CN110138164A - No stator continues power generator - Google Patents
No stator continues power generator Download PDFInfo
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- CN110138164A CN110138164A CN201910463061.4A CN201910463061A CN110138164A CN 110138164 A CN110138164 A CN 110138164A CN 201910463061 A CN201910463061 A CN 201910463061A CN 110138164 A CN110138164 A CN 110138164A
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- 238000004804 winding Methods 0.000 claims abstract description 62
- OKTJSMMVPCPJKN-UHFFFAOYSA-N Carbon Chemical compound [C] OKTJSMMVPCPJKN-UHFFFAOYSA-N 0.000 claims abstract description 43
- 229910052799 carbon Inorganic materials 0.000 claims abstract description 43
- 230000005284 excitation Effects 0.000 claims description 83
- 238000005520 cutting process Methods 0.000 claims description 36
- 230000005611 electricity Effects 0.000 claims description 25
- 238000010248 power generation Methods 0.000 claims description 4
- 230000001360 synchronised effect Effects 0.000 claims description 3
- 230000007935 neutral effect Effects 0.000 description 6
- 230000005389 magnetism Effects 0.000 description 5
- 230000007547 defect Effects 0.000 description 2
- 230000005674 electromagnetic induction Effects 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 238000012271 agricultural production Methods 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 239000004020 conductor Substances 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000004992 fission Effects 0.000 description 1
- 238000009776 industrial production Methods 0.000 description 1
- 210000000528 lesser trochanter Anatomy 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 230000005405 multipole Effects 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Classifications
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02K—DYNAMO-ELECTRIC MACHINES
- H02K16/00—Machines with more than one rotor or stator
- H02K16/005—Machines with only rotors, e.g. counter-rotating rotors
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02K—DYNAMO-ELECTRIC MACHINES
- H02K53/00—Alleged dynamo-electric perpetua mobilia
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02K—DYNAMO-ELECTRIC MACHINES
- H02K7/00—Arrangements for handling mechanical energy structurally associated with dynamo-electric machines, e.g. structural association with mechanical driving motors or auxiliary dynamo-electric machines
- H02K7/18—Structural association of electric generators with mechanical driving motors, e.g. with turbines
- H02K7/1807—Rotary generators
- H02K7/1846—Rotary generators structurally associated with wheels or associated parts
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- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Connection Of Motors, Electrical Generators, Mechanical Devices, And The Like (AREA)
Abstract
This application discloses a kind of no stators to continue power generator, continues power generator by several multilayers and integrates；Including supporting the under-chassis, under-chassis fixing screw hole, support multi-layer rotor bearing block of multilayer more continuous power generator A to be fixed on the rack, internal layer armature rotor axis is supported by bearing seat supports, shaft key groove, internal layer armature winding rotor hub by armature spindle, internal layer armature winding output line is exported to internal layer armature winding outlet slip ring, then by the carbon brush on carbon brush holder by internal layer armature winding line outlet groove and is output to collector box, driving internal layer rotor gear and internal layer rotor axis connection；Generator is supported by under-chassis, and the multiple rotors of multilayer are supported by support multi-layer rotor bearing seat supports, middle layer rotor by first bearing, and outer layer rotor is supported by second bearing.
Description
Technical field
The present invention relates to a kind of generator, especially a kind of generator of not stator, the armature of only more generators
Rotor, excitation rotor or p-m rotor are mounted in the shaft that multilayer can rotate and reverse and multilayer wheel hub.
Background technique
Generator (English name: Generators) is the mechanical equipment by the energy conversion of other forms at electric energy, it
It is driven by the hydraulic turbine, steam turbine, diesel engine or other dynamic power machines, the energy that water flow, air-flow, burning or nuclear fission are generated
Amount is converted into mechanical energy and is transmitted to generator, then is converted to electric energy by generator.Generator industrial and agricultural production, national defence, science and technology and
Have been widely used in daily life.
There are many form of generator, but its working principle is all based on law of electromagnetic induction cutting magnetic line.Therefore, it constructs
Rule be: constitute the magnetic circuit and circuit for carrying out electromagnetic induction mutually, with magnetic conduction appropriate and conductive material to generate electricity
Magnetic power achievees the purpose that energy is converted.
Existing generator is by stator (stator includes casing, stator core, stator winding);(rotor includes single shaft to rotor
Head shaft, bearing, rotor core, magnet exciting coil, slip ring), the components composition such as carbon brush.Constant encourage is provided to rotor by conducting wire
Magnetoelectricity stream, under the action of power, rotor rotates a certain distance, forms cutting magnetic line, generates stator winding specified
Electric current, voltage.The frequency of electricity is: every 0.02 second time is 1 frequency；1 second 50 frequency；1 minute 3000 frequency,
All frequencies are all completed by a rotor.
Conventional electric generators are haveed the defects that very big: revolving speed fastly and then need root diameter is small, number of poles is few, rotor revolution number is more,
Though each frequency rotor rotation distance is small but rotational angle is big；Want revolving speed slowly and then need that root diameter is big, number of poles is more, rotor revolution number
Though less, each frequency rotor rotational angle is small but rotor rotation distance is long.This defect not can solve always over more than 100 years, from
And make the energy utilization rate of conventional electric generators extremely low.
Prior art generator discloses: generator, the patent No.: ZL201620590136.7 and patent name: Xu Lifa
Motor, the patent No.: the product of ZL201720246020.6 is all to have multiple rotors on an axis, there is multiple stators in casing, is turned
Son rotation energy cutting magnetic line, because stator cannot be inverted with rotor, so doing cutting magnetic force in 0.02 second internal rotor and stator
The distance that rotor rotates when line is long.
Summary of the invention
The purpose of the present invention is stator is become opposite with rotor direction rotation, make two rotor Ge person multi-layer rotors by
Opposite direction rotates, to reach two rotor opposite direction rotations in 0.02 second.
The solution of the present invention is as follows:
A kind of no stator continues power generator, continues power generator by several multilayers and integrates；Including supporting more continuous power of multilayer
The under-chassis of generator A, under-chassis fixing screw hole, support multi-layer rotor bearing block be fixed on the rack, internal layer armature rotor axis by
Bearing seat supports, shaft key groove, internal layer armature winding rotor hub are supported by armature spindle, internal layer armature winding output line passes through internal layer
Armature winding line outlet groove exports to internal layer armature winding outlet slip ring, then by the carbon brush on carbon brush holder and is output to collector box, drives
Dynamic internal layer rotor gear and internal layer rotor axis connection；
Generator is supported by under-chassis, and the multiple rotors of multilayer are by support multi-layer rotor bearing seat supports, and middle layer rotor is by first bearing
Support, outer layer rotor are supported by second bearing.
Turn it should be further noted that the multiple armature winding rotor cramp joints of internal layer form reversion in internal layer armature rotor axis
Son.
It should be further noted that middle layer rotor is made of middle layer wheel hub, magnetic pole on the inside of the middle layer on the inside of the wheel hub of middle layer
Generate cutting magnetic lines with the multiple armature winding rotors of corresponding internal layer, the outside magnetic pole on the outside of the wheel hub of middle layer with it is corresponding
The multiple armature rotors of outer layer generate cutting magnetic line, and middle layer rotor makes middle layer rotor that must give rotation, first bearing by bearing support
It is fastened by first end cover and middle layer wheel hub internal layer head bolts；
Excitation electricity enters internal layer excitation from internal layer excitation input carbon brush holder by middle layer rotor-exciting line and slides on the inside of the multiple rotors in middle layer
Then ring is connect by hub spindle wire casing with inside excitation winding；
Excitation electricity is entered on the outside of middle layer by middle layer rotor-exciting line from middle layer excitation electricity input carbon brush holder on the outside of the multiple rotors in middle layer
Then excitation slip ring is connect by hub spindle wire casing with outside excitation winding, make magnetic pole and the multiple armature rotors of internal layer on the inside of middle layer
It generates excitation and the multiple armature rotor windings of outer layer on the outside of the middle layer of cutting magnetic line and the multiple rotors in middle layer and generates cutting magnetic
The line of force, the multiple rotor inner side and outer side in middle layer are p-m rotors without slip ring and excitation wire.
It should be further noted that outer layer rotor rotates the multiple rotors of outer layer by second bearing support, second bearing
It is fastened by outer layer end cap and outer layer wheel hub outer layer head bolts；
The output line of armature winding exports slip ring to outer layer output carbon brush holder output through outer armature on the inside of the multiple rotors of outer layer, makes
Armature winding generates cutting magnetic line with excitation on the outside of middle layer on the inside of the multiple rotors of outer layer；
Multi-layer rotor forward and reverse rotation is driven, by bearing seat supports gear shaft, gear shaft drives driving internal layer armature
Rotor gear and driving internal layer rotor gear reversely rotate, and gear shaft drives outer layer to drive gear, drives gear by outer layer
Outer layer gear is driven to reversely rotate, internal layer rotor gear and the steering of outer layer gear are both reversed but not synchronized；
The middle layer rotor that gear shaft drives drives gear, by middle layer rotor sliding tooth wheel drive driven gear, driven gear
Driving middle layer rotor gear rotates in the forward direction, and driven gear drives gear and bearing seat supports to be fastened on under-chassis by middle layer rotor,
Middle layer rotor drives gear to be fastened on under-chassis by driven gear shaft and driven shaft bearing block support, makes in the multiple rotors in middle layer
Layer inside magnetic pole and the multiple armature rotors of internal layer generate on the outside of the middle layer of cutting magnetic line and the multiple rotors in middle layer excitation and outer
The multiple armature winding rotors of layer generate cutting magnetic line.
It should be further noted that it is excitation generator or permanent magnet generator that the multilayer, which continues power generator,.
It should be further noted that power is inputted from gear shaft when the no stator continues power generator power generation, make
Middle layer rotor driving gear, driving internal layer armature rotor gear and outer layer sliding tooth wheel gear in drive shaft rotate in same direction, and drive
Dynamic internal layer armature rotor gear drives the multiple armature winding rotors reversions of internal layer, outer layer drive gear band move the multiple armatures of outer layer around
Group rotor reversion, gear shaft drive middle layer rotor gear by driven gear shaft, make magnetic pole on the inside of the middle layer on the inside of middle layer
It is rotated forward with excitation rotor on the outside of the middle layer on the outside of middle layer, the excitation wire of excitation generator is out of internal layer excitation input carbon brush holder entrance
Layer excitation slip ring after hub spindle wire casing with magnetic pole on the inside of middle layer by connecting, and excitation wire inputs carbon from middle layer excitation electricity on the outside of middle layer
Brush holder enters excitation slip ring on the outside of middle layer, and, by connecting after hub spindle wire casing with excitation on the outside of middle layer, more generators of outer layer issue
Electricity by outer armature export slip ring to outer layer export carbon brush holder be sent into outer layer export collector box, then pass through always export electronic box
Output, the excitation wire that no stator continues power generator are defeated by internal layer excitation input carbon brush holder, internal layer excitation slip ring, middle layer excitation electricity
Enter carbon brush holder, excitation slip ring input on the outside of middle layer, the electricity that multilayer more continuous power generator A are issued passes through the outlet of internal layer armature winding
Slip ring, internal layer armature winding outlet carbon brush holder, outer armature output slip ring, outer layer output carbon brush holder output, power drive include
Drive internal layer rotor gear, middle layer rotor driving gear, driven gear, driving internal layer armature rotor gear, outer layer driving gear,
Middle layer rotor gear and outer layer gear form positive and negative rotation and drive multi-layer rotor, make magnetic on the inside of the multiple armature rotors of internal layer and middle layer
Pole generates cutting magnetic line.
The invention has the advantages that
1, the present invention makes the stator of generator become outer layer rotor, makes the mutually opposing circumgyration incision of internal layer middle layer outer layer multi-layer rotor
The magnetic line of force makes four-pole generator in rotation in 0.02 second less than 180 degree energy cutting magnetic line, and existing tradition four-pole generator is all
Rotation 180 degree cuts a magnetic line of force within 0.02 second, generates a frequency, although two patent generators of applicant's application before
N times cutting magnetic line can be done in 180 degree, and the present invention can double again on the basis of former 180 degree does n times cutting magnetic line and do
Cutting magnetic line；
2, the present invention makes forward and reverse rotor magnetic of more Multilayer generators by adjusting forward and reverse rotor of more Multilayer generators
Pole makes N number of rotor magnetic pole of more Multilayer generators be evenly distributed in different angles in 360 degree not on the same magnetic line of force
Degree；Under the action of power, forward and reverse rotor of Duo Taifa multilayer motor does forward and reverse rotation with rated speed, when internal layer is any
The reversed armature rotor of No.1 was with 0.01 second rotation a certain distance, when angle (certain), magnetic pole on the inside of the forward direction rotor of middle layer
Also with 0.01 second rotation a certain distance, when angle (certain), so that it may generate a frequency (0.02 with cutting magnetic line
Second), at the same on the outside of the rotor of middle layer magnetic pole the 0.03rd second (first of second frequency 0.01 second) rotation a certain distance,
When angle (certain), the reversed armature rotor of any No.1 of outer layer was at the 0.04th second (second of second frequency 0.01 second)
Rotate a certain distance, when angle (certain), so that it may which cutting magnetic line generates second frequency (0.02 second), when more than more
Any frequency is just generated when the forward and reverse rotor of layer rotates 360 degree, and so on, in cycles, multiple forward and reverse rotors of multilayer
Cycle operation, to improve energy utilization rate；
3, generator of the present invention has that revolving speed is low, rotor is small, light-weight, easy to install, easy to maintain, low cost, sturdy and durable, minimum
0.3 meter of working head the advantages that；
4, generator of the invention is ingenious in design, so that the function (50 frequencies) for making generator do one second is multiple positive and negative by multilayer
To rotor, mutual handover recycles accurate relay and completes jointly, makes that the angle very little of each rotor rotation, rotation distance is very short to cut
The magnetic line of force is cut, because the slow prime mover runner diameter of the small revolving speed of rotor is big and laborsaving, and therefore solves the confidential revolving speed of conventional electric power generation slowly then
The century-old disadvantage for needing root diameter big；Because each frequency rotor rotational angle lesser trochanter arc of rotation linear distance is short and energy saving, and because
This breaks through conventional electric generators rotor rotation distance is long when doing cutting magnetic line and the big disadvantage that consumes energy；And solve conventional electric generators
Manufacture multipole (200 extremely more than) it is high-power during technique and physics limit.
Detailed description of the invention:
Fig. 1 is the structural schematic diagram that the present invention continues power generator without stator；
Fig. 2 is the right view that the present invention continues power generator without stator；
Fig. 3 is the left view that the present invention continues power generator without stator；
The opposite component names of serial number in figure:
1- under-chassis, 2- under-chassis fixing screw hole, 3- support multi-layer rotor bearing block, 4- internal layer armature rotor axis, 5- axle key
Slot, 6- internal layer armature winding rotor hub, 7- internal layer armature winding line outlet groove, 8- internal layer armature winding outlet slip ring, 9- internal layer
Armature winding outlet carbon brush holder, 10- internal layer export collector box, magnetic pole on the inside of the middle layer 11-, 12- internal layer excitation slip ring, 13- internal layer
Excitation inputs carbon brush holder, 14- first bearing, the middle layer 15- end cap, the multiple armature winding rotors of 16- internal layer, 17- internal layer end cap spiral shell
It follows closely, excitation on the outside of the middle layer 18-, the middle layer 20- wheel hub, 21- second bearing, 22- outer layer end cap, 23- outer layer wheel hub, 24- outer layer end
Lid screw, the multiple armature winding rotors of 25- outer layer, 26- outer armature export slip ring, and 27- outer layer exports carbon brush holder, the middle layer 28-
Excitation electricity inputs carbon brush holder, excitation slip ring on the outside of the middle layer 29-, and 30- always exports electronic box, and 40- outer layer exports collector box, 70- wheel hub
Axis slot, 100- rack, 101- drive internal layer rotor gear, 111- driven shaft bearing block, 123- driven gear shaft, 202- drive
Movable gear shaft, 203- bearing block, the middle layer 212- rotor drive gear, 303- driven gear, and 404- drives internal layer armature rotor tooth
Wheel, 505- outer layer drive gear, the middle layer 606- rotor gear, 707- outer layer gear.
Specific embodiment
The continuous power generator of the present invention is further described below in conjunction with attached drawing 1-3 and embodiment:
As shown in Figure 1-3, a kind of no stator continues power generator, continues power generator by several multilayers and integrate；Including support
Under-chassis 1, under-chassis fixing screw hole 2, the support multi-layer rotor bearing block 3 of multilayer more continuous power generator A is fixed on rack 100
Upper, internal layer armature rotor axis 4 is by the support of support multi-layer rotor bearing block 3, shaft key groove 5, internal layer armature winding rotor hub 6 by interior
Layer armature rotor axis 4 supports, internal layer armature winding output line is exported by internal layer armature winding line outlet groove 7 to internal layer armature winding
Then outlet slip ring 8 by the carbon brush on carbon brush holder 9 is output to collector box 10, driving internal layer rotor gear 101 and internal layer armature turn
Sub- axis 4 connects；
Generator is supported by under-chassis 1, and the multiple rotors of multilayer are supported by support multi-layer rotor bearing block 3, and middle layer rotor is by first axle
14 supports are held, outer layer rotor is supported by second bearing 21.
Multiple 16 cramp joints of armature winding rotor of internal layer form contra-rotating rotor in internal layer armature rotor axis 4.
Middle layer rotor is made of middle layer wheel hub 20, magnetic pole 11 and corresponding internal layer on the inside of the middle layer of the inside of middle layer wheel hub 20
Multiple armature winding rotors 16 generate cutting magnetic line, and the outside magnetic pole 18 and corresponding outer layer in 20 outside of middle layer wheel hub are multiple
Armature rotor 25 generates cutting magnetic line, and middle layer rotor makes middle layer rotor that must give rotation by the support of bearing 14, first bearing 14 by
First end cover 15 and middle layer wheel hub 20 are fastened with internal layer head bolts 17；
Excitation electricity enters internal layer excitation from internal layer excitation input carbon brush holder 13 by middle layer rotor-exciting line on the inside of the multiple rotors in middle layer
Then slip ring 12 is connect by hub spindle wire casing 70 with inside excitation winding；
Excitation electricity is entered outside middle layer by middle layer rotor-exciting line from middle layer excitation electricity input carbon brush holder 28 on the outside of the multiple rotors in middle layer
Then side excitation slip ring 29 is connect by hub spindle wire casing 70 with outside excitation winding, keep magnetic pole 11 and internal layer on the inside of middle layer multiple
Armature rotor 16 generate on the outside of the middle layer of cutting magnetic line and the multiple rotors in middle layer excitation 18 and the multiple armature rotors of outer layer around
Group 25 generates cutting magnetic line, and the multiple rotor inner side and outer side in middle layer are p-m rotors without slip ring and excitation wire.
Outer layer rotor rotates the multiple rotors of outer layer by the support of second bearing 21, and second bearing 21 is by outer layer end cap 22 and outside
Layer wheel hub 23 is fastened with outer layer head bolts 24；
The output line of armature winding 25 exports carbon brush holder 27 to outer layer through outer armature output slip ring 26 on the inside of the multiple rotors of outer layer
Output makes armature winding 25 and the generation of excitation 18 cutting magnetic line on the outside of middle layer on the inside of the multiple rotors of outer layer；
Multi-layer rotor forward and reverse rotation is driven, gear shaft 202 is supported by bearing block 203, gear shaft 202 drives driving
Internal layer armature rotor gear 404 and driving internal layer rotor gear 101 reversely rotate, and gear shaft 202 drives outer layer sliding tooth
Wheel 505 drives outer layer gear 707 to reversely rotate, internal layer rotor gear 101 and 707 turns of outer layer gear by outer layer driving gear 505
To being both reversed but not synchronized；
The middle layer rotor that gear shaft 202 drives drives gear 212, drives driven gear by middle layer rotor driving gear 212
303, driven gear 303 drives middle layer rotor gear 606 to rotate in the forward direction, and driven gear 303 drives 212 He of gear by middle layer rotor
The support of bearing block 203 is fastened on under-chassis 1, and middle layer rotor drives gear 212 by driven gear shaft 123 and driven shaft bearing block
111 supports are fastened on under-chassis 1, cut magnetic pole 11 on the inside of the middle layer of the multiple rotors in middle layer with the multiple generations of armature rotor 16 of internal layer
It cuts excitation 18 and the multiple armature winding rotors 25 of outer layer on the outside of the middle layer of the multiple rotors of the magnetic line of force and middle layer and generates cutting magnetic force
Line.
It is excitation generator or permanent magnet generator that the multilayer, which continues power generator,.
Power is inputted from gear shaft 202 when the no stator continues power generator power generation, turns the middle layer in drive shaft
Son driving gear 212, driving internal layer armature rotor gear 404 and outer layer driving 505 gear of gear rotate in same direction, driving internal layer electricity
Pivot rotor gear 404 drives the multiple armature winding rotor reversions of internal layer, and outer layer drives gear 505 to drive the multiple armature winding of outer layer
Rotor reversion, gear shaft 212 drive middle layer rotor gear 606 by driven gear shaft 303, make in the middle layer on the inside of middle layer
18 rotor of excitation rotates forward on the outside of middle layer on the outside of side magnetic pole 11 and middle layer, and the excitation wire of excitation generator inputs carbon from internal layer excitation
Brush holder 13 enters after internal layer excitation slip ring 12 passes through hub spindle wire casing 70 to be connect with magnetic pole 11 on the inside of middle layer, excitation wire on the outside of middle layer
From middle layer excitation electricity input carbon brush holder 28 into excitation slip ring 29 on the outside of middle layer by being encouraged after hub spindle wire casing 70 with middle layer outside
Magnetic 18 connects, and the electricity that more generators of outer layer issue is sent into outer by outer armature output slip ring 26 to outer layer output carbon brush holder 27
Then layer output collector box 40 is exported by always output electronic box 30, the excitation wire that no stator continues power generator passes through internal layer excitation
Input that carbon brush holder 13, internal layer excitation slip ring 12, middle layer excitation electricity input carbon brush holder 28, excitation slip ring 29 inputs on the outside of middle layer, it is more
The electricity that more continuous power generator A of layer are issued passes through internal layer armature winding outlet slip ring 8, internal layer armature winding outlet carbon brush holder 9, outer
Layer armature output slip ring 26, outer layer output carbon brush holder 27 export, and power drive turns including driving internal layer rotor gear 101, middle layer
Son driving gear 212, driven gear 303, driving internal layer armature rotor gear 404, outer layer drive gear 505, middle layer rotor tooth
Wheel 606 and outer layer gear 707 form positive and negative rotation and drive multi-layer rotor, make magnetic pole 11 on the inside of the multiple armature rotors of internal layer and middle layer
Generate cutting magnetic line.
Application Example:
Example 1, electric car special DC permanent magnetism continue power generator: power: 1000W, voltage: 80V, electric current: 12.5A, number of poles:
396 poles, rated speed: 15.15 revs/min.Six armature rotor diameter 173mm of internal layer, each armature rotor are equipped with 30 armatures
Winding, six armature rotors totally 180 armature winding.Six, middle layer inside p-m rotor interior diameter 176mm, each p-m rotor dress
There are 30 permanent magnetism magnetic poles, six p-m rotors totally 180 permanent magnetism magnetic pole.Six, middle layer outside p-m rotor diameter 202mm, Mei Geyong
Magnet rotor is equipped with 36 permanent magnetism magnetic poles, six p-m rotors totally 216 permanent magnetism magnetic pole.Six armature rotor diameter 205mm of outer layer, often
A armature rotor is equipped with 36 armature winding, six armature rotors totally 216 armature winding.Two layers of 12 generators totally 396 pole,
396 poles all reasonable layouts are in two 360 degree.Generation steps are as follows: engine is inputted from gear shaft 202, drives gear 101
Internal layer armature rotates backward, and makes gear 707 that outer armature be driven to rotate backward, and gear 212 drives with 303,303 gear of moving gear
606,606 gear of gear drives middle layer (inside magnetic pole and outside magnetic pole) p-m rotor to rotate forward.Electric car in traveling
It by non-driving wheel with 160 revs/min of left and right belt movable gear shafts 202, rotates each gear in each direction, drives every layer of generator
The rotor circumgyration incision magnetic line of force in each direction.When six armature rotors of internal layer rotated backward 0.909 degree with 0.01 second, appoint
Armature rotor of anticipating is in neutral surface position, and six, middle layer inside p-m rotor also uses rotate forward for 0.01 second at the same time
At 0.909 degree, any one inside p-m rotor is in neutral surface position, just any with six armature rotors of internal layer at this time
One armature rotor cutting magnetic line forms first frequency.And then, six, middle layer outside p-m rotor is also used 0.01 second
When rotating forward 0.909 degree (2.727 degree), first, middle layer outside p-m rotor is in neutral surface position, six armatures of outer layer
When rotor rotated backward 0.909 degree (2.727 degree) with 0.01 second, first armature rotor of outer layer is in neutral surface position, this
When just with first, middle layer outside p-m rotor cutting magnetic line, form second frequency.And then, six armatures of internal layer turn
When son rotated backward 0.909 degree (3.636 degree) with 0.01 second, second armature rotor of internal layer is in neutral surface position, with this
While six, middle layer inside p-m rotor is also used when rotating forward within 0.01 second 0.909 degree (3.636 degree), second on the inside of middle layer
P-m rotor is in neutral surface position, at this time just with second armature rotor cutting magnetic line of six armature rotors of internal layer,
Form third frequency, and so in cycles.
Claims (6)
1. a kind of no stator continues power generator, it is characterised in that: continue power generator by several multilayers and integrate；Including support
The under-chassis (1) of multilayer more continuous power generator A, under-chassis fixing screw hole (2), support multi-layer rotor bearing block (3) are fixed on machine
On frame (100), internal layer armature rotor axis (4) by support multi-layer rotor bearing block (3) support, shaft key groove (5), internal layer armature winding
Rotor hub (6) is supported by internal layer armature rotor axis (4), internal layer armature winding output line passes through internal layer armature winding line outlet groove
(7) output is output to collector box (10) to internal layer armature winding outlet slip ring (8), then by the carbon brush on carbon brush holder (9), is driven
Internal layer rotor gear (101) is connect with internal layer armature rotor axis (4)；
Generator is supported by under-chassis (1), and the multiple rotors of multilayer are supported by support multi-layer rotor bearing block (3), and middle layer rotor is by the
One bearing (14) support, outer layer rotor are supported by second bearing (21).
2. no stator according to claim 1 continues power generator, which is characterized in that the multiple armature winding rotors (16) of internal layer
Cramp joint forms contra-rotating rotor in internal layer armature rotor axis (4).
3. no stator according to claim 1 continues power generator, which is characterized in that middle layer rotor is by middle layer wheel hub (20) group
At magnetic pole (11) is generated with the multiple armature winding rotors (16) of corresponding internal layer and cut on the inside of the middle layer on the inside of middle layer wheel hub (20)
The magnetic line of force is cut, the outside magnetic pole (18) on the outside of middle layer wheel hub (20) generates cutting with the multiple armature rotors of corresponding outer layer (25)
The magnetic line of force, middle layer rotor make middle layer rotor that must give rotation by bearing (14) support, first bearing (14) by first end cover (15) and
Middle layer wheel hub (20) is fastened with internal layer head bolts (17)；
Excitation electricity is encouraged by middle layer rotor-exciting line from internal layer excitation input carbon brush holder (13) into internal layer on the inside of the multiple rotors in middle layer
Magnetic slip ring (12) is then connect with inside excitation winding by hub spindle wire casing (70)；
Excitation electricity enters middle layer from middle layer excitation electricity input carbon brush holder (28) by middle layer rotor-exciting line on the outside of the multiple rotors in middle layer
Outside excitation slip ring (29) then connect with outside excitation winding by hub spindle wire casing (70), make on the inside of middle layer magnetic pole (11) and
It is more that the multiple armature rotors of internal layer (16) generate excitation (18) and outer layer on the outside of the middle layer of cutting magnetic line and the multiple rotors in middle layer
A armature rotor winding (25) generates cutting magnetic line.
4. no stator according to claim 1 continues power generator, which is characterized in that outer layer rotor is propped up by second bearing (21)
Support makes the multiple rotor rotations of outer layer, and second bearing (21) uses outer layer head bolts by outer layer end cap (22) and outer layer wheel hub (23)
(24) it fastens；
The output line of armature winding (25) exports carbon brush through outer armature output slip ring (26) to outer layer on the inside of the multiple rotors of outer layer
Frame (27) output makes armature winding (25) and excitation (18) generation cutting magnetic line on the outside of middle layer on the inside of the multiple rotors of outer layer；
Multi-layer rotor forward and reverse rotation is driven, supports gear shaft (202) by bearing block (203), gear shaft (202) band
Dynamic driving internal layer armature rotor gear (404) and driving internal layer rotor gear (101) reversely rotate, gear shaft (202) band
Dynamic outer layer driving gear (505), is reversely rotated, internal layer rotor gear by outer layer driving gear (505) driving outer layer gear (707)
(101) and outer layer gear (707) steering is both reversed but not synchronized；
Gear shaft (202) drive middle layer rotor drive gear (212), by middle layer rotor driving gear (212) driving from
Moving gear (303), driven gear (303) driving middle layer rotor gear (606) rotate in the forward direction, and driven gear (303) is turned by middle layer
Son driving gear (212) and bearing block (203) support are fastened on under-chassis (1), and middle layer rotor drives gear (212) by driven tooth
Wheel shaft (123) and driven shaft bearing block (111) support are fastened on under-chassis (1), make magnetic pole on the inside of the middle layer of the multiple rotors in middle layer
(11) generated with the multiple armature rotors of internal layer (16) on the outside of the middle layer of cutting magnetic line and the multiple rotors in middle layer excitation (18) with
The multiple armature winding rotors (25) of outer layer generate cutting magnetic line.
5. no stator according to claim 1 continues power generator, which is characterized in that it is excitation that the multilayer, which continues power generator,
Generator or permanent magnet generator.
6. no stator according to claim 1 continues power generator, which is characterized in that the no stator continues power generator power generation
When power inputted from gear shaft (202), make middle layer rotor in drive shaft that gear (212), driving internal layer armature be driven to turn
Sub- gear (404) and outer layer driving gear (505) gear rotate in same direction, and driving internal layer armature rotor gear (404) drives internal layer
Multiple armature winding rotor reversions, outer layer drive gear (505) to drive the multiple armature winding rotor reversions of outer layer, gear shaft
(212) middle layer rotor gear (606) are driven by driven gear shaft (303), make on the inside of middle layer on the inside of middle layer magnetic pole (11) and
Excitation (18) rotor rotates forward on the outside of middle layer on the outside of middle layer, and the excitation wire of excitation generator inputs carbon brush holder (13) from internal layer excitation
It is connect afterwards with magnetic pole (11) on the inside of middle layer into internal layer excitation slip ring (12) by hub spindle wire casing (70), excitation wire on the outside of middle layer
Enter on the outside of middle layer excitation slip ring (29) by hub spindle wire casing (70) afterwards and middle layer from middle layer excitation electricity input carbon brush holder (28)
Outside excitation (18) connection, the electricity that more generators of outer layer issue export carbon brush by outer armature output slip ring (26) to outer layer
Frame (27) is sent into outer layer output collector box (40), then continues encouraging for power generator by always output electronic box (30) output, no stator
Magnet-wire inputs carbon brush holder (28), middle layer by internal layer excitation input carbon brush holder (13), internal layer excitation slip ring (12), middle layer excitation electricity
Outside excitation slip ring (29) input, the electricity that multilayer more continuous power generator A are issued by internal layer armature winding outlet slip ring (8),
Internal layer armature winding outlet carbon brush holder (9), outer armature output slip ring (26), outer layer output carbon brush holder (27) output, power drive
Dynamic includes driving internal layer rotor gear (101), middle layer rotor driving gear (212), driven gear (303), driving internal layer armature
Rotor gear (404), outer layer driving gear (505), middle layer rotor gear (606) and outer layer gear (707) form positive and negative rotation and drive
Dynamic multi-layer rotor makes magnetic pole (11) on the inside of the multiple armature rotors of internal layer and middle layer generate cutting magnetic line.
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| CN110138164B (en) | 2024-08-13 |
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