmetrical with.
Preferably, the length of the coil is the perimeter of section or 1/2 perimeter of section for the pipeline that fluid flows through.
Preferably, the width of the coil is the diameter of section for the pipeline that fluid flows through.
Preferably, the minimum widith of the coil is the 1/4 to 1/2 of Breadth Maximum.
Preferably, the coil in a first direction across beeline be the 1/4 to 1/2 of longest distance.
Preferably, two bending sections are relative along the first direction or the second direction.
Preferably, the Longitudinal extending of first symmetry axis along the coil.
Preferably, also there is the coil joint to be used to be electrically connected with external devices, and the joint is vertical positioned at the coil
To middle part.
According to another main aspect of the present invention there is provided a kind of coil combination, it includes multiple in parallel or in series existing
Any above-mentioned coil together.
Preferably, the plurality of coil all in including first direction and perpendicular to the first direction second direction this two
In dimensional plane.
Preferably, the plurality of coil is arranged side by side in the two dimensional surface along the first direction.
Preferably, the plurality of coil can be simultaneously along the second direction on the third direction perpendicular to the two dimensional surface
Curling.
Preferably, the interior setting into telescopiform of the plurality of coil two dimensional surface.
Preferably, the plurality of coil can upsweep in the third party perpendicular to the two dimensional surface simultaneously.
Preferably, the plurality of coil on the third direction perpendicular to the two dimensional surface into stacked setting.
Preferably, the plurality of coil can upsweep in the third party perpendicular to the two dimensional surface simultaneously.
Preferably, the plurality of coil carries out mixing setting with least two in mode arranged below：Including this first
Direction and be arranged side by side in the two dimensional surface of the second direction of the first direction, in the two dimensional surface into intussusception
The setting of formula and on the third direction perpendicular to the two dimensional surface into stacked setting.
Preferably, the plurality of coil can upsweep in the third party perpendicular to the two dimensional surface simultaneously.
According to another main aspect of the present invention there is provided a kind of metal wire structure, the metal wire structure, which can be formed, appoints
An a kind of part for above-mentioned coil, the metal wire structure has the first bending section in the first direction in the two dimensional surface
Point, and include straight line portion or the second bent portion in the second direction, and can be perpendicular to the two dimensional surface
Third party upsweeps.
Preferably, the metal wire structure has the symmetry axis extended along the second direction.
Preferably, the metal wire structure can along the second direction on the third direction perpendicular to the two dimensional surface on
Curling.
Preferably, the metal wire structure has the second end of first end and remote first end along the second direction,
The metal wire structure can be curled into along the second direction so that the first end and the second end are adjacent to each other.
According to a main aspect of the invention there is provided a kind of coil block, the coil block includes at least one coil
Module, and the coil module includes any above-mentioned coil or any above-mentioned coil combination or any above-mentioned metal wire
Structure.
Preferably, the coil block also includes the sponge protective layer being covered on the outside of the coil module and/or inner side,
Wherein, the side of coil module from fluid line farther out is referred on the outside of the coil module, and refers to line on the inside of coil module
Enclose the module side nearer from fluid line.
Preferably, the coil block is additionally included in the outer side covers of the coil module on the sponge protective layer or directly covered
The electro-magnetic screen layer covered on the coil module.
According to a main aspect of the invention, a kind of electromagnetically induced processing unit, electromagnetically induced processing dress are also provided
Put the current feedback circuit being connected including any above-mentioned coil block and by wire with the coil block.
Preferably, the current feedback circuit is DC current generator or alternating current generator.
Preferably, the current feedback circuit is that the alternating current with fixed frequency or alterable frequency or hybrid frequency occurs
Device.
According to a main aspect of the invention, a kind of method that electromagnetically induced processing is carried out to fluid, the party are also provided
Method includes：
There is provided for any above-mentioned coil block on fluid line；
There is provided with the coil block into the current feedback circuit electrically connected；
By the coil block on fluid line, the cross sectional shape for the fluid line that is allowed to fit；
The current feedback circuit is set to produce electric current, so that the coil block produces the fluid production in magnetic field, fluid pipe road
Raw electromagnetically induced effect；
Wherein, the coil block is wound on the fluid line, when the coil block produces magnetic field, magnetic field
The magnetic line of force be substantially perpendicular to the fluid line axial direction（The direction of flow of fluid）.
Preferably, the current feedback circuit is produced electric current includes making the current feedback circuit produce direct current or alternating current.
Preferably, the current feedback circuit is produced electric current includes making the current feedback circuit produce with fixed frequency or variable
Change the alternating current of frequency or hybrid frequency.
Preferably, the coil block is included on fluid line making the coil block originally in the two dimensional surface
Both sides in relative position are curled into close to each other.
Preferably, the coil block is included on fluid line making the coil block originally in the two dimensional surface
Both sides in relative position, which are curled into, to be contacted with each other.
According to a main aspect of the invention, there is provided a kind of compliant conductive for being used to carry out fluid electromagnetically induced processing
Coil, the coil be curled into laminating fluid line cross sectional shape, and the coil can be launched into so that its all wire turn all
It is in same two dimensional surface, the two dimensional surface includes first direction and the second direction perpendicular to the first direction, and is somebody's turn to do
The expansion of coil is the expansion on the third direction perpendicular to the two dimensional surface.
Preferably, after being deployed in the two dimensional surface, the coil at least have the first symmetry axis, the coil this first
Symmetry axis both sides have first end and the second end relative with first end, in the third direction when coil is crimped
Upper curling so that the first end and the second end are adjacent to each other, wherein, the axial direction of fluid line is put down with first symmetry axis
OK.
Preferably, the first end is curled into when the coil is crimped and the second end is in contact with each other.
Preferably, after being deployed in the two dimensional surface, the coil have in the two dimensional surface circular, ellipse or
The shape of class 8-shaped.
Preferably, after being deployed in the two dimensional surface, the coil has in the first direction in the two dimensional surface
First bent portion, and there is straight line portion or the second bent portion in the second direction.
Preferably, after being deployed in the two dimensional surface, the coil has in the first direction in the two dimensional surface
Outwardly first bent portion, and there is aduncate second bent portion in the second direction so that the coil exists
There are two centers of curvature in the two dimensional surface.
Preferably, after being deployed in the two dimensional surface, the coil at least has two bending sections in the two dimensional surface,
Wherein each bending section has the central angle less than 180 degree.
Preferably, after being deployed in the two dimensional surface, two bending sections are along the first direction or the second party
To relative.
Preferably, after being deployed in the two dimensional surface, the length of the coil is the perimeter of section for the pipeline that fluid flows through
Or 1/2 perimeter of section.
Preferably, after being deployed in the two dimensional surface, the width of the coil is the diameter of section for the pipeline that fluid flows through.
Preferably, after being deployed in the two dimensional surface, the minimum widith of the coil is the 1/4 to 1/2 of Breadth Maximum.
Preferably, after being deployed in the two dimensional surface, the coil in a first direction across beeline be most long
The 1/4 to 1/2 of distance.
Preferably, after being deployed in the two dimensional surface, the Longitudinal extending of first symmetry axis along the coil.
Preferably, the coil also have joint be used for be electrically connected with external devices, and the coil be deployed in this two
When in dimensional plane, the joint is located at the middle part of coil longitudinal direction.
According to another main aspect of the present invention there is provided a kind of coil combination, it includes multiple in parallel or in series existing
Any of the above-described kind of coil together, the expansion that the coil combination can be on the third direction perpendicular to the two dimensional surface so that
The plurality of coil is deployed in the two dimensional surface.
Preferably, after expansion of the coil combination on the third direction perpendicular to the two dimensional surface, the plurality of coil is all
In the two dimensional surface.
Preferably, after expansion of the coil combination on the third direction perpendicular to the two dimensional surface, the plurality of coil exists
It is arranged side by side in the two dimensional surface along the first direction.
Preferably, after expansion of the coil combination on the third direction perpendicular to the two dimensional surface, the plurality of coil energy
It is enough to be upsweeped simultaneously along the second direction in the third party perpendicular to the two dimensional surface.
Preferably, after expansion of the coil combination on the third direction perpendicular to the two dimensional surface, the plurality of coil should
Into the setting of telescopiform in two dimensional surface.
Preferably, after expansion of the coil combination on the third direction perpendicular to the two dimensional surface, the plurality of coil energy
It is enough to be upsweeped simultaneously in the third party perpendicular to the two dimensional surface.
Preferably, after expansion of the coil combination on the third direction perpendicular to the two dimensional surface, the plurality of coil exists
Into stacked setting on the third direction of the two dimensional surface.
Preferably, after expansion of the coil combination on the third direction perpendicular to the two dimensional surface, the plurality of coil energy
It is enough to be upsweeped simultaneously in the third party perpendicular to the two dimensional surface.
Preferably, after expansion of the coil combination on the third direction perpendicular to the two dimensional surface, the plurality of coil with
At least two in mode arranged below carry out mixing setting：Including the first direction and perpendicular to the first direction this
It is arranged side by side in the two dimensional surface in two directions, into the setting of telescopiform in the two dimensional surface and perpendicular to the two dimension
Into stacked setting on the third direction of plane.
Preferably, after expansion of the coil combination on the third direction perpendicular to the two dimensional surface, the plurality of coil energy
It is enough to be upsweeped simultaneously in the third party perpendicular to the two dimensional surface.
According to the present invention by a main aspect there is provided a kind of metal wire structure, the metal wire structure can be formed
A part for any coil is stated, the metal wire structure can be deployed in the two dimensional surface, be deployed in the two dimensional surface
Afterwards, the metal wire structure has the first bent portion in the first direction in the two dimensional surface, and in the second direction
Including straight line portion or the second bent portion, and it can be upsweeped in the third party perpendicular to the two dimensional surface.
Preferably, after being deployed in the two dimensional surface, the metal wire structure has along the symmetrical of second direction extension
Axle.
Preferably, after being deployed in the two dimensional surface, the metal wire structure can be along the second direction perpendicular to this
It is upper on the third direction of two dimensional surface to crimp.
Preferably, after being deployed in the two dimensional surface, the metal wire structure along the second direction have first end and
The second end away from first end, the metal wire structure can be curled into along the second direction so that the first end and this
Two ends are adjacent to each other.
According to a main aspect of the invention there is provided a kind of coil block, the coil block includes at least one coil
Module, and the coil module includes any of the above-described kind of coil or any of the above-described kind of coil combination or any of the above-described kind of metal wire
Structure.
Preferably, the coil block also includes the sponge protective layer being covered on the outside of the coil module and/or inner side,
Wherein, the side of coil module from fluid line farther out is referred on the outside of the coil module, and refers to line on the inside of coil module
Enclose the module side nearer from fluid line.
Preferably, the coil block is additionally included in the outer side covers of the coil module on the sponge protective layer or directly covered
The electro-magnetic screen layer covered on the coil module.
According to a main aspect of the invention, a kind of electromagnetically induced processing unit, electromagnetically induced processing dress are also provided
Put the current feedback circuit being connected including any of the above-described kind of coil block and by wire with the coil block.
Preferably, the current feedback circuit is DC current generator or alternating current generator.
Preferably, the current feedback circuit is that the alternating current with fixed frequency or alterable frequency or hybrid frequency occurs
Device.
The present invention by the way that coil design, into F-SP, can be easily installed on fluid line, and
And the electromagnetically induced effect produced by making the fluid of magnetic field flowing through pipe produced by it is multiplied, and make the stream of fluid
Dynamic direction crosses into vertical substantially with the magnetic line of force in pipeline, and the electromagnetically induced treatment effect of convection current body can substantially reached
Maximize.
Using the present invention, following remarkable advantage can be obtained.
1st, electromagnetically induced efficiency high：Density of line of magnetic force in pipeline is high, and the cross section of magnetic line of force direction and pipeline is put down substantially
OK, the flow direction with fluid is substantially into intersecting vertically, and magnetic field produces the efficiency highest of electric current or potential to the electromagnetically induced of fluid,
Electromagnetically induced efficiency is several times to tens times of traditional wound formula coil.
2nd, the energy, reduction energy consumption are saved：Can use conventional coil ten/once electric current can obtain and traditional wire
The equal or higher fluid electromagnetically induced effect of circle, saves the energy；In a state of use, itself electromagnetically induced rate and resistance are remote
Less than the coil of traditional helix tube type, the energy consumption of coil in itself is extremely low, hardly produces heat.
3rd, simple structure, has a wide range of application：Available material species is various, and very frivolous, the tool that can be made
There is rollable property, can freely change fluid pipe road as needed or the three-dimensional of container surrounds shape and area coverage, fit
Answer various fluid lines.
5th, easy for installation, extension is convenient：Compared with traditional solenoid, completely by helical not before fluid line is installed
Pipe is enclosed on fluid line in advance or is slowly being wrapped in solenoid on fluid line after fluid line has been installed
Trouble；Also, in the state of limited in space, it might even be possible to be superimposed the number of plies of coil to increase coil by serial or parallel connection
Density, strengthens electromagnetic field intensity.
Brief description of the drawings
Below with reference to accompanying drawing, the present invention is described further.It should be noted that such explanation is to help
Help and more fully understand the present invention, be exemplary explanation, rather than the present invention is provided constraints.
Fig. 1 is the structural representation of conventional helical pipeline circle；
Fig. 2 is the schematic diagram in the magnetic field produced by conventional helical pipeline circle；
Fig. 3 is the schematic diagram that the magnetic field produced by conventional helical pipeline circle is acted to the fluid for flowing through pipeline；
Fig. 4 is the schematic diagram for the flowmeter for installing toroidal winding in a vertical manner；
Fig. 5 shows the coil of a form of implementation according to the present invention；
Fig. 6 schematically shows that coil passes to magnetic field conditions produced after electric current；
The shape that Fig. 7 schematically shows coil laminating fluid line and crimped；
Fig. 8 a-8c show some modifications of coil；
Fig. 9 is shown extends form according to the coil of the form of implementation of the present invention；
Figure 10 also show extends form according to the coil of the form of implementation of the present invention；
Figure 11 shows another form of the coil of a form of implementation according to the present invention；
Figure 12 shows the section view of the coil block of a form of implementation according to the present invention；
Figure 13 is to show the situation by coil block on fluid line in the form of schematic cross-section；
Figure 14 shows the electromagnetically induced processing unit for being used for fluid processing of a form of implementation according to the present invention
Schematic diagram；
Embodiment
, it is to be understood that what the description below in relation to form of implementation of the present invention was merely exemplary, and it is nonrestrictive.Example
Such as, herein, term " one ", " two " etc. only represent the quantity of part in particular implementation form, and are not intended to it
Object applies any limitation, and such as quantity is limited.And for example, term " first ", " second " etc. are only used as label, and are not intended to it
Object applies any limitation, and such as order or rank is limited.For another example, term " XYZ coordinate system " merely for convenience of description and
The coordinate system of addition, and be not intended to apply its object any limitation, such as direction or locus limitation.And when citation art
During language such as " X-direction ", if it is X positive not refer in particular to（X+）Or X negative senses（X-）, it should be understood that loosely including both；
It is also such for " Y-direction " or " Z-direction ".
Fig. 5 shows the coil of a form of implementation according to the present invention, and which show coil 10 and XYZ coordinate system
System.Coil 10 includes some astragal circles, and these wire turns are in approximately the same plane, i.e., on X/Y plane.In other words, coil 10 exists
There is notable size on X, Y-direction, and do not possess notable size in z-direction so that coil 10 can be counted as only flat in XY
Extend in face.In X/Y plane, coil 10 includes four parts.Since Y-axis leaves origin O remote positions, along counterclockwise
Direction, is followed successively by Part I 11, Part II 12, Part III 13 and Part IV 14.
As shown in figure 5, span of the coil 10 along Y-axis is more than its span along X-axis.If being defined as along the direction of Y-axis
Longitudinal direction, and being defined as transverse direction along the direction of X-axis, then along the span of Y-axis be length, and be then width along the span of X-axis.
It is more than 1 in the aspect ratio of this form of implementation coil 10., it is to be understood that in different forms of implementation, coil 10 is in length and breadth
Than can be different, and if necessary, its span along Y-axis can be less than or equal to its span along X-axis.
In Figure 5, Part I 11 and Part III 13 mainly extend in X direction, they can be regarded as coil 10 along Y
The part of two opposite sides of axle distribution.And Part II 12 mainly extends with Part IV 14 along Y-direction, they are considered as
It is the part for two opposite sides that coil 10 is distributed along X-axis.In this form of implementation, Part I 11 and Part III 13 are each
Come with the bent portion of outwardly convex, and Part II 12 and Part IV 14 accept Part I 11 and Part III 13
Radian, respectively comes with the bent portion concaved.That is, what Part I 11 and Part III 13 were distributed from them along Y-direction
End points is to during the extension of centre, and it is increasing in the span of X-direction, and Part II 12 accepts Part I with Part IV 14
11 and Part III 13 radian continue to centre extension when, it is less and less in the span of X-direction.So, including coil 10
Portion forms two centers of curvature.When being powered, this magnetic line of force for being shaped such that coil is more concentrated, and is lured so as to enhance electromagnetism
Lead effect.In some preferred forms of implementation, the minimum span in X-direction of coil 10 is the 1/4 to 1/2 of maximum span.
It is to be understood that in other forms of implementation, the raised or recessed form of these parts can change,
For example, Part II 12 and Part IV 14 can be straight, or with outside projection.
As shown in figure 5, as a complete unit, the coil 10 in the form of implementation is in the class figure of eight.Because Part I
11 and Part III 13 respectively come with the bent portion of outwardly convex, and Part II 12 respectively comes with inwardly with Part IV 14
Recessed bent portion.So, in other forms of implementation, coil 10 obviously can have other shapes, such as circular, oval
Shape, class " O " font etc..
Referring again to Fig. 5, coil 10 has two terminals 15,16.Coil 10 arises from terminal 15 from its outermost, and finally
In the most interior terminal 16 enclosed.Terminal 15,16 can be connected by wire and external device (ED), so that coil 10 is accessed into circuit
To produce electric current.In this form of implementation, terminal 15,16 is located at the 4th all on Part IV 14, and along Y direction
The center of part 14.It should be understood that, in other forms of implementation, terminal 15,16 each may be located on other positions.Example
Such as, terminal 15 can be arranged on on Part IV 14 and be located at along Y direction the centre of Part IV 14, and by terminal 16
It is arranged on Part II 12 and is located at along Y direction the centre of Part II 12；Or, terminal 15,16 is set respectively
On Part I 11 and Part III 13, and along X-direction respectively positioned at the centre of Part I 11 and Part III 13；
Or, terminal 15 is arranged on Part IV 14, and terminal 16 is arranged on Part I 11.In addition, terminal 15,16 is also simultaneously
Centre position is not necessarily positioned to, but the position of centre can also be positioned away from.
Fig. 6 schematically shows that Fig. 5 coils 10 pass to magnetic field conditions produced after electric current.As illustrated, electric current
Flow through coil 10 in a counterclockwise direction from terminal 15.At this moment, coil 10 produces magnetic field.According to Ampere's law, produced magnetic
The magnetic line of force of field is to be pointed to out of paper outside paper in the inside of coil 10, that is, points to the positive infinity of Z axis, and in coil 10
It is outside then be outside paper point to paper in, that is, point to Z axis negative infinity.
Coil 10 is flexible, and it can scroll up in the side of Z axis and show as all having on tri- directions of X, Y, Z
Write the three-dimensional shape of size.Coil 10 is preferred to be made up of conductive metal, and but, it can also include other materials, for example
Conductive carbon materials.
Referring again to Fig. 5, coil 10 has symmetry axis SAY in the Y-axis direction.If coil 10 is folded along symmetry axis SAY,
Its both sides can substantially be overlapped.In this form of implementation, coil 10 also has symmetry axis SAX in the X-axis direction.Need
It will be appreciated that in other forms of implementation, coil 10 can only have a symmetry axis or without symmetry axis.
When coil 10 is installed on the pipeline that fluid flows through, coil 10 can be rolled with the profile for pipeline of fitting.
The cross section for believing most fluid line is all substantially circular, then for coil 10, that is, by its
It is curled into the shape for cylinder of substantially fitting.
The shape that Fig. 7 schematically shows the laminating pipeline of coil 10 and crimped.Referring concurrently to Fig. 5 and Fig. 7, by coil 10
Preferably along its symmetry axis SAY curlings so that the distance between two ends that the script of coil 10 is distributed along Y direction are more next
It is nearer.When the excircle for the cross section that length of the coil 10 along Y direction just matches fluid line, the two ends can be because
Arrive for curling and just contact.Certainly, in some forms of implementation, the two ends can also partly overlap.In preferred reality
Apply in form, the length of coil is the perimeter of section or 1/2 perimeter of section of the pipeline that fluid flows through, and the width of coil is fluid stream
The diameter of section for the pipeline crossed.
In preferred form of implementation, the axial direction of the three-dimensional shape of the coil 10 after curling（I.e. fluids within pipes are flowable
Direction）Be with symmetry axis SAX it is parallel, and the symmetry axis SAY of coil 10 be in all the time it is parallel with YZ planes perpendicular to X-axis
A plane in, can so ensure coil 10 be powered after produced by magnetic field in fluid line into synergistic effect so that
Improve Electromagnetic Treatment effect.Certainly, in some forms of implementation, the symmetry axis SAY of coil 10 can also be made to misplace after crimping,
It is not in a plane but forms the spiral-shaped of 3d space；In this case, as long as ensure that coil 10 leads to
Magnetic field produced by after electricity forms synergistic effect in fluid line, is also feasible.
As illustrated, coil 10 is crimped onto on fluid line and is powered（The sense of current is referring to arrow）Produced magnetic field afterwards
Direction（Dotted lines are represented）It is vertical with the direction of flow of fluid, according to Fleming's right-hand rule, now work of the magnetic field to fluid
Firmly most strong, produced Electromagnetic Treatment effect is also most strong.
Fig. 8 a-8c show some modifications of coil 10.As needed, for example, can be by according to the size of fluid line
Coil 10 is designed to various sizes.As it was previously stated, the aspect ratio of coil 10 can change, it might even be possible to less than 1（It is i.e. longitudinal
Exchanged with horizontal denotion）.And in addition, the curvature of the bent portion of coil 10 is also to change.
Fig. 9 and Figure 10 show some the extension forms of coil 10 in actual applications.Wherein Fig. 9 is shown positioned at same
The coil extension form that the coil 10 of three series connection in one plane is constituted.And Figure 10 be shown in approximately the same plane two
The coil extension form that individual coil 10 in parallel is constituted., it is to be understood that either cascade or parallel form, coil extension
The quantity for the coil 10 that form includes can be arbitrary.Also, can be i.e. containing series connection shape in coil extension form
Formula, also contains parallel form.Moreover, from these coils 10 in terms of the arrangement mode of X/Y plane, they both can side by side set along X-axis
Put, can also be arranged side by side along Y-axis.The use of the benefit of the extension form of these coils 10 is that can very easily strengthen coil institute
The magnetic field of generation, also just strengthens Electromagnetic Treatment effect.
Although also, it is not shown, it will be appreciated by those skilled in the art that, can also be in the extension form of coil 10
It is designed to that several coils 10 are in laminated arrangement, or the state in mutual intussusception on space structure（I.e. one coil
Wire turn is in the space of adjacent two wire turn of another coil, and vice versa）, can also be designed at least include side by side, layer
The folded, mixed form of intussusception two of which form.Certainly, in these stackings or intussusception form or mixed form, coil
10 are also in state that is in series or in parallel or having series connection also to have parallel connection in view of circuit structure.
Figure 11 shows another form of coil.As illustrated, coil 10 ' in Figure 11 includes Part I 11 ', the
Two parts 12 ', Part III 13 ' and Part IV 14 ', in addition to two terminals 15 ', 16 '.Wherein, Part I 11 ' and
Three parts 13 ' mainly extend along X-direction, and Part II 12 ' mainly extends with Part IV 14 ' along Y direction.Coil
10 ' have symmetry axis SAY in the Y-axis direction, and Part II 12 ' is substantially opposite symmetry axis SAY with Part IV 14 ' is
Symmetrically.Part I 11 ' has the bent portion of outwardly convex, and Part II 12 ' accepts Part I with Part IV 14 '
11 ' radian, respectively comes with the bent portion concaved.Part III 13 ' has two subdivisions 13 ' -1 and 13 ' -2, it
Accept the radian of Part II 12 ' and Part IV 14 ' respectively, and be substantial symmetry on symmetry axis SAY.
Coil 10 ' and other schematic diagrames in Figure 11（Such as Fig. 8 c）In coil 10 compare, only remain along longitudinal direction
Right half part.Left-half is cast out, and each wire turn of right half part is connected by short lead.In fact, this is coil
One kind " reduction " form.It should be understood that the coil of " reduction " form as use, can equally be carried out at electromagnetism to fluid
Reason；And if the coil that the coil of two this " reduction " forms is combined into one " complete " be used together, can also play and
Use the effect that the coil of one " complete " is about the same.It should also be appreciated that in other forms of implementation, this " reduction " form
Coil can be any part for cutting out of any position in " complete " coil.
No matter it should be understood that take any modification of coil 10, or its any " extension form " or " reduction shape
Formula ", can be with reference to the method as shown in Figure 7 being crimped to coil 10 to these modifications, " extension form " or " reduction shape
Formula " is as long as be crimped --- the purpose of the present invention can be realized.
Figure 12 shows the section view of the coil block 200 of a form of implementation according to the present invention.Coil block 200
Core component be coil module 100 between being located therein.The coil module 100 can be the coil 10 that is noted above or
Its " extension " form or " reduction " form, i.e., common coil either the extension of series connection and/or the parallel connection of normal coil or
" part " for normal coil.In the both sides of coil module 100 or wherein side can cover up-protective layer 103.Protective layer
103 be preferably sponge material, and can play protection coil module 100 prevents impaired and heat-insulated effect.If coil
Module 100 is defined as inner side 101 close to the side of fluid line when mounted, and its side from fluid line farther out is defined as
Outside 102, then outside the sponge protective layer 103 in outside 102, preferably also want additional layer electro-magnetic screen layer 104, be used to
Strengthen the electromagnetically induced effect to fluid in pipeline.Electro-magnetic screen layer 104 can be aluminum alloy materials or other materials
Material.
In this form of implementation, coil block 200 includes coil module 100, positioned at the inner side of coil module 100 101
With the sponge protective layer 103 at outside 102, and positioned at outside 102 sponge protective layer 103 outside electro-magnetic screen layer
104.It should be appreciated that other layers can also be added in coil block 200, to realize specific purpose.
Figure 13 is to show the situation by coil block 200 on fluid line 105 in the form of schematic cross-section.Such as
Shown in figure, from the outside of fluid line 105 outwards, sponge protective layer 103, the coil module of the inner side of coil module 100 are followed successively by
100th, the sponge protective layer 103 and electro-magnetic screen layer 104 in the outside of coil module 100.
Figure 14 shows the electromagnetically induced processing unit for being used for fluid processing of a form of implementation according to the present invention
Schematic diagram.Two electrodes of coil block 200 by wire be connected to an output end of current feedback circuit 300 positive pole and
On negative pole.Current feedback circuit 300 applies electric current to coil block 200, then coil block 200 produces magnetic field.When coil block 200
When on the pipeline that fluid is flowed through, magnetic field produced by coil block 200 produces electromagnetically induced effect to fluid.At this moment,
The magnetic line of force that coil block 200 is produced in pipeline and the flow direction of fluids within pipes are into intersecting vertically so as to fluid
Electromagnetically induced treatment effect substantially achieves maximization.
Herein, the electric current applied can be DC current or alternating current.If alternating current, its
Frequency can be it is changeless or change or frequency fix or frequency change several alternating currents
Mixing.In preferred form of implementation, apply alternating current of the frequency range in 4-25k.
Above by specific implementation form the invention has been described, it is to be understood that, above description illustrative rather than
Restricted.For example, the feature in the above can be combined with each other, without departing from the scope of the present invention.In addition, not having
In the case of having the spirit for deviating from the present invention, form of implementation can be modified for adapt to concrete condition.Although described herein
Particular element and process define each form of implementation, but they are no restricted, and simply exemplary role.Pass through
Above description is read, many other embodiments will be readily apparent to those of skill in the art.Therefore, model of the invention
Enclosing should jointly determine with reference to claim together with the complete equivalent scope that this kind of claim covers.
Claims (30)
1. a kind of compliant conductive coil for being used to carry out fluid electromagnetically induced processing, the coil is curled into laminating fluid line
Cross sectional shape, and the coil can be launched into so that its all wire turn is in same two dimensional surface, the two dimension
Plane includes first direction and the second direction perpendicular to the first direction, and the expansion of the coil is perpendicular to described two
Expansion on the third direction of dimensional plane；
After being deployed in the two dimensional surface, the coil has convex in said first direction in the two dimensional surface
Go out the first bent portion, and there is aduncate second bent portion in this second direction so that the coil is in institute
Stating has two centers of curvature in two dimensional surface；Wherein, the second direction is parallel with the direction of the flow of fluid；And
And,
And the coil has two terminals, and the shape with class 8-shaped in the two dimensional surface.
2. coil according to claim 1, it is characterised in that after being deployed in the two dimensional surface, the coil is at least
With the symmetry axis along the second direction, the coil have in the both sides of the symmetry axis first end and with first end phase
To the second end, the coil can upsweep in third party so that first end and the second end are adjacent to each other.
3. coil according to claim 2, it is characterised in that be curled into the first end when coil curling
It is in contact with each other with the second end.
4. coil according to claim 1, it is characterised in that after being deployed in the two dimensional surface, the coil is in institute
State on first direction across beeline be the 1/4 to 1/2 of longest distance.
5. coil according to claim 1, it is characterised in that wherein, the coil also includes being covered in the coil
Sponge protective layer on outside, wherein, the side of coil from fluid line farther out is referred on the outside of the coil.
6. coil according to claim 1, it is characterised in that after being deployed in the two dimensional surface, the coil is the
Length on one direction is the perimeter of section or 1/2 perimeter of section for the pipeline that fluid flows through.
7. coil according to claim 1, it is characterised in that after being deployed in the two dimensional surface, the coil is in institute
Stating at least has two bending sections in two dimensional surface, wherein each bending section has the central angle less than 180 degree.
8. coil according to claim 7, it is characterised in that after being deployed in the two dimensional surface, described two bendings
Section is relative along the first direction.
9. coil according to claim 1, it is characterised in that after being deployed in the two dimensional surface, the coil is the
Length on two directions is the diameter of section for the pipeline that fluid flows through.
10. coil according to claim 1, it is characterised in that the coil also there is joint to be used to enter with external devices
Row electrical connection, and the coil is when being deployed in the two dimensional surface, the joint is located at the middle part of coil longitudinal direction.
11. a kind of coil combination, it include it is multiple in parallel or in series together according to any one of claim 1-10 institutes
The coil stated, the coil combination can be in the expansion on the third direction perpendicular to the two dimensional surface so that at least one
Multiple coils are divided to be deployed in the two dimensional surface.
12. coil combination according to claim 11, it is characterised in that the coil combination is flat perpendicular to the two dimension
After expansion on the third direction in face, the multiple coil is all in the two dimensional surface.
13. coil combination according to claim 12, it is characterised in that the coil combination is flat perpendicular to the two dimension
After expansion on the third direction in face, the multiple coil is arranged side by side in the two dimensional surface along the second direction.
14. coil combination according to claim 13, it is characterised in that the coil combination is flat perpendicular to the two dimension
After expansion on the third direction in face, the multiple coil can upsweep in the third party simultaneously and keep the multiple
The second direction of coil is parallel all with the direction of the flow of fluid.
15. coil combination according to claim 12, it is characterised in that the coil combination is flat perpendicular to the two dimension
After expansion on the third direction in face, into the setting of telescopiform in two dimensional surface described in the multiple coil.
16. coil combination according to claim 15, it is characterised in that the coil combination is flat perpendicular to the two dimension
After expansion on the third direction in face, the multiple coil can be simultaneously in the third direction perpendicular to the two dimensional surface
Upper curling.
17. coil combination according to claim 11, it is characterised in that the coil combination is flat perpendicular to the two dimension
After expansion on the third direction in face, the multiple coil is on the third direction perpendicular to the two dimensional surface into stacking
The setting of formula.
18. coil combination according to claim 17, it is characterised in that the coil combination is flat perpendicular to the two dimension
After expansion on the third direction in face, the multiple coil can be simultaneously in the third direction perpendicular to the two dimensional surface
Upper curling.
19. coil combination according to claim 11, it is characterised in that the coil combination is flat perpendicular to the two dimension
After expansion on the third direction in face, the multiple coil carries out mixing setting with least two in mode arranged below：
It is arranged side by side including the first direction and in the two dimensional surface of the second direction of the first direction, in institute
State in two dimensional surface into the setting of telescopiform and on the third direction perpendicular to the two dimensional surface into stacked
Set.
20. coil combination according to claim 19, it is characterised in that the coil combination is flat perpendicular to the two dimension
After expansion on the third direction in face, the multiple coil can be simultaneously in the third direction perpendicular to the two dimensional surface
Upper curling.
21. a kind of metal wire structure, the metal wire structure can form the line according to any one of claim 1-10
A part for circle, the metal wire structure can be deployed in the two dimensional surface, after being deployed in the two dimensional surface, institute
State metal wire structure has the first outwardly bent portion in said first direction in the two dimensional surface, and in institute
Stating includes aduncate second bent portion in second direction, and can be on the third direction perpendicular to the two dimensional surface
Curling.
22. metal wire structure according to claim 21, it is characterised in that after being deployed in the two dimensional surface, institute
Stating metal wire structure has the symmetry axis extended along the second direction.
23. metal wire structure according to claim 21, it is characterised in that after being deployed in the two dimensional surface, institute
Stating metal wire structure can upsweep along the second direction in the third party perpendicular to the two dimensional surface.
24. metal wire structure according to claim 21, it is characterised in that after being deployed in the two dimensional surface, institute
The second direction and the fluid of the metal wire structure can be upsweeped and keep in the third party by stating metal wire structure
The direction of flowing is parallel.
25. a kind of coil block, the coil block includes at least one coil module, and the coil module is included according to power
Profit requires the coil any one of 1-10 or the coil combination or root according to any one of claim 11-20
According to the metal wire structure any one of claim 21-24.
26. coil block according to claim 25, it is characterised in that the coil block also includes being covered in the line
The sponge protective layer enclosed on the outside and inner side of module, wherein, refer to coil module from fluid hose on the outside of the coil module
The side of road farther out, and refer to the coil module side nearer from fluid line on the inside of coil module.
27. coil block according to claim 26, it is characterised in that the coil block is additionally included in the coil mould
Electro-magnetic screen layer of the outer side covers of block on the sponge protective layer.
28. a kind of electromagnetically induced processing unit, the electromagnetically induced processing unit is included according to any one of claim 25-27
Described coil block and the current feedback circuit being connected by wire with the coil block.
29. the electromagnetically induced processing unit according to claim 28, it is characterised in that the current feedback circuit is direct current
Current feedback circuit or alternating current generator.
30. the electromagnetically induced processing unit according to claim 28, it is characterised in that the current feedback circuit is that have
The alternating current generator of fixed frequency or alterable frequency or hybrid frequency.
Priority Applications (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710833398.0A CN108053964B (en) | 2013-12-30 | 2013-12-30 | Flexible conductive coil, related module, electromagnetic induction processing device and related method |
| CN201710834412.9A CN108053966B (en) | 2013-12-30 | 2013-12-30 | Flexible conductive coil, related module, electromagnetic induction processing device and related method |
| CN201710834411.4A CN108053965B (en) | 2013-12-30 | 2013-12-30 | Flexible conductive coil, related module, electromagnetic induction processing device and related method |
| CN201310745395.3A CN103779031B (en) | 2013-12-30 | 2013-12-30 | Compliant conductive coil, correlation module, electromagnetically induced processing unit and correlation technique |
| PCT/CN2014/095235 WO2015101240A1 (en) | 2013-12-30 | 2014-12-28 | Flexible conductive coil, related module, electromagnetic induction processing apparatus and related method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310745395.3A CN103779031B (en) | 2013-12-30 | 2013-12-30 | Compliant conductive coil, correlation module, electromagnetically induced processing unit and correlation technique |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710834411.4A Division CN108053965B (en) | 2013-12-30 | 2013-12-30 | Flexible conductive coil, related module, electromagnetic induction processing device and related method |
| CN201710833398.0A Division CN108053964B (en) | 2013-12-30 | 2013-12-30 | Flexible conductive coil, related module, electromagnetic induction processing device and related method |
| CN201710834412.9A Division CN108053966B (en) | 2013-12-30 | 2013-12-30 | Flexible conductive coil, related module, electromagnetic induction processing device and related method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103779031A CN103779031A (en) | 2014-05-07 |
| CN103779031B true CN103779031B (en) | 2017-09-15 |
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| CN201710833398.0A Active CN108053964B (en) | 2013-12-30 | 2013-12-30 | Flexible conductive coil, related module, electromagnetic induction processing device and related method |
| CN201710834412.9A Active CN108053966B (en) | 2013-12-30 | 2013-12-30 | Flexible conductive coil, related module, electromagnetic induction processing device and related method |
| CN201310745395.3A Expired - Fee Related CN103779031B (en) | 2013-12-30 | 2013-12-30 | Compliant conductive coil, correlation module, electromagnetically induced processing unit and correlation technique |
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| CN201710833398.0A Active CN108053964B (en) | 2013-12-30 | 2013-12-30 | Flexible conductive coil, related module, electromagnetic induction processing device and related method |
| CN201710834412.9A Active CN108053966B (en) | 2013-12-30 | 2013-12-30 | Flexible conductive coil, related module, electromagnetic induction processing device and related method |
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| CN108053965B (en) * | 2013-12-30 | 2020-07-28 | 镇江科越节能技术有限公司 | Flexible conductive coil, related module, electromagnetic induction processing device and related method |
| US11635048B2 (en) * | 2019-10-02 | 2023-04-25 | Tokyomirai Co., Ltd. | Energy conversion efficiency improvement device |
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- 2013-12-30 CN CN201710834412.9A patent/CN108053966B/en active Active
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| CN101490565A (en) * | 2006-07-10 | 2009-07-22 | 3M创新有限公司 | Flexible inductive sensor |
| CN101988448A (en) * | 2010-10-22 | 2011-03-23 | 镇江科越节能技术有限公司 | Method for magnetically processing fuel |
| CN202796412U (en) * | 2012-07-03 | 2013-03-13 | 深圳市创银科技股份有限公司 | Flexibility coil current transformer |
Also Published As
| Publication number | Publication date |
|---|---|
| CN108053966A (en) | 2018-05-18 |
| CN108053965A (en) | 2018-05-18 |
| CN108053965B (en) | 2020-07-28 |
| CN108053966B (en) | 2020-07-28 |
| CN108053964A (en) | 2018-05-18 |
| CN103779031A (en) | 2014-05-07 |
| WO2015101240A1 (en) | 2015-07-09 |
| CN108053964B (en) | 2020-07-28 |
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