CN110198081A - A kind of wave band scatterer - Google Patents
A kind of wave band scatterer Download PDFInfo
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- CN110198081A CN110198081A CN201910570686.0A CN201910570686A CN110198081A CN 110198081 A CN110198081 A CN 110198081A CN 201910570686 A CN201910570686 A CN 201910570686A CN 110198081 A CN110198081 A CN 110198081A
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J50/00—Circuit arrangements or systems for wireless supply or distribution of electric power
- H02J50/10—Circuit arrangements or systems for wireless supply or distribution of electric power using inductive coupling
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Abstract
The present invention relates to a kind of wave band scatterers.Comprising: output unit, including output framework and the input coil and vacuum frequency coil and release coil that are set on the output framework, the iron core of the input coil and vacuum frequency coil and release coil is permanent magnet, input coil input energy sources are converted the electric energy to the output winding by flowing through the vacuum frequency coil；Output unit, including fluid coil and reflux coil and treatment coil, the fluid coil and reflux coil and the iron core for the treatment of coil are permanent magnets, and the energy of the fluid coil is used with induced current supply vacuum frequency coil with the electric energy supply output winding of vacuum frequency coil.The invention has the benefit that this wave band scatterer is when in use, for being used with vacuum magnetic energy energy system switching current polarization wave band energy forming region output waveband energy system, reaches diffusion wave band and current power system inside region and use.
Description
Technical field
The invention belongs to electric mechanical fields, and in particular to a kind of wave band scatterer.
Background technique
The present invention is that state-of-the-art technology is mainly used for vacuum magnetic energy period energy system conversion wave band polarization electric energy energy system
Diffusion zone internal power source system uses and is used for vacuum magnetic energy energy system switching current polarization wave band energy forming region
Output waveband energy system uses, and reaches diffusion wave band and current power system inside region and uses.
Summary of the invention
In order to reach the optimal use efficiency of diffusion zone energy system, the present invention provides a kind of wave band scatterers.It adopts
It is converted inside wave band polarization electric energy energy system diffusion zone with this wave band scatterer for vacuum magnetic energy period energy system
Energy system uses and is used for the vacuum magnetic energy energy system switching current polarization wave band energy forming region output waveband energy
System uses, and reaches diffusion wave band and current power system inside region and uses.
The technical scheme adopted by the invention is as follows:
The present invention relates to a kind of wave band scatterers.Comprising: output unit, including output framework and it is set to the output framework
On input coil and vacuum frequency coil and release coil, the iron of the input coil and vacuum frequency coil and release coil
Core is permanent magnet, and input coil input energy sources are converted the electric energy to described defeated by flowing through the vacuum frequency coil
Coil out；Output unit, including fluid coil and reflux coil and treatment coil, the fluid coil and reflux coil and processing
The iron core of coil is permanent magnet, and the energy of the fluid coil is with induced current supply vacuum frequency coil, with vacuum frequency line
The electric energy supply output winding of circle uses.
Preferably, it is provided with reflux coil on the output framework, the output framework is configured to square frame, and described time
Variation of the variation of streamline circle in input coil and output winding and vacuum frequency coil and release coil, the return wire
Circle is arranged relative to input coil edge, is located at vacuum frequency coil and treatment coil and polarizing coil and output winding and fluid
In the variation magnetic field of coil and reset coil.
Preferably, be additionally provided with release coil on the output framework, the variation of the release coil in input coil and
The variation for the treatment of coil and reset coil and vacuum frequency coil and output winding and reflux coil, the release coil phase
Input coil edge is arranged, in the variation magnetic field for the treatment of coil and reflux coil and polarizing coil and fluid coil.
Preferably, the output framework is additionally provided with vacuum frequency coil, and the variation of the vacuum frequency coil is flowing back
The variation of coil and fluid coil and output winding and treatment coil and polarizing coil and release coil, the vacuum frequency
Coil is arranged relative between fluid coil and polarizing coil, is located at treatment coil and polarizing coil and output winding and return wire
In the variation magnetic field of circle and release coil and input coil and fluid coil.
Preferably, be additionally provided with treatment coil on the output framework, the variation of the treatment coil in fluid coil and
The variation of output winding and vacuum frequency coil, the treatment coil are located at vacuum frequency relative to the edge setting of input circle
In the variation magnetic field of rate coil and reflux coil and fluid coil and output winding.
Preferably, be additionally provided with input coil on the output framework, the variation of the input coil in fluid coil and
The variation of polarizing coil and vacuum frequency coil and reflux coil, the input coil is relative to release coil and return wire
Circle and the setting for the treatment of coil edge, are located at output winding and vacuum frequency coil and fluid coil and polarizing coil and release coil
Variation magnetic field in, input coil input polarization energy system.
Preferably, be additionally provided with output winding on the output framework, the variation of the output winding in fluid coil and
The variation of polarizing coil and vacuum frequency coil and treatment coil and release coil and reflux coil, the output winding phase
Reset coil edge is arranged, treatment coil and vacuum frequency coil and input coil and reflux coil and release coil are located at
In the variation magnetic field of reset coil.
Preferably, be additionally provided with polarizing coil on the output framework, the variation of the polarizing coil in fluid coil and
The variation of vacuum frequency coil and output winding and treatment coil, the polarizing coil are set relative to treatment coil edge
It sets, positioned at the variation magnetic of reflux coil and output winding and treatment coil and vacuum frequency coil and fluid coil and release coil
In.
Preferably, be additionally provided with fluid coil on the output framework, the variation of the fluid coil in polarizing coil and
The variation of vacuum frequency coil and output winding and treatment coil and release coil, the fluid coil is relative to cable release
Edge setting is enclosed, reflux coil and output winding and treatment coil and vacuum frequency coil and polarizing coil and release coil are located at
In the variation magnetic field of input coil.
Preferably, be additionally provided with reset coil on the output framework, the variation of the reset coil in fluid coil and
The variation of vacuum frequency coil and output winding and treatment coil and release coil, the reset coil is relative to output line
Edge setting is enclosed, positioned at the variation magnetic field of reflux coil and output winding and treatment coil and vacuum frequency coil and release coil
In.
Preferably, permanent magnet is additionally provided on the output framework, the variation of the permanent magnet is in fluid coil and output
The variation of coil and vacuum frequency coil and treatment coil and release coil and reflux coil, the permanent magnet is relative to defeated
Lower portion is set side by side out is arranged with input coil edge, is located at output winding and fluid coil and vacuum frequency coil and place
In the variation magnetic field of lineation circle and polarizing coil and reflux coil.
The invention has the benefit that this wave band scatterer is when in use, for being converted with vacuum magnetic energy energy system
Current polarizing wave band energy forming region output waveband energy system uses, and reaches diffusion wave band and current power body inside region
System uses.
Detailed description of the invention
Fig. 1 is the schematic diagram of the wave band scatterer of a preferred embodiment of the present invention.
In figure: 1, bracket；2, release coil；3, reset coil；4, vacuum frequency coil；5, polarizing coil；6, return wire
Circle；7, fluid coil；8, treatment coil；9, input coil；10, output winding.
Specific embodiment
As shown in Figure 1, wave band scatterer provided by the invention comprising, output unit.This hair will be described in detail belows
Bright wave band scatterer and its various pieces.
As shown in Figure 1, output unit includes output framework 1 and the input coil 9 being set on output framework 1 and cable release
Circle 2 and polarizing coil 7 and vacuum frequency coil 4, output winding 10 and treatment coil 8 and reflux coil 6 are mutually juxtaposed, output line
The iron core of circle 10 and the iron core of reflux coil 6 are permanent magnets, the input polarization energy system of input coil 9 and fluid coil 7 and
Vacuum frequency coil 4 and treatment coil 8 and reflux coil 6 and polarizing coil 5 and stream are flowed through when handling magnetic energy electric energy energy system
Body coil 7 and release coil 2 and reset coil 3 polarization electric energy and the magnetic energy vigor combined cycle wave band energy and current power body
System, is transferred to output winding 10.
As first preferred embodiment of power output unit, as shown in Figure 1, being additionally provided with reflux on output framework 1
Coil 6, the output framework 1 are configured to square frame, and the variation of the reflux coil 6 is in input coil 9 and output winding 10
With the variation of vacuum frequency coil 4 and release coil 2, the reflux coil 6 is arranged relative to 9 edge of input coil, position
In the variation of vacuum frequency coil 4 and treatment coil 8 and polarizing coil 5 and output winding 10 and fluid coil 7 and reset coil 3
In magnetic field.
Second preferred embodiment is on the basis of first preferred embodiment, as shown in Figure 1, output framework 1 is also set
It is equipped with release coil 2, the variation of the release coil 2 is in input coil 9 and treatment coil 8 and reset coil 3 and vacuum frequency
The variation of coil 4 and output winding 10 and reflux coil 6, the release coil 2 are arranged relative to 9 edge of input coil,
In the variation magnetic field for the treatment of coil 8 and reflux coil 6 and polarizing coil 5 and fluid coil 7.
Third preferred embodiment is on the basis of second preferred embodiment, as shown in Figure 1, on output framework 1 also
It is provided with vacuum frequency coil 4, the variation of the vacuum frequency coil 4 is in reflux coil 6 and fluid coil 7 and output winding 10
With the variation for the treatment of coil 8 and polarizing coil 5 and release coil 2, the vacuum frequency coil 4 is relative to fluid coil 7
It is set between polarizing coil 5, is located at treatment coil 8 and polarizing coil 5 and output winding 10 and reflux coil 6 and release coil 2
In the variation magnetic field of input coil 9.
4th preferred embodiment is on the basis of third preferred embodiment, as shown in Figure 1, on output framework 1 also
It is provided with treatment coil 8, the change of the variation of the treatment coil 8 in fluid coil 7 and output winding 10 and vacuum frequency coil 4
Change, the treatment coil 8 is arranged relative to 9 edge of input coil, is located at vacuum frequency coil 4 and reflux coil 6 and stream
In the variation magnetic field of body coil 7 and output winding 10.
5th preferred embodiment is on the basis of the 4th preferred embodiment, as shown in Figure 1, on output framework 1 also
It is provided with input coil 9, the variation of the input coil 9 in fluid coil 7 and polarizing coil 5 and vacuum frequency coil 4 and is returned
The variation of streamline circle 6, the input coil 9 are arranged relative to release coil 2 and reflux coil 6 and 8 edge for the treatment of coil,
In the variation magnetic field of output winding 10 and fluid coil 7 and polarizing coil 5 and release coil 2 and vacuum frequency coil 4.
6th preferred embodiment is on the basis of the 5th preferred embodiment, as shown in Figure 1, on output framework 1 also
It is provided with output winding 10, the variation of the output winding 10 is in fluid coil 7 and polarizing coil 5 and 4 He of vacuum frequency coil
The variation for the treatment of coil 8 and release coil 2 and reflux coil 6, the output winding 10 are set relative to 3 edge of reset coil
It sets, positioned at treatment coil 8 and reset coil 3 and input coil 9 and reflux coil 6 and release coil 2 and vacuum frequency coil 4
In variation magnetic field.
7th preferred embodiment is on the basis of the 6th preferred embodiment, as shown in Figure 1, on output framework 1 also
It is provided with polarizing coil 5, the variation of the polarizing coil 5 is in fluid coil 7 and vacuum frequency coil 4 and output winding 10 and place
The variation of lineation circle 8, the polarizing coil 5 are arranged relative to 8 edge for the treatment of coil, are located at reflux coil 6 and output line
In the variation magnetic field of circle 10 and treatment coil 8 and vacuum frequency coil 4 and fluid coil 7 and release coil 2.
8th preferred embodiment is on the basis of the 7th preferred embodiment, as shown in Figure 1, on output framework 1 also
It is provided with fluid coil 7, the variation of the fluid coil 7 is in polarizing coil 5 and vacuum frequency coil 4 and output winding 10 and place
The variation of lineation circle 8 and release coil 2, the fluid coil 7 are arranged relative to 2 edge of release coil, are located at return wire
Circle 6 and output winding 10 and treatment coil 8 and vacuum frequency coil 4 and polarizing coil 5 and release coil 2 and input coil 9
In variation magnetic field.
9th preferred embodiment is on the basis of the 8th preferred embodiment, as shown in Figure 1, on output framework 1 also
It is provided with reset coil 3, the variation of the reset coil 3 is in fluid coil 7 and vacuum frequency coil 4 and output winding 10 and place
The variation of lineation circle 8 and release coil 2, the reset coil 3 are arranged relative to 10 edge of output winding, are located at return wire
In the variation magnetic field of circle 6 and output winding 10 and treatment coil 8 and vacuum frequency coil 4 and release coil 2.
Tenth preferred embodiment is on the basis of the 9th preferred embodiment, as shown in Figure 1, on output framework 1 also
It is provided with permanent magnet 1 or 9, the variation of the permanent magnet 1 or 9 is in fluid coil 7 and output winding 10 and 4 He of vacuum frequency coil
The variation for the treatment of coil 8 and release coil 2 and reflux coil 6, the permanent magnet 1 or 9 relative to inside output framework 1 simultaneously
Column setting and the setting of 9 edge of input coil, are located at output winding 10 and fluid coil 7 and vacuum frequency coil 4 and treatment coil 8
With polarizing coil 5 and reflux coil 6 variation magnetic field in.
It can be referred to as the working principle of the wave band scatterer of the tenth preferred embodiment as a result, as follows:
When input coil 9 and fluid coil 7 and 2 input energy sources of release coil and treatment coil 8 handle the luminous energy electric energy magnetic energy energy
When, thus there are the magnetic fields of mechanical periodicity around reflux coil 6 and vacuum frequency coil 4, by treatment coil 8 and vacuum frequency
Coil 4 is arranged in around polarizing coil 5 and reset coil 3 and input coil 9, so reflux coil 6 and fluid coil 7 and releasing
Corresponding period wave band electric current and magnetic energy period wave band current power system, magnetic energy electric energy electric current are generated in the coil of unwrapping wire circle 2
Size and Orientation with input coil 9 and release coil 2 and polarizing coil 5 and fluid coil 7 and treatment coil 8 and output winding
10 to staticize the variation that size of current and direction generate identical.Similarly, it input coil 9 and polarizing coil 5 and fluid coil 7 and releases
The magnetic energy period electric energy electric current of unwrapping wire circle 2 is by magnetic field successively from vacuum frequency coil 4 and treatment coil 8 and reflux 6 He of coil
Vacuum frequency coil 4 and polarizing coil 5 and reset coil 3 be identical with the electric energy that output winding 10 uses and coil in permanent magnet
The magnetic intensity of core is for vacuum magnetic energy period energy system conversion wave band polarization electric energy energy system diffusion zone internal power source
System uses and is used for vacuum magnetic energy energy system switching current polarization wave band energy forming region output waveband energy system
It uses, reaches diffusion wave band and current power system inside region and use.
The present invention is not limited to above-mentioned preferred forms, anyone can show that other are various under the inspiration of the present invention
The product of form, however, make any variation in its shape or structure, it is all that there is skill identical or similar to the present application
Art scheme, is within the scope of the present invention.
Claims (10)
1. a kind of wave band scatterer characterized by comprising output unit, including output framework and it is set to the output box
Input coil and vacuum frequency coil and release coil, the input coil and vacuum frequency coil and release coil on frame
Iron core is permanent magnet, and input coil input energy sources are converted the electric energy to described by flowing through the vacuum frequency coil
Output winding；Output unit, including fluid coil and reflux coil and treatment coil, the fluid coil and reflux coil and place
The iron core of lineation circle is permanent magnet, and the energy of the fluid coil is with induced current supply vacuum frequency coil, with vacuum frequency
The electric energy supply output winding of coil uses.
2. wave band scatterer according to claim 1, which is characterized in that reflux coil is provided on the output framework,
The output framework is configured to square frame, and the variation of the reflux coil is in input coil and output winding and vacuum frequency line
Circle and release coil variation, the reflux coil relative to input coil edge be arranged, positioned at vacuum frequency coil with
In the variation magnetic field for the treatment of coil and polarizing coil and output winding and fluid coil and reset coil.
3. wave band scatterer according to claim 2, which is characterized in that the output framework is additionally provided with release coil,
The variation of the release coil is in input coil and treatment coil and reset coil and vacuum frequency coil and output winding and returns
The variation of streamline circle, the release coil relative to input coil edge be arranged, be located at treatment coil and reflux coil and
In the variation magnetic field of polarizing coil and fluid coil.
4. wave band scatterer according to claim 2 or 3, which is characterized in that the output framework is additionally provided with vacuum frequency
Rate coil, the variation of the vacuum frequency coil is in reflux coil and fluid coil and output winding and treatment coil and polarization line
The variation of circle and release coil, the vacuum frequency coil are arranged relative to fluid coil and polarizing coil edge, are located at
The variation magnetic for the treatment of coil and polarizing coil and output winding and reflux coil and release coil and input coil and fluid coil
In.
5. according to wave band scatterer described in Claims 2 or 3 or 4, which is characterized in that be additionally provided with place on the output framework
Lineation circle, variation of the variation of the treatment coil in fluid coil and output winding and vacuum frequency coil, the place
Lineation circle is arranged relative to input coil edge, positioned at vacuum frequency coil and reflux coil and fluid coil and output winding
In variation magnetic field.
6. according to wave band scatterer described in Claims 2 or 3 or 4 or 5, which is characterized in that also set up on the output framework
There is an input coil, the change of the variation of the input coil in fluid coil and polarizing coil and vacuum frequency coil and reflux coil
Change, the input coil relative to release coil and reflux coil and treatment coil edge setting, be located at output winding with
In the variation magnetic field of vacuum frequency coil and fluid coil and polarizing coil and release coil.
7. according to wave band scatterer described in Claims 2 or 3 or 4 or 5 or 6, which is characterized in that also set on the output framework
Be equipped with output winding, the variation of the output winding in fluid coil and polarizing coil and vacuum frequency coil and treatment coil and
The variation of release coil and reflux coil, the output winding are arranged relative to reset coil edge, are located at treatment coil
With in the variation magnetic field of vacuum frequency coil and input coil and reflux coil and release coil and reset coil.
8. according to wave band scatterer described in Claims 2 or 3 or 4 or 5 or 6, which is characterized in that also set on the output framework
It is equipped with polarizing coil, the variation of the polarizing coil is in fluid coil and vacuum frequency coil and output winding and treatment coil
Variation, the polarizing coil are arranged relative to treatment coil edge, are located at reflux coil and output winding and treatment coil
With in the variation magnetic field of vacuum frequency coil and fluid coil and release coil.
9. according to wave band scatterer described in Claims 2 or 3 or 4 or 5 or 6, which is characterized in that also set on the output framework
Be equipped with fluid coil, the variation of the fluid coil in polarizing coil and vacuum frequency coil and output winding and treatment coil and
The variation of release coil, the fluid coil are arranged relative to release coil edge, are located at reflux coil and output winding
With in the variation magnetic field for the treatment of coil and vacuum frequency coil and polarizing coil and release coil and input coil.
10. according to wave band scatterer described in Claims 2 or 3 or 4 or 5 or 6, which is characterized in that on the output framework also
It is provided with reset coil, the variation of the reset coil is in fluid coil and vacuum frequency coil and output winding and treatment coil
With the variation of release coil, the reset coil is arranged relative to output winding edge, is located at reflux coil and output line
In the variation magnetic field of circle and treatment coil and vacuum frequency coil and release coil.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910570686.0A CN110198081A (en) | 2019-06-28 | 2019-06-28 | A kind of wave band scatterer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910570686.0A CN110198081A (en) | 2019-06-28 | 2019-06-28 | A kind of wave band scatterer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110198081A true CN110198081A (en) | 2019-09-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910570686.0A Pending CN110198081A (en) | 2019-06-28 | 2019-06-28 | A kind of wave band scatterer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN110198081A (en) |
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2019
- 2019-06-28 CN CN201910570686.0A patent/CN110198081A/en active Pending
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Application publication date: 20190903 |