CN107800262A - Magnetoelectricity compounding machine - Google Patents
Magnetoelectricity compounding machine Download PDFInfo
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- CN107800262A CN107800262A CN201610807074.5A CN201610807074A CN107800262A CN 107800262 A CN107800262 A CN 107800262A CN 201610807074 A CN201610807074 A CN 201610807074A CN 107800262 A CN107800262 A CN 107800262A
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- 238000013329 compounding Methods 0.000 title claims abstract description 40
- 230000033001 locomotion Effects 0.000 claims abstract description 83
- 230000005611 electricity Effects 0.000 claims abstract description 56
- 230000001360 synchronised effect Effects 0.000 claims abstract description 9
- 230000006698 induction Effects 0.000 claims description 78
- 239000004020 conductor Substances 0.000 claims description 22
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- 238000001514 detection method Methods 0.000 claims description 4
- 230000001965 increasing effect Effects 0.000 abstract description 5
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- 238000003199 nucleic acid amplification method Methods 0.000 abstract description 4
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Classifications
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02K—DYNAMO-ELECTRIC MACHINES
- H02K35/00—Generators with reciprocating, oscillating or vibrating coil system, magnet, armature or other part of the magnetic circuit
- H02K35/02—Generators with reciprocating, oscillating or vibrating coil system, magnet, armature or other part of the magnetic circuit with moving magnets and stationary coil systems
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02K—DYNAMO-ELECTRIC MACHINES
- H02K33/00—Motors with reciprocating, oscillating or vibrating magnet, armature or coil system
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- Permanent Magnet Type Synchronous Machine (AREA)
- Synchronous Machinery (AREA)
Abstract
The present invention provides a kind of magnetoelectricity compounding machine, its by can an at least disk and at least coil panel interleaved of synchronous relative motion set and form, and disk on coil panel with being respectively equipped with an at least electric module and an at least electricity generation module, a wherein electric module is located at disk and the most external diameter of coil panel, and a wherein electricity generation module is located at the innermost diameter of disk and coil panel, so, increasing is helped by electric module magnetic, moment amplification and magnetic current do not disturb, the speed of rotation and the motion thrust increase of disk can be made, reach electric module eat electricity it is small, the big purpose of thrust, coaxial electricity generation module is set to produce high cutting frequency simultaneously, and increasing electricity output.
Description
Technical field
The present invention relates to a kind of technical field of magnetoelectricity, specifically means a kind of magnetic that can coaxially produce kinetic energy and electric energy
Electric compounding machine.
Background technology
Press, general motor mainly using electromagnetic principle come produce at a high speed rotate, its by can relative rotary motion one
Stator is formed with a rotor, and by taking coil electrodynamic machine as an example, wherein the inner edge of stator is provided with plural coil, and the outer rim of rotor is set
There is the magnetic part of the corresponding coil of plural number, phase is produced by making coil be magnetized coil to electricity, and then with the magnetic part of rotor
Reprimand and attracting magneticaction, so as to drive rotor rotation at a high speed, it is defeated that the axostylus axostyle being further driven to located at rotor forms power
Go out, such as motor.
The calutron that general generator is made up of a line of induction collar member group and a magnetic column group, wherein line of induction collar member group
It is that an at least coil is being provided with least on a magnetic conductor, and magnetic column group is to be respectively equipped with two magnetic at line of induction collar member group axis both ends
Property part, and two magnetic part is with heteropole magnetic pole arranged opposite, and magnetic column group can be respectively defined as turning with line of induction collar member group
Son and stator, and by relative linear or rotary motion, make the coil of line of induction collar member group because of the magnetic force line cutting of magnetic column group
And induced electromotive force is produced, and then the purpose to generate electricity.
By above-mentioned motor with from the point of view of generator principle, both of which is reached using magneto-electronic theory, and Main Differences exist
Electricity is drawn with being connected load to electricity in the connection power supply of magnetic electrical device, and forms motor and generator respectively.It can be seen that it is possible
It is designed to same mechanism, and forms generator and supply electrical power to motor use, and motor supplies power to generator and made
With, and form the device of compounding machine；
But motor is in running, it is to adopt intermittent to power mode, captures the magnetic force of needs, to drive the rotor,
But configured by its coil and magnetic part high magnetic flux and high cutting number, during electricity is not given, coil still can be by inertia
The magnetic conduction cutting phenomenon of the magnetic part of relative motion, and induced electromotive force is produced, now the motor needs to input larger electricity
Power drives, and will so cause energy waste, and under the input of identical electric power, motor output power efficiency is bad, so
Larger electric power can not be produced by influenceing generator.
In other words, existing tool generates electricity and the magnetic electrical device of power function, because can not effectively weaken motor not to it is electric when
Induced electromotive force, reluctance force when causing motor to produce larger power consumption, while operating is big and magnetic power-assisted when driving
It is small, and how to solve foregoing problems, it is that industry is urgently developed.
Edge is that the present inventor is that problem encountered is deep when operating for the magnetic electrical device of foregoing generator and motor
Enter to inquire into, and by the research and development experience for being engaged in related industry for many years, actively seek the road solved, research and examination through being continually striving to
Make, a kind of magnetoelectricity compounding machine is successfully developed finally, to overcome existing magnetic electrical device can not produce enough electric power under efficiency
With power derived from puzzlement with inconvenience.
The content of the invention
Therefore, the main object of the present invention is to provide a kind of output kinetic energy big magnetoelectricity compounding machine, by electric module
Magnetic conductor and can produce powerful magnetic power-assisted, be further able to promote rotation during operating across the design of magnetic gap and magnetic current non-interference
Rotational speed rate, effectively lifting output power.
Also, time main purpose of the present invention is to provide a kind of magnetoelectricity compounding machine of energy-conservation, it can lower electric module
Induced electromotive force in magnet area, and reluctance force can be avoided, input electric power when being available for downgrading driving, reduce the loss of electric energy.
Furthermore another main purpose of the invention is to provide a kind of magnetoelectricity compounding machine that can coaxially generate electricity, and it is due to strong
Big magnetic helps, moment amplification and magnetic current do not disturb, therefore can make the speed of rotation and the motion thrust increase of disk, produces electricity generation module
High cutting frequency, and increasing electricity output.
Based on this, the present invention is mainly by following technological means, to realize foregoing purpose and its effect：
A kind of magnetoelectricity compounding machine, it is characterised in that：It is arranged at intervals by the disk and a coil panel for being capable of relative motion
Form, and an at least electric module and an at least electricity generation module are respectively equipped with disk and coil panel, wherein an electric module is set
In disk and the most external diameter of coil panel, and a wherein electricity generation module is located at the innermost diameter of disk and coil panel, the disk and the line
Circle disk is respectively defined as rotor or stator, can produce relative motion；
An at least electric module is mounted on coil panel and electronic with this by an electronic magnetic column group for being mounted on disk and one
The relative motor coil row group of magnetic column group and one group of inductive switch group are formed；
At least one first magnetic part and at least one second magnetic that electronic magnetic column group wherein on disk arranges along the direction of motion
Property part, and at least one first magnetic part, the equal length of the second magnetic part, and at least one first magnetic part, second magnetic
Part magnetizes in the direction of motion, and the magnetic pole of the first adjacent magnetic part, the second magnetic part is in the first adjacent and adjacent magnetic of homopolarity
There is a wide magnetic gap between property part, the second magnetic part or the second magnetic part, the first magnetic part；
The motor coil row group on coil panel has at least one same axis and spaced line of induction collar member again, should
An at least line of induction collar member is set around the coil of magnetic conductor with a magnetic conductor and one respectively, and the coil of the line of induction collar member can
It is positive to the electric or reverse power supply to electricity to connect one respectively, furthermore the loop length of the line of induction collar member is more than or equal to four points
One of the length of the electronic any magnetic part of magnetic column group and less than or equal to 3/4ths electronic any magnetic parts of magnetic column group length
Degree, the magnetic conduction body length of the line of induction collar member are wide plus adjacent magnetic gap more than or equal to any magnetic part length of electronic magnetic column group
Spend and organize loop length along with same plus adjacent magnetic gap width less than or equal to any magnetic part length of electronic magnetic column group；
Furthermore described inductive switch group includes to be powered off located at least the one of electronic magnetic column group to electric detector, at least one
Detector and located at motor coil row group at least one conducting inductor with least one cut-out inductor, wherein this at least one to electricity
Detector is respectively arranged on this and enters an at least line of induction according to the direction of motion is relative at least in one first magnetic part, the second magnetic part
The magnetic pole end face of collar member, and at least one power-off detector be respectively arranged on this at least in one first magnetic part, the second magnetic part according to
The relative magnetic pole end face for leaving an at least line of induction collar member of the direction of motion, furthermore at least one conducting inductor is respectively arranged on this
Direction of relative movement leaves the end of the electronic magnetic column group at least in the coil of a line of induction collar member, and at least one cut-out senses
Device be respectively arranged on this at least in the coil of the line of induction collar member direction of relative movement enter the end of the electronic magnetic column group；
An another at least electricity generation module is mounted on the relative generating of coil panel by a generating magnetic group for being mounted on disk and one
Coil group is formed；
Wherein the generating magnetic group is to be arranged with least one the 3rd magnetic part and at least one the 4th along the direction of motion on disk
Magnetic part, and this at least one the 3rd magnetic part, the 4th magnetic part magnetize in parallel motion direction, and this at least one the adjacent the 3rd
Magnetic part, the both ends magnetic pole of the 4th magnetic part are in homopolarity arranged adjacent, but this at least one the 3rd magnetic part, the 4th magnetic part are vertical
The corresponding magnetic in the axis of the direction of motion and respectively at least one first magnetic part with adjacent electronic magnetic column group, the second magnetic part center
The axis of the dish axle heart in coaxial, and the both ends magnetic pole of at least one the 3rd magnetic part, the 4th magnetic part and with adjacent this at least
One first magnetic part, the second magnetic part or the second magnetic part, the magnetic pole of the first magnetic part are adjacent in homopolarity；
The power coil group is to be arranged with the power coil of at least one connection load along the direction of motion on coil panel again, and
An at least power coil extends in parallel motion direction, furthermore this of an at least power coil and corresponding generating magnetic group are at least
One the 3rd magnetic part, the 4th magnetic part.
Described magnetoelectricity compounding machine, wherein：The loop length of an at least line of induction collar member of the motor coil row group is
Equal to the length of 2/4ths electronic any magnetic parts of magnetic column group, and magnetic conduction body length is any magnetic part length of electronic magnetic column group
Plus adjacent magnetic gap width.
Described magnetoelectricity compounding machine, wherein：An at least line of induction collar member position for the motor coil row group of the coil panel
The same position arrangement of corresponding electronic magnetic column group adjacent magnetic part.
Described magnetoelectricity compounding machine, wherein：An at least line of induction collar member for the motor coil row group of the coil panel is corresponding
The position of electronic magnetic column group adjacent magnetic part is dislocation arrangement.
Described magnetoelectricity compounding machine, wherein：The disk is as rotor, and the coil panel is as stator, and disk center is set
There is an axostylus axostyle, furthermore coil panel is centrally formed with an axis hole for wearing pivot for axostylus axostyle, make disk being capable of the rotation of opposed coil disk.
A kind of magnetoelectricity compounding machine, it is characterised in that：Its by can synchronous relative motion more than two disks and more than two
Coil panel interleaved sets and formed, and an at least disk is at least respectively equipped with an at least electric module with this on a coil panel
And an at least electricity generation module, wherein an electric module is located at the most external diameter of disk and coil panel, and wherein an electricity generation module is located at
The innermost diameter of disk and coil panel, furthermore at least a coil panel is respectively defined as rotor or stator to an at least disk with this,
Relative motion can be synchronously produced mutually；
An at least electric module is mounted on coil panel and electronic with this by an electronic magnetic column group for being mounted on disk and one
The relative motor coil row group of magnetic column group and one group of inductive switch group are formed；
At least one first magnetic part and at least one second magnetic that electronic magnetic column group wherein on disk arranges along the direction of motion
Property part, and at least one first magnetic part, the equal length of the second magnetic part, and at least one first magnetic part, second magnetic
Part magnetizes in the direction of motion, and the magnetic pole of the first adjacent magnetic part, the second magnetic part is in the first adjacent and adjacent magnetic of homopolarity
There is a wide magnetic gap between property part, the second magnetic part or the second magnetic part, the first magnetic part；
The motor coil row group on coil panel has at least one same axis and spaced line of induction collar member again, should
An at least line of induction collar member is set around the coil of magnetic conductor with a magnetic conductor and one respectively, and the coil of the line of induction collar member can
It is positive to the electric or reverse power supply to electricity to connect one respectively, furthermore the loop length of the line of induction collar member is more than or equal to four points
One of the length of the electronic any magnetic part of magnetic column group and less than or equal to 3/4ths electronic any magnetic parts of magnetic column group length
Degree, the magnetic conduction body length of the another line of induction collar member are wide plus adjacent magnetic gap more than or equal to any magnetic part length of electronic magnetic column group
Spend and organize loop length along with same plus adjacent magnetic gap width less than or equal to any magnetic part length of electronic magnetic column group；
Furthermore described inductive switch group includes to be powered off located at least the one of electronic magnetic column group to electric detector, at least one
Detector and located at motor coil row group at least one conducting inductor with least one cut-out inductor, wherein this at least one to electricity
Detector is respectively arranged on this and enters an at least line of induction according to the direction of motion is relative at least in one first magnetic part, the second magnetic part
The magnetic pole end face of collar member, and at least one power-off detector be respectively arranged on this at least in one first magnetic part, the second magnetic part according to
The relative magnetic pole end face for leaving an at least line of induction collar member of the direction of motion, furthermore at least one conducting inductor is respectively arranged on this
Direction of relative movement leaves the end of the electronic magnetic column group at least in the coil of a line of induction collar member, and at least one cut-out senses
Device be respectively arranged on this at least in the coil of the line of induction collar member direction of relative movement enter the end of the electronic magnetic column group；
An at least electricity generation module is mounted on the relative generating line of coil panel by a generating magnetic group for being mounted on disk and one
Circle group is formed；
Wherein an at least generating magnetic group is to be arranged with least one the 3rd magnetic part and at least along the direction of motion on disk
One the 4th magnetic part, and this at least one the 3rd magnetic part, the 4th magnetic part magnetize in parallel motion direction, and this at least one is adjacent
The 3rd magnetic part, the both ends magnetic pole of the 4th magnetic part be in homopolarity arranged adjacent, and at least one the 3rd magnetic part, the 4th magnetic
The axis in part vertical movement direction and respectively at least one first magnetic part, the second magnetic part center with adjacent electronic magnetic column group
The axis in corresponding disk axle center in coaxial, and the both ends magnetic pole of at least one the 3rd magnetic part, the 4th magnetic part and with it is adjacent
At least one first magnetic part, the second magnetic part or the second magnetic part, the magnetic pole of the first magnetic part are adjacent in homopolarity for this；
An at least power coil group is to be arranged with the generating of at least one connection load along the direction of motion on coil panel again
Coil, and an at least power coil extends in parallel motion direction, furthermore an at least power coil and corresponding generating magnetic group
At least one the 3rd magnetic part, the 4th magnetic part.
Described magnetoelectricity compounding machine, wherein：The loop length of an at least line of induction collar member of the motor coil row group is
Equal to the length of any magnetic part of 2/4ths electronic magnetic column groups, and magnetic conduction body length is any magnetic part length of electronic magnetic column group
Degree adds adjacent magnetic gap width.
Described magnetoelectricity compounding machine, wherein：An at least induction coil for the motor coil row group of an at least coil panel
The same position arrangement of the electronic magnetic column group adjacent magnetic part of part position correspondence.
Described magnetoelectricity compounding machine, wherein：An at least induction coil for the motor coil row group of an at least coil panel
The position that part corresponds to electronic magnetic column group adjacent magnetic part is dislocation arrangement.
Described magnetoelectricity compounding machine, wherein：An at least disk is as rotor, and an at least coil panel is as stator,
And each disk center is provided with an axostylus axostyle, furthermore each coil panel is centrally formed with an axis hole that pivot is worn for axostylus axostyle, an at least magnetic is made
Disk can be with respect to an at least coil panel synchronous axial system.
In this way, the magnetoelectricity compounding machine of the present invention passes through magnetic conductor in the line of induction collar member of motor coil row group in electric module
Particular length design, the magnetic gap of electronic magnetic column group is crossed over by magnetic conductor, is enable when magnetic action simultaneously to adjacent magnetic part
Produce complete magnetic power-assisted and avoid reluctance force, and effectively lower electric module in the induced electromotive force of magnet area, so as to downgrade
Motor coil row group is sent out to electrically driven (operated) input electric power, furthermore because electric module is located at the most external diameter of disk and coil panel
Electric module is not disturbed by electric module moment amplification and magnetic current located at the innermost diameter of disk and coil panel, can make the rotation of disk
Rotational speed rate and motion thrust increase, reach electric module and eat the purpose that electricity is small, thrust is big, while produce coaxial electricity generation module
High cutting frequency, and increasing electricity output, therefore its surcharge can be significantly increased, and improve its economic benefit.
It is to lift the present invention below to enable your juror to further appreciate that composition, feature and the other purposes of the present invention
Preferred embodiment, and coordinate schema to describe in detail as after, while allow and be familiar with this those skilled in the art and can be embodied.
Brief description of the drawings
Fig. 1 is the comprehensive architecture schematic diagram of magnetoelectricity compounding machine preferred embodiment of the present invention.
Fig. 2 is the planar configuration schematic diagram of disk in magnetoelectricity compounding machine preferred embodiment of the present invention.
Fig. 3 is magnetoelectricity compounding machine preferred embodiment coil disk planar configuration schematic diagram of the present invention.
Fig. 4 is the action schematic diagram of magnetoelectricity compounding machine preferred embodiment of the present invention, for illustrate its to it is electric when state.
Fig. 5 is another action schematic diagram of magnetoelectricity compounding machine preferred embodiment of the present invention, for illustrating its not state to electricity.
Fig. 6 is the side view floor map of another preferred embodiment of magnetoelectricity compounding machine of the present invention, for illustrating its disc type matrix
The state of change.
Description of reference numerals：1- disks；101- electric modules；102- electricity generation modules；105- axostylus axostyles；The electronic magnetic column groups of 10-；
The magnetic parts of 11- first；The magnetic parts of 12- second；13- magnetic gaps；15- generating magnetic groups；The magnetic parts of 16- the 3rd；The magnetic parts of 17- the 4th；
2- coil panels；205- axis holes；20- motor coil row groups；21- line of induction collar member；22- magnetic conductors；23- coils；25- power coils
Group；26- power coils；30- inductive switch groups；31- gives electric detector；32- powers off detector；35- turns on inductor；36- is cut
Disconnected inductor.
Embodiment
The present invention is a kind of magnetoelectricity compounding machine, in the specific embodiment and its component of the invention that legend of enclosing is shown, is owned
On it is preceding with rear, left and right, top and bottom, top and bottom and horizontal with vertical reference, be only used for conveniently being retouched
State, the not limitation present invention, nor its component is limited to any position or direction in space.Specified by schema and specification
Size, when can in the claim without departing from the present invention, design according to a particular embodiment of the invention and demand and
It is changed.
And the composition of the magnetoelectricity compounding machine of the present invention, as shown in figure 1, it is by between an at least disk 1 and an at least coil panel 2
Formed every being staggered, and disk 1 on coil panel 2 with being respectively equipped with least an electric module 101 and at least an electricity generation module
102, wherein most external diameter of the electric module 101 located at disk 1 and coil panel 2, and a wherein electricity generation module 102 is located at disk 1
With the innermost diameter of coil panel 2, furthermore those disks 1 and those coil panels 2 can be respectively defined as rotor or stator, for it is synchronous mutually
Relative motion is mutually produced, the present invention is as preferred embodiment using those disks 1 as rotor and those coil panels 2 as stator；
As for the detailed composition of present pre-ferred embodiments, then first and second and three persons shown by figure are refer to, those are electronic
Module 101 is mounted on the relative motor coil row group 20 and one of coil panel 2 by an electronic magnetic column group 10 and one for being mounted on disk 1
Group inductive switch group 30 is formed；
As shown in Figure 1 and Figure 2, it has been spaced at least along the direction of motion on disk 1 to those electronic magnetic column groups 10 again
One first magnetic part 11 and at least one second magnetic part 12, and those first magnetic parts, the length phase of the second magnetic part 11,12
Deng and those first magnetic parts, the second magnetic part 11,12 magnetize in the direction of motion, and adjacent the first magnetic part, the second magnetic
Part 11,12 or the second magnetic part, the magnetic pole of the first magnetic part 12,11 are adjacent in homopolarity, such as N extremely corresponds to N poles or S extremely corresponds to S
Pole (as shown in Figure 2), and the first adjacent magnetic part, the second magnetic part 11,12 or the second magnetic part, the first magnetic part 12,11
Between there is a wide magnetic gap 13, furthermore the center of each disk 1 is provided with an axostylus axostyle 105, for synchronous axial system；
And those motor coil row groups 20 are as shown in Figure 1, Figure 3, it is that have at least one same axle respectively on coil panel 2
Line and spaced line of induction collar member 21, those line of induction collar member 21 respectively there is a magnetic conductor 22 and one to be set around magnetic conduction
The coil 23 of body 22, and the coil 23 and one power supply of connection, the power supply can be positive to electricity or reverse to electricity, make induction coil
The coil 23 of part 21 can magnetize when power supply is connected, and make the relatively electronic magnetic column group 10 of motor coil row group 20 produce start two
The magnetic force of person's relative motion, furthermore the length of coil 23 of those line of induction collar member 21 be more than or equal to a quarter magnetic part 11,
12 length and the length of coil 23 are less than or equal to the length of 3/4ths magnetic parts 11,12, and coil of the present invention 23 is most
Good length is equal to 2/4ths magnetic parts 11,12 length.The length of magnetic conductor 22 of those another line of induction collar member 21 is more than or waited
It is less than or equal to any magnetic part plus the length of the adjacent width of magnetic gap 13 and magnetic conductor 22 in any magnetic part 11,12 length
11st, 12 length are added with the group length of coil 23 plus the adjacent width of magnetic gap 13, and the optimum length of magnetic conductor of the present invention 22 is
Any magnetic part 11,12 length add the adjacent width of magnetic gap 13, furthermore each coil panel 2 is centrally formed with one and wears pivot for axostylus axostyle 105
Axis hole 205, make disk 1 can opposed coil disk 2 rotate；
Person shown by Fig. 2 and Fig. 3 is refer to, described inductive switch group 30 includes located at the electronic magnetic column group 10 of disk 1
At least one detector 32 and led to electric detector 31, at least one power-off located at least the one of the motor coil row group 20 of coil panel 2
Logical inductor 35 and at least one cut-out inductor 36, for controlling whether the coil 23 of motor coil row group 20 connects between power supply.
Wherein those are respectively arranged in those first magnetic parts, the second magnetic part 11,12 relatively to enter according to the direction of motion to electric detector 31
Enter the magnetic pole end face of those line of induction collar member 21, and those power-off detectors 32 are respectively arranged on those first magnetic parts, the second magnetic
Property part 11,12 according to the relative magnetic pole end face for leaving those line of induction collar member 21 of the direction of motion, furthermore those conducting inductors 35
It is respectively arranged on direction of relative movement in the coil 23 of those line of induction collar member 21 and leaves the end of those electronic magnetic column groups 10, and is somebody's turn to do
A little cut-out inductors 36 are respectively arranged on direction of relative movement in the coil 23 of those line of induction collar member 21 and enter those electronic magnetic columns
The end of group 10, given for the conducting inductor 35 in line of induction collar member 21 in the magnetic part of detection first, second magnetic part 11,12
During electric detector 31, the coil 23 of power supply line of induction collar member 21 corresponding with this can be made to connect to electricity, because producing magnetization and magnetisation
Power acts on (such as Fig. 4), is examined as those cut-out inductors 36 in detection to the first magnetic part, the power-off of the second magnetic part 11,12
When knowing device 32, the coil 23 of the corresponding line of induction collar member 21 can be made not connected with power supply, electricity condition (such as Fig. 5) is not given in formation,
And power supply is connected and is in and the first magnetic part, the second magnetic part 11,12 magnet areas to coil 23 of the electricity on the occasion of line of induction collar member 21
When position is relative, induced electromotive force can be lowered, therefore can effectively downgrade input electric power；
Those electricity generation modules 102 are mounted on the relative generating of coil panel 2 by a generating magnetic group 15 and one for being mounted on disk 1
Coil group 25 is formed；
Wherein those generating magnetic groups 15 are to be arranged with least one the 3rd magnetic part 16 and at least along the direction of motion on disk 1
One the 4th magnetic part 17, and those the 3rd magnetic parts, the 4th magnetic part 16,17 magnetize in parallel motion direction, and those are adjacent
The 3rd magnetic part, the both ends magnetic pole of the 4th magnetic part 16,17 be in homopolarity arranged adjacent, and those the 3rd magnetic part, the 4th magnetic
Property part 16,17 move vertically the axis and those first magnetic parts with adjacent electronic magnetic column group 10, the second magnetic respectively in direction
The axis that part 11,12 centers correspond to the axle center of disk 1 mutually overlaps, and those the 3rd magnetic part, the 4th magnetic of generating magnetic group 15
The both ends magnetic pole of part 16,17 and with those adjacent first magnetic parts, the second magnetic part 11,12 or the second magnetic part, the first magnetic
Property part 12,11 magnetic pole it is adjacent in homopolarity, its magnetic current is not interfered with each other, form the consistent flux path in direction, from magnetic occurs
Burst, make that magnetic power-assisted intensity and generating magnetic flux cutting quantity can be promoted, such as N extremely corresponds to N poles or S and extremely corresponds to S poles (as shown in Figure 2)；
Those power coil groups 25 are to be arranged with the generating line of at least one connection load along the direction of motion on coil panel 2 again
Circle 26, and those power coils 26 extend in parallel motion direction, but those power coils 26 and corresponding generating magnetic group 15 should
A little 3rd magnetic parts, the 4th magnetic part 16,17, for those the 3rd magnetic part, the 4th magnetic part 16,17 magnetic gaps of generating magnetic group 15
When area and the power coil 26 of power coil group 25 form magnetic force line cutting, generating effect can be produced, and for load use or storage
Deposit；
In this way, group forms the magnetoelectricity compounding machine of an exportable big kinetic energy and high electric energy.
As for magnetoelectricity compounding machine preferred embodiment of the present invention when actual start, then as shown in Figure 4, Figure 5, when those disks
1 electronic magnetic column group 10 is synchronous with the motor coil row group 20 of those coil panels 2 to produce relative motion, such as the present invention with disk
1 as rotor rotate and coil panel 2 as stator it is motionless when；
As shown in figure 4, when inductive switch group 30 is on the first magnetic part 11 or the second magnetic part 12 of electronic magnetic column group 10
Left to electric detector 31 in direction of relative movement on the coil 23 for perceiving motor coil row group 20 same direction of movement one end
During the conducting inductor 35 at end, the corresponding coil 23 of the motor coil row group 20 makes the sense respectively inversely to electricity or positive to electricity
The magnetic conductor 22 of coil piece 21 is answered to produce corresponding polarity because coil 23 magnetizes, when its first magnetic part 11 extremely corresponds to coil 23 with S
When, then the magnetic conductor 22 of line of induction collar member 21 in the polarity of direction of motion upstream end in N poles and the polarity of leaving end be in S poles.And
When its second magnetic part 12 with N extremely to should coil 23, then the magnetic conductor 22 of line of induction collar member 21 is in direction of motion upstream end
The polarity that polarity leaves end in S poles is in N poles.Furthermore now the magnetic conductor 22 of the line of induction collar member 21 is in direction of relative movement
The position of upstream end is located at next adjacent the second magnetic part 12 or the first magnetic part 11, therefore can make motor coil row group 20
The line of induction collar member 21 leave the polarity at end and the first magnetic part 11 of the sensing or the second magnetic part in direction of relative movement
12 magnetic pole is in homopolar-repulsion shape, and direction of relative movement forms the thrust that one repels each other, at the same motor coil row group 20 should
The magnetic conductor 22 of line of induction collar member 21 is in the polarity of direction of relative movement upstream end and the first magnetic part, the second magnetic of the sensing
Next the second adjacent magnetic part of part 11,12, the magnetic pole of the first magnetic part 12,11 are also in homopolar-repulsion shape, make its relative
The direction of motion forms the thrust that another stock repels each other, so as to make motor coil row group 20 and the electronic direction of relative movement shape of magnetic column group 10
Into the magnetic power-assisted of complete thrust, the rotary rpm of disk 1 can be effectively improved, and then lifts output power；
Conversely, as shown in figure 5, the electronic magnetic column group 10 continues relative motion with the motor coil row group 20, when sensing is opened
Pass group 30 is sensed in electronic original of magnetic column group 10 to the contrary direction of motion one on the first magnetic part of electricity, the second magnetic part 11,12
The power-off detector 32 at end enters in direction of relative movement on the coil 23 of line of induction collar member 21 for perceiving motor coil row group 20
During the cut-out inductor 36 at end, then the coil 23 of motor coil row group 20 is cut off the electricity supply, and makes the line of induction of motor coil row group 20
Collar member 21 does not form reaction magnetic, avoids the coil 23 of the line of induction collar member 21 from causing to input greatly because entering magnetic gap generating area
Electric power causes the corresponding polarity of magnetic resistance to magnetizing coil 23 and generation；
And due to the field axis and motion side of those first magnetic parts of electronic magnetic column group 10, the second magnetic part 11,12
To in parallel shape, the coil 23 of the line of induction collar member 21 of motor coil row group 20 can be made effectively to lower sense under not generated electricity in magnet area
Electromotive force is answered, input electric power during so as to downgrade the coil 23 of line of induction collar member 21 to electric drive, while in magnetic current direction one
Strengthening under magnetic power-assisted for cause, can make the exploitation speed of disk 1 increase, and reach and eat electric small, the big purpose of thrust；
Furthermore due to electric module 101 located at the most external diameter of disk 1 and coil panel 2 and electricity generation module 102 is located at disk 1
With the innermost diameter of coil panel 2, helped by the hyperplasia magnetic of electric module 101, moment amplification and magnetic current orientation influenceed, can be in disk 1
Speedup operating under, the generating magnetic group 15 of electricity generation module 102 and power coil group 25 is produced high cutting frequency, and increase and send out
Electricity.
In addition, another preferred embodiment of the present invention, then as shown in fig. 6, the embodiment system is answered in the matrixing magnetoelectricity of disc type
Conjunction machine, it is to be formed with more than two relative disks 1 of homopolarity with more than two interleaveds of coil panel 2, by homopolarity phase
To to magnetic group, can more effectively improve overall output kinetic energy and electric energy.
It is described above to be merely exemplary for the purpose of the present invention, and it is nonrestrictive, and those of ordinary skill in the art understand,
In the case where not departing from the spirit and scope that claim is limited, can many modifications may be made, change or equivalent, but will all fall
Enter within protection scope of the present invention.
Claims (10)
- A kind of 1. magnetoelectricity compounding machine, it is characterised in that：Its by be capable of relative motion a disk and a coil panel be arranged at intervals and Into, and an at least electric module and an at least electricity generation module are respectively equipped with disk and coil panel, wherein an electric module is located at The most external diameter of disk and coil panel, and a wherein electricity generation module is located at the innermost diameter of disk and coil panel, the disk and the coil Disk is respectively defined as rotor or stator, can produce relative motion；An at least electric module by an electronic magnetic column group for being mounted on disk and one be mounted on coil panel and with the electronic magnetic column The relative motor coil row group of group and one group of inductive switch group are formed；At least one first magnetic part and at least one second magnetic part that electronic magnetic column group wherein on disk arranges along the direction of motion, At least one first magnetic part, the equal length of the second magnetic part, and at least one first magnetic part, the second magnetic part are in fortune again Dynamic direction is magnetized, but the magnetic pole of the first adjacent magnetic part, the second magnetic part in adjacent and adjacent the first magnetic part of homopolarity, There is a wide magnetic gap between second magnetic part or the second magnetic part, the first magnetic part；The motor coil row group on coil panel has at least one same axis and spaced line of induction collar member again, and this is at least One line of induction collar member is set around the coil of magnetic conductor with a magnetic conductor and one respectively, and the coil of the line of induction collar member can divide Lian Jie not be one positive to electricity or the reverse power supply to electricity, furthermore the loop length of the line of induction collar member is more than or equal to a quarter The length of the electronic any magnetic part of magnetic column group and the length for being less than or equal to 3/4ths electronic any magnetic parts of magnetic column group, should The magnetic conduction body length of line of induction collar member is more than or equal to any magnetic part length of electronic magnetic column group plus adjacent magnetic gap width and small Adjacent magnetic gap width is added in or equal to the electronic any magnetic part length of magnetic column group to add with group loop length；Furthermore described inductive switch group includes powers off detection located at least the one of electronic magnetic column group to electric detector, at least one Device and located at motor coil row group at least one conducting inductor with least one cut-out inductor, wherein this at least one knows to electric-examination Device is respectively arranged on this and enters an at least line of induction collar member according to the direction of motion is relative at least in one first magnetic part, the second magnetic part Magnetic pole end face, and at least one power-off detector is respectively arranged on this at least in one first magnetic part, the second magnetic part according to motion The relative magnetic pole end face for leaving an at least line of induction collar member in direction, furthermore at least one conducting inductor is respectively arranged on this at least Direction of relative movement leaves the end of the electronic magnetic column group in the coil of one line of induction collar member, and at least one cut-out inductor divides Not She Yu this at least in the coil of the line of induction collar member direction of relative movement enter the end of the electronic magnetic column group；An another at least electricity generation module is mounted on the relative power coil of coil panel by a generating magnetic group for being mounted on disk and one Formed；Wherein the generating magnetic group is to be arranged with least one the 3rd magnetic part and at least one the 4th magnetic along the direction of motion on disk Part, and this at least one the 3rd magnetic part, the 4th magnetic part magnetize in parallel motion direction, and at least one the 3rd adjacent magnetic Part, the both ends magnetic pole of the 4th magnetic part are in homopolarity arranged adjacent, and at least one the 3rd magnetic part, the 4th magnetic part move vertically The corresponding disk axis in the axis in direction and respectively at least one first magnetic part with adjacent electronic magnetic column group, the second magnetic part center The axis of the heart in coaxial, and the both ends magnetic pole of at least 1 the 3rd magnetic part, the 4th magnetic part and with adjacent this at least 1 the One magnetic part, the second magnetic part or the second magnetic part, the magnetic pole of the first magnetic part are adjacent in homopolarity；The power coil group is to be arranged with the power coil of at least one connection load along the direction of motion on coil panel again, and this is extremely A few power coil extends in parallel motion direction, furthermore an at least power coil and correspondence generating magnetic group this at least 1 the Three magnetic parts, the 4th magnetic part.
- 2. magnetoelectricity compounding machine according to claim 1, it is characterised in that：An at least line of induction for the motor coil row group The loop length of collar member is the length equal to 2/4ths electronic any magnetic parts of magnetic column group, and magnetic conduction body length is electronic magnetic column Any magnetic part length of group adds adjacent magnetic gap width.
- 3. magnetoelectricity compounding machine according to claim 1, it is characterised in that：The motor coil row group of the coil panel this at least The same position arrangement of the electronic magnetic column group adjacent magnetic part of one line of induction collar member position correspondence.
- 4. magnetoelectricity compounding machine according to claim 1, it is characterised in that：The motor coil row group of the coil panel this at least The position that one line of induction collar member corresponds to electronic magnetic column group adjacent magnetic part is dislocation arrangement.
- 5. according to magnetoelectricity compounding machine according to any one of claims 1 to 4, it is characterised in that：The disk is somebody's turn to do as rotor Coil panel is as stator, and disk center is provided with an axostylus axostyle, furthermore coil panel is centrally formed with an axis hole that pivot is worn for axostylus axostyle, order Disk being capable of the rotation of opposed coil disk.
- A kind of 6. magnetoelectricity compounding machine, it is characterised in that：Its by can more than two disks of synchronous relative motion reached the standard grade with two Circle disk interleaved, which is set, to be formed, and an at least disk with this be at least respectively equipped with a coil panel an at least electric module and An at least electricity generation module, wherein an electric module is located at the most external diameter of disk and coil panel, and a wherein electricity generation module is located at magnetic The innermost diameter of disk and coil panel, furthermore at least a coil panel is respectively defined as rotor or stator, energy to an at least disk with this Enough synchronous generation relative motions mutually；An at least electric module by an electronic magnetic column group for being mounted on disk and one be mounted on coil panel and with the electronic magnetic column The relative motor coil row group of group and one group of inductive switch group are formed；At least one first magnetic part and at least one second magnetic part that electronic magnetic column group wherein on disk arranges along the direction of motion, At least one first magnetic part, the equal length of the second magnetic part, and at least one first magnetic part, the second magnetic part are in fortune again Dynamic direction is magnetized, but the magnetic pole of the first adjacent magnetic part, the second magnetic part in adjacent and adjacent the first magnetic part of homopolarity, There is a wide magnetic gap between second magnetic part or the second magnetic part, the first magnetic part；The motor coil row group on coil panel has at least one same axis and spaced line of induction collar member again, and this is at least One line of induction collar member is set around the coil of magnetic conductor with a magnetic conductor and one respectively, and the coil of the line of induction collar member can divide Lian Jie not be one positive to electricity or the reverse power supply to electricity, furthermore the loop length of the line of induction collar member is more than or equal to a quarter The length of the electronic any magnetic part of magnetic column group and the length for being less than or equal to 3/4ths electronic any magnetic parts of magnetic column group, separately The magnetic conduction body length of the line of induction collar member be more than or equal to any magnetic part length of electronic magnetic column group plus adjacent magnetic gap width and Added less than or equal to any magnetic part length of electronic magnetic column group plus adjacent magnetic gap width with group loop length；Furthermore described inductive switch group includes powers off detection located at least the one of electronic magnetic column group to electric detector, at least one Device and located at motor coil row group at least one conducting inductor with least one cut-out inductor, wherein this at least one knows to electric-examination Device is respectively arranged on this and enters an at least line of induction collar member according to the direction of motion is relative at least in one first magnetic part, the second magnetic part Magnetic pole end face, and at least one power-off detector is respectively arranged on this at least in one first magnetic part, the second magnetic part according to motion The relative magnetic pole end face for leaving an at least line of induction collar member in direction, furthermore at least one conducting inductor is respectively arranged on this at least Direction of relative movement leaves the end of the electronic magnetic column group in the coil of one line of induction collar member, and at least one cut-out inductor divides Not She Yu this at least in the coil of the line of induction collar member direction of relative movement enter the end of the electronic magnetic column group；An at least electricity generation module is mounted on the relative power coil group of coil panel by a generating magnetic group for being mounted on disk and one Formed；Wherein an at least generating magnetic group is to be arranged with least 1 the 3rd magnetic part and at least 1 along the direction of motion on disk Four magnetic parts, and this at least one the 3rd magnetic part, the 4th magnetic part magnetize in parallel motion direction, and this at least one adjacent Three magnetic parts, the both ends magnetic pole of the 4th magnetic part are in homopolarity arranged adjacent, but this at least one the 3rd magnetic part, the 4th magnetic part hang down The axis of the straight direction of motion and at least one first magnetic part with adjacent electronic magnetic column group, the second magnetic part center are corresponding respectively The axis in disk axle center in coaxial, and the both ends magnetic pole of at least one the 3rd magnetic part, the 4th magnetic part and with adjacent this extremely Few one first magnetic part, the second magnetic part or the second magnetic part, the magnetic pole of the first magnetic part are adjacent in homopolarity；An at least power coil group is to be arranged with the power coil of at least one connection load along the direction of motion on coil panel again, And an at least power coil extends in parallel motion direction, furthermore this of an at least power coil and corresponding generating magnetic group are extremely Few one the 3rd magnetic part, the 4th magnetic part.
- 7. magnetoelectricity compounding machine according to claim 6, it is characterised in that：An at least line of induction for the motor coil row group The loop length of collar member is the length of any magnetic part equal to 2/4ths electronic magnetic column groups, and magnetic conduction body length is electronic magnetic Any magnetic part length of row group adds adjacent magnetic gap width.
- 8. magnetoelectricity compounding machine according to claim 6, it is characterised in that：The motor coil row group of an at least coil panel The same position arrangement of the electronic magnetic column group adjacent magnetic part of an at least line of induction collar member position correspondence.
- 9. magnetoelectricity compounding machine according to claim 6, it is characterised in that：The motor coil row group of an at least coil panel The position that an at least line of induction collar member corresponds to electronic magnetic column group adjacent magnetic part is dislocation arrangement.
- 10. the magnetoelectricity compounding machine according to any one of claim 6~9, it is characterised in that：An at least disk, which is used as, to be turned Son, and an at least coil panel is as stator, and each disk center is provided with an axostylus axostyle, furthermore each coil panel is centrally formed with a confession Axostylus axostyle wears the axis hole of pivot, makes an at least disk can be with respect to an at least coil panel synchronous axial system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610807074.5A CN107800262B (en) | 2016-09-07 | 2016-09-07 | Magnetoelectric compound machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610807074.5A CN107800262B (en) | 2016-09-07 | 2016-09-07 | Magnetoelectric compound machine |
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| Publication Number | Publication Date |
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| CN107800262A true CN107800262A (en) | 2018-03-13 |
| CN107800262B CN107800262B (en) | 2020-02-07 |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3891905A (en) * | 1972-12-08 | 1975-06-24 | Papst Motoren Kg | Brushless d-c motor |
| CN101803157A (en) * | 2007-09-14 | 2010-08-11 | 信越化学工业株式会社 | Permanent magnet rotating machine |
| CN205490049U (en) * | 2016-02-03 | 2016-08-17 | 宇生自然能源科技股份有限公司 | Disc motor |
| CN206099710U (en) * | 2016-09-07 | 2017-04-12 | 宇生自然能源科技股份有限公司 | Magnetoelectric compounding machine |
-
2016
- 2016-09-07 CN CN201610807074.5A patent/CN107800262B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3891905A (en) * | 1972-12-08 | 1975-06-24 | Papst Motoren Kg | Brushless d-c motor |
| CN101803157A (en) * | 2007-09-14 | 2010-08-11 | 信越化学工业株式会社 | Permanent magnet rotating machine |
| CN205490049U (en) * | 2016-02-03 | 2016-08-17 | 宇生自然能源科技股份有限公司 | Disc motor |
| CN206099710U (en) * | 2016-09-07 | 2017-04-12 | 宇生自然能源科技股份有限公司 | Magnetoelectric compounding machine |
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| Publication number | Publication date |
|---|---|
| CN107800262B (en) | 2020-02-07 |
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