CN105099129A - Static state high efficient generators and application thereof - Google Patents
Static state high efficient generators and application thereof Download PDFInfo
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- CN105099129A CN105099129A CN201410239419.2A CN201410239419A CN105099129A CN 105099129 A CN105099129 A CN 105099129A CN 201410239419 A CN201410239419 A CN 201410239419A CN 105099129 A CN105099129 A CN 105099129A
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Abstract
The invention relates to three types of static state high efficient generators. The three types of novel generators have no rotary movement parts because the generators are transformed and innovated based on transformers. In the static state generators, closed magnetic circuits are mainly formed by iron cores. Input coils and output coils respectively sleeve two iron core columns. In order to achieve the purpose that an output electric power is greater than an input electric power, the input coils of the static state generators are in parallel with resonant capacitors and in series with the resonant capacitor, and the mode of alternate absorption and closure of an alternate electromagnetic flux generated by the input coils and fixed different magnetic poles is employed, and the static state generators match up a rechargeable battery, an inverter, an intelligent controller and a rectifier to form an independent static state generation system. By using the static state high efficient generators, the non-pollution and zero discharge can be achieved, and inexhaustible electric energy can be supplied for various electric devices which need the electric energy.
Description
Technical field
The invention belongs to generator and field transformer.
Background technology
Existing generator is all rotary generator substantially, is divided into revolving-field type and revolving-armature type; Solar photocell belongs to a kind of static generating, but its be subject to weather, period and environment impact and be with high costsly unfavorable for penetration and promotion.
Summary of the invention
The object of this invention is to provide 3 kinds and export electric energy all much larger than the static high efficiency generator of input electric energy.
Another object of the present invention is to provide the electronic communications and transportation power tool in the multiple land, sea and air using static high efficiency generator as electrical source of power.
3 kinds of static high efficiency generators provided by the present invention belong to a total inventive concept, are on the basis of transformer, utilize existing electromagnetic principles and phenomenon transformation innovation to form.Innovation is: the input coil of the first type is in parallel resonant capacitor; The input coil of the second type has been connected resonant capacitor; The different in nature magnetic flux that the alternating flux that the third type input coil produces is fixed with one or a pair is all the time attracting closed, is described in detail as follows:
1. Parallel Resonant: the closed magnetic circuit being made up of stationary power generator C type or iron core that is U-shaped or other shapes, when output winding exports specified electrical power, the capacitive reactance of the capacitor of input coil parallel connection and the induction reactance equal and opposite in direction of input coil, inlet circuit generation parallel resonance, flows through the electric current I of coil
l=U/X
lwith the electric current I flowing through electric capacity
c=U/X
creach maximum, and equal and opposite in direction, direction is contrary, and cancel out each other, at this moment, the total impedance Z=L/RC of circuit reaches maximum, is minimum value by the total current I=URC/L of parallel circuits.Because the resistance of coil is much smaller than induction reactance, total power consumption P=UI (always) or P=I
l 2r is minimum, and total voltage and total current same-phase.Parallel resonance is one reactive power compensation circuit completely, and power supply does not need to provide reactive power, only provides the active power that the resistance of input coil consumes.During parallel resonance, the total current of circuit is minimum, and branch current is but very large, and this branch current only just can occur much larger than the phenomenon of total current in antiresonant circuit, and during resonance, total reactance is maximum, and total current is minimum; When losing resonance, total reactance diminishes, and total current increases.
Technical characteristic: Parallel Resonant is applicable to the voltage input of multi-frequency (50Hz ~ 400Hz); The variable capacitor in parallel with input coil changes capacitance fast along with the change of output load current, because the change of load current can cause the induction reactance of input coil synchronously to change, so the capacitance of capacitor also will change fast thereupon, circuit so just can be made instantaneously all to keep resonance condition at each, reach total impedance maximum, the object that the total current of input is minimum; Compared with the single-phase transformer of same capacity, power output much larger than input power because at power output U
2i
2identical, input voltage U
1also under identical prerequisite, the total current I of input
1for minimum value; The ratio of power output and input power equals the induction reactance X of input coil
lwith the ratio of resistance R.
2. series resonance-type: operationally, its input and output do not have the connection (except automatic coupling voltage regulator) of electricity to transformer, only have magnetic flux Φ
1with Φ
2mutual inductance, and magnetic flux Φ is produced by magnetomotive force, and as can be seen here, magnetomotive force is only transformer and relies the energy foundation of work and decisive factor, by analyzing the magnetomotive force equilibrium equation of transformer: I
1n
1-I
2n
2=I
0n
1, learn, the magnetomotive force of transformer equals the product of electric current by coil and coil turn.Be made up of the closed magnetic circuit of stationary power generator C type or iron core that is U-shaped or other shapes, the number of turn of output winding is identical with the transformer of voltage with same capacity, and the number of turn of input coil is that same capacity is with many times of voltage transformer or doubly a lot.Because, want to produce the magnetomotive force equal with same capacity transformer with the input of very little electric current, only increase considerably the number of turn of input coil, as long as determine the size of input current, just can determine the number of turn of input coil according to magnetomotive force formula, and the high number of turn is multiplied by magnetomotive force and the low number of turn that small area analysis produces and is multiplied by the magnetomotive force that big current produces and can reaches numerically equal completely, identical in nature; The high induction reactance that high number of turn input coil produces is offseted by the high capacitive reactance resonant capacitor of connecting, when capacitive reactance equals induction reactance, just there is resonance in series circuit, and reactance equals zero, total impedance equals resistance, is decided by resistance and the supply voltage of coil by the size of the electric current of series resonant circuit; According to the change of output load current, take the size that the mode of pressure regulation controls by inlet circuit electric current, to guarantee that the voltage at input coil and capacitor two ends is in the safe range of setting.Because in series resonance-type stationary power generator, the number of turn of input coil is a lot, so induction reactance is very high, owing to realizing series resonance, therefore the capacitive reactance of capacitor is very high too, and the voltage at coil two ends and capacitor two ends is also just very high: U
l=U
c=IX
l=IX
c, according to formula, have the size of control inputs electric current only, just can guarantee the safety of equipment or the person.This component voltage only just can occur much larger than the phenomenon of total voltage in series resonant circuit, reactance X=X during resonance
l-X
c=0, maximum by the electric current of circuit; When losing resonance, reactance increases, if input terminal voltage remains unchanged, the electric current passed through will diminish.
Technical characteristic: series resonance-type is applicable to the low-voltage small area analysis input of frequency 50Hz ~ 100Hz, voltage 1.5V ~ 60V; The induction reactance capacitive reactance that is high, resonant capacitor that is high, that produce of the number of turn of input coil is high; Low, the ohmically consumption of electric current that is low, input of the resistance of input coil is low; The resonance variable capacitor of input series connection changes capacitance fast along with the change of output load current, makes circuit instantaneously all keep resonance condition at each; The magnetomotive force N that the input coil of the high number of turn is formed with the low current by input coil
1i
1the main flux Φ produced
1with low number of turn primary coil and the electric current formed magnetomotive force N of height by primary coil of same capacity transformer
1i
1the main flux Φ produced
1identical (just the same as 10*100=1000 and 100*10=1000); Suppose: by capacity 100KVA, primary voltage 400V, primary current 250A, primary coil 100 circle, primary consumer 1.6 Ω, former limit magnetomotive force I
1n
1the single-phase transformer of=250*100=25000, be transformed into series resonance-type stationary power generator, make the number of turn of its input coil be increased to 1000 circles by 100 circles and (add 10 times, can certainly increase doubly a lot), input current drops to 25A by 250A, input voltage drops to 40v by 400v, and the resistance of coil is elevated to 1.6 Ω, and input magnetomotive force is I
1n
1=25*1000=25000, so the active power of series resonance-type stationary power generator input actual consumption is P=UI=I
2r=40*25=25*25*1.6=1000W; Power output is than input power U
2i
2/ U
1i
1=400*250/40*25=100, the electric energy of described series resonance-type stationary power generator input 1KW can obtain the electric energy output of 100KW, to seem very on the surface unreasonable also must not for this, but just can find by carefully analyzing: the magnetomotive force of (1) former limit or input all equals 25000, although this just illustrates the electric current that only have input 25A, still equal magnetic flux Φ can be produced in the coil of 1000 circles
1, meet requisite 2 conditions of magnetic flux producing equivalent completely; (2) because coil turn is increased to original 10 times, so drop to original 1/10 by the electric current of coil; (3) induction reactance of primary coil is offseted by the capacitive reactance of the resonant capacitance of connecting, and the number of turn due to coil adds 10 times, although the material coiling adopting cross section larger, its resistance value still can raise to some extent; (4) in series resonant circuit, reactance is zero, and impedance equals resistance, and the size of electric current is decided by resistance and the supply voltage of coil, and suppose that the electric current needed is 25A, so when the resistance of input coil is 1.6 Ω, required voltage should be 40V; (5) input 1KW and export 100KW, this electric energy of 100 times is not produce without foundation, because in order to controlling resistance value, do not make it too high, the conductor cross-section of coiling is larger than primary coil, and the number of turn of input coil adds 10 times, and the copper consumption of increase is greater than 10 times, the weight increased is greater than 10 times, and the cost of increase is also greater than 10 times; (6) why power output can reach the doubly a lot of of input power, and its action principle is similar to lever principle, lever principle formula F
1l
1=F
2l
2with magnetomotive force equation of equilibrium I
1n
1≈ I
2n
2very similar, by the electric current I of input coil
1be equivalent to the power F of lever
1, the number of turn adds a lot of input coil N doubly
1be equivalent to the power arm L of lever
1, the load current I of output
2be equivalent to the resistance F of lever
2, output winding N
2be equivalent to the resistance arm L of lever
2the number of turn of output winding and the electric current of output remain unchanged, the resistance and the resistance arm that are equivalent to lever remain unchanged, the number of turn of input coil adds 10 times or doubly a lot, the power arm being equivalent to lever increases 10 times or doubly a lot, so, the power required for resistance prizing identical weight will correspondingly reduce to be equivalent to the electric current exporting identical electrical power and only need to input the inverse being equivalent to coil turn multiple, and therefore series resonance-type can manufacture the super grade high efficiency stationary power generator of large, medium and small, micro-various capacity.
The practical application of series resonant circuit and present situation: inductance and electric capacity both end voltage high feature when often utilizing series resonance in electronic technology, faint signal voltage is input in L, C series circuit, make it that resonance occur, thus the voltage of manyfold larger than input voltage is obtained at inductance and electric capacity two ends, the receiving loop of Source Music is exactly like this.But in electric power system, because supply voltage is inherently very high, so circuit must be avoided to work under series resonance state, in order to avoid there is high voltage at electric capacity or inductance two ends, make the dielectric breakdown of capacitor, or make insulation breakdown between coil turn, thus cause the damage of electric equipment or cause human casualty accident.According to the feature of series resonant circuit, if reduce supply voltage, so during series resonance, the voltage at coil or electric capacity two ends will be in the safe range of setting.
3. be alternately closed type: the electromagnet of the electromagnet that its magnetic circuit & circuit is fixed by 2 or 2 pairs of induction coils and iron core thereof, 2 or the 2 pairs of pole orientation or permanent magnet and 1 pole orientation alternately change forms, and is specifically divided into following two kinds:
(1) left and right is unidirectional is alternately closed type: input coil is sleeved on middle iron core being positioned at generator, and its both sides are electromagnet or permanent magnet that magnetic pole is fixed, the opposite sex is arranged, and output winding is sleeved on the right and left iron core being positioned at fixed magnet; Input, export and be connected conducting magnetic circuit by yoke between fixed magnet and form that left and right is unidirectional is alternately closed type stationary power generator, operationally input coil switches on power generation alternating flux, no matter how the pole orientation of magnetic flux changes, always there is a fixed magnet there is a natural attraction between the sexes with it and form closed magnetic circuit, as long as the magnetic flux that input coil produces can close in magnetic circuit, the induction reactance produced in coil is just larger, just less by the electric current of coil, its operation principle is similar to zero load or the light running of transformer; At work the fixed magnet of alternating flux and the right and left alternately attracting closed time, magnetic circuit can only be formed through the iron core of adjacent output winding with the magnetic flux of the fixed magnet of alternating flux two like magnetic poles repel each other, at this moment the magnetic flux through this coil tends to maximum, magnetic flux through another output winding tends to zero, and the alternately change of magnetic flux causes electromagnetic induction.The alternating flux at center and the opposite pole of the right and left can only one direction be attracting is alternately closed, and therefore the frequency of input voltage should not be too high, should low frequency input or the input of first low frequency and then heighten frequency.
(2) two way alternate closo in length and breadth: be alternately closed type parts crossing distribution by different about two groups of height and form, the fixed magnet same polarity that each group is positioned at middle alternating flux the right and left is arranged, two groups of magnet heteropolarity settings in the same direction, no matter how middle its pole orientation of alternating flux shared changes, can be attracting closed with two fixing opposite poles, in 4 output windings, cause electromagnetic induction simultaneously.
In practical work process, the inductance value of above-mentioned parallel resonance and series resonance stationary power generator input coil is a variable, and the load of its size and output is inversely proportional to; No matter capacitor and input coil are in parallel or connect, induction reactance equals the decisive factor that capacitive reactance is circuit generation resonance.Just can resonance be there is in the natural mode shape of circuit with the frequency phase isochronous circuit of input voltage, the natural mode shape of circuit is determined by the intrinsic parameter (LC) of circuit, if when applied voltage frequency is fixed, in order to obtain resonance, the parameter of circuit itself will be changed, to change natural frequency, make equal with applied voltage frequency and resonance occurs.All resonance condition is kept in order to each is instantaneous, control circuit adopts intelligent alterable Capacitor banks, according to the change of load current size, automatically the quantity of accurate quick-switching shunt capacitor, precision reaches ± 1 μ F within, inlet circuit so just can be made to remain resonance condition, reach the object obtaining maximum power output with the input of minimum electric energy.Because capacitor and inductance coil do not consume electric energy, only have the resistance of coil to consume electric energy in the mode of release heat in circuit, be called active-power P=I in ohmically consumption
2r, its size equal the electric current obtained from power supply square with the product of coil resistance, from formula, as long as make the electric current of input minimize under the prerequisite not affecting circuit resonance and the resistance of coil minimizes, the electric energy of input consumption just can be made to reach minimize, static high efficiency generator can carry out different combinations by following 6 methods and reach this purpose:
(1) input adopts antiresonant circuit, minimum by the total current of parallel circuits;
(2) input adopts series resonant circuit, and low-voltage inputs, and can make to arrive minimum by the electric current of circuit;
(3) the material coiling that area of section is large, resistance coefficient is low is adopted;
(4) adopt 400Hz input, to reduce the number of turn of coil, reduce the resistance of coil;
(5) adopt the oxygen-free copper stripe coiling that width is close with core window height, interlayer reliably insulate, and the heat that resistance produces conducts out by the upper and lower side of copper strips;
(6) superconductor coil is adopted.
In sum, before two methods at utmost can reduce input current, after 4 methods at utmost can reduce the resistance of coil.
Static stand alone generating system: form the efficient Independent Power Generation unit of a set of static state by rectifier, rechargeable battery, inverter, intelligent controller and stationary power generator.
Three phase static electricity generation system: by 3 capacity, two polygonal voltages, the one-phase static generator that model structure is all identical forms a set of three phase static generating set or 3 groups of all identical for specification number of turn input coils and 3 groups of output windings is set in a formation three-phase series or Parallel Resonant stationary power generator on a tri-phase iron core post, especially the tri-phase iron core structure of series resonance-type is special, special feature is that the window volume of series resonance-type tri-phase iron core is the several times of same capacity transformer, window is enough wide, enough high, because the number of turn of input coil is the doubly a lot of of same capacity transformer.
Beneficial effect of the present invention: due to described 3 kinds of static high efficiency generators all have structure simply, without spin parts, volume is little, capacity is large, it is little to input, it is large to export, zero discharge, noiseless feature, impact and the restriction of time, space, geography, weather, environment can not be subject to, independently providing safety, clean, stable electric energy for needing the various electrical equipment of electric energy, instrument, equipment, meeting various need for electricity.
The invention still further relates to static high efficiency generator following traffic and transport field application:
1. land route self-energy electric vehicle, is characterized in that: using static state efficient Independent Power Generation unit as supporting electrical source of power, the various wheeled or track-mounted electric communications and transportation power tool using motor as power source.
2. railway self-energy electric vehicle, is characterized in that: provide electric power without the need to road network, using static state efficient Independent Power Generation unit as supporting electrical source of power, and the rail vehicle transportation instrument using motor as power source.
3. water route self energy electric ship, it is characterized in that: using static state efficient Independent Power Generation unit as supporting electrical source of power, using motor as the power source of screw or high-pressure hydraulic pump or high-pressure pump, to rotate in water using screw or High-Pressure Water sprays after ship or high pressure draught sprays generation after ship recoil strength produces high-intensity magnetic field as thrust power or with superconductor, heavy current is formed at discharge in water with electrode, in superconducting intense magnetic field, the Lorentz force or Ampere force that produce is interacted as the various water surface of thrust power or transport facility under water using straight line heavy current or moving charge.
4. self energy electric aviation aircraft, it is characterized in that: using static state efficient Independent Power Generation unit as supporting electrical source of power, the various vertical lift type using motor as power source or the recoil strength that produces through the hot gases high velocity jet that excessive power eddy current heater or resistance heater Fast Heating are transformed into HTHP using compressed air are as the various jet-propelled aviation aircraft of thrust power.
5. self energy electric propulsion re-entry space vehicle, is characterized in that: using static state efficient Independent Power Generation unit as the empty sky flight vehicle of supporting electrical source of power.
6. dwell electronic aircraft in land, sea and air three, it is characterized in that: using static state efficient Independent Power Generation unit as supporting electrical source of power, using motor or electric energy as power source, can at travel over land, can navigate by water in water route, three dwelling electric vehicle of can aloft flying.
Accompanying drawing explanation
Fig. 1 is Parallel Resonant stationary power generator structural representation
Fig. 2 is series resonance-type stationary power generator structural representation
Fig. 3 is that left and right is alternately closed type magneto stationary power generator structural representation
Fig. 4 is that left and right is alternately closed type electromagnetic type stationary power generator structure intention
Fig. 5 is alternately closed type stationary power generator schematic cross-section in length and breadth
Fig. 6 is alternately closed type stationary power generator top cross sectional view in length and breadth
Fig. 7 is independent static electricity generation system block diagram
Embodiment
Below in conjunction with drawings and Examples, the present invention is further illustrated:
Embodiment 1, Parallel Resonant stationary power generator as shown in Figure 1: form closed magnetic circuit by iron core (2), the resonant capacitor (1) that the two ends of input coil (4) capacitance in parallel is adjustable, operationally, power supply input ac voltage U
1, input end is in parallel resonance state, very little by the total current of parallel circuits, but very large by the branch current of capacitor and coil, and output winding (3) produces terminal voltage U by electromagnetic induction
2, externally export electric energy.
Embodiment 2, series resonance-type stationary power generator as shown in Figure 2: form closed magnetic circuit by iron core (2), connect the adjustable resonant capacitor (4) of a capacitance in one end of input coil, the number of turn of input coil (1) is more, what be same capacity with voltage transformer primary coil is doubly a lot, operationally, inlet circuit is in series resonance state, reactance is zero, only need the electric current that input AC low-voltage U1 remains very little, the two ends of output winding (3) just can induce rated voltage U
2, export electric rating.
Embodiment 3, left and right is as shown in Figure 3 alternately closed type magneto stationary power generator: input coil (3) is sleeved on the upper organization center alternating electromagnetism body of core limb (4); N pole permanent magnet upwards (1) and S pole permanent magnet upwards (6) are positioned at the right and left of center electromagnet, output winding (7) and (10) are sleeved on both sides iron core being arranged on left and right permanent magnet, coordinate yoke (2), (5), (8), (9) to form 4 closed magnetic circuits; Operationally, input coil connects alternating voltage U
1the alternating flux produced and the different in nature permanent magnet of the right and left are alternately attracting closed, the permanent magnetism leading to two like magnetic poles repel each other with the alternating electromagnetism at center leads to and can only form closed magnetic circuit through the iron core of adjacent output winding, magnetic flux through left and right output winding alternately changes, and causes electromagnetic induction and exports electric energy; The alternating electromagnetism of input coil generation is logical at work changes come what may, always there is a different in nature permanent magnetism logical attracting closed with it, its effect is equivalent to when power output is constant, and the electric energy of input is about the consumption of transformer when zero load or light running of same capacity.
Embodiment 4, left and right is as shown in Figure 4 alternately closed type electromagnetic type stationary power generator: input coil (7) is sleeved on organization center alternating electromagnetism on core limb and leads to, the direct-flow magnet exciting coil (5) of the right and left and (9) are set in iron core (6) and (8) upper composition left and right fixed electromagnet, output winding (4) and (10) are set on iron core column (3) and (1), coordinate upper and lower 8 yokes (2) to form 4 closed magnetic circuits, operation principle is identical with embodiment 3.
Embodiment 5, the type that is alternately closed in length and breadth stationary power generator as shown in Figure 5 and Figure 6: input coil (3) is sleeved on the electromagnet of the upper public two-way magnetic circuit of organization center of iron core column (5), magnetic pole alternation; Permanent magnet (9) and (13) form the contrary fixing magnetic circuit of two groups of magnetic poles with (16) and (17) crossing distribution; Output winding (1) and (7) are set in core limb (14) and (8) upper composition transverse-electromagnetic sensor circuit; Two other output winding is set in core limb (15) and the longitudinal electromagnetic induction circuit of (18) upper composition; Yoke (2) (6) (10) (12) and (4) (11) are coordinated to form 8 closed magnetic circuits distributed in length and breadth; During work, input coil connects alternating voltage U
1alternating flux Φ will be produced
1(5), no matter how alternating flux changes in work, always have a pair different in nature magnetic flux distribution attracting closed with it on both sides, its effect is equivalent to when power output is constant, and the electric energy of input is about the consumption of transformer when zero load or light running of same capacity.
Embodiment 6, the static electricity generation system of independence as shown in Figure 7: first by rechargeable battery to inverter power supply, direct current changed into by inverter the alternating current that frequency and voltage is applicable to stationary power generator needs, stationary power generator is connected AC power and is entered operating state, the electric energy overwhelming majority supply electric loading produced by electromagnetic induction, fraction electric energy changes direct current into through rectifier rectification, to the charging of battery feedback, also can enter systemic circulation directly to inverter power supply; First the electric energy that intelligent controller needs is provided by battery, then transfers to by rectifier power supply; The variable quantity of load feeds back to intelligent controller, intelligent controller rapid adjustment controling parameters, the resonant capacitance amount that automatic control stationary power generator needs in real time, guarantees that generator input is in resonance condition at work all the time, guarantees that generator long-term stability is run.
Claims (12)
1. a static high efficiency generator is primarily of the input coil be sleeved in iron core column and output winding and closed magnetic circuit three part composition, it is characterized in that: do not have rotating moving part.
2. static high efficiency generator according to claim 1, is characterized in that: an input coil two ends resonant capacitor in parallel or resonant capacitor group, during work, input coil and capacitor are in parallel resonance state.
3. static high efficiency generator according to claim 1, it is characterized in that: connect a resonant capacitor or resonant capacitor group in input coil one end, the number of turn of input coil be same capacity with many times of voltage transformer or doubly a lot, during work, input coil and capacitor are in series resonance state.
4. static high efficiency generator according to claim 1, is characterized in that: the low frequency that the electromagnet fixed by 2 or 2 pairs of induction coils and iron core thereof, 2 or the 2 pairs of pole orientation or permanent magnet and 1 unidirectional or two-way magnetic circuit, pole orientation input with input coil or the electromagnet that industrial frequency AC electrical alternations changes coordinates yoke to be linked to be 4 or 8 closed magnetic circuits form.
5. the static high efficiency generator according to Claims 2 or 3 or 4, is characterized in that: form the efficient Independent Power Generation unit of a set of static state by rectifier, rechargeable battery, inverter, intelligent controller and stationary power generator.
6. the static high efficiency generator according to Claims 2 or 3 or 4, it is characterized in that: formed a set of three phase static generating set by 3 capacity, two polygonal voltages, one-phase static generator that model structure is all identical or 3 groups of all identical for specification number of turn input coils and 3 groups of output windings are set on a tri-phase iron core post and form a three-phase series or Parallel Resonant stationary power generator, wherein, the window volume of series resonance-type tri-phase iron core is the several times of same capacity transformer.
7. land route self-energy electric vehicle, is characterized in that: using static state efficient Independent Power Generation unit as supporting electrical source of power, the various wheeled or track-mounted electric communications and transportation power tool using motor as power source.
8. railway self-energy electric vehicle, is characterized in that: provide electric power without the need to road network, using static state efficient Independent Power Generation unit as supporting electrical source of power, and the rail vehicle transportation instrument using motor as power source.
9. water route self energy electric ship, it is characterized in that: using static state efficient Independent Power Generation unit as supporting electrical source of power, using motor as the power source of screw or high-pressure hydraulic pump or high-pressure pump, to rotate in water using screw or High-Pressure Water sprays after ship or high pressure draught sprays generation after ship recoil strength produces high-intensity magnetic field as thrust power or with superconductor, heavy current is formed at discharge in water with electrode, in superconducting intense magnetic field, the Lorentz force or Ampere force that produce is interacted as the various water surface of thrust power or transport facility under water using straight line heavy current or moving charge.
10. self energy electric aviation aircraft, it is characterized in that: using static state efficient Independent Power Generation unit as supporting electrical source of power, the various vertical lift type using motor as power source or the recoil strength that produces through the hot gases high velocity jet that excessive power eddy current heater or resistance heater Fast Heating are transformed into HTHP using compressed air are as the various jet-propelled aviation aircraft of thrust power.
11. self energy electric propulsion re-entry space vehicle, is characterized in that: using static state efficient Independent Power Generation unit as the empty sky flight vehicle of supporting electrical source of power.
Dwelling electronic aircraft in 12. land, sea and air three, it is characterized in that: using static state efficient Independent Power Generation unit as supporting electrical source of power, using motor or electric energy as power source, can at travel over land, can navigate by water in water route, three dwelling electric vehicle of can aloft flying.
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|---|---|---|---|
| CN201410239419.2A CN105099129A (en) | 2014-05-24 | 2014-05-24 | Static state high efficient generators and application thereof |
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|---|---|---|---|
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105871220A (en) * | 2016-01-30 | 2016-08-17 | 方志 | Transformer with output as resonant loop |
| CN106452012A (en) * | 2016-12-20 | 2017-02-22 | 华密新能源科技石家庄有限公司 | Resonance self-circulation magnetic-field power generator |
| WO2017107249A1 (en) * | 2015-12-26 | 2017-06-29 | 方志 | Transformer with input being resonant loop |
| CN113257544A (en) * | 2021-05-18 | 2021-08-13 | 赵鑫堂 | Core type permanent magnetic transformer |
-
2014
- 2014-05-24 CN CN201410239419.2A patent/CN105099129A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017107249A1 (en) * | 2015-12-26 | 2017-06-29 | 方志 | Transformer with input being resonant loop |
| CN105871220A (en) * | 2016-01-30 | 2016-08-17 | 方志 | Transformer with output as resonant loop |
| WO2017127957A1 (en) * | 2016-01-30 | 2017-08-03 | 方志 | Transformer with output being resonant loop |
| CN106452012A (en) * | 2016-12-20 | 2017-02-22 | 华密新能源科技石家庄有限公司 | Resonance self-circulation magnetic-field power generator |
| CN113257544A (en) * | 2021-05-18 | 2021-08-13 | 赵鑫堂 | Core type permanent magnetic transformer |
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Application publication date: 20151125 |