CN207098909U - Tiltedly help formula calutron - Google Patents
Tiltedly help formula calutron Download PDFInfo
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- CN207098909U CN207098909U CN201720718223.0U CN201720718223U CN207098909U CN 207098909 U CN207098909 U CN 207098909U CN 201720718223 U CN201720718223 U CN 201720718223U CN 207098909 U CN207098909 U CN 207098909U
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Abstract
The utility model discloses one kind tiltedly to help formula calutron,With magnetic column group and coil column group,The magnetic column group has at least one first magnetic part and at least one second magnetic part,First,Two magnetic parts magnetize in the direction of motion,Adjacent first,The magnetic pole of two magnetic parts is adjacent in homopolarity,Relative first,The magnetic pole of two magnetic parts is relative in homopolarity,There is a magnetic gap between the two,Coil column is mounted between relative magnetic column group,The coil column group has at least one same axis,And spaced line of induction collar member,The line of induction collar member is in being arranged with a coil on a magnetic conductor,Magnetic conductor corresponds to the construction section that one section of coil is in most path,Magnetic conductor direction of relative movement has an abutment end away from one end,Magnetic conductor forms the bellend that an external diameter progressively becomes big from construction section to the close one end of direction of relative movement,The adjacent magnetic column group outer rim of magnetic conductor is in a slope edge,Whereby,Effectively reduce reluctance force,Improve magnetic power-assisted,Reach the purpose of lifting energy conversion efficiency.
Description
Technical field
Electromagnetic technology field is the utility model is related to, specifically refers to that one kind can effectively reduce reluctance force, improve magnetic
Power-assisted tiltedly helps formula calutron, and its energy conversion efficiency can be lifted when being applied to calutron to reach.
Background technology
General calutron mainly using magnetic force principle it is attracting, repel each other to produce driving force, it is by can relative rotation
The dynamic stator of transhipment is formed with a rotor, and by taking coil electrodynamic machine as an example, wherein the inner edge of stator is provided with multiple coils, and turns
The outer rim of son is provided with the magnetic parts of multiple corresponding coils, by making coil excitatory to electricity coil, and then with the magnetic of rotor
Property part produce repel each other and attracting magneticaction, so as to drive rotor at a high speed rotate.In addition, if the coil of coil group is because of the magnetic of magnetic group
The line of force is cut and produces voltage, then can reach the purpose of generating；
Exemplified by practising the running of formula motor, it uses intermittence to capture the magnetic force of needs to electrically, with driving
The rotor, but configured by its coil and magnetic part high magnetic flux and high cutting number, during suspending to electricity, coil is still
It can be cut by the magnetic conduction of the magnetic part in inertia relative motion, and produce induced electromotive force and magnetic stress phenomenon, the magnetic of rotor
Property part and stator magnetic conductor reluctance force of the dynamic damage of hyperplasia because of big magnetic area, therefore the motor needs larger input work
Rate, high energy demand will be so caused, and under identical power input, the output power efficiency for practising formula motor is bad.
In order to solve foregoing problems, applicant once developed a kind of such as No. 105121972 " motor drive mechanism of TaiWan, China application
Make " patent of invention case, it is located at one as shown in Figure 1 and Figure 2, by least one magnetic column group 10 for being located at a disk 100 and at least one
The coil column group 20 of coil panel 200, and can control with unification and be formed to electricity with the inductive switch group powered off, and the magnetic column group
10 can be respectively defined as producing the rotor or stator of relative motion with the coil column group 20.
And the magnetic column group 10 is at least one first magnetic part 11 by arranging along the direction of motion and being magnetized in the direction of motion
And at least one second magnetic part 12 is spaced and formed, and the equal length of first and second magnetic part 11,12, and it is adjacent
The magnetic pole of first and second magnetic part 11,12 has a wide magnetic between first and second adjacent and adjacent magnetic part 11,12 of homopolarity
Gap 15；The another coil column group 20 is located at the relative side of magnetic column group 10, and the coil column group 20 is same with least one respectively
The line of induction collar member 21 of axis, the line of induction collar member 21 have a magnetic conductor 22 and one are set around the coil of magnetic conductor 22 respectively
25, and the coil 25 connection power supply, make power supply to the coil 25 of coil column group 20 to it is electric when can be with excitatory, and relative magnetic column group 10 is produced
The lively magnetic force for making both relative motions, furthermore the length of coil 25 of the line of induction collar member 21 is more than or equal to a quarter
The length of any magnetic part 11,12 and the length of coil 25 are less than or equal to the length of 3/4ths any magnetic parts 11,12,
And the optimum length of its coil 25 is equal to 2/4ths any magnetic parts 11,12 length.The another line of induction collar member 21 is led
The length of magnet 22 is that the length of the adjacent width of magnetic gap 15 and magnetic conductor 22 is added more than or equal to any magnetic part 11,12 length
Added less than or equal to any magnetic part 11,12 length plus the adjacent width of magnetic gap 15 with the group length of coil 25；
Although foregoing design, input power during driving can be reduced, and produces magnetic power-assisted, improves output power, such as
Shown in Fig. 1, Fig. 3, because the magnetic conductor 22 of each line of induction collar member 21 is in wide isometrical shape, therefore the volume at its both ends is equal,
Make its equidistantly first and second magnetic part 11,12 in magnetic column group 10, so during whole magnetic action, have magnetic power-assisted and magnetic
The phenomenon that resistance is cancelled out each other, although generally speaking magnetic power-assisted is more than reluctance force, but still have strengthen again lifted its magnetic help effect
Space.Therefore, applicant is not self-satisfied with this, it is further desirable to its magnetic power-assisted is increased, to effectively improve the power of its output.
In consideration of it, designer of the present utility model is further investigated the problem of needing to improve for aforementioned electromagnetic device, and
By the research and development experience for being engaged in related industry for many years, actively seek solution, the research through being continually striving to studying, finally into
One kind of developing of work(tiltedly helps formula calutron, and magnetic power-assisted is lifted so as to energy efficient hardening.
Utility model content
Main purpose of the present utility model is that providing one kind tiltedly helps formula calutron, so as to that can utilize not in equal volume, no
The design of same distance, different magnetic forces is produced, and can further produce new magnetic and help component, effectively reduced reluctance force, carry
High magnetic power-assisted.
Another main purpose of the present utility model is that providing one kind tiltedly helps formula calutron, makes it more can effectively strengthen
Magnetic power-assisted is lifted, to promote speed when operating, further reaches raising output power.
Based on this, the utility model is mainly by following technological means, to realize above-mentioned purpose.
One kind tiltedly helps formula calutron, and it is made up of a magnetic column group and a coil column group, the magnetic column group and the coil
Row group can produce relative motion；The magnetic column group arranges at least one first magnetic part and at least one second magnetic part along the direction of motion,
The equal length of first and second magnetic part, and first and second magnetic part magnetizes in the direction of motion, first and second adjacent magnetic
Property part magnetic pole there is a wide magnetic gap between adjacent and adjacent first and second magnetic part or second, one magnetic part of homopolarity；
The coil column group has at least one same axis and spaced line of induction collar member, and the line of induction collar member has one respectively
Magnetic conductor and a coil for being set around magnetic conductor, wherein magnetic conductor correspond to the construction section that one section of coil is in most path, and magnetic conductor
Direction of relative movement has an abutment end to be reclined for coil away from one end, and magnetic conductor is leaned on from construction section to direction of relative movement
Nearly one end progressively becomes big bellend formed with an external diameter, and the outer rim of the adjacent magnetic column group of magnetic conductor is in a slope edge, and the sense
The coil of coil piece is answered to connect a forward direction respectively to electricity or reverse to electric power supply, the loop length of the line of induction collar member is big
In or equal to any magnetic part of a quarter length and less than or equal to 3/4ths any magnetic parts length, the sense
The magnetic conduction body length for answering coil piece is to add adjacent magnetic gap width more than or equal to any magnetic part length and be less than or equal to appoint
One magnetic part length is added with group loop length plus adjacent magnetic gap width.
Further, the coil optimum length of the line of induction collar member of the coil column group is equal to 2/4ths any magnetic parts
Length, and magnetic conductor optimum length adds adjacent magnetic gap width for any magnetic part length.
One kind tiltedly helps formula calutron, and it is by least two magnetic column groups and at least a coil column group is formed, the magnetic
Row group can synchronously produce relative motion with the coil column group；The magnetic column group is separately set, and relative magnetic column interblock space
There is an equidistant coil column group, at least one first magnetic part and at least one second magnetic that the magnetic column group arranges along the direction of motion
Part, the equal length of first and second magnetic part, first and second magnetic part magnetize in the direction of motion, and adjacent first and second
The magnetic pole of magnetic part is adjacent in homopolarity, and the magnetic pole of first and second relative magnetic part is in first and second relative and adjacent magnetic of homopolarity
There is a wide magnetic gap between property part or second, one magnetic part；The coil column is mounted between relative magnetic column group, and relative line
Circle row interblock space has an equidistant magnetic column group, and the coil column group has at least one same axis and spaced sensing
Coil piece, the line of induction collar member are set around the coil of magnetic conductor with a magnetic conductor and one respectively, and wherein magnetic conductor corresponds to line
One section of circle is in the construction section of most path, and magnetic conductor direction of relative movement has an abutment end to be reclined for coil away from one end,
And magnetic conductor progressively becomes big bellend from construction section to the close one end of direction of relative movement formed with an external diameter, magnetic conductor is adjacent
The outer rim of magnetic column group is in a slope edge, and the coil of the line of induction collar member connects a forward direction to electricity or reverse to electric electricity respectively
Source, the loop length of the line of induction collar member for the length more than or equal to any magnetic part of a quarter and are less than or equal to
The length of 3/4ths any magnetic parts, the magnetic conduction body length of the line of induction collar member is more than or equal to any magnetic part length
Added plus adjacent magnetic gap width and less than or equal to any magnetic part length plus adjacent magnetic gap width with group coil length
Degree.
Preferably, the same position of the line of induction collar member position correspondence magnetic column group adjacent magnetic part of the relative coil column group
Put arrangement.
Preferably, the line of induction collar member of the relative coil column group corresponds to the position of magnetic column group adjacent magnetic part in dislocation
Arrangement.
Preferably, the coil optimum length of the line of induction collar member of the coil column group is equal to 2/4ths any magnetic parts
Length, and the magnetic conductor optimum length of line of induction collar member be any magnetic part length add adjacent magnetic gap width.
Whereby, it is of the present utility model tiltedly help formula calutron to pass through coil column group line of induction collar member in magnetic conductor it is special
The design of length, different volumes and different distance, make it allow magnetic conductor to cross over magnetic gap, then coordinate it to utilize different volumes, no
Same distance produces different magnetic forces and bevel edge into the characteristic of component, can effectively reduce its reluctance force, improve its magnetic power-assisted, reach
To the purpose of lifting energy conversion efficiency, therefore its surcharge can be significantly improved, and improve its economic benefit.
Brief description of the drawings
Fig. 1 is the configuration diagram of existing calutron, configuration and its problems faced for illustrating existing calutron.
Fig. 2 is decomposing schematic representation of existing calutron when practice, the composition state for illustrating existing calutron
Sample.
Fig. 3 is the magnetic conductor schematic diagram of existing calutron coil row group.
Fig. 4 is the configuration diagram that the utility model tiltedly helps formula calutron, for illustrating its configuration and relativeness.
Fig. 5 is the outward appearance signal for the magnetic conductor preferred embodiment that the utility model tiltedly helps formula calutron coil row group
Figure.
Fig. 6 is that the utility model tiltedly helps decomposing schematic representation of formula calutron when practice.
Fig. 7 is that the utility model tiltedly helps formula calutron applied to motor to electric action schematic diagram, for illustrating by S poles
Shift to the state of N poles.
Fig. 8 is that the utility model tiltedly helps de-energizing actions schematic diagram of the formula calutron applied to motor, for illustrating by S poles
Shift to the state of N poles.
Fig. 9 is that the utility model tiltedly helps formula calutron applied to motor to electric action schematic diagram, for illustrating by N poles
Shift to the state of S poles.
Figure 10 is that the utility model tiltedly helps de-energizing actions schematic diagram of the formula calutron applied to motor, for illustrating by N
State of the Ghandler motion to S poles.
Figure 11 tiltedly helps another configuration diagram of formula calutron, the shape for illustrating its disc type matrixing for the utility model
State.
Figure 12 is the outward appearance for another preferred embodiment of magnetic conductor that the utility model tiltedly helps formula calutron coil row group
Schematic diagram.
Figure 13 is the outward appearance for the another preferred embodiment of magnetic conductor that the utility model tiltedly helps formula calutron coil row group
Schematic diagram.
【Symbol description】
The disk of 10 magnetic column group 100
The magnetic part of 11 first magnetic part 12 second
The coil column group of 15 magnetic gap 20
The line of induction collar member of 200 coil panel 21
The coil of 22 magnetic conductor 25
The disk of 50 magnetic column group 500
The magnetic part of 51 first magnetic part 52 second
The coil column group of 55 magnetic gap 60
The line of induction collar member of 600 coil panel 61
The construction section of 62 magnetic conductor 620
The bellend of 621 abutment end 625
The coil of 626 slope edge 65
70 inductive switch groups 71 give electric detector
The 72 power-off inductors of detector 75
800 power transmission shafts.
Embodiment
For composition, feature and other purposes of the present utility model can be further appreciated that, if being that act is of the present utility model below
Dry preferred embodiment, and coordinate schema to describe in detail as after, while those skilled in the art can be embodied.
The utility model tiltedly helps formula calutron for one kind, specific embodiment of the utility model that legend of enclosing is shown and its
In component, it is all about before with afterwards, left and right, top and bottom, top and bottom and horizontal with vertical reference, only use
In being conveniently described, the utility model is not limited, it is also non-that its component is limited to any position or direction in space.Schema with
Specified size in specification, when can be in without departing from claim of the present utility model, according to of the present utility model
The design of specific embodiment is changed with demand.
And the composition of the present utility model for tiltedly helping formula calutron, as shown in figure 4, it is by a group or more of magnetic
Row group 50 and a group or more of coil column groups 60 are formed, and the magnetic column group 50 can be distinguished with the coil column group 60
Rotor or stator are defined as, can synchronously produce relative motion；
And on the detailed composition of the utility model preferred embodiment, then it refer to shown by Fig. 4, Fig. 5, the magnetic column group
50 separately set and between relative magnetic column group 50 between be separated with it is first-class away from coil column group 60【Two groups or more when refer to
Shown in Figure 11】, and at least one first magnetic part 51 and at least one second magnetic part that the magnetic column group 50 arranges along the direction of motion
52, and the equal length of first and second magnetic part 51,52, and first and second magnetic part 51,52 magnetizes in the direction of motion,
First and second adjacent magnetic part 51,52 or second, the magnetic pole of a magnetic part 52,51 are adjacent in homopolarity again, such as N extremely corresponds to N poles
【As shown in Figure 7】Or S extremely corresponds to S poles【As shown in Figure 9】, and first and second adjacent magnetic part 51,52 or second, a magnetic part
52nd, there is a wide magnetic gap 55 between 51；
And the coil column group 60 is located between relative magnetic column group 50, and between opposed coil row group 60 between be separated with it is first-class away from
Magnetic column group 50【Two groups or more when refer to shown in Figure 11】, and the coil column group 60 has at least one same axle respectively
Line and spaced line of induction collar member 61, the line of induction collar member 61 respectively there is a magnetic conductor 62 and one to be set around magnetic conduction
The coil 65 of body 62, furthermore, the corresponding 65 1 sections of construction sections 620 in most path of coil of the magnetic conductor 62 as shown in Figure 5, and magnetic conduction
The direction of relative movement of body 62 has an abutment end 621 to recline for coil 65 away from one end, and magnetic conductor 62 and by construction section 620
Progressively become big bellend 625 formed with an external diameter to the close one end of direction of relative movement, make the adjacent magnetic column group 50 of magnetic conductor 62
Outer rim be in slope edge 626, it is horizontal with vertical component for being produced using inclined-plane, furthermore the coil 65 one power supply of connection, the electricity
Source can be positive to electricity or reverse to electricity, make coil column group 60 can be with excitatory when power supply connect, and magnetic column group 50 is produced relatively
The lively magnetic force for making both relative motions, furthermore the length of coil 65 of the line of induction collar member 61 is more than or equal to a quarter
The length of any magnetic part 51,52 and the length of coil 65 are less than or equal to the length of 3/4ths any magnetic parts 51,52,
And the optimum length of coil 65 of the present utility model is equal to 2/4ths any magnetic parts 51,52 length.The another line of induction
The length of magnetic conductor 62 of collar member 61 is to add the adjacent width of magnetic gap 55 and magnetic conduction more than or equal to any magnetic part 51,52 length
The length of body 62 is less than or equal to any magnetic part 51,52 length are added plus the adjacent width of magnetic gap 55 and grown with group coil 65
Degree, and the optimum length of magnetic conductor of the present utility model 62 is any magnetic part 51,52 length add the adjacent width of magnetic gap 55；
Whereby, group composition one, which can reduce reluctance force and improve the oblique of magnetic power-assisted, helps formula calutron.
As for the utility model tiltedly helps the preferred embodiment of formula calutron when actual act, then as shown in fig. 6, with this
Utility model is applied to exemplified by motor, and each magnetic column group 50 is respectively arranged on a disk 500, and each coil column group 60 is respectively arranged on
On one coil panel 600, wherein the disk 500 is fixedly arranged on a power transmission shaft 800 and the coil panel 600 is hubbed at the transmission
Axle 800, enables the synchronous high-speed rotation of opposed coil disk 600 of the disk 500, for example, Fig. 7 to Figure 10 the utility model with magnetic column
Group 50 as rotors from right to left displacement and coil column group 60 as stator it is motionless when, and in magnetic column group 50 and coil column group 60
Between be provided with an inductive switch group 70, the inductive switch group 70 includes located at magnetic column group 50 at least one to electric detector 71, extremely
A few power-off detector 72 and at least inductor 75 located at coil column group 60, for coil 65 and the electricity of control coil row group 60
Whether connected between source.It is wherein described to be located in first and second magnetic part 51,52 relatively to enter according to the direction of motion to electric detector 71
Enter the magnetic pole end face of the line of induction collar member 61, and power off detector 72 in first and second magnetic part 51,52 according to motion
The relative magnetic pole end face for leaving the line of induction collar member 61 in direction, furthermore the inductor 75 is located in the line of induction collar member 61
Direction of relative movement leaves the end of the magnetic column group 50, for the inductor 75 in line of induction collar member 61 in the magnetic of detection first and second
Property when giving electric detector 71 of part 51,52, power supply can be made to be connected to the coil 65 of the line of induction collar member 61 to electricity, because produce it is excitatory
Act on and magnetize【Such as Fig. 7, Fig. 9】, as the inductor 75 in the power-off detector for detecting first and second magnetic part 51,52
When 72, the coil 65 of the line of induction collar member 61 can be made not connected with power supply, electricity condition is not given in formation【Such as Fig. 8, Figure 10】；
When inductive switch group 70 is in the first magnetic part 51 of magnetic column group 50【As shown in Figure 7】Or second magnetic part 52【Such as Fig. 9
It is shown】The sensing for leaving end with direction of relative movement in coil column group 60 to electric detector 71 of upper direction of relative movement upstream end
During 75 detection of device, the power supply, inversely to electricity and forward direction to electricity, makes each line of induction collar member 61 to the difference of coil 65 of coil column group 60
The magnetization of magnetic conductor 62 produce corresponding magnetic pole, the line of induction collar member 61 of each coil column group 60 is by the electric current side of 62 coil of magnetic conductor 65
To influence, when the first magnetic part 51 enters corresponding line of induction collar member 61 with S poles, then the line of induction collar member 61 is entered in the direction of motion
The magnetic pole that the magnetic pole for entering end leaves end in N poles is in S poles【As shown in Figure 7】.And when the second magnetic part 52 enters the sense with N poles
Answer coil piece 61, then the line of induction collar member 61 in the magnetic pole of direction of motion upstream end in S poles and the magnetic pole that leaves end be in N poles【Such as
Shown in Fig. 9】.Along with the position of the now direction of relative movement upstream end of magnetic conductor 62 of the line of induction collar member 61 is positioned at next
Adjacent the second magnetic part 52 or the first magnetic part 51, therefore the line of induction collar member 61 of coil column group 60 can be made in relative motion
It is in homopolar-repulsion shape that magnetic pole first magnetic part 51 corresponding with this at end or the magnetic pole of the second magnetic part 52 are left in direction【Such as Fig. 7 S
Extremely to S poles or Fig. 9 N extremely to N poles】, and direction of relative movement forms the thrust that one repels each other, while the sense of coil column group 60
Answer the magnetic conductor 62 of coil piece 61 in the magnetic pole corresponding with this first of direction of relative movement upstream end or two magnetic parts 51,52 and
Next adjacent second or one the magnetic pole of magnetic part 52,51 be also in homopolar-repulsion shape【N such as Fig. 7 is extremely right extremely to N poles or Fig. 9 S
S poles】, it is formed the thrust that another stock repels each other in direction of relative movement, so as to make coil column group 60 and magnetic column group 50 are relative to transport
Dynamic direction forms the all-cis magnetic power-assisted pushed away, can effectively improve rotating speed, and then lifts output power；
Simultaneously as the magnetic conductor 62 of each line of induction collar member 61 is different from another section of coil 65 in forming bellend 625, and
Bellend 625 has slope edge 626 with respect to the side of magnetic column group 50, and so due to the volume of magnetic conductor 62, magnetic content is not yet
Together, the invisible reluctance force for reducing stage casing, the magnetic power-assisted at increasing both ends, along with slope edge 626 makes magnetic conductor 62 and magnetic column
Unequal distance shape is formed between group 50, it can equally cut down the reluctance force in stage casing, increase the magnetic power-assisted at both ends, in addition the magnetic conductor 62
The magnetic line of force on slope edge 626 has one and helps component different from the horizontal magnetic of vertical magnetic resistance component, and it produces one with respect to magnetic column group 50
Magnetic helps active force, and it equally reduces the reluctance force in stage casing, hyperplasia magnetic power-assisted, and its output kinetic energy can so be substantially improved；
Conversely, the magnetic column group 50 continues relative motion with the coil column group 60, when inductive switch group 70 should in magnetic column group 50
Former detection is to the power-off detector 72 on first and second magnetic part 51,52 of electricity in the line of induction collar member of detection coil column group 60
During inductor 75 on 61 magnetic conductors 62【Such as Fig. 8 or Figure 10】, then the coil 65 of coil column group 60 cut off the electricity supply, make coil column group
60 line of induction collar member 61 does not form reaction magnetic, avoids the line of induction collar member 61 from producing unfavorable corresponding magnetic because continuing magnetization
Pole, coil column group 60 is not caused to leave the N magnetic poles or magnetic of magnetic pole magnetic part 51 corresponding with this at end in direction of relative movement
The S magnetic poles of part 52 are in the attracting shape of pulling back of heteropole【As Fig. 8 relative magnetism part 51 N poles or Figure 10 relative magnetism part 52 S
Pole】Or the line of induction collar member 61 leaves the magnetic pole corresponding with this first or two magnetic parts 51,52 at end in direction of relative movement
Next adjacent second or one the S or N magnetic poles of magnetic part 52,51 be in homopolar-repulsion shape【Such as the S poles of Fig. 8 relative magnetism part 52
Or the N poles of Figure 10 relative magnetism part 51】, it can so avoid the reluctance force for producing and being unfavorable for the direction of motion, avoid influenceing rotating speed,
Reduce output power.
In addition, another preferred embodiment of the present utility model, then as shown in figure 11, the embodiment are the matrixing electricity in disc type
Motivation, it is that a coil column group 60 is provided between magnetic column group 50 facing each other, it is described can synchronous shift to magnetic column group 50
First and second magnetic part 51,52 in formed objects and position with respect to shape, and first and second magnetic of magnetic column group 50 facing each other
Part 51,52 with homopolarity magnetic pole arranged opposite, and the corresponding magnetic column group 50 first of line of induction collar member 61 of the opposed coil row group 60,
The position of two magnetic parts 51,52 can be in same position arrangement or Heterogeneous Permutation, magnetic column group 50 is increased and pushed away magnetic power-assisted or energy
Promoted by continuous action, the inertia force of the direction of motion can be effectively improved.
Furthermore the magnetic conductor 62 in the line of induction collar member 61 of coil column group 60 of the present utility model can further have difference
Aspect, as shown in figure 12, the construction section 620 of magnetic conductor 62 expands shape with bellend 625 in one, and it is the same to produce relatively
The effect of.Another the magnetic conductor 62 can be circular cross section as shown in figure 13, and to facilitate installation, and equally there is increasing magnetic to help for it
The effect of power.
Whereby it will be appreciated that the utility model is the splendid creation of an intention, is faced except effectively solving habit formula person
The problem of, effect is more significantly improved, and have no identical or approximate product creation in identical technical field or openly use,
There is the enhancement of effect simultaneously.
Claims (6)
1. one kind tiltedly helps formula calutron, it is made up of a magnetic column group and a coil column group, the magnetic column group and the coil column
Group can produce relative motion；It is characterized in that：
The magnetic column group arranges at least one first magnetic part and at least one second magnetic part, first and second magnetic along the direction of motion
The equal length of part, and first and second magnetic part magnetizes in the direction of motion, the magnetic pole of first and second adjacent magnetic part is in same
There is a wide magnetic gap between first and second extremely adjacent and adjacent magnetic part or second, one magnetic part；
The coil column group has at least one same axis and spaced line of induction collar member, and the line of induction collar member has respectively
There is a magnetic conductor and one be set around the coil of magnetic conductor, wherein magnetic conductor corresponds to one section of coil and is in the construction section of most path, and leads
Magnet direction of relative movement has an abutment end to recline for coil away from one end, and magnetic conductor is from construction section to relative motion side
Progressively become big bellend formed with an external diameter to close to one end, the outer rim of the adjacent magnetic column group of magnetic conductor is in a slope edge, and institute
The coil for stating line of induction collar member connects a forward direction to electricity or reverse to electric power supply, the loop length of the line of induction collar member respectively
For the length more than or equal to any magnetic part of a quarter and less than or equal to the length of 3/4ths any magnetic parts, institute
The magnetic conduction body length for stating line of induction collar member is to add adjacent magnetic gap width more than or equal to any magnetic part length and be less than or wait
Added in any magnetic part length plus adjacent magnetic gap width with group loop length.
2. tiltedly help formula calutron as claimed in claim 1, it is characterised in that：The coil of the line of induction collar member of the coil column group
Length is the length equal to 2/4ths any magnetic parts, and magnetic conduction body length is that any magnetic part length is wide plus adjacent magnetic gap
Degree.
3. one kind tiltedly helps formula calutron, it is by least two magnetic column groups and at least a coil column group is formed, the magnetic column
Group can synchronously produce relative motion with the coil column group；It is characterized in that：
The magnetic column group is separately set, and relative magnetic column interblock space has an equidistant coil column group, magnetic column group edge fortune
At least one first magnetic part and at least one second magnetic part of dynamic direction arrangement, the equal length of first and second magnetic part, institute
First and second magnetic part to be stated to magnetize in the direction of motion, the magnetic pole of first and second adjacent magnetic part is adjacent in homopolarity, relative first,
The magnetic pole of two magnetic parts has a wide magnetic between homopolarity relative and adjacent first and second magnetic part or second, one magnetic part
Gap；
The coil column is mounted between relative magnetic column group, and opposed coil row interblock space has an equidistant magnetic column group, described
Coil column group has at least one same axis and spaced line of induction collar member, and the line of induction collar member has one to lead respectively
Magnet and a coil for being set around magnetic conductor, wherein magnetic conductor correspond to the construction section that one section of coil is in most path, and magnetic conduction body phase
There is an abutment end to be reclined for coil away from one end to the direction of motion, and magnetic conductor is close from construction section to direction of relative movement
One end progressively becomes big bellend formed with an external diameter, and the outer rim of the adjacent magnetic column group of magnetic conductor is in a slope edge, the line of induction
The coil of collar member connect respectively it is one positive to electricity or the reverse power supply to electricity, the loop length of the line of induction collar member to be more than or
Length equal to any magnetic part of a quarter and the length less than or equal to 3/4ths any magnetic parts, the line of induction
The magnetic conduction body length of collar member is plus adjacent magnetic gap width and to be less than or equal to any magnetic more than or equal to any magnetic part length
Property part length added plus adjacent magnetic gap width with group loop length.
4. tiltedly help formula calutron as claimed in claim 3, it is characterised in that：The induction coil of the relative coil column group
The same position arrangement of part position correspondence magnetic column group adjacent magnetic part.
5. tiltedly help formula calutron as claimed in claim 3, it is characterised in that：The induction coil of the relative coil column group
The position that part corresponds to magnetic column group adjacent magnetic part is dislocation arrangement.
6. tiltedly help formula calutron as claimed in claim 3, it is characterised in that：The line of the line of induction collar member of the coil column group
It is the length equal to 2/4ths any magnetic parts to enclose length, and the magnetic conduction body length of line of induction collar member is any magnetic part length
Plus adjacent magnetic gap width.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720718223.0U CN207098909U (en) | 2017-06-20 | 2017-06-20 | Tiltedly help formula calutron |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720718223.0U CN207098909U (en) | 2017-06-20 | 2017-06-20 | Tiltedly help formula calutron |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207098909U true CN207098909U (en) | 2018-03-13 |
Family
ID=61553263
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720718223.0U Withdrawn - After Issue CN207098909U (en) | 2017-06-20 | 2017-06-20 | Tiltedly help formula calutron |
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| Country | Link |
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| CN (1) | CN207098909U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109104062A (en) * | 2017-06-20 | 2018-12-28 | 宇生自然能源科技股份有限公司 | Tiltedly help formula calutron |
| WO2019191893A1 (en) * | 2018-04-03 | 2019-10-10 | 宇生自然能源科技股份有限公司 | Full-range load electric actuator |
| CN110350759A (en) * | 2018-04-03 | 2019-10-18 | 宇生自然能源科技股份有限公司 | It is complete to carry electric device |
-
2017
- 2017-06-20 CN CN201720718223.0U patent/CN207098909U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109104062A (en) * | 2017-06-20 | 2018-12-28 | 宇生自然能源科技股份有限公司 | Tiltedly help formula calutron |
| WO2019191893A1 (en) * | 2018-04-03 | 2019-10-10 | 宇生自然能源科技股份有限公司 | Full-range load electric actuator |
| CN110350759A (en) * | 2018-04-03 | 2019-10-18 | 宇生自然能源科技股份有限公司 | It is complete to carry electric device |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
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Granted publication date: 20180313 Effective date of abandoning: 20201103 |