CN107820634A - System and method for controlling the electric field in fluid, gas and bacterium - Google Patents

Abstract

Disclose a kind of electric field and induced by magnetic field apparatus.The apparatus includes the extending core with notch and the conductive winding wound around notch around flexible core.Insulating coating isolates winding with core.The apparatus is around the pipeline winding with streaming flow, and electric current passes through winding with treatment fluid.The apparatus can also be placed around body part, and electric current passes through winding to provide health benefits.

Description

System and method for controlling the electric field in fluid, gas and bacterium

Technical field

Embodiment as described herein relate in general to produce electromagnetic field and electric field and by fluid, gas and bacterial exposure in These electromagnetic fields and electric field, and relate more particularly to a kind of be used to producing electromagnetic field and electric field to reduce microorganism level and right The apparatus that molecule in fluid or gas is adjusted.

Background technology

Flowing through the fluid of pipe will cause mineral matter, molecule, macromolecular and solute to become mistuning.For example, flow through pipe Water typically results in sediment and forms dirt.It is related thin to handle that the removal of dirt may need to use harmful chemicals to bactericide Bacterium.Aim to solve the problem that other apparatuses of the problem are related to：Cut pipe, or physically by wire around pipe wind, or using electricity Magnetic field and/or more heavy oscillator field, such as United States Patent (USP) 8,477,003.

When being related to the body of such as human body or animal body, it is intended to be inflamed due to the inappropriate circulation of body fluid. Generally, circulation or the treatment of inflammatory problems are including the use of medicine.However, these medicines can damage other organs such as liver It is dirty.

Therefor it is required that can be helped improve in the case of without using chemicals flow of fluid, reduce viscosity, reduce it is micro- Biology level, the mineral matter in convection body, molecule, macromolecular and solute be adjusted with cause enhancing fluid device or Apparatus.

The content of the invention

Disclose and claim protection it is a kind of be used for by electric field and/or electromagnetic field be applied on streaming flow with to mineral matter, point The equipment, system and method that son, macromolecular and solute are adjusted.The material of adjustment keeps dissolving and suspending in the solution, and It is not to form sediment.In one embodiment, the apparatus can include：Multiple assembly (hosting) positions are (such as around core Notch)；Around the first layer rubber strip of core winding from notch to notch；The magnetic line being wrapped in around core on the top of rubber strip；Around core The second layer rubber strip being wrapped on the top of magnetic line, so as to cause magnetic line to be sandwiched between two layers of rubber strip；It is and attached The power line of magnetic line is connected to, the power line is configured to engage with power supply to provide electric power to apparatus.In certain embodiments, Wire is wound around core in a single direction.Because core can be flexible, the apparatus can meet by Application of device in Object shape.When the apparatus is in use, apparatus is intended to reduce the level of microorganism, and is intended to flowing through object Or the mineral matter in the fluid in object is adjusted and suspended.

Brief description of the drawings

In order to describe to obtain the above and other advantages of the disclosure and the mode of feature, this public affairs described briefly above That opens more particularly describes to present by reference to the specific embodiment for the disclosure being shown in the drawings.Understand these accompanying drawings Only describe the disclosure exemplary embodiments and be not therefore considered as the limitation to the scope of the present disclosure, will be used by using accompanying drawing Supplementary features and details describe and explain the disclosure, in the drawings：

Figure 1A shows a reality of the collector (host) of multiple wire assembly positions for being arranged on flexible core Apply the front view of example；

Figure 1B shows one embodiment of the collector of multiple wire assembly positions for being arranged on flexible core Rearview；

Fig. 2A shows one embodiment of multiple wire assembly positions in the form of notch in Figure 1A and Figure 1B core Front view；

Fig. 2 B show one embodiment of multiple wire assembly positions in the form of notch in Fig. 1 and Figure 1B core Rearview；

Fig. 3 A show the one of the placement of the material for protecting and isolating the wire for winding or winding around wire assembly position The front view of individual embodiment；

Fig. 3 B show the one of the placement of the material for protecting and isolating the wire for winding or winding around wire assembly position The rearview of individual embodiment；

Fig. 4 A show the front view of one embodiment of the coil around the winding of multiple wire assembly positions；

Fig. 4 B show the rearview of one embodiment of the coil around the winding of multiple wire assembly positions；

Fig. 5 A show an implementation of the placement of the material for protecting and isolating the wire around the winding of wire assembly position The front view of example；

Fig. 5 B show an implementation of the placement of the material for protecting and isolating the wire around the winding of wire assembly position The rearview of example；

Fig. 6 A show to provide an implementation around the wire that the multiple wire assembly position is wound to the electrical connection of power supply The front view of example；

Fig. 6 B show to provide an implementation around the wire that the multiple wire assembly position is wound to the electrical connection of power supply The rearview of example；

Fig. 7 A show to provide lid to close the front view of one embodiment of apparatus；

Fig. 7 B show to provide lid to close the rearview of one embodiment of apparatus；

Fig. 8 shows to place the apparatus of assembling into one embodiment for handling the fluid in pipeline around pipeline；And

Fig. 9 shows the one embodiment for placing the apparatus of assembling around body part.

Embodiment

In being discussed in more detail below, many details, example and embodiment are described.However, for those skilled in the art It will be clear that and it is readily apparent that the application is not limited to illustrated embodiment, and the application can be applied to some applications In any application.

In certain embodiments, this disclosure relates to be adjusted for the molecule in the level and convection body that reduce microorganism Apparatus.Although the apparatus can include any suitable part for allowing it to act on as expected, in certain embodiments, The apparatus includes core, multiple wire assembly positions on core, insulating materials, the winding and/or power line being made of an electrically conducting material. The inventory of possible element is intended merely to be demonstration, and is not intended to be used to only limit the apparatus of the application by the inventory In these elements.Those of ordinary skill in the field related to the disclosure, which is appreciated that, not to change the base of apparatus The equivalent element substituted in the case of this function or operation in the disclosure.Although the various elements of disclosed apparatus can be with Following demonstration mode is related to, it is not intended that the scope or property of the relation between various elements are limited, and example below Only proposed as illustrated examples.

With reference to figure 1-9, a kind of apparatus 1 is disclosed, the apparatus 1, which is used to perform, to be produced electromagnetic field, produces electric field, produce magnetic , manipulate solute in solvent, reduce the level of microorganism in it is one or more, and for the mineral matters in convection body It is adjusted.Also disclose manufacture, assembling, construction and the method for otherwise building apparatus 1.Apparatus 1 can be used for respectively In kind of solute, it is (such as gasoline, other petroleum-based fluids, inorganic solvent, aqueous that these solutes include aqueous solvent and organic solvent Solvent, salt solution, the water-based fluid of fresh water and such as biosystem).

Figure 1A and Figure 1B shows substrate or core 10.Figure 1A shows the front view of the core 10.Figure 1B shows the rearview of core 10. Reference A represents the shared corner between Figure 1A front view and Figure 1B rearview.Although core 10 can include any conjunction Suitable material, but in certain embodiments, core 10 includes sheet material.In other embodiments, sheet material can be flexible.Core 10 can be with Including solid or net.In yet another embodiment, the spacing of wire netting is determined by application.Core 10 can include metal (example Such as, ferrous metal or non-ferrous metals), polymer, compound (such as ceramic), or it can include the group of these materials Close.Core can include modular system, and in the modular system, core module can optionally be coupled has the phase to be formed Hope the core of characteristic.Core 10 can include flexible sheet material metal (such as zinc-plated sheet metal) or flexible metal net.Core 10 can wrap Include positive 10A and back side 10B.

In certain embodiments, core 10 can include the magnetic material (such as iron) that can assemble or maintain electric charge.Alternatively, Core 10 can include any other desired material (such as zinc-plated sheet material), and the composition of its SMIS 10 can depend on application. In other embodiments, core 10 can be substantially rectangular.In yet another embodiment, core 10 can include any other suitable Shape (such as circular, ellipse, triangle or square).

As in figs. 2 a and 2b, core 10 can be substantially rectangular and flat to have two opposed edges along core 10 Multiple assembly positions 12 of the length positioning of edge.Fig. 2A shows the front view with the core 10 of multiple notches 12, and Fig. 2 b show Go out the rearview of the core 10 with multiple notches 12.The alternate embodiment of notch 12 can include the variant of notch 12 (for example, prominent Rise, such as hook, lip, ledge (ledge), clip slot recess or other surface characteristics including welding or soldering positions, winding These welding or soldering positions can be fixed to).Notch 12 can be removed or a part for punched cores 10 is to form groove by cutting out Mouthfuls 12 and formed.In alternative embodiments, it can such as be moulded by other means or other forming technologies form assembly position 12.As in figs. 2 a and 2b, result is that notch 12 is arranged near two opposite sides of core 10.In some implementations In example, top edge and feather edge can include notch 12.Notch 12 can be alignment, or can be skew.Notch can It is different or homogeneous with size.Notch can include an angle to form V-arrangement, or can include multiple angles.Notch 12 Shape can be configured to accommodate be used for around core 10 wind wire specification.Groove 12 can depend on application, wire chi Very little, voltage and core size and be spaced apart.For example, in certain embodiments, notch 12 is spaced apart about 1.5 inches to about 3 inches. In alternate embodiment, notch 12 can be evenly-spaced along the edge of core 10.

Referring now to Fig. 3 A and Fig. 3 B, apparatus 1 is shown with being applied to the coating 14 on the surface of core 10.Fig. 3 A show to be applied The front view of the coating 14 of core 10 is applied to, and Fig. 3 B show to be applied to the rearview of the coating 14 of core 10.In some implementations In example, coating 14 is wound with the pattern linked along the path on the surface between assembly position 12 of core.Although coating 14 can Including any suitable insulating materials, but in certain embodiments, coating 14 includes any suitable electrical insulator, such as from groove The electro-insulating rubber bands that mouth 12 is wound to notch 12 around core 10.Coating 14 can include comprising insulating property (properties) any material (such as Rubber, plastics, polymer, ceramics and any other like insulating materials).Coating 14 can be configured in wire and core 10 Between insulating barrier.

In certain embodiments, first notch 12 of the coating 14 from first edge is wound into the first couple in second edge Put notch 12, and back up on the first notch 12 in first edge, and then diagonally extend downwardly into the second side The second notch 12 on edge, wherein, the pattern is repeated as needed, until coating 14 has been wound through each notch 12.Therefore, the coating 14 being coated can be rendered as vertical curve with being connected the diagonal of each bar vertical curve, as shown in FIG..Apply The number that layer 14 is wound around core 10 can depend on application and the size of core 10.

Referring now to Fig. 4 A and Fig. 4 B, conductive material can be used for forming winding 16.Fig. 4 A show to be winding to coating The front view of winding 16 on 14, and Fig. 4 B show to be winding to the rearview of the winding 16 on coating.Winding 16 can enter One step includes the end 19 of first end 18 and second.Conductive material can include wire, CNT, single-walled carbon nanotube, polymer Conductor or any other material, electric current can flow through the material to produce electromagnetic field, electric field and/or magnetic field.Winding 16 can be When the electric wire (such as copper cash) by the way that electric field, magnetic field and/or electromagnetic field can be produced during 16 conduct power of winding.Winding 16 can be with Include any combinations of twisted wire, non-stranded line or both.Wire can include any suitable or desired conductor wire or magnetic Property line.Depending on application, the size and composition of wire can change.

Although winding 16 can be wound around core 10 in any suitable manner, in certain embodiments, winding 16 Wound in an orthogonal manner around core 10.

Alternatively, winding 16 can be fully placed on the side of core 10 and in two directly opposed assembly positions Core 10 is fixed at 12.In certain embodiments, by the way that conductive material is twined from assembly position 12 to assembly position 12 around core 10 It is wound on the top of coating 14, winding 16 is formed, wherein coating 14 is arranged between core 10 and winding 16.It is used to wind core 10 Pattern can be included in multiple winding between opposed notch 12, wherein the parallel group of single diagonal wire mouth of connecting trough 12. Wire can connect adjacent notch 12, or it can wind non-conterminous notch 12.For example, can be by by conductive material Some volumes are wound between two directly relative notches 12 and then are fabricated into the diagonal of the directly opposed notch 12 of adjacent pair Transition, wind the directly opposed notch 12 of the adjacent pair and continue the length of core 10 until winding 16 is by around each groove Mouth 12 is wound to arrange winding 16.

Winding 16 is preferably wrapped around pattern and can included：Wire is twined between two direct opposed notches clockwise around core Around five times；Then from described two directly opposed notches crossing core 10 in the diagonal direction, to be transitioned into next adjacent pair opposed Notch 12, wherein wire are then wound volume five between the opposed notch of the adjacent pair, and the length of core 10 is held Continue the process.Repeat it is this wire wind between two alignment notch 12 it is multiple then by wire with by wire around alignment Notch 12 winds the pattern that multiple upward-diagonal pattern is directed to next adjacent inverted draw cut mouth from kerve mouth, until to gathering Each notch group of knot position 12 has the winding of the solid conductor of the adjacent notch on the 10A of band connection front.

Winding pattern is continued with the wire of identical continuous length, wherein winding pattern is repeated to the from last winding One winding, wherein wire are used to form winding, the prior placement in identical notch of these windings with forming more early winding Winding it is overlapping.In the stage of winding, the wire connection inverted draw cut mouth 12 of adjacent notch 12 is connected, and diagonally opposed downwards Extend on the notch 12 on the feather edge of core.Although two wires be located on two opposite sides of core 10 and do not contact or Physics intersects, but the diagonal transition wire on the back side 10B of diagonal the transition wire and core on the positive 10A of core seems shape Into " X ".In such configuration, the electric current for flowing through winding flows in the opposite direction on two opposite sides of core 10.

In certain embodiments, winding pattern can be included around alternately notch winding, and therefore, the winding pattern is diagonal inclined Move.Alternatively, the length of diagonal transition can include repeatedly winding, or it can with it is longer be connected to skew notch between Winding.The present disclosure contemplates a kind of core 10, wherein winding 16 positions in any way as suitable along core.Alternatively, the module of core 10 Winding in place can be formed with, the module of core 10 is as one man connected with pattern as described herein, to allow electric current in core Flowed in the opposite direction on positive 10A and core back side 10B.

In certain embodiments, the winding number of turns between two alignment notch 12 can be in 2 winding circles and 200 or more Change between multiple winding circles.In alternative embodiments, it is expected that winding the number of turns completes, and in next adjacent alignment notch 12 In continue to wind, and as a result, solid conductor follows the coating 14 between two alignment notch 12, and then at two Repeat to wind between new notch alignment 12.The pattern is repeated along the length of core, the termination opposite edge of core 10 is reached until being wound into Edge, at the termination opposite edge, identical winding pattern is repeated in the opposite direction along the length of core 10.

As shown on the positive 10A and core of the core in Fig. 4 A and Fig. 4 B back side 10B, wire quilt between opposed notch 12 Wind one or more times, to create the coil of external core 10.Then wire diagonally crosses core 10 to next adjacent opposed Notch 12, at this point, wire are wound one or more times between opposed notch 12 again, to create the another of external core 10 One coil.This winding pattern is repeated along the length of core 10, until the length along core 10 is set between every a pair of opposed grooves mouth 12 Put coil.This produces the first group of coil wound around core 10.When producing first group of coil, wire 16 is to next adjacent opposed Notch 12 it is each diagonally across can occur on the same side of core 10, such as on the positive 10A of core as shown in Figure 4 A It is shown, wherein diagonal wire diagonally passes through on the top of coating 14.

As being further illustrated in Fig. 4 A and Fig. 4 B, after first group of coil is set around core 10, by wire such as Fig. 4 B The shown back side 10A for diagonally crossing core is through next adjacent opposed notch 12, at this point, wire opposed notch 12 it Between wound again one or more times, to create another coil of external core 10 in the opposite direction.So along the length of core 10 Degree repeats, until the length along core 10 sets another coil in the opposite direction between each opposed notch 12.This produce around Second or opposed group of coil that core 10 is wound.When producing the second or opposed group of coil for the backplate 10B for crossing core, wire is extremely Each diagonally across occurring on the same side of core, such as back side of core for example in figure 4b of next adjacent opposed notch 12 Shown on 10B, Fig. 4 B show on the top of coating 14 diagonally across diagonal transition wire.First group of coil and second or opposed Group coil causes electric power to flow through wire in the opposite direction between two opposed two notches 12 of identical.

In certain embodiments, by using two adjacent notches 12 on the same edge by Wire-wound in core 10 On side, described two adjacent notches 12 that one end of circle is wrapped around on the same edge are wound, and the other end of circle is wrapped around core Two adjacent notches 12 on 10 opposed edge are wound.In other embodiments, by post, hook or it is other rise, it is recessed and/or Attachment members are arranged on core 10, to receive and maintain the coil on core 10 or around core 10.

Referring now to Fig. 5 A and Fig. 5 B, second layer coating 14 can be applied to the positive 10A and core of core back side 10B, with Cover winding 16 and diagonal transition.Fig. 5 A show to cover the front view of the coating 14 of winding 16, and Fig. 4 B show to cover winding The rearview of 16 coating 14.In certain embodiments, winding 16 is sandwiched between two layers of coatings 14.

Referring now to Fig. 6 A and Fig. 6 B, in certain embodiments, power line 20 is attached to the end 19 of first end 18 and second, with Winding 16 is electrically connected to power supply 30.The power line 20 can be configured such that from power supply 30 by the end 19 of first end 18 and second with And pass through the conduct power of winding 16.It can use any suitable bindiny mechanism that power line 20 is attached into first end 18 and second End 19, and in certain embodiments, by the soft soldering of power line 20 to the end 19 of first end 18 and second.Power line 20 can include quilt Be configured to any line engaged with power supply 30, and in certain embodiments, depending on application, power line 20 include USB line or 21mm lines.Power supply 30 can include being configured to the power supply for providing low amounts electric power, because system does not need a large amount of electric power to carry out work. For example, power supply 30 can include solar power system or any other power system, it is provided from about 0.1 ampere about 3 volts Spy is at about 15 amperes about 40 volts.In other embodiments, power supply 30, which includes providing, is up to about 1000 being up to about 50 amperes The power supply of volt.

Referring now to Fig. 7 A and Fig. 7 B, in certain embodiments, apparatus 1 further comprises lid 40.Fig. 7 A are shown with lid 40 Apparatus 1 front view, and the rearview of apparatus 1 that Fig. 7 B show to have lid 40.Lid 40 can include being configured to protect Apparatus 1, apparatus 1 is set to be electrically insulated and/or prevent user from contacting coating 14, winding 16, first end 18, the second end 19 or core 10 Any suitable material of any other part.In certain embodiments, lid 40 includes flexible material.Lid 40 can include being used to protect Protect any suitable lid of core.For example, in certain embodiments, depending on application, lid 40 can include rubbery coating or roof liner Or any other types of material with bonding gluing knot.

Without being bound by theory think that the apparatus is allowing the electric field and magnetic field and the deposit phase interaction in fluid of competition Worked to reduce particle size and activate in the construction of particle to suspend in the solution.The reduction of the size of particle allows to flow Body flows, and such as prevents fouling, blocking or the other phenomenons of flowing in evaporative cooling system without creating.The activation of particle is prevented Tablet is bonded together and is settled out from solution.This can cause to flow in systems without forming blocking or other obstacles The supersaturated solution of thing.

In certain embodiments, the apparatus is added by any material in the other mineral matters or pipeline in Xiang Shui, water Electronics and act on.In other embodiments, apparatus is acted on by adding electronics so that by the concentration for reducing hydrogen ion (H+) To increase pH.In some cases, the apparatus reduces hydrionic concentration by adding electronics.In other cases, the device Tool adds electronics to change Ca (calcium) and other mineral matters to material, so that they are stable.Ca is can be additional by introducing The stabilized cation of electronics.Stabilized calcium, which can be resisted, to be lumpd and can stabilize into particle.

In certain embodiments, the apparatus is by the way that all solution-stabilized chemical conversion suspension are acted on.In some cases, The apparatus can be by the stable particle being melted into suspension rather than in the solution of molecule.Stabilized, can obtained by increasing The over-saturation obtained newly is horizontal.In other cases, by using the electric field that pencil is focused to along electromagnetic field lines so that electronics to be introduced In water, mineral matter or other materials into pipeline, the apparatus can allow for pH to keep stable.

In certain embodiments, bacterium is had two kinds by the mode of Instrumental effects.The first is：Electron beam or electron energy field The cell membrane of bacterium can be destroyed and cause bacterial death.Second method is：By stabilizing the mineral matter in water, so as to anti- Only bacterium uses these mineral matters.In other embodiments, the apparatus does not influence algae or plant, because as more complicated life Life form, algae and plant can be directly targeted mineral to be handled by cell.In some cases, the apparatus can be stablized Change mineral matter, to promote absorption of the plant to mineral matter, so as to promote bigger and more effective plant growth.

In certain embodiments, the apparatus removes existing hard water sediment.Stabilization effect or crystallization can make Calcium becomes particle.In other embodiments, water is changed into suspension to allow over-saturation by the apparatus from solution, and this can also go Except existing deposit.In yet another embodiment, existing deposit is dirty for solid panel during the heating of electron beam Cracking becomes more fragile.In certain embodiments, as calcium is stabilized and during no longer with metal bonding, grain type it is hard Water sediment departs from.In other embodiments, by preventing corrosion and increasing with addition electronics that calcium or other cations are bonded Strong metal.

In certain embodiments, the heat energy transport of the processed fluid of the Instrumental effects.For example, in water cooling tower, by The vibration for the heat energy increase water that tower provides.The vibration increases until molecular scission to become steam by boiling.Pass through addition Electronics, the apparatus can strengthen existing key, therefore water is less susceptible to become steam.This can allow for water to keep more heat energy, So as to increase heat energy transport.

In conventional systems, it is used for water process using chemicals, to prevent bacterial growth and/or biodeterioration in water.It is logical The chemicals added in conventional systems is crossed, the concentration of hydrogen ion (H+) is high in acid range.Although the change of these additions Product prevent the biodeterioration of bacterium or other forms, but acid water can cause the corrosion of pipe and other systems.Therefore, exist , it is necessary to add corrosion inhibitor to prevent from corroding in legacy system.In some cases, obtain preventing biodeterioration and simultaneously preventing The appropriate addition chemicals only corroded can be delicate balance.In certain embodiments, apparatus processing water, to control bacterium Grow and reduce and/or prevent chemicals of the biodeterioration without addition.

In certain embodiments, the apparatus is worked by the physical phenomenon of electronics.The physical phenomenon of electronics can be by electricity Field wire is created and guided by electromagnetic field.When the apparatus is flat, it can send electronics with very small focal length.When the device When tool is bending, electromagnetic field can become aggregation.Physical phenomenon can also be referred to as capacitivity and magnetic conductivity.In some feelings Under condition, electric power can be stopped by impedance (absorption electronics), and need to redirect magnetic to shield.When the apparatus is flat When in smooth construction, the apparatus can on just (magnetic north) side of core launching electronics, and can be absorbed from negative (magnetic south) side of core Electronics.It when the apparatus is bending, can concentrate the beneficial effect of the apparatus.With by the bending of the end of core together, The intensity in electric field and magnetic field can increase.

In certain embodiments, when the apparatus is bent to barrel shape, electromagnetic field becomes cyclic magnet.Electronics is along magnetic field line Directed flow can be moved northward now from south orientation it is dynamic.Electronics can be launched to create Shu Xiaoying from the North of apparatus.By making core End be close together, electric field and magnetic field can be strengthened.Directed flow of the electronics along magnetic field line is moved northward dynamic from south orientation now.Electricity Son can be launched to create Shu Xiaoying from the North of apparatus.

In certain embodiments, electronics creates the electricity for being referred to as focusing on electron field along electric field line and the directed flow of magnetic field line Dynamics energy effect.In other embodiments, the electron field of focusing by electrodynamics field-effect introducing trigger by go from Molecule caused by son and restructuring stabilizes.

In certain embodiments, the apparatus provides beneficial health effect when being used on body part.These are beneficial Health effect can include：More preferable calcium uptake；Reduce and/or prevent kidney stone；Reduce the viscous of blood and/or other body fluid Degree, therefore this increases blood flow；Faster heal；More preferable pain management；With diluting high-concentration ion, potential toxin；And Improved body filtering.

In certain embodiments, apparatus as described herein and method be used to improve water softening system.In some cases, These apparatuses and method can be used for handling the water containing sodium.In other cases, these apparatuses and method can be used for Sodium chloride is changed into sodium hydroxide.In the case of other, these apparatuses and method can be used for stabilizing hydroxide Sodium, so that it is less dangerous.By the way that sodium chloride is changed into sodium hydroxide, the apparatus can handle salt solution.In some cases, These apparatuses and method can be used for for disabled salt solution being transformed into the available water that can be used for planting or irrigate.

In certain embodiments, whole apparatus can have any desired or required size, and can be can mould System, with imitate by Application of device in object outside or inside shape.In some cases, the apparatus can be by structure Cause to be waterproof and/or immersion.In other cases, the apparatus can be configured such that and is orientated in fluid stream.Generally, can By being wound around any pipeline with streaming flow to use the apparatus.The apparatus can be wound so that winding parallel in Fluid stream.Then the apparatus is powered, to produce the electric field and electromagnetic field that penetrate pipeline, to provide streaming flow beneficial to effect Fruit.Beneficial effect can include：Reduce the level of the microorganism in fluid；Reduce and/or reversion incrustation scale gathers；Improve fluid stream It is dynamic；And in the case of applied to body part, improve health benefits.

In certain embodiments, the apparatus is applied by the object winding around such as pipe and to apparatus application electric power, With cause mineral matter in the fluid for flowing through object and/or sediment adjust or fully suspended in a fluid, with prevent dirt and Other mineral matter deposits adhere to and/or accumulated to the wall contacted with fluid, pipe or other equipments.In other embodiments, The apparatus can be used for water process to strengthen the taste of water, substitute the water softening system based on salt and/or allow based on salt Water softener operates under the reduction (for example, salt uses reduction 50%) used of salt.In yet another embodiment, the device The sodium key that tool can be destroyed in water so that processed water can be used for plant growth.In some cases, the apparatus is answered For body to increase blood flow and reduce inflammation.In other cases, the apparatus reduces the bacterium in processed fluid Growth.

In certain embodiments, core 10 includes flexible material, and the flexible material is configured to be manipulated to match pipeline (all Such as the pipe in running system) outer shape.In other embodiments, core 10 can be general planar, and can fit Desired size assigned in the intended application such as wound around pipe, pipeline or grease trap.In yet another embodiment, core 10 can include being configured to and any material of the form fit of object (such as pipe or body part).

Reference picture 8, in certain embodiments, the apparatus are configured to flexibility, to meet pipeline such as pipe.Example Such as, apparatus 1 can include being configured to the flexible material around pipeline (such as pipe 50) winding.When apparatus is activated, flow through Any fluid of pipe 50 can experience above-mentioned beneficial effect, such as, but not limited to reduce fouling, reduce microorganism level and change Kind flow of fluid.In some cases, the apparatus can be configured such that by wrapped up in or blanket in a manner of wind around pipe 50.

Reference picture 9, in certain embodiments, the apparatus are configured to health mat, and the health mat is configured to around body Position such as knee wrap.For example, apparatus 1 can include being configured to the flexible material wound around body part such as knee 60. When apparatus is activated, the body part of winding can experience above-mentioned beneficial effect, such as, but not limited to reduce inflammation and increase Blood flow.In some cases, the apparatus can be configured such that by wrapped up in or blanket in a manner of around body part wind.At it In the case of him, body part can include but is not limited to toe, pin, ankle, shank, knee, thigh, leg, waist, pelvis area, Belly, chest, upper body, shoulder, arm, forearm, hand, neck or any other suitable body part.

In certain embodiments, disclosed apparatus and application method are applicable to any application for the treatment of fluid.Example Such as, these apparatuses and method can be used for health application in the form of applied to the health mat of different body parts.One In the case of a little, these apparatuses and method can be used for improving water quality, reduce microorganism level, reduce fouling and improve current In one or more of water process.In other cases, these apparatuses and method can be used for improving fuel efficiency, carry High fuel mass, reduce fuel impurity and improve aflame one or more of fuel treatment.In the case of other, These apparatuses and method can be used for by reducing fouling, improving flow of fluid and/or reducing biodeterioration to help fluid Filtering.In some cases, can by reducing fouling, improving current, reduce the level of microorganism and reduce biodeterioration These apparatuses and method are applied to desalination.In other cases, these apparatuses and method can be applied to irrigate, to improve Water quality, microorganism level is reduced, reduce fouling and improves current.In the case of other, these apparatuses and method can be by Applied to the pH regulations of fluid, hydrogen production, electrolysis and/or carpet cleaning.

In certain embodiments, this application discloses a kind of electric field and induced by magnetic field apparatus, it includes：Core, the core include Sheet material, the sheet material have front, the back side, top, bottom, first edge, second edge and multiple notches；And winding, should be around Group includes the conductive material around core winding, and wherein winding is positioned at notch along core, and wherein winding is electrically connected, to allow electricity Stream flows through winding.In other embodiments, core includes metal material.In yet another embodiment, core includes iron-bearing materials. In some embodiments, core includes net.In other embodiments, core includes the one or more in metal, ceramics and polymer. In yet another embodiment, the apparatus further comprises the insulating coating on the surface of core.In certain embodiments, insulate Coating includes the electrical conductivity lower than conductive material.In other embodiments, insulating coating is with a plurality of including what is be connected with diagonal The pattern of vertical curve is applied to the front and back of core.In yet another embodiment, conductive material includes wire.

In certain embodiments, the apparatus further comprises：First winding, by being incited somebody to action at first group of directly opposed notch Conductive material is wound repeatedly to form the first winding in that orthogonal direction around core, from the front of core to core in the first winding Conductive material is wound on the single direction at the back side；And second winding, by second group of directly opposed notch by conduction material Material is wound repeatedly to form the second winding in that orthogonal direction around core, from the front of core to the back side of core in the second winding Conductive material is wound on single direction, and wherein the first winding and the second winding are conductively connected.

In certain embodiments, notch includes the projection extended from the edge of core, and these projections are constructed such that conduction Material forms the first winding, winds conductive material around first group of alignment assembly position in the first winding, therefore the winding occupies The only one surface of core, wherein conductive material form the second winding, around second group of directly opposed notch winding in the second winding Conductive material, therefore the winding occupies the only one surface of core, and wherein the first winding and the second winding are conductively connected.At it In its embodiment, the apparatus further comprises：The wire of first length, by by the wire of first length around at least two grooves Mouth winds to set the wire of first length around at least two notch in a first direction；And second length lead Line, by the way that the wire of second length is wound come around identical two grooves in a second direction around identical two wire assembly positions Mouth sets the wire of second length.In yet another embodiment, first direction is opposite with second direction.In some embodiments In, the wire of the first length and the second wire are all a parts for continuous conductors.

In certain embodiments, it is used to produce electric field and the apparatus in magnetic field this application discloses a kind of, wherein the instrument bag Include：Notch；The first wire of electric current can be conducted, wherein by by the Part I of the first wire around first group of notch winding come The Part I of first wire is set around first group of notch, and wherein by the way that the Part II of the first wire is led around second group Line assembly position winding to set the Part II of the first wire around second group of notch；And the second of electric current can be conducted and led Line, wherein by by the Part I of the second wire around first group of notch opposite around the winding of first group of notch with the first wire Direction on winding to set the Part I of the second wire around first group of notch, and wherein by by the second of the second wire Part winds to come around second group of notch with the first wire around second group of notch on the opposite direction of the winding of second group of notch The Part II of second wire is set.In other embodiments, the first wire and the second wire are all a parts for continuous conductors.

In certain embodiments, this application discloses a kind of method for passing fluid through electric field and magnetic field, including：There is provided Core, first group of winding of second edge of the core including being wound into core from the first edge of core and the second edge winding from core To second group of winding of the first edge of core；Core and pipeline are adjacent to placement, fluid flows through the pipeline；And be applied through around The electric current of group.In other embodiments, method further comprises the shape that core is made to pipeline.In yet another embodiment In, method further comprises winding core around pipeline.

It is proposed the above embodiment of the present invention for the purpose of illustration and not limitation.Although with reference to many specific thin Save and describe embodiments of the invention, but ordinary skill will recognize that：In the essence without departing from the present invention In the case of god, the present invention can be implemented with other concrete forms.Therefore, those of ordinary skill in the art can understand：The present invention It is not limited by the foregoing illustrative details, but is defined by the following claims.

Claims (19)

1. a kind of electric field and induced by magnetic field apparatus, including：

Core, the core include sheet material, and the sheet material has front, the back side, top, bottom, first edge, second edge and multiple Notch；And

Winding, the winding include the conductive material around core winding,

Wherein described winding is positioned at the notch along the core, and

Wherein described winding is electrically connected, to allow electric current to flow through the winding.

2. apparatus according to claim 1, wherein the core includes metal material.

3. apparatus according to claim 1, wherein the core includes iron-bearing materials.

4. apparatus according to claim 1, wherein the core includes net.

5. apparatus according to claim 1, wherein the core includes the one or more in metal, ceramics and polymer Kind.

6. apparatus according to claim 1, further comprise insulating coating on the surfaces of the cores.

7. apparatus according to claim 6, wherein the insulating coating includes the electrical conductivity lower than the conductive material.

8. apparatus according to claim 6, wherein the insulating coating is with including a plurality of vertical curve being connected with diagonal Pattern be applied to the described positive and described back side of the core.

9. apparatus according to claim 1, wherein the conductive material includes wire.

10. apparatus according to claim 1, further comprises：

First winding, by winding the conductive material in that orthogonal direction around the core at first group of directly opposed notch First winding repeatedly is formed, from the front to the back side of the core of the core in first winding Single direction on wind the conductive material；And

Second winding, by winding the conductive material in that orthogonal direction around the core at second group of directly opposed notch Second winding repeatedly is formed, from the front to the back side of the core of the core in second winding Single direction on wind the conductive material,

Wherein described first winding and second winding are conductively connected.

11. apparatus according to claim 1, wherein the notch includes the projection extended from the edge of the core, it is described Projection is constructed such that the conductive material forms the first winding, around first group of alignment assembly position in first winding The conductive material is wound, therefore the winding occupies the only one surface of the core,

Wherein described conductive material forms the second winding, around described in second group of directly opposed notch winding in second winding Conductive material, therefore the winding occupies the only one surface of the core, and

Wherein described first winding and second winding are conductively connected.

12. apparatus according to claim 1, further comprises：

The wire of first length, by by the wire of first length around at least two notches wind in a first direction come around At least two notch sets the wire of first length；And

The wire of second length, by by the wire of second length around identical two wire assembly positions in a second direction Winding to set the wire of second length around identical two notches.

13. apparatus according to claim 12, wherein the first direction is opposite with the second direction.

14. apparatus according to claim 12, wherein the wire of first length and second wire are all continuous A part for wire.

15. a kind of be used to produce electric field and the apparatus in magnetic field, the apparatus includes：

Notch：

The first wire of electric current can be conducted, wherein by by the Part I of first wire around first group of notch winding come The Part I of first wire is set around first group of notch, and wherein by by the of first wire To set the Part II of first wire around second group of notch around second group of wire assembly position winding in two parts；With And

The second wire of electric current can be conducted, wherein by the way that the Part I of second wire is existed around first group of notch Wind to set institute around first group of notch on the opposite direction of the winding of first group of notch with first wire State the Part I of the second wire, and wherein by by the Part II of second wire around second group of notch To set around second group of notch winding on the opposite direction of the winding of second group of notch with first wire The Part II of second wire.

16. apparatus according to claim 15, wherein first wire and second wire are all continuous conductors A part.

17. a kind of method for passing fluid through electric field and magnetic field, including：

Core is provided, the core include from the first edge of the core be wound into the core second edge first group of winding and Second group of winding of the first edge of the core is wound into from the second edge of the core；

The core and pipeline are adjacent to placement, fluid flows through the pipeline；And

It is applied through the electric current of the winding.

18. according to the method for claim 17, further comprise the shape that the core is made to the pipeline.

19. according to the method for claim 17, further comprise winding the core around the pipeline.