CN205647212U - Simultaneously positive negative rotation output's motor structure - Google Patents
Simultaneously positive negative rotation output's motor structure Download PDFInfo
- Publication number
- CN205647212U CN205647212U CN201620464381.3U CN201620464381U CN205647212U CN 205647212 U CN205647212 U CN 205647212U CN 201620464381 U CN201620464381 U CN 201620464381U CN 205647212 U CN205647212 U CN 205647212U
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- rotor
- stator
- rotors
- mandrel
- fixed position
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Abstract
The utility model relates to a simultaneously positive negative rotation output's motor structure, use in fixed knot fits a fan -less housing fan -less housing center as the center respectively to stator of both sides axial extension and its insulating material parcel for the coil winding, in fan -less housing and the axial locate the coil winding both sides two rotors, be used for these two rotors and stator to start two the rotor positioner and big, the little mandrel of location, this two rotors cooperation stator is fixed in big, careful epaxial that the activity combines, the utility model discloses can effectively improve all sorts of shortcomings of commonly using, can not concatenate or not and connect under the circumstances of stator, a motor stator can be simultaneously and the two -sided while of two rotors do the motion of the cutting magnetic line of force, the positioner of two rotors of deuterogamying and two swing joint's mandrel form one stator and can drive two rotors simultaneously, and two rotors not only can be exported toward the rotatory outer while of can also just reversing of an orientation simultaneously. And reach simple structure, efficient, light in weight, and have the efficiency of applying in a flexible way.
Description
Technical field
This utility model relates to a kind of motor, the electric machine structure of rotating output while of more specifically referring to a kind of.
Background technology
The electric machine structure typically commonly used generally includes: a stator and be provided with the rotor of a fixed coil cylindrically being combined with stator activity or magnetic in or beyond stator and constituted, use coordinating of available stator and rotor, and in motor, produce energy, and then convert electrical energy into mechanical energy, and mechanical energy can be re-used produce kinetic energy, the rotating direction changing motor for unidirectional drive or had by electronic device etc. temporally drives relevant device and electrical equipment.
But, when the above-mentioned electric machine structure device rotating to be carried out commonly used exports simultaneously, then must set to separate with many one group of stators and many group rotors and drive or increase, at motor output end, the gear-box offer use that energy rotating exports simultaneously, therefore, the above-mentioned electric machine structure device commonly used carry out actually used during must require to be combined with higher quality of fit and higher driving, and combine rear motor length and volume and become big, the disappearances such as weight becomes weight, efficiency step-down.
Utility model content
The technical solution adopted in the utility model is: the electric machine structure of rotating output while of a kind of, including secure bond in a heat-dissipating casing centered by heat-dissipating casing center axially extending to the both sides respectively and stator of its coil windings wrapped with insulation, and axially it is located at two rotors on coil windings both sides in heat-dissipating casing, two rotor fixed position devices of location and big are started for these two rotors and stator, little mandrel, this two rotor engagement stator is fixed on the big of movable combination, in little mandrel, make stator the most two-sided with two rotors can make cutting magnetic line movement simultaneously, coordinate positioner and two mandrels being flexibly connected again, make a stator can simultaneously drive two rotors and two rotors not only can export with rotating outside rotating toward a direction simultaneously simultaneously.
Two rotor fixed position devices are located between two rotors and stator or the outfan of large and small mandrel, and it includes rotor fixed position magnetic, rotor fixed position track ring, and this rotor fixed position track ring is located on stator, and this rotor fixed position magnetic is respectively arranged on two rotors.
This two rotor includes two rotor inner rings, two rotor outer rings and multiple magnetic, magnetic utilize fixation kit to be fixed on rotor inner ring is outside and inside rotor outer ring, and magnetic rotor outer ring within can accommodate mutually with stator with generation rotor clearance between the magnetic outside rotor inner ring and is flexibly connected.
It is internal and axial with being radially all flexibly connected with stator that stator the right and left is located at by these two rotors.
Stator is fixed on heat-dissipating casing, and in heat-dissipating casing be with one.
Rotor close to large and small mandrel outfan is incorporated in big mandrel, and another rotor is then incorporated in little mandrel, and this large and small mandrel energy both forward and reverse directions exports simultaneously.
The beneficial effects of the utility model are: this utility model can be effectively improved the various shortcoming commonly used, can not concatenate or not and in the case of connecing stator, one motor stator the most two-sided with two rotors can make cutting magnetic line movement simultaneously, coordinate positioner and two mandrels being flexibly connected of two rotors again, form a stator and can simultaneously drive two rotors, and two rotors not only can export with rotating outside rotating toward a direction simultaneously simultaneously.And reaching simple in construction, efficiency is high, lightweight, and has the effect used relatively flexibly；And then make generation of the present utility model can more progressive, more practical, more meet consumer's use.
Accompanying drawing explanation
Figure
1
For structural representation of the present utility model.
Detailed description of the invention
As it is shown in figure 1, a kind of while rotating output electric machine structure, it includes heat-dissipating casing (11), a stator (1), two rotor (2a, 2b) and rotor fixed position device (202,201,201a), the big mandrel (21) of movable combination, little mandrel (21 a).
This stator (1) secure bond is axially extending to both sides respectively centered by heat-dissipating casing (11) center in heat-dissipating casing (11), this stator (1) is provided with a coil windings (12) in heat-dissipating casing (11) inside, and it is internal to be fixed on heat-dissipating casing (11) by mould with insulant, coil windings lead-in wire is drawn by binding post (13) and is fixed on heat-dissipating casing (11).
This rotor fixed position device includes rotor fixed position magnetic (201,201a) and rotor fixed position track ring (202).Two rotor fixed position devices are located between two rotors and stator or the outfan of large and small mandrel.
This rotor fixed position track ring (202) is located on the rotor fixed position track ring socket part (204) within motor stator ring body inner ring, and utilize fixation kit (19) to fix connecting hole (205) by the track ring on rotor fixed position track ring (202) to be fixed with rotor fixed position track ring fixed screw holes (206) on stator (1), and the lead-in wire on rotor fixed position track ring (202) is drawn from rotor fixed position track ring fairlead (2001).
It is provided with a bearing fixing hole (181b) at rotor fixed position track ring socket part (204) another side and combines with bearing (18)；
Two rotor (2a, 2b) include two rotor inner rings (222,222a), two rotor outer rings (221,221a), multiple magnetics (223,223a), magnetic (223,223a) utilizes fixation kit (19) to be fixed on rotor inner ring (222,222a) outside and rotor outer ring (221,221a) internal, rotor inner ring (222) collar extension is in connection towards rotor fixed position magnetic (201) direction in big mandrel (21).
Rotor close to large and small mandrel outfan is incorporated in big mandrel, and another rotor is then incorporated in little mandrel, and this large and small mandrel energy both forward and reverse directions exports simultaneously.
Rotor fixed position magnetic (201) with high-temp glue hydropexis in big mandrel (21) one end i.e. rotor Internal and external cycle collar extension direction, rotor fixed position magnetic (201a) is fixed on one end i.e. rotor Internal and external cycle collar extension direction of little mandrel (21a) location part.
Rotor outer ring (221) then collar extension is incorporated into after rotor inner ring (222) towards rotor inner ring (222) direction, and utilizes fixation kit (19) to fix connecting hole (191) by rotor Internal and external cycle and mandrel to be fixed with mandrel fixed screw holes (192) with the rotor in mandrel.
In big mandrel (21) one end, then the high-temp glue hydropexis of rotor Internal and external cycle collar extension direction has some rotor fixed position magnetics (201), and rotor fixed position magnetic (201) diameter can not be beyond the diameter of big mandrel (21).The centre bore of the other end of big mandrel (21) is provided with a bearing fixing hole (181a) and combines with bearing (18), it is provided with again a bearing locating piece (212) in bearing (18) outside, and utilizes fixation kit (19) to fix connecting hole (214) by the mandrel in big mandrel (21) with bearing locating piece fixed screw holes (213) and the bearing locating piece on bearing locating piece (212) and mandrel to be fixed.
The structure of another rotor is roughly the same with above-mentioned rotor structure, i.e. rotor inner ring (222a) collar extension is in connection towards rotor fixed position magnetic (201a) direction in little mandrel (21a), rotor outer ring (221a) then collar extension is incorporated into after rotor inner ring (222a) towards rotor inner ring (222a) direction, and utilizes fixation kit (19) to fix connecting hole (191a) by rotor Internal and external cycle and mandrel to be fixed with mandrel fixed screw holes (192a) with the rotor in mandrel.
One end i.e. rotor Internal and external cycle collar extension direction high-temp glue hydropexis in little mandrel (21a) location part has some rotor fixed position magnetics (201a), and rotor fixed position magnetic (201a) diameter can not be beyond the diameter of little mandrel (21a).The collar extension in rotor (2a) is located at towards stator direction wherein one side of stator again, coordinate corresponding with rotor fixed position track ring (202) of the some rotor fixed position magnetics (201) in the mutually movable clean conjunction of bearing (18) that big mandrel (21) is internal with stator (1), and big mandrel (21) is made to produce rotor fixed position device gap (203).The collar extension of rotor (2b) is located at towards stator direction the another side of stator again, make bearing (18) the movable combination mutually of little mandrel (21a) and big mandrel (21) inside, and rotor outer ring (221,221a) internal magnetic (223,223a) with rotor inner ring (222,222a) produce rotor clearance (224,224a) accommodating mutually with stator between outside magnetic (223,223a) to be flexibly connected.Finally utilize fixation kit (19) by front and rear cover (16,17) upper before and after end cap upper with stator heat-dissipating casing connecting hole (161,161a) and stator (1) before and after end cap fix with stator heat-dissipating casing fixed screw holes (111,111a).And bearing fixing hole (181,181C) be provided with the bearing (18) combined and be flexibly connected mutually with the mandrel (21,21a) on (2a, 2b) rotor.
In sum, this utility model can be effectively improved the various shortcoming commonly used, can not concatenate or not and in the case of connecing stator, one motor stator the most two-sided with two rotors can make cutting magnetic line movement simultaneously, coordinate positioner and two mandrels being flexibly connected of two rotors again, form a stator and can simultaneously drive two rotors, and two rotors not only can export with rotating outside rotating toward a direction simultaneously simultaneously.And reaching simple in construction, efficiency is high, lightweight, and has the effect used relatively flexibly；And then make generation of the present utility model can more progressive, more practical, more meet consumer's use.
Embodiment of the present utility model and accompanying drawing are intended merely to show that design concept of the present utility model, protection domain of the present utility model should not necessarily be limited to this embodiment.
Can be seen that purpose of design of the present utility model can effectively be implemented by narration above.The part of embodiment illustrates the purpose of this utility model and implements function and structural themes, and includes other equivalent.
Therefore, right of the present utility model constitutes the equivalence enforcement including other, concrete right range reference claim.
Claims (6)
1. the electric machine structure of the output of rotating simultaneously, it is characterized in that: include secure bond in a heat-dissipating casing centered by heat-dissipating casing center axially extending to the both sides respectively and stator of its coil windings wrapped with insulation, and be axially located at two rotors on coil windings both sides in heat-dissipating casing, start two rotor fixed position devices of location and large and small mandrel for these two rotors with stator, this two rotor engagement stator is fixed in the large and small mandrel of movable combination.
The most as claimed in claim 1 a kind of while rotating output electric machine structure, it is characterized in that, two rotor fixed position devices are located between two rotors and stator or the outfan of large and small mandrel, it includes rotor fixed position magnetic, rotor fixed position track ring, this rotor fixed position track ring is located on stator, and this rotor fixed position magnetic is respectively arranged on two rotors.
The most as claimed in claim 2 a kind of while rotating output electric machine structure, it is characterized in that, this two rotor includes two rotor inner rings, two rotor outer rings and multiple magnetic, magnetic utilize fixation kit to be fixed on rotor inner ring is outside and inside rotor outer ring, and magnetic rotor outer ring within can accommodate mutually with stator with generation rotor clearance between the magnetic outside rotor inner ring and is flexibly connected.
The most as claimed in claim 1 a kind of while rotating output electric machine structure, it is characterised in that it is internal and axially with being radially all flexibly connected with stator that stator the right and left is located at by these two rotors.
The most as claimed in claim 1 a kind of while rotating output electric machine structure, it is characterised in that stator is fixed on heat-dissipating casing, and in heat-dissipating casing be with the most integrally.
The most as claimed in claim 2 a kind of while rotating output electric machine structure, it is characterised in that the rotor close to large and small mandrel outfan is incorporated in big mandrel, and another rotor is then incorporated in little mandrel, and this large and small mandrel energy both forward and reverse directions exports simultaneously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620464381.3U CN205647212U (en) | 2016-05-22 | 2016-05-22 | Simultaneously positive negative rotation output's motor structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620464381.3U CN205647212U (en) | 2016-05-22 | 2016-05-22 | Simultaneously positive negative rotation output's motor structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205647212U true CN205647212U (en) | 2016-10-12 |
Family
ID=57054897
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620464381.3U Expired - Fee Related CN205647212U (en) | 2016-05-22 | 2016-05-22 | Simultaneously positive negative rotation output's motor structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205647212U (en) |
-
2016
- 2016-05-22 CN CN201620464381.3U patent/CN205647212U/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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161012 |