CN203522470U - Power combined motor with stators and rotors being relatively installed - Google Patents
Power combined motor with stators and rotors being relatively installed Download PDFInfo
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- CN203522470U CN203522470U CN201320370792.2U CN201320370792U CN203522470U CN 203522470 U CN203522470 U CN 203522470U CN 201320370792 U CN201320370792 U CN 201320370792U CN 203522470 U CN203522470 U CN 203522470U
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Abstract
The utility model provides a power combined motor with stators and rotors being relatively installed, and belongs to the technical field of motors. When most rotating machines rotate, besides doing work, energy which can be used exists, but at present the energy is generally neglected by people. In the power combined motor, the rotors are installed on an original power machinery rotating component, and the stators are installed and fixed relative to the rotors. When the machinery rotating component rotates around a shaft portion, the motor begins to work, and the motor can combine original power of a power machine, and the motor and the original power provide power to the power machine at the same time. The power combined motor with the stators and the rotors being relatively installed is advantaged in that when the motor is used as a generator, original energy can be used and transformed into reusable electric energy, and therefore the generating capacity of a machinery device is increased, and the power of the machinery device is increased. The power combined motor is environmentally friendly and without environment pollution; a single power machine can be changed into a hybrid power machine conveniently, the power combined motor makes it possible for the hybrid power machine to be generally used, and much energy can be saved for the human society.
Description
Technical field
The utility model belongs to technical field of motors, relates in particular to a kind ofly on mechanical rotation position, rotor to be installed, and rotor is arranged in the motor of stator space.
Background technology
Current driving force is motor mechanically, and for example common generator, need to consume the generating of mechanical energy drive motor; Free-piston type generator, consume seldom mechanical energy, just at the piston place of heat engine, use original energy and generate electricity, the energy of rotatable parts and the energy of other mechanical component are not used, and only realize effective combination of motor and heat engine, energy-saving effect is comprehensive not.
Most rotary machines, it has energy to utilize while rotating except doing work, but generally by people, is ignored at present.
Utility model content
The purpose of this utility model is, manufacture a kind of rotating part running generating of the tool that takes this opportunity, again can be separately for dynamic power machine provides power, also can with machinery in original power be combined the power motor that closes that power is provided for dynamic power machine, or cry and borrow energy motor, with this, reach energy-conservation object.
The utility model implementer case is:
Closing power motor is dynamic power machine rotatable parts to be made to the rotor of motor, or at the position of its rotation, rotor is installed; On the motionless position of dynamic power machine, stator is installed, rotor is arranged in stator space.When mechanical component generator when axial region rotates is started working, and can with original power link in dynamic power machine, simultaneously for dynamic power machine provides power.
The described power motor that closes is inlayed rotor in the rotatable parts of dynamic power machine, and rotor is arranged in the space of stator.
The described power motor that closes is installed rotor on the turning tool of dynamic power machine, and rotor is arranged in the space of stator.
The described power motor that closes, makes rotor at the rotatable parts of dynamic power machine, and rotor is arranged in the space of stator.
The described power motor that closes, installs rotor in the rotatable parts both sides of dynamic power machine, and rotor is arranged in the space of stator.
The described power motor that closes, rotor borrows fan blade drive rotating shaft and rotate, and rotor respectively has a stator up and down.
The utility model has the advantages that, the generating of the rotating part of the tool that can take this opportunity, again separately for dynamic power machine provides power, also can with machinery in original power be combined and provide power for dynamic power machine;
This motor, when the generator used time, can be used original energy, is converted into reusable electric energy; Owing to having increased generator, make mechanical device increase energy output, improved power;
This motor, when the environmental protection of motor used time, does not have environmental pollution;
This electric machine structure is simple, and installation, maintenance is convenient, and being convenient to single power machinery refitment is hybrid power machinery; Being convenient to drive to be adapted as 4 wheel driven, six by two drives or drives more.At dynamic power machine, need to slow down or need be in the similar process such as stopping especially, described various type motors all can be converted into power storage by a part in the energy of originally failing to utilize, thus energy savings;
This motor has not only been realized effective combination of motor and heat engine, also realized effective combination of motor and motor and electric power and other power, produce electric heating hybrid power, electricly close the power motor that closes that power, electric power mix with waterpower, electric power mixes with other power such as wind-force, hybrid power machinery is generally applied becomes possibility, will save mass energy for human society.
Accompanying drawing explanation
Fig. 1 inlays rotor set in the rotatable parts of dynamic power machine, and rotor is arranged in the component drawings of the space of stator
Fig. 2 installs rotor on dynamic power machine turning tool, and rotor is arranged in schematic diagram b turning tool nonclient area, the component drawings a turning tool service area schematic diagram c stator rotor position view of the space of stator
Fig. 3 is that dynamic power machine rotatable parts are made rotor, and rotor is arranged in the component drawings of the space of stator
Fig. 4 is that in dynamic power machine, rotor is installed in rotatable parts both sides, and inside and outside rotor space, the component drawings of stator is installed in both sides
Fig. 5 is that rotor is borrowed the rotating shaft of fan blade drive and rotates, and rotor respectively has the component drawings of a stator up and down
Embodiment
In the rotatable parts of dynamic power machine, inlay rotor, rotor be arranged in stator space close power motor.
Below in conjunction with accompanying drawing 1, describe the utility model embodiment in detail: in the rotatable parts of dynamic power machine, inlay rotor 3, it is circular that rotor is, rotor is that permanent magnet spaced apart forms, also can be that iron core and coil windings form, iron core core frame cross section in coil windings is round rectangle shape, rotor 3 is arranged in the space of two stators 2, it is rectangular-shaped that stator is, the width of stator length and rotor annulus is equivalent, stator is comprised of iron core and coil windings, and the iron core core frame cross section in coil windings is round rectangle shape.Stator is fixed on the stator support 1 at motionless position.
The rotation of rotor consumes little energy, borrows the rotation of dynamic power machine to produce electric energy, thereby energy-conservation; Closing power motor can be separately for power car provides power, also can be with original power in power car simultaneously for dynamic power machine provides power.
On the turning tool of dynamic power machine, rotor is installed, rotor be arranged in stator space close power motor.
Below in conjunction with accompanying drawing 2, describe the utility model embodiment in detail: dynamic power machine turning tool is as electric saw etc., and serrated portion is working portion, and the region being contacted with electric saw by material sawing is service area A, beyond service area, is nonclient area B.In the inoperative part of the nonclient area of dynamic power machine, rotor 3 is installed, it is circular that rotor is, rotor is comprised of permanent magnet spaced apart, also can be that iron core and coil windings form, the iron core core frame cross section in coil windings be round rectangle shape, and rotor 3 is arranged in the space of two stators 2, be rectangular-shaped, the width of stator length and rotor annulus is equivalent, and stator is comprised of iron core and coil windings, and the iron core core frame cross section in coil windings is round rectangle shape.Rotor generates electricity with mechanical rotation or rotates to stator coil energising driving device.
The rotation of rotor consumes little energy, and borrow dynamic power machine to rotate and produce electric energy, thus energy-conservation; Closing power motor can be separately for power car provides power, also can be with original power in power car simultaneously for dynamic power machine provides power.
Rotatable parts at dynamic power machine are made rotor, rotor be arranged in stator space close power motor.
Below in conjunction with accompanying drawing 3, describe the utility model embodiment in detail: the rotating part of dynamic power machine is made rotor 3, rotor is in the form of annular discs, rotor is that permanent magnet spaced apart forms, also can be that iron core and coil windings form, iron core core frame cross section in coil windings is round rectangle shape, and rotor 3 is arranged in the space of two stators 2.Stator is comprised of iron core and coil windings, and the iron core core frame cross section in coil windings is round rectangle shape, and stator is in the form of annular discs, and stator 2 is fixed on motionless position stator support 1.Rotor turns with the rotating part of dynamic power machine, thus generation current, or to stator energising, driving device rotates.
The rotation of rotor consumes little energy, borrows the rotation of dynamic power machine to produce electric energy, thereby energy-conservation; Closing power motor can be separately for power car provides power, also can be with original power in power car simultaneously for dynamic power machine provides power.
Embodiment 4
Rotor is respectively installed in rotatable parts both sides at dynamic power machine, rotor be arranged in stator space close power motor.
Below in conjunction with accompanying drawing 4, describe the utility model embodiment in detail: rotor 3 is arranged on the both sides of the rotatable parts of dynamic power machine, rotor is in the form of annular discs, rotor is comprised of iron core and coil windings, iron core core frame cross section in coil windings is round rectangle shape, rotor 3 is arranged in the space of two stators 2, and stator is comprised of iron core and coil windings, and the iron core core frame cross section in coil windings is round rectangle shape, stator is in the form of annular discs, and stator 2 is fixed on motionless position stator support 1.Rotor turns with the rotating part of dynamic power machine, thus generation current, or to stator energising, driving device rotates.
The rotation of rotor consumed energy not when dynamic power machine need to slow down, borrows the rotation of dynamic power machine to produce electric energy, thereby energy-conservation; Closing power motor can be separately for power car provides power, also can be with original power in power car simultaneously for dynamic power machine provides power.
Embodiment 5
Rotor is borrowed fan blade to drive rotating shaft and is rotated, and rotor respectively has the power motor that closes of a stator up and down.
Below in conjunction with accompanying drawing 5, describe the utility model embodiment in detail: rotor 3 is fixed on inside to be had in hollow rotating shaft 5, the fan blade 8 rotating is fixed on the upper end of hollow shaft 5 by trunnion axis 11, rotor 3 is circular, iron core and coil windings, consist of, the iron core core frame cross section in coil windings is round rectangle shape; Rotor respectively has a stator 2 up and down, and it is circular equivalent with rotor circle diameter that stator is, and in upper stator, nose circle is fixed on upper bearing (metal) 6, and in lower stator, nose circle is fixed on lower bearing 4; The outer nose circle of upper and lower stator is fixed on stator support 1, and stator is comprised of permanent magnet word, or is comprised of iron core and coil windings, and the iron core core frame cross section in coil windings is round rectangle shape.Fan blade 8 is fixed on the upper end of hollow shaft 5 by trunnion axis 11, fan blade can rotate around trunnion axis 11 in vertical plane.When car descending or parking, pull bar 9 stretches out, and hollow shaft 5 is rotated and holded up around axle 7, by pole 10, fan blade is launched simultaneously, and fan blade 8 drives hollow shafts to rotate, and makes rotor rotate and generate electricity; Used time not, pull bar 9 retrudes, hollow shaft 5 is rotated and is put down sleepingly by axle 7, and pole 10 merges fan blade 8 simultaneously, together crouches in car roof side with hollow shaft 5.
Above embodiment of the present utility model, is several embodiments of explanation the technical solution of the utility model, can not limit according to above several embodiment the protection range of technical solutions of the utility model.
Claims (10)
1. stator, rotor are installed relatively closes a power motor, comprises stator, rotor, it is characterized in that: dynamic power machine rotatable parts are made to the rotor of motor, or at the position of its rotation, rotor is installed; On the motionless position of dynamic power machine, stator is installed, rotor is arranged in stator space.
2. the power motor that closes according to claim 1, is characterized in that: described mechanical component is made the rotor of motor, in the rotatable parts of dynamic power machine, inlays rotor, and rotor is arranged in stator space.
3. the power motor that closes according to claim 2, it is characterized in that: in the rotatable parts of dynamic power machine, inlay rotor (3), it is circular that rotor is, rotor is that permanent magnet spaced apart forms, or formed by iron core and coil windings, iron core core frame cross section in coil windings is round rectangle shape, rotor (3) is arranged in the space of two stators (2), it is rectangular-shaped that stator is, the width of stator length and rotor annulus is equivalent, stator is comprised of iron core and coil windings, iron core core frame cross section in coil windings is round rectangle shape, stator is fixed on the stator support (1) at motionless position.
4. the power motor that closes according to claim 1, is characterized in that: the rotor of described mechanical component mounted motor, on the turning tool of dynamic power machine, rotor is installed, and rotor is arranged in the space of stator.
5. the power motor that closes according to claim 4, it is characterized in that: on dynamic power machine turning tool, rotor is installed, in the inoperative part of the nonclient area of dynamic power machine, rotor (3) is installed, it is circular that rotor is, rotor is comprised of permanent magnet spaced apart, or formed by iron core and coil windings, iron core core frame cross section in coil windings is round rectangle shape, rotor (3) is arranged in the space of two stators (2), be rectangular-shaped, the width of stator length and rotor annulus is equivalent, stator is comprised of iron core and coil windings, iron core core frame cross section in coil windings is round rectangle shape.
6. the power motor that closes according to claim 1, it is characterized in that: described dynamic power machine rotatable parts are made the rotor (3) of motor, rotor is in the form of annular discs, rotor is that permanent magnet spaced apart forms, or formed by iron core and coil windings, iron core core frame cross section in coil windings is round rectangle shape, and rotor (3) is arranged in the space of two stators (2); Stator (2) is comprised of iron core and coil windings, and the iron core core frame cross section in coil windings is round rectangle shape, and stator is in the form of annular discs, and stator (2) is fixed on motionless position stator support (1).
7. the power motor that closes according to claim 1, it is characterized in that: described mechanical component is made the rotor of motor, be the both sides that rotor (3) is arranged on the rotatable parts of dynamic power machine, rotor is in the form of annular discs, rotor is comprised of iron core and coil windings, iron core core frame cross section in coil windings is round rectangle shape, rotor (3) is arranged in the space of two stators (2), stator is in the form of annular discs, stator is comprised of iron core and coil windings, iron core core frame cross section in coil windings is round rectangle shape, and stator (2) is fixed on motionless position stator support (1).
8. the power motor that closes according to claim 1, is characterized in that: described mechanical component is made the rotor of motor, and rotor is borrowed fan blade to drive rotating shaft and rotated, and rotor respectively has the power motor that closes of a stator up and down.
9. the power motor that closes according to claim 8, it is characterized in that: described rotor is borrowed fan blade to drive rotating shaft and rotated, be that rotor (3) is fixed on inside and has in hollow rotating shaft (5), the fan blade (8) rotating is fixed on the upper end of hollow shaft (5) by trunnion axis (11), be circular, rotor (3) is comprised of iron core and coil windings, and the iron core core frame cross section in coil windings is round rectangle shape; Rotor respectively has a stator (2) up and down, and it is circular equivalent with rotor circle diameter that stator is, and in upper stator, nose circle is fixed on upper bearing (metal) (6) above, and in lower stator, nose circle is fixed on lower bearing (4); It is upper that the outer nose circle of upper and lower stator is fixed on stator support (1), and stator is comprised of permanent magnet word or is comprised of iron core and coil windings, and the iron core core frame cross section in coil windings is round rectangle shape.
10. the power motor that closes according to claim 9, it is characterized in that: the fan blade of described rotation (8) is fixed on the upper end of hollow shaft (5) by trunnion axis (11), be that fan blade can rotate around trunnion axis (11) in vertical plane, when car descending or parking, pull bar (9) stretches out, hollow shaft (5) is rotated and holded up around axle (7), by pole (10), fan blade is launched simultaneously, fan blade (8) drives hollow shaft to rotate, and rotor is rotated and generate electricity; Used time not, pull bar (9) retrude, hollow shaft (5) is rotated and put down sleepingly by axle (7), and pole (10) makes fan blade (8) merging simultaneously, together crouches in car roof side with hollow shaft (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320370792.2U CN203522470U (en) | 2013-06-26 | 2013-06-26 | Power combined motor with stators and rotors being relatively installed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320370792.2U CN203522470U (en) | 2013-06-26 | 2013-06-26 | Power combined motor with stators and rotors being relatively installed |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203522470U true CN203522470U (en) | 2014-04-02 |
Family
ID=50381344
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320370792.2U Expired - Fee Related CN203522470U (en) | 2013-06-26 | 2013-06-26 | Power combined motor with stators and rotors being relatively installed |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203522470U (en) |
-
2013
- 2013-06-26 CN CN201320370792.2U patent/CN203522470U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140402 Termination date: 20170626 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |