CN205992849U - Coaxial calutron - Google Patents
Coaxial calutron Download PDFInfo
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- CN205992849U CN205992849U CN201620885433.4U CN201620885433U CN205992849U CN 205992849 U CN205992849 U CN 205992849U CN 201620885433 U CN201620885433 U CN 201620885433U CN 205992849 U CN205992849 U CN 205992849U
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Abstract
This utility model provides a kind of coaxial calutron, it is by least one disk of synchronous relative motion can arranging with least one coil panel interleaved and form, and it is respectively equipped with least one electric module and at least one electricity generation module on disk and coil panel, wherein one electric module is located at the external diameter of disk and coil panel, and wherein one electricity generation module is located at the innermost diameter of disk and coil panel, so, managed by electric module moment amplification and good magnetic current, the speed of rotation that disk can be made increases, reach electric module eat electricity little, the big purpose of thrust, make electricity generation module produce high cutting frequency simultaneously, and increasing electricity output, meet and provide electric module to electric demand, thus reaching independent power generation, from the purpose walking motor.
Description
Technical field
This utility model is related to a kind of technical field of electromagnetism, in particular to one kind can produce simultaneously power output with
The coaxial calutron generating electricity, can reach the purpose forming independent power generation and certainly walking motor, and can rely on the complete of electric module
Magnetic power-assisted, moment amplification and magnetic current management, to improve output power, and can increase the generated energy of electricity generation module.
Background technology
Press, general motor mainly uses electromagnetic principle to produce high-speed rotation, its by can relative rotary motion one
Stator is constituted with a rotor, and, the inner edge of wherein stator is provided with plural coil, and the outer rim of rotor sets taking coil electrodynamic machine as a example
There is the magnetic part of the corresponding coil of plural number, by making coil be magnetized coil to electricity, and then produce phase with the magnetic part of rotor
Scold and attracting magneticaction, thus driving rotor high-speed rotation, the axostylus axostyle formation power being further driven to located at rotor is defeated
Go out, for example motor.
The calutron that general electromotor 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 to be provided with least one coil at least one magnetic conductor, and magnetic column group is to be respectively arranged at two ends with two magnetic in line of induction collar member group axis
Property part, and this two magnetic parts system 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, the coil making line of induction collar member group is because of the magnetic force line cutting of magnetic column group
And produce voltage, and then reach the purpose of generating.
By from the point of view of above-mentioned motor and generator principle, both of which is to be reached using electromagnetic principle, and Main Differences exist
Connection power supply in calutron is given electricity and is connected load and draws electricity, and forms motor and electromotor respectively.It can be seen that it is possible
It is designed to same mechanism, and forms electromotor supply electrical power to motor use, and the power of motor can allow electromotor produce
Hair growth promoting electricity, and form independent power generation, certainly walk the device of motor.Also really there are a lot of developer's ongoing efforts at present, be intended to be designed to
The actual calutron meeting above-mentioned purpose, existing common is mainly designed to be respectively arranged to electricity at the two ends of same axostylus axostyle
Motivation and the electromagnetism group of electromotor；
But motor is in running, it is to electrically using intermittent, captures the magnetic force needing, to drive this turn
Son, but configured with magnetic part high magnetic flux and high cutting number by its coil, suspending to the period of electricity, coil still can be subject to
To the magnetic conduction cutting phenomenon of the magnetic part of inertia relative motion, and internal produce voltage, therefore this motor need to input larger
Electric power, so will result in energy waste, and identical electric power input under, produce motor export power efficiency not good,
So related electromotor also just cannot produce enough electric power and be supplied to motor use.
In other words, existing tool generates electricity and the calutron of electric functions, because cannot be prevented effectively from motor part not to
Electric phenomenon when electric, so as to interior voltage diminishes, causes motor to produce larger power consumption, reluctance force when simultaneously operating is big,
And magnetic power-assisted when driving is little, therefore cannot meet independent power generation, certainly walk the demand of motor, and how solve foregoing problems, be
Industry institute urgently developer.
Edge is that this utility model people is to be faced when operating for the aforementioned calutron generating electricity with electric functions that has concurrently
Problem further investigated, and by being engaged in the research and development experience of related industry for many years, actively seek the road solving, through be continually striving to
Study and study, finally successfully develop a kind of coaxial calutron, to overcome existing calutron cannot independently produce foot
Enough electric power derivative puzzlement and inconvenience with power institute.
Utility model content
Therefore, main purpose of the present utility model is to provide a kind of coaxial calutron, by attenuating electric module not
To interior voltage during electricity, and to exclude reluctance force so as to produce full magnetic power-assisted, it is available for downgrading input electric power during driving, reduce
The loss of electric energy, and promote speed of rotation during operating, it is further able to effectively lift output power.
Furthermore, another main purpose of the present utility model is to provide a kind of coaxial calutron, by electric module power
Square amplifies and the management of good magnetic current, and the speed of rotation of disk can be made to increase, and makes electricity generation module produce high cutting frequency, and increases
Big generated energy, meets and provides electric module to electric demand, thus reaching independent power generation, certainly walking the purpose of motor.
Based on this, this utility model is mainly by following technological means, to realize aforesaid purpose and its effect：
A kind of coaxial calutron it is characterised in that：By the disk that can be movable relatively and a coil panel interval setting
Become, and be respectively equipped with least one electric module and at least one electricity generation module on disk and coil panel, wherein one electric module located at
The external diameter of disk and coil panel, and wherein one electricity generation module is located at the innermost diameter of disk and coil panel, furthermore this disk and this
Coil panel can be respectively defined as rotor or stator, can produce relative motion；
This at least one electric module is mounted on coil panel and electronic with this by an electronic magnetic column group and being mounted on disk
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 the equal length of this at least one first and second magnetic part, and this at least one first and second magnetic part magnetizes in the direction of motion,
The magnetic pole of first and second adjacent magnetic part is between first and second adjacent and adjacent magnetic part of homopolarity or second, one magnetic part again
There is a wide magnetic gap；
Motor coil row group on coil panel has at least one same axis and spaced line of induction collar member, this sense
Answer coil piece to be respectively provided with the coil that a magnetic conductor and is set around magnetic conductor, and the coil of this line of induction collar member can connect respectively
Connect a forward direction to electricity or inversely to electric power supply, furthermore the loop length of this line of induction collar member is electronic more than or equal to a quarter
The length of the arbitrary magnetic part of magnetic column group and the length less than or equal to the arbitrary magnetic part of 3/4ths electronic magnetic column groups, separately this sense
The magnetic conduction body length answering coil piece adds adjacent magnetic gap width more than or equal to the arbitrary magnetic part length of electronic magnetic column group and is less than
Or it is equal to the arbitrary magnetic part length of electronic magnetic column group plus adjacent magnetic gap width along with group loop length；
Furthermore described inductive switch group includes located at electronic magnetic column group at least one to electric detector, at least one power-off
Detector and located at motor coil row group at least one conducting induction apparatuss with least one cut-out induction apparatuss, wherein this at least one give electricity
Detector is respectively arranged on the magnetic pole relatively entering this line of induction collar member in this at least one first and second magnetic part according to the direction of motion
Face, and this at least one power-off detector is respectively arranged in this at least one first and second magnetic part and relatively leaves this sense according to the direction of motion
Answer the magnetic pole end face of coil piece, furthermore this at least one conducting induction apparatus is respectively arranged on relative motion in the coil of this line of induction collar member
The end of this electronic magnetic column group is left in direction, and this at least one cut-out induction apparatus is respectively arranged on phase in the coil of this line of induction collar member
The direction of motion is entered with the end of this electronic magnetic column group；
This at least one electricity generation module is mounted on the relative generating line of coil panel by a generating magnetic group and being mounted on disk
Circle group is formed；
Wherein this 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 perpendicular direction of motion of at least one third and fourth magnetic part magnetizes, and this at least one third and fourth magnetic part is in different
Pole arranged adjacent, and this at least one first and second magnetic part of this at least one third and fourth magnetic part corresponding adjacent electronic magnetic column group
Magnetic gap, and this at least one third and fourth magnetic part of generating magnetic group and this adjacent at least one first and second magnetic part or second,
The magnetic pole of one magnetic part is in that homopolarity is adjacent；
This power coil group is to be arranged with the power coil of at least one connection load on coil panel along the direction of motion again, and
This perpendicular direction of motion of at least one power coil extend, and this at least one power coil and correspondence generating magnetic group this at least one
Third and fourth magnetic part.
Described coaxial calutron, wherein：The loop length of this line of induction collar member of this motor coil row group is equal to four
The length of the arbitrary magnetic part of/bis- electronic magnetic column groups, and magnetic conduction body length to be the arbitrary magnetic part length of electronic magnetic column group add phase
Adjacent magnetic gap width.
Described coaxial calutron, wherein：This line of induction collar member position of the motor coil row group of this coil panel corresponds to
The same position arrangement of electronic magnetic column group adjacent magnetic part.
Described coaxial calutron, wherein：This line of induction collar member correspondence of the motor coil row group of this coil panel is electronic
The position of magnetic column group adjacent magnetic part is dislocation arrangement.
Described coaxial calutron, wherein：This disk is as rotor, and this coil panel is as stator, and disk center
It is provided with an axostylus axostyle, furthermore coil panel is centrally formed with an axis hole wearing pivot for axostylus axostyle, make disk can opposed coil disk rotate.
This utility model a kind of coaxial calutron is also provided it is characterised in that：By being capable of two of synchronous relative motion
Above disk is formed with more than two coil panel interleaved settings, and on this more than two disks and this more than two coil panels
It is respectively equipped with least one electric module and at least one electricity generation module, wherein one electric module is located at the outermost of disk and coil panel
Footpath, and wherein one electricity generation module is located at the innermost diameter of disk and coil panel, furthermore this more than two disks with this two to reach the standard grade
Circle disk can be respectively defined as rotor or stator, synchronously can produce mutually relative motion；
This at least one electric module is mounted on coil panel and electronic with this by an electronic magnetic column group and being mounted on disk
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 the equal length of this at least one first and second magnetic part, and this at least one first and second magnetic part magnetizes in the direction of motion,
The magnetic pole of first and second adjacent magnetic part is between first and second adjacent and adjacent magnetic part of homopolarity or second, one magnetic part again
There is a wide magnetic gap；
Motor coil row group on coil panel has at least one same axis and spaced line of induction collar member again, should
Line of induction collar member is respectively provided with the coil that a magnetic conductor and is set around magnetic conductor, and the coil of this line of induction collar member can be distinguished
Connect a forward direction to electricity or inversely to electric power supply, furthermore the loop length of this line of induction collar member is more than or equal to a quarter electricity
The length of the arbitrary magnetic part of dynamic magnetic column group and the length less than or equal to the arbitrary magnetic part of 3/4ths electronic magnetic column groups, separately should
It is plus adjacent magnetic gap width and little that the magnetic conduction body length of line of induction collar member is more than or equal to the arbitrary magnetic part length of electronic magnetic column group
In or be equal to the arbitrary magnetic part length of electronic magnetic column group add adjacent magnetic gap width add with group loop length；
Furthermore described inductive switch group includes located at electronic magnetic column group at least one to electric detector, at least one power-off
Detector and located at motor coil row group at least one conducting induction apparatuss with least one cut-out induction apparatuss, wherein this at least one give electricity
Detector is respectively arranged on the magnetic pole relatively entering this line of induction collar member in this at least one first and second magnetic part according to the direction of motion
Face, and this at least one power-off detector is respectively arranged in this at least one first and second magnetic part and relatively leaves this sense according to the direction of motion
Answer the magnetic pole end face of coil piece, furthermore this at least one conducting induction apparatus is respectively arranged on relative motion in the coil of this line of induction collar member
The end of this electronic magnetic column group is left in direction, and this at least one cut-out induction apparatus is respectively arranged on phase in the coil of this line of induction collar member
The direction of motion is entered with the end of this electronic magnetic column group；
This at least one electricity generation module another is mounted on the relative generating of coil panel by a generating magnetic group and being mounted on disk
Coil group is formed；
Wherein this 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 perpendicular direction of motion of at least one third and fourth magnetic part magnetizes, and this at least one third and fourth magnetic part is in different
Pole arranged adjacent, and this at least one first and second magnetic part of this at least one third and fourth magnetic part corresponding adjacent electronic magnetic column group
Magnetic gap, and this at least one third and fourth magnetic part of generating magnetic group and this adjacent at least one first and second magnetic part or second,
The magnetic pole of one magnetic part is in that homopolarity is adjacent；
This power coil group is to be arranged with the power coil of at least one connection load on coil panel along the direction of motion again, and
The perpendicular direction of motion of this power coil extends, and this at least one third and fourth magnetic of this power coil corresponding generating magnetic group
Part.
Described coaxial calutron, wherein：The loop length of this line of induction collar member of this motor coil row group is equal to four
The length of arbitrary magnetic part of/bis- electronic magnetic column groups, and magnetic conduction body length adds for the arbitrary magnetic part length of electronic magnetic column group
Adjacent magnetic gap width.
Described coaxial calutron, wherein：This line of induction collar member of the motor coil row group of this more than two coil panels
The same position arrangement of the corresponding electronic magnetic column group adjacent magnetic part in position.
Described coaxial calutron, wherein：This line of induction collar member of the motor coil row group of this more than two coil panels
The position of corresponding electronic magnetic column group adjacent magnetic part is dislocation arrangement.
Described coaxial calutron, wherein：This more than two disks are as rotor, and this more than two coil panel conducts
Stator, and each disk center is provided with an axostylus axostyle, furthermore each coil panel is centrally formed with an axis hole wearing pivot for axostylus axostyle, makes this two
Above disk being capable of this more than two coil panel synchronous axial system relative.
So, managed by electric module moment amplification and good magnetic current, the speed of rotation of disk can be made to increase, reach
Electric module eats the purpose that electricity is little, thrust is big, makes electricity generation module produce high cutting frequency simultaneously, and increasing electricity output, meet
There is provided electric module to electric demand, thus reaching independent power generation, certainly walking the purpose of motor.
For enabling that your juror further appreciates that composition of the present utility model, feature and other purposes, it is below to lift this
The preferred embodiment of utility model, and coordinate schema describe in detail as after, allow simultaneously be familiar with this those skilled in the art can be concrete
Implement.
Brief description
Fig. 1 is the comprehensive architecture schematic diagram of this utility model coaxial calutron preferred embodiment.
Fig. 2 is the planar configuration schematic diagram of disk in this utility model coaxial calutron preferred embodiment.
Fig. 3 is this utility model coaxial calutron preferred embodiment coil disk planar configuration schematic diagram.
Fig. 4 is the action schematic diagram of this utility model coaxial calutron preferred embodiment, for illustrating it to shape during electricity
State.
Fig. 5 is another action schematic diagram of this utility model coaxial calutron preferred embodiment, for illustrating it not to electricity
State.
Fig. 6 is the side-looking floor map of another preferred embodiment of the coaxial calutron of this utility model, for its disk is described
The state of formula matrixing.
Description of reference numerals：1- disk；101- electric module；102- electricity generation module；105- axostylus axostyle；10- electronic magnetic column group；
11- first magnetic part；12- second magnetic part；13- magnetic gap；15- generating magnetic group；16- the 3rd magnetic part；17- the 4th magnetic part；
2- coil panel；205- axis hole；20- motor coil row group；21- line of induction collar member；22- magnetic conductor；23- coil；25- power coil
Group；26- power coil；30- inductive switch group；31- gives electric detector；32- power-off detector；35- turns on induction apparatuss；36- cuts
Disconnected induction apparatuss.
Specific embodiment
This utility model is a kind of coaxial calutron, specific embodiment of the utility model and its structure that legend of enclosing is shown
In part, all about front and rear, left and right, top and bottom, top and bottom and level and vertical reference, it is only used for
Conveniently it is described, not limit this utility model, also non-its component is limited to any position or direction in space.Schema and saying
Specified size in bright book, when can be without departing from claim of the present utility model, according to tool of the present utility model
The design of body embodiment is changed with demand.
And the composition of coaxial calutron of the present utility model, it is as shown in figure 1, it is by least one magnetic that can be movable relatively
Disk 1 is formed with the setting of at least one coil panel 2 interleaved, and is respectively equipped with least one electric module on disk 1 and coil panel 2
101 and an electricity generation module 102, wherein one electric module 101 is located at the external diameter of disk 1 and coil panel 2, and wherein one generating mould
Block 102 is located at the innermost diameter of disk 1 and coil panel 2, furthermore this more than two disk 1 can be distinguished with this more than two coil panels 2
Be defined as rotor or stator, synchronously can produce mutually relative motion, this utility model system using this more than two disks 1 as turn
Son and this more than two coil panels 2 are preferred embodiment as stator；
As for the detailed composition of this utility model preferred embodiment, then refer to person shown by Fig. 1, Fig. 2 and Fig. 3, this is extremely
A few electric module 101 is arranged by an electronic magnetic column group 10 being mounted on disk 1 and a relative motor coil being mounted on coil panel 2
Group 20 and one group of inductive switch group 30 are formed；
Again these electronic magnetic column groups 10 are as shown in Figure 1 and Figure 2, its be on disk 1 along the direction of motion be spaced to
Few one first magnetic part 11 and at least one second magnetic part 12, and the equal length of this at least one first and second magnetic part 11,12,
And this at least one first and second magnetic part 11,12 magnetizes in the direction of motion, and first and second adjacent magnetic part 11,12 or second,
The magnetic pole of one magnetic part 12,11 is in that homopolarity is adjacent, and the extremely corresponding N pole of such as N or S extremely correspond to S pole (as shown in Figure 2), and adjacent
There is between first and second magnetic part 11,12 or second, a magnetic part 12,11 a wide magnetic gap 13, furthermore each disk 1 center sets
There is an axostylus axostyle 105, for synchronous axial system；
And these motor coil row groups 20 are as shown in Figure 1, Figure 3, it is that to be respectively provided with least one on coil panel 2 same
Axis and spaced line of induction collar member 21, this line of induction collar member 21 is respectively provided with a magnetic conductor 22 and and is set around magnetic conduction
The coil 23 of body 22, and this coil 23 connect a power supply, this power supply can be positive to electricity or reverse to electricity, makes induction coil
The coil 23 of part 21 can magnetize when connecting power supply, and makes 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 coil 23 length of this line of induction collar member 21 is more than or equal to a quarter magnetic part 11,12
Length and the length of coil 23 is less than or equal to the length of 3/4ths magnetic parts 11,12, and this utility model coil 23
Optimum length is equal to 2/4ths magnetic parts 11,12 length.Magnetic conductor 22 length of this line of induction collar member 21 another is more than or equal to
Arbitrary magnetic part 11,12 length add the length of adjacent magnetic gap 13 width and magnetic conductor 22 be less than or equal to arbitrary magnetic part 11,
12 length add that adjacent magnetic gap 13 width is added with group coil 23 length, and the optimum length of this utility model magnetic conductor 22 is
Arbitrary magnetic part 11,12 length add adjacent magnetic gap 13 width, 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；
Refer to person shown by Fig. 2, Fig. 3, described inductive switch group 30 includes located at the electronic magnetic column group 10 of disk 1
At least one gives electric detector 31, at least one power-off detector 32 and at least one conducting located at coil panel 2 motor coil row group 20
Whether induction apparatuss 35 are connected between power supply with least one cut-out induction apparatuss 36, the coil 23 for controlling motor coil row group 20.Its
In this at least one is respectively arranged in this at least one first and second magnetic part 11,12 to electric detector 31 relatively to enter according to the direction of motion
The magnetic pole end face of this line of induction collar member 21, and this at least one power-off detector 32 is respectively arranged on this at least one first and second magnetic part
11st, the magnetic pole end face of this line of induction collar member 21 is relatively left in 12 according to the direction of motion, furthermore this 35 points of induction apparatus of at least one conducting
In the coil 23 of this line of induction collar member 21, direction of relative movement does not leave the end of these described electronic magnetic column groups 10, and
This at least one cut-out induction apparatus 36 is respectively arranged on this described in direction of relative movement entrance in the coil 23 of this line of induction collar member 21
The end of electronic magnetic column group 10 a bit, for the conducting induction apparatuss 35 in line of induction collar member 21 in detection first and second magnetic part 11,12
During to 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, give birth to because producing magnetization
Magneticaction such as Fig. 4, as this at least one cut-out induction apparatus 36 in the power-off detector of detection to first and second magnetic part 11,12
When 32, the coil 23 of this corresponding line of induction collar member 21 can be made not connect with power supply, be formed and do not give electricity condition such as Fig. 5, and power supply
Connect to electricity on the occasion of line of induction collar member 21 coil 23 be in first and second magnetic part 11,12 positions relative to when, hypertrophy can be lowered
Interior voltage, therefore can effectively downgrade input electric power；
This at least one electricity generation module 102 is mounted on the relative of coil panel 2 by a generating magnetic group 15 and being mounted on disk 1
Power coil group 25 is formed；
These wherein said generating magnetic groups 15 are to be arranged with least one the 3rd magnetic part 16 along the direction of motion on disk 1
And at least one the 4th magnetic part 17, and this at least one third and fourth magnetic part 16, the 17 perpendicular directions of motion magnetize, and this is at least
One third and fourth magnetic part 16,17 be in heteropole arranged adjacent, and this at least one third and fourth magnetic part 16,17 and correspond to adjacent electronic
The magnetic gap 13 of this at least one first and second magnetic part 11,12 of magnetic column group 10, and this at least one third and fourth magnetic of generating magnetic group 15
Property part 16,17 and this adjacent at least one first and second magnetic part 11,12 or second, a magnetic part 12,11 magnetic pole be in homopolarity phase
Neighbour, forms the consistent flux path in direction, avoids occurring magnetic to burst, and maintains good magnetic current management, make to promote magnetic power-assisted intensity and
Generate electricity cutting number, and the extremely corresponding N pole of such as N or S extremely correspond to S pole (as shown in Figure 2)；
These described power coil groups 25 are to be arranged with least one connection load along the direction of motion on coil panel 2 again
Power coil 26, and described these power coil 26 perpendicular directions of motion extension, but these described power coils 26 are simultaneously
This at least one third and fourth magnetic part 16,17 of corresponding generating magnetic group 15, for this at least one third and fourth magnetic of generating magnetic group 15
During power coil 26 magnetic force line cutting of part 16,17 and power coil group 25, generating effect can be produced, and use for load or store up
Deposit；
So, group constitute one can independent power generation and certainly walk the coaxial calutron person of motor.
As for this utility model coaxial calutron preferred embodiment when the actual start, then it is as shown in Figure 4, Figure 5, when
The electronic magnetic column group 10 of this more than two disks 1 is relative with the synchronous generation of motor coil row group 20 of this more than two coil panels 2
Motion, such as this utility model using disk 1 as rotor rotate and coil panel 2 as stator motionless when；
As shown in figure 4, when inductive switch group 30 is on first magnetic part 11 or the second magnetic part 12 of electronic magnetic column group 10
Same direction of movement one end to electric detector 31 in perception motor coil row group 20 coil 23 on direction of relative movement leave
During the conducting induction apparatuss 35 at end, the corresponding coil 23 of this motor coil row group 20 is reverse to electricity or positive to electricity respectively, makes this sense
The magnetic conductor 22 answering coil piece 21 corresponds to polarity because coil 23 magnetization produces, when its first magnetic part 11 extremely corresponds to coil 23 with S
When, then this line of induction collar member 21 magnetic conductor 22 is in N pole and leaves the polarity at end in S pole in the polarity of direction of motion upstream end.And
When its second magnetic part 12 with N extremely to should coil 23, then this line of induction collar member 21 magnetic conductor 22 is in direction of motion upstream end
Polarity is in S pole and leaves the polarity at end is in N pole.Furthermore, now the magnetic conductor 22 of this line of induction collar member 21 is in direction of relative movement
The position of upstream end is located at next the second adjacent magnetic part 12 or the first magnetic part 11, therefore can make motor coil row group 20
This line of induction collar member 21 leave the polarity at end and the first magnetic part 11 of this 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, simultaneously motor coil row group 20 should
The polarity in direction of relative movement upstream end for the magnetic conductor 22 of line of induction collar member 21 and first and second magnetic part 11,12 of this sensing
Adjacent second, one magnetic part 12,11 of the next one magnetic pole be also in homopolar-repulsion shape so as to direction of relative movement formed another
The thrust that stock repels each other, thus make the magnetic that motor coil row group 20 forms complete thrust with electronic magnetic column group 10 direction of relative movement help
Power, can effectively improve disk 1 rotary rpm, and then lifts output power；
Conversely, as shown in figure 5, this electronic magnetic column group 10 continues relative motion with this motor coil row group 20, when sensing is opened
In electronic magnetic column group 10, this former senses pass group 30 to the power-off of contrary direction of motion one end on first and second electric magnetic part 11,12
The cut-out of detector 32 direction of relative movement upstream end on this line of induction collar member 21 coil 23 of perception motor coil row group 20
During induction apparatuss 36, then the coil 23 of motor coil row group 20 is cut off the electricity supply, and makes the line of induction collar member 21 of motor coil row group 20 not
Formed reaction magnetic, it is to avoid the coil 23 of this line of induction collar member 21 because enter magnetic gap generating area, lead to must input big electric power in order to
Magnetizing coil 23 produces corresponding polarity；
And the field axis of this at least one first and second magnetic part 11,12 due to electronic magnetic column group 10 and the direction of motion are in
Parallel shape, can make the coil 23 of motor coil row group 20 line of induction collar member 21 can effectively lower interior voltage in the Magnet area that do not generate electricity,
Thus the coil 23 of induction coil part 21 can be downgraded to input electric power during electric drive, simultaneously in the strengthening magnetic power-assisted of orientation magnetic current
Under, the exploitation speed of disk 1 can be made to increase, reach and eat electric little, the big purpose of thrust；
Furthermore due to electric module 101 located at the external diameter of disk 1 and coil panel 2 electricity generation module 102 located at disk 1
With the innermost diameter of coil panel 2, being oriented by electric module 101 moment amplification and magnetic current is affected, and can operate in the speedup of disk 1
Under, make the generating magnetic group 15 of electricity generation module 102 produce high cutting frequency with power coil group 25, and increasing electricity output, meet
There is provided electric module 101 to electric demand, thus reaching independent power generation, certainly walking the purpose of motor.
Separately, another preferred embodiment of the present utility model, then be as shown in fig. 6, the matrixing in disc type for this embodiment is same
Axle calutron, it is to be constituted with more than two coil panel 2 interleaved with more than two relative disks 1 of homopolarity, can have
Effect improves overall output kinetic energy and electric energy.
So it will be appreciated that this utility model is the splendid utility model of an intention, except effectively solving practises formula person institute
Problems faced, more significantly improves effect, and have no in identical technical field identical or approximate product utility model or
Open use, has the enhancement of effect simultaneously, therefore this utility model has been met the relevant novelty of patent of invention and wanted with creative
Part, is patent of invention of in accordance with the law filing an application.
Claims (10)
1. a kind of coaxial calutron it is characterised in that：Formed with a coil panel interval setting by the disk that can be movable relatively,
And it is respectively equipped with least one electric module and at least one electricity generation module on disk and coil panel, wherein one electric module is located at disk
With the external diameter of coil panel, and wherein one electricity generation module is located at the innermost diameter of disk and coil panel, furthermore this disk and this coil
Disk can be respectively defined as rotor or stator, can produce relative motion；
This at least one electric module by an electronic magnetic column group and being mounted on disk be mounted on coil panel and with this electronic magnetic column
Organize relative motor coil row group and one group of inductive switch group is 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,
The equal length of this at least one first and second magnetic part, and this at least one first and second magnetic part again magnetizes in the direction of motion, and phase
The magnetic pole of first and second adjacent magnetic part is in have between first and second adjacent and adjacent magnetic part of homopolarity or second, one magnetic part
One wide magnetic gap；
Motor coil row group on coil panel has at least one same axis and spaced line of induction collar member, this line of induction
Collar member is respectively provided with the coil that a magnetic conductor and is set around magnetic conductor, and the coil of this line of induction collar member can connect one respectively
Forward direction is to electricity or inversely to electric power supply, furthermore the loop length of this line of induction collar member is more than or equal to the electronic magnetic column of a quarter
Organize length and the length less than or equal to the arbitrary magnetic part of 3/4ths electronic magnetic column groups of arbitrary magnetic part, separately this line of induction
The magnetic conduction body length of collar member is more than or equal to the arbitrary magnetic part length of electronic magnetic column group and adds adjacent magnetic gap width and be less than or wait
Add that adjacent magnetic gap width is added with group loop length in the arbitrary magnetic part length of electronic magnetic column group；
Furthermore described inductive switch group includes located at electronic magnetic column group at least one to electric detector, at least one power-off detection
Device and at least one conducting induction apparatuss located at motor coil row group and at least one cut-out induction apparatuss, wherein this at least one is known to electric-examination
Device is respectively arranged on the magnetic pole end face relatively entering this line of induction collar member in this at least one first and second magnetic part according to the direction of motion, and
This at least one power-off detector is respectively arranged in this at least one first and second magnetic part and relatively leaves this induction coil according to the direction of motion
The magnetic pole end face of part, furthermore this at least one conducting induction apparatus be respectively arranged in the coil of this line of induction collar member direction of relative movement from
Open the end of this electronic magnetic column group, and this at least one cut-out induction apparatus is respectively arranged on relative motion in the coil of this line of induction collar member
Direction enters the end of this electronic magnetic column group；
This at least one electricity generation module is mounted on the relative power coil group of coil panel by a generating magnetic group and being mounted on disk
Formed；
Wherein this 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 perpendicular direction of motion of at least one third and fourth magnetic part magnetizes, and this at least one third and fourth magnetic part is in heteropole phase
Adjacent arrangement, and the magnetic of this at least one first and second magnetic part of this at least one third and fourth magnetic part corresponding adjacent electronic magnetic column group
Gap, and this at least one third and fourth magnetic part of generating magnetic group and this adjacent at least one first and second magnetic part or second, one magnetic
Property part magnetic pole be in homopolarity adjacent；
This power coil group is to be arranged with the power coil of at least one connection load on coil panel along the direction of motion again, and this is extremely
Few perpendicular direction of motion of a power coil extends, but this at least one power coil correspondence generating magnetic group this at least 1 the
3rd, four magnetic part.
2. coaxial calutron according to claim 1 it is characterised in that：This line of induction collar member of this motor coil row group
Loop length be equal to the length of the arbitrary magnetic part of 2/4ths electronic magnetic column groups, and magnetic conduction body length is that electronic magnetic column group is arbitrary
Magnetic part length adds adjacent magnetic gap width.
3. coaxial calutron according to claim 1 it is characterised in that：This sense of the motor coil row group of this coil panel
Answer the same position arrangement of the corresponding electronic magnetic column group adjacent magnetic part in coil piece position.
4. coaxial calutron according to claim 1 it is characterised in that：This sense of the motor coil row group of this coil panel
The position answering the corresponding electronic magnetic column group adjacent magnetic part of coil piece is dislocation arrangement.
5. the coaxial calutron according to any one of claim 1-4 it is characterised in that：This disk as rotor, and
This coil panel is as stator, and disk center is provided with an axostylus axostyle, furthermore coil panel is centrally formed with an axis hole wearing pivot for axostylus axostyle,
Disk is made can opposed coil disk to rotate.
6. a kind of coaxial calutron it is characterised in that：By more than two disks being capable of synchronous relative motion and more than two
The setting of coil panel interleaved forms, and it is electronic to be respectively equipped with least one on more than two coil panels of this more than two disks and this
Module and at least one electricity generation module, wherein one electric module is located at the external diameter of disk and coil panel, and wherein one electricity generation module
Located at the innermost diameter of disk and coil panel, furthermore more than two coil panels of this more than two disks and this can be respectively defined as
Rotor or stator, synchronously can produce mutually relative motion；
This at least one electric module by an electronic magnetic column group and being mounted on disk be mounted on coil panel and with this electronic magnetic column
Organize relative motor coil row group and one group of inductive switch group is 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,
The equal length of this at least one first and second magnetic part, and this at least one first and second magnetic part again magnetizes in the direction of motion, and phase
The magnetic pole of first and second adjacent magnetic part is in have between first and second adjacent and adjacent magnetic part of homopolarity or second, one magnetic part
One wide magnetic gap；
Motor coil row group on coil panel has at least one same axis and spaced line of induction collar member, this sensing again
Coil piece is respectively provided with the coil that a magnetic conductor and is set around magnetic conductor, and the coil of this line of induction collar member can connect respectively
One forward direction is to electricity or inversely to electric power supply, furthermore the loop length of this line of induction collar member is more than or equal to the electronic magnetic of a quarter
The length of the arbitrary magnetic part of row group and the length less than or equal to the arbitrary magnetic part of 3/4ths electronic magnetic column groups, separately this sensing
The magnetic conduction body length of coil piece be more than or equal to the arbitrary magnetic part length of electronic magnetic column group add adjacent magnetic gap width and less than or
Add that adjacent magnetic gap width is added with group loop length equal to the arbitrary magnetic part length of electronic magnetic column group；
Furthermore described inductive switch group includes located at electronic magnetic column group at least one to electric detector, at least one power-off detection
Device and at least one conducting induction apparatuss located at motor coil row group and at least one cut-out induction apparatuss, wherein this at least one is known to electric-examination
Device is respectively arranged on the magnetic pole end face relatively entering this line of induction collar member in this at least one first and second magnetic part according to the direction of motion, and
This at least one power-off detector is respectively arranged in this at least one first and second magnetic part and relatively leaves this induction coil according to the direction of motion
The magnetic pole end face of part, furthermore this at least one conducting induction apparatus be respectively arranged in the coil of this line of induction collar member direction of relative movement from
Open the end of this electronic magnetic column group, and this at least one cut-out induction apparatus is respectively arranged on relative motion in the coil of this line of induction collar member
Direction enters the end of this electronic magnetic column group；
This at least one electricity generation module another is mounted on the relative power coil of coil panel by a generating magnetic group and being mounted on disk
Formed；
Wherein this 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 perpendicular direction of motion of at least one third and fourth magnetic part magnetizes, and this at least one third and fourth magnetic part is in heteropole phase
Adjacent arrangement, and the magnetic of this at least one first and second magnetic part of this at least one third and fourth magnetic part corresponding adjacent electronic magnetic column group
Gap, and this at least one third and fourth magnetic part of generating magnetic group and this adjacent at least one first and second magnetic part or second, one magnetic
Property part magnetic pole be in homopolarity adjacent；
This power coil group is to be arranged with the power coil of at least one connection load on coil panel along the direction of motion again, and this
The perpendicular direction of motion of electric coil extends, and this at least one third and fourth magnetic part of this power coil corresponding generating magnetic group.
7. coaxial calutron according to claim 6 it is characterised in that：This line of induction collar member of this motor coil row group
Loop length be equal to 2/4ths electronic magnetic column groups arbitrary magnetic part length, and magnetic conduction body length is appointed for electronic magnetic column group
One magnetic part length adds adjacent magnetic gap width.
8. coaxial calutron according to claim 6 it is characterised in that：The motor coil row of this more than two coil panels
The same position arrangement of the corresponding electronic magnetic column group adjacent magnetic part in this line of induction collar member position of group.
9. coaxial calutron according to claim 6 it is characterised in that：The motor coil row of this more than two coil panels
The position of the corresponding electronic magnetic column group adjacent magnetic part of this line of induction collar member of group is dislocation arrangement.
10. the coaxial calutron according to any one of claim 6-9 it is characterised in that：This more than two disks are made
For rotor, and this more than two coil panels are as stator, and each disk center is provided with an axostylus axostyle, furthermore each coil panel is centrally formed
Have one to wear the axis hole of pivot for axostylus axostyle, make this more than two disks being capable of relative this more than two coil panel synchronous axial system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620885433.4U CN205992849U (en) | 2016-08-16 | 2016-08-16 | Coaxial calutron |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620885433.4U CN205992849U (en) | 2016-08-16 | 2016-08-16 | Coaxial calutron |
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| Publication Number | Publication Date |
|---|---|
| CN205992849U true CN205992849U (en) | 2017-03-01 |
Family
ID=58107348
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620885433.4U Active CN205992849U (en) | 2016-08-16 | 2016-08-16 | Coaxial calutron |
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| CN (1) | CN205992849U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2018032122A1 (en) * | 2016-08-16 | 2018-02-22 | 宇生自然能源科技股份有限公司 | Coaxial electromagnetic apparatus |
| WO2018223360A1 (en) * | 2017-06-09 | 2018-12-13 | 宇生自然能源科技股份有限公司 | Magnetic pole dislocation electric apparatus with magnetic gap |
| WO2018223361A1 (en) * | 2017-06-09 | 2018-12-13 | 宇生自然能源科技股份有限公司 | Magnetic pole dislocation power generation apparatus with magnetic gap |
| CN109038989A (en) * | 2017-06-09 | 2018-12-18 | 宇生自然能源科技股份有限公司 | Has the magnetic pole dislocation electric device of magnetic gap |
| WO2018232577A1 (en) * | 2017-06-20 | 2018-12-27 | 宇生自然能源科技股份有限公司 | Slope-assist electromagnetic apparatus |
| WO2018232578A1 (en) * | 2017-06-20 | 2018-12-27 | 宇生自然能源科技股份有限公司 | High-flux magnet set device |
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2016
- 2016-08-16 CN CN201620885433.4U patent/CN205992849U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2018032122A1 (en) * | 2016-08-16 | 2018-02-22 | 宇生自然能源科技股份有限公司 | Coaxial electromagnetic apparatus |
| WO2018223360A1 (en) * | 2017-06-09 | 2018-12-13 | 宇生自然能源科技股份有限公司 | Magnetic pole dislocation electric apparatus with magnetic gap |
| WO2018223361A1 (en) * | 2017-06-09 | 2018-12-13 | 宇生自然能源科技股份有限公司 | Magnetic pole dislocation power generation apparatus with magnetic gap |
| CN109038989A (en) * | 2017-06-09 | 2018-12-18 | 宇生自然能源科技股份有限公司 | Has the magnetic pole dislocation electric device of magnetic gap |
| WO2018232577A1 (en) * | 2017-06-20 | 2018-12-27 | 宇生自然能源科技股份有限公司 | Slope-assist electromagnetic apparatus |
| WO2018232578A1 (en) * | 2017-06-20 | 2018-12-27 | 宇生自然能源科技股份有限公司 | High-flux magnet set device |
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Effective date of registration: 20230424 Address after: No. 6, Jinyuan Avenue East, Chajiao Village, Zhongtang Town, Dongguan City, Guangdong Province Patentee after: DONGGUAN JIADA MAGNET ELECTRONIC CO.,LTD. Address before: Taichung City Patentee before: YUZEN SUSTAINABLE ENERGY Co.,Ltd. Patentee before: YUZEN (HK) SUSTAINABLE ENERGY Co.,Ltd. Patentee before: YUZEN SUSTAINABLE ENERGY Pte. Ltd. |
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