CN106230233B - Magnetic breaks out motivation - Google Patents
Magnetic breaks out motivation Download PDFInfo
- Publication number
- CN106230233B CN106230233B CN201610796233.6A CN201610796233A CN106230233B CN 106230233 B CN106230233 B CN 106230233B CN 201610796233 A CN201610796233 A CN 201610796233A CN 106230233 B CN106230233 B CN 106230233B
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- Prior art keywords
- low temperature
- magnet
- curie point
- disk
- magnetic
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02K—DYNAMO-ELECTRIC MACHINES
- H02K53/00—Alleged dynamo-electric perpetua mobilia
Abstract
The application provides a kind of magnetic outburst motivation, including：Stator, including support plate and the several low temperature curie point magnet being set in the support plate, the support plate is disc-shaped structure, and all low temperature curie point magnet are uniformly distributed along the side of the support plate, and in the center of circle central symmetry of the support plate.The low temperature curie point magnet is for normal magnet Curie-point temperature.Magnetic provided by the invention breaks out motivation, and defeated heat starts high and low temperature automatic switching program.Using low temperature curie point magnet, when own temperature changes, magnetic force can disappear and restore, express zero resistance Movement in Magnetic Field, and cooperation ndfeb magnet generates power using being attracted or repelled between magnet.Magnetic energy directly converts kinetic energy.And passing through output device for the power-conversion of generation is continuous rotation, achievees the purpose that output power, and high Winchester disk can not consumed the non-renewable energy original such as gasoline, be protected environment using energy sources such as electric heating.
Description
Technical field
The present invention relates to energy trans-utilization field, especially a kind of magnetic breaks out motivation.
Background technique
Currently, power source used in the vehicles such as vehicle, ship is mostly internal-combustion piston engine.At work, energy utilization rate
It is low.Fuel oil only has 25% thermal energy to be converted into mechanical energy in burning, expansion, and remaining 75% needs good discharge to set
It applies and emits, while generating noise, the fuel oil for failing completely burned is also discharged therewith.In the exhaust gas given off
In containing a large amount of harmful gas, cause environmental pollution.Internal-combustion piston engine manufacturing process is complicated, needs many and diverse oil electricity
The devices such as road, air inlet system and exhaust system, air-fuel mixture, pressurization, cooling down.And internal-combustion piston engine is influenced by ambient temperature big.
Summary of the invention
It generates and moves using low temperature curie point magnet and ndfeb magnet interaction the purpose of the present invention is to provide a kind of
The magnetic of power breaks out motivation.
A kind of magnetic outburst motivation, including：
Stator, including support plate and the several low temperature curie point magnet being set in the support plate, the support plate is
Disc-shaped structure, all low temperature curie point magnet are uniformly distributed along the side of the support plate, and about the support
The center of circle central symmetry of disk, the low temperature curie point magnet is for the Curie-point temperature of normal magnet；
Rotor, the half including the quantity that high Winchester disk, low temperature disk and quantity are the low temperature curie point magnet is forever
Magnet, the high Winchester disk and the low temperature disk are respectively arranged at the stator two sides, and are fixedly connected by heat-insulated column, center pair
The two low temperature curie point magnet claimed are engaged with the high Winchester disk and the low temperature disk respectively, the permanent magnet combination
Number be the low temperature curie point magnet quantity half, and all permanent magnets are all set under the low temperature disk
Side, and the magnetic pole of each permanent magnet interacts with the centrosymmetric two low temperature curie point magnet, so that described
The high Winchester disk of disjunctor and the low temperature disk generate magnetomechanical effects, the high temperature between the two neighboring low temperature curie point magnet
The temperature of disk and the low temperature disk be for the Curie-point temperature of the low temperature curie point magnet, the high Winchester disk
Temperature is higher than the Curie-point temperature, and the temperature of the low temperature disk is lower than the Curie-point temperature；
Output mechanism, the output mechanism and the rotor are sequentially connected, and are continuous by the conversion of motion of the rotor
Rotation.
The quantity of the stator is two, and the two sides up and down of the permanent magnet are symmetrically disposed on about the permanent magnet,
And the high Winchester disk and the low temperature disk are provided on each stator.
The permanent magnet includes bar magnet, small magnet and spill soft iron, and the one side wall of the spill soft iron is directed away from
The mode of the spill soft iron forms protrusion, and one end of the bar magnet is fixedly installed in the protrusion, the small magnet
It is set in the spill soft iron, the side far from the bar magnet.
At least one spill soft iron is connected on each bar magnet, and is provided with one in each spill soft iron
A small magnet.
The magnetic pole and the small magnet that the bar magnet connects spill soft iron one end are towards the bar magnet one
The magnetic pole at end is identical.
When the quantity of the stator is one, the bar magnet and horizontal plane have angle, and pass through the support
The center of disk；When the quantity of the stator is two, the bar magnet is horizontal positioned.
The high Winchester disk includes fixed high temperature annulus and at least three high temperature for being set to the fixed high temperature annulus side
The angle of sectorial block, the center point of the adjacent high temperature sectorial block to the fixed high temperature annulus is identical, each high temperature
Sectorial block forms the soft iron for contacting with the low temperature curie point magnet towards the stator, and the low temperature disk includes that fixation is low
Warm annulus and the low temperature sectorial block for being set to the fixed low temperature annulus side, the quantity of the low temperature sectorial block and the high temperature
The quantity of sectorial block is identical, and one piece of low temperature sectorial block is provided between the two neighboring high temperature sectorial block, described solid
Determine between high temperature annulus and the fixed low temperature annulus through the heat-insulated column fixed setting, the high temperature sectorial block and described low
Between warm sectorial block, it is provided with the low temperature curie point magnet, it is fan-shaped that the low temperature curie point magnet is located at the high temperature
Between block and the low temperature sectorial block and the soft iron occupies under the action of the low temperature curie point magnet relative to the low temperature
In point magnet swing.
Be provided with arcuate socket in the support plate, the heat-insulated column pass through the arcuate socket respectively with the high Winchester disk and institute
The fixed setting of low temperature disk is stated, and the heat-insulated column can be with the disjunctor high temperature ring and low temperature ring reciprocally swinging and in the arc
It is slided in hole；Hot and cold automatic switching program is started to work.
The low temperature curie point magnet is made of Cu0.45Zn0.55Ti0.03Fe1.97O4 material.
The temperature of the high Winchester disk is greater than 50 DEG C, and the temperature of the low temperature disk is 15 DEG C.
Each low temperature curie point magnet includes at least 4 blocks of fritter low temperature curie point magnet and thermometal, described
Thermometal is provided with the fritter low temperature curie point magnet at lattice-shaped structure, and in each grid.
Magnetic provided by the invention breaks out motivation, by the way that using low temperature curie point magnet, when own temperature changes, magnetic force can disappear
It becomes estranged recovery.Defeated heat, starts high and low temperature automatic switching program, and low temperature curie point magnet is continued loss of excitation, multiple magnetic, loss of excitation, multiple by enabling
Magnetic；It crosses with three neodymium iron boron magnetic fields of circle, six low temperature curie point magnet are entered with circumferential cycle, non-resistance, outburst
Power discharge；I.e. with lasting magnetic explosive force drive rotor directed movement.And the power-conversion of generation is connected by output device
Continuous rotation achievees the purpose that output power, and high Winchester disk can not consume gasoline etc. no using energy sources such as electric heating
Renewable energy is former, protects environment.
Detailed description of the invention
Fig. 1 is the structural schematic diagram for the stator that magnetic provided by the invention breaks out motivation；
Fig. 2 is the structural schematic diagram for two stators that magnetic provided by the invention breaks out motivation；
Fig. 3 is the structural schematic diagram for the low temperature disk that magnetic provided by the invention breaks out motivation；
Fig. 4 is the structural schematic diagram for the high Winchester disk that magnetic provided by the invention breaks out motivation；
Fig. 5 is the stator and the top view after rotor combination that magnetic provided by the invention breaks out motivation；
Fig. 6 is the structural schematic diagram for the stator that magnetic provided by the invention breaks out motivation；
Fig. 7 is the structural schematic diagram for the permanent magnet that magnetic provided by the invention breaks out motivation；
Fig. 8 is the structural schematic diagram for the low temperature curie point magnet that magnetic provided by the invention breaks out motivation；
Fig. 9 is another structural schematic diagram for the low temperature curie point magnet that magnetic provided by the invention breaks out motivation；
Figure 10 is the distribution schematic diagram for multiple stators that magnetic provided by the invention breaks out motivation；
Figure 11 is the multiple stators and the structural schematic diagram after the combination of multiple rotors that magnetic provided by the invention breaks out motivation；
In figure：
1, stator；2, rotor；11, support plate；12, low temperature curie point magnet；21, high Winchester disk；22, low temperature disk；23, permanent magnetism
Iron；111, arcuate socket；121, fritter low temperature curie point magnet；122, thermometal；211, fixed high temperature annulus；212, high temperature is fanned
Shape block；221, fixed low temperature annulus；222, low temperature sectorial block；231, bar magnet；232, small magnet；233, spill soft iron；
234, raised.
Specific embodiment
The present invention is described in further details in the following with reference to the drawings and specific embodiments：
Magnetic as shown in Figure 1 to 11 breaks out motivation, including：Stator 1, including support plate 11 and it is set to the support plate
Several low temperature curie point magnet 12 on 11, the support plate 11 are disc-shaped structure, all low temperature curie point magnet 12
Side along the support plate 11 is uniformly distributed, and the center of circle central symmetry about the support plate 11, the low temperature Curie
Point magnet 12 is for the Curie-point temperature of normal magnet；Rotor 2, including high Winchester disk 21, low temperature disk 22 and quantity
For the permanent magnet 23 of the half of the quantity of the low temperature curie point magnet 12, the high Winchester disk 21 and the low temperature disk 22 divide
It is not set to 1 two sides of stator, and is fixedly connected by heat-insulated column, the centrosymmetric two low temperature curie point magnet 12
It is engaged respectively with the high Winchester disk 21 and the low temperature disk 22, the number of the permanent magnet 23 is the low temperature curie point magnetic
/ the 2 of 12 quantity of iron, and all permanent magnets 23 are all set in 22 downside of low temperature disk, and each permanent magnet
23 magnetic pole interacts with the centrosymmetric two low temperature curie point magnet 12 so that the rotor 2 with it is two neighboring
Generate relative motion between the low temperature curie point magnet 12, the temperature of the high Winchester disk 21 and the low temperature disk 22 is opposite
For the Curie-point temperature of the low temperature curie point magnet 12, the temperature of the high Winchester disk 21 is higher than the Curie-point temperature,
The temperature of the low temperature disk 22 is lower than the Curie-point temperature；Output mechanism (not shown), the output mechanism with it is described
Rotor 2 is sequentially connected, and converts continuous rotation for the swing of the rotor 2.
Curie temperature refers to as the temperature rises, due to the thermal oscillation aggravation of elementary particle inside substance, magnetic material
The arrangement gradually disorder of internal microcosmic dipole moment, macroscopically shows as the magnetic polarization J of material as the temperature rises
And reduce, when temperature is increased to a certain value, the magnetic polarization J of material is reduced to 0, and the magnetic characteristic of magnetic material becomes same at this time
The namagnetic substances such as air are the same, this temperature is known as to the Curie temperature (Tc expression) of the material.Curie temperature Tc and alloy
Ingredient it is related, it is unrelated with the displaing micro tissue topography of material and its distribution.
In the application, the high Winchester disk 21 and the low temperature disk 22 and the low temperature curie point magnet 12 are successively connect
Touching, when the high Winchester disk 21 touches the first low temperature curie point magnet 12, the first low temperature curie point magnet 12
Temperature rises, and when the temperature of the first low temperature curie point magnet 12 reaches even higher than its Curie temperature, magnetic force disappears, with
The interaction force of the permanent magnet 23 disappears, and at the same time, opposite with this first described low temperature curie point magnet 12 is another
The second low temperature curie point magnet 12 is contacted with the low temperature disk 22, and temperature reduces, the second low temperature curie point magnet 12
Restore magnetic, restores with the active force of the permanent magnet 23, because the first low temperature curie point magnet 12 and second is described low
Warm curie point magnet 12 is stator 1, i.e., relative motion, under the action of active force, the permanent magnet 23, institute does not occur with ground
It states high Winchester disk 21 and the low temperature disk 22 (the i.e. described rotor 2) moves, so that the low temperature disk 22 disengages second institute
Low temperature curie point magnet 12 is stated, mobile to high 21 direction of Winchester disk, the high Winchester disk 21 disengages the first low temperature curie point
The temperature of magnet 12, the first low temperature curie point magnet 12 starts to reduce, until being bonded the low temperature disk 22, first is described low
Warm 12 magnetic force of curie point magnet restores, and starts to generate magneticaction with the permanent magnet 23, and at the same time, the second low temperature occupies
In point magnet 12 contacted with the high Winchester disk 21, temperature rises, and magnetic force disappears, with the disappearance of the active force of the permanent magnet 23, institute
It states rotor 2 and carries out second of movement, and repeat the above steps.Defeated heat starts high and low temperature automatic switching program, low temperature curie point
Magnet 12 is continued loss of excitation, multiple magnetic, loss of excitation, multiple magnetic by order；It crosses with three neodymium iron boron magnetic fields of circle, six low temperature curie points
Magnet 12 is with circumferential cycle, and non-resistance enters, explosive force is discharged；I.e. with lasting 2 directed movement of magnetic explosive force drive rotor.Institute
The movement that output mechanism receives the rotor 2 is stated, and is continuous rotation by conversion of motion, achievees the purpose that output power.
Wherein kinematic link structure can be used in the output mechanism.
Wherein, the quantity of the low temperature curie point magnet 12 is several, and the center of circle center about the support plate 11
Symmetrically, the quantity ratio of the quantity of the permanent magnet 23 and the low temperature curie point magnet 12 is 1:2, can make full use of it is described forever
Magnet 23, and then reduce the overall volume of the magnetic outburst motivation.
The quantity of the stator 1 is two, and is symmetrically disposed on the upper and lower of the permanent magnet 23 about the permanent magnet 23
Two sides, and the high Winchester disk 21 and the low temperature disk 22 are provided on each stator 1, so that the same permanent magnet 23
Two pairs of 12 generations of low temperature curie point magnet on two stators 1 can be acted on simultaneously, it is dynamic to reduce the magnetic outburst
The overall volume of machine.
The permanent magnet 23 includes bar magnet 231, small magnet 232 and spill soft iron 233, the spill soft iron 233
The mode that one side wall is directed away from the spill soft iron 233 forms protrusion 234, one end fixed setting of the bar magnet 231
In described raised 234, the small magnet 232 is set to the one of interior, the separate bar magnet 231 of the spill soft iron 233
The small magnet 232 and the bar magnet 231 are integrated into an entirety by spill soft iron 233 by side, can be enhanced described
Small magnet 232 increases the movement effects of the rotor 2 to the magnetomechanical effects of the low temperature curie point magnet 12.
At least one spill soft iron 233 is connected on each bar magnet 231, and in each spill soft iron 233
It is provided with the small magnet 232.
The magnetic pole and the small magnet 232 that the bar magnet 231 connects described 233 one end of spill soft iron are towards the item
The magnetic pole of 231 one end of shape magnet is identical.
When the quantity of the stator 1 is one, the bar magnet 231 has angle with horizontal plane, and passes through described
The center of support plate 11；When the quantity of the stator 1 is two, the bar magnet 231 is horizontal positioned, meets in stator 1
Quantity it is maximum to the active force of the low temperature curie point magnet 12 when being one or two.
The high Winchester disk 21 includes fixed high temperature annulus 211 and is set to fixed 211 side of high temperature annulus at least
Three high temperature sectorial blocks 212, the angle of the center point of the adjacent high temperature sectorial block 212 to the fixed high temperature annulus 211
Identical, the low temperature disk 22 includes fixed low temperature annulus 221 and the low temperature sector for being set to fixed 221 side of low temperature annulus
Block 222, the quantity of the low temperature sectorial block 222 is identical as the quantity of the high temperature sectorial block 212, and the two neighboring high temperature
One piece of low temperature sectorial block 222, the fixed high temperature annulus 211 and the fixed low temperature circle are provided between sectorial block 212
By the heat-insulated column fixed setting between ring 221, the low temperature curie point magnet 12 is located at the high temperature sectorial block 212 and institute
State between low temperature sectorial block 222 and, the soft iron 213 can the relatively described low temperature curie point magnet 12 swing and occupied with the low temperature
In point magnet 12 be in contact.
Be provided with arcuate socket 111 in the support plate 11, the heat-insulated column pass through the arcuate socket 111 respectively with the height
Winchester disk 21 and the low temperature disk 22 fixed setting, and the heat-insulated column can be with the reciprocally swinging of the rotor 2 and in the arc
Sliding in shape hole 111.
Each low temperature curie point magnet 12 includes at least 4 blocks of fritter low temperature curie point magnet 121 and thermometal
122, the thermometal 122 is at lattice-shaped structure, and each thermometal longitude and latitude component is shuttled anyhow in the low temperature
Between curie point magnet 121.
The low temperature curie point magnet 12 is made of Cu0.45Zn0.55Ti0.03Fe1.97O4 material, Curie temperature
It is 44.9 DEG C.
The temperature of the high Winchester disk 21 is greater than 50 DEG C, and the temperature of the low temperature disk 22 is 15 DEG C.
The above, only presently preferred embodiments of the present invention, are not intended to limit the invention, all skills according to the present invention
Art any trickle amendment, equivalent replacement and improvement substantially to the above embodiments, should be included in technical solution of the present invention
Protection scope in.
Claims (10)
1. a kind of magnetic breaks out motivation, it is characterised in that：Including：
Stator, including support plate and the several low temperature curie point magnet being set in the support plate, the support plate is disk
Shape structure, all low temperature curie point magnet are uniformly distributed along the side of the support plate, and in the circle of the support plate
Heart central symmetry；
Rotor, the permanent magnet group including the quantity half that high Winchester disk, low temperature disk and quantity are the low temperature curie point magnet
It closes, the high Winchester disk and the low temperature disk are respectively arranged at the stator two sides, and are fixedly connected by heat-insulated column, central symmetry
Two low temperature curie point magnet be engaged respectively with the high Winchester disk and the low temperature disk, the number of the permanent magnet
For the half of the low temperature curie point magnet quantity, and all permanent magnets are all set on the downside of the low temperature disk, and
The magnetic pole of each permanent magnet interacts with the centrosymmetric two low temperature curie point magnet so that the rotor with
When the two neighboring low temperature curie point magnet crosses, zero resistance enters magnetic field, and repulsive force goes out magnetic field, generates relative magnetic effect
It answers；
Output mechanism, the output mechanism and the rotor are sequentially connected, and are continuous turn by the conversion of motion of the rotor
It is dynamic；
The temperature of the high Winchester disk is greater than 50 DEG C, and the temperature of the low temperature disk is 15 DEG C, the Curie of the low temperature curie point magnet
Temperature is between the high Winchester disk and the low temperature disk.
2. magnetic according to claim 1 breaks out motivation, it is characterised in that：The quantity of the stator is two, and about institute
The two sides up and down that permanent magnet is symmetrically disposed on the permanent magnet are stated, and are provided with the high Winchester disk and institute on each stator
State low temperature disk.
3. magnetic according to claim 1 breaks out motivation, it is characterised in that：The permanent magnet includes bar magnet, small magnet
With spill soft iron, the mode that the one side wall of the spill soft iron is directed away from the spill soft iron forms protrusion, the strip magnetic
One end of iron is fixedly installed in the protrusion, and the small magnet is set in the spill soft iron, far from the bar magnet
Side.
4. magnetic according to claim 3 breaks out motivation, it is characterised in that：At least one is connected on each bar magnet
Spill soft iron, and the small magnet is provided in each spill soft iron.
5. magnetic according to claim 3 breaks out motivation, it is characterised in that：The bar magnet connects the spill soft iron one
The magnetic pole at end is identical as the magnetic pole of the small magnet towards described bar magnet one end.
6. magnetic according to claim 3 breaks out motivation, it is characterised in that：It is described when the quantity of the stator is one
Bar magnet and horizontal plane have angle, and pass through the center of the support plate；It is described when the quantity of the stator is two
Bar magnet is horizontal positioned.
7. magnetic according to claim 1 breaks out motivation, it is characterised in that：The high Winchester disk includes fixed high temperature annulus and sets
It is placed at least three high temperature sectorial blocks of the fixed high temperature annulus side, the adjacent high temperature sectorial block to the fixed height
The angle of the center point of warm annulus is identical, each high temperature sectorial block towards the stator formed for the low temperature Curie
The soft iron of point magnet contact, the low temperature disk includes fixed low temperature annulus and the low temperature for being set to the fixed low temperature annulus side
Sectorial block, the quantity of the low temperature sectorial block is identical as the quantity of the high temperature sectorial block, and the two neighboring high temperature is fan-shaped
One piece of low temperature sectorial block is provided between block, by described between the fixed high temperature annulus and the fixed low temperature annulus
Heat-insulated column fixed setting；The low temperature curie point magnet is between the high temperature sectorial block and the low temperature sectorial block and described
Soft iron is swung under the action of the low temperature curie point magnet relative to the low temperature curie point magnet.
8. magnetic according to claim 1 breaks out motivation, it is characterised in that：Arcuate socket is provided in the support plate, it is described
Heat-insulated column passes through the arcuate socket and is fixedly installed respectively with the high Winchester disk and the low temperature disk, and the heat-insulated column can be with institute
It states the swing of rotor and is slided in the arcuate socket.
9. magnetic according to claim 1 breaks out motivation, it is characterised in that：The low temperature curie point magnet uses
Cu0.45Zn0.55Ti0.03Fe1.97O4Material is made；The temperature of the high Winchester disk is greater than 50 DEG C, and the temperature of the low temperature disk is 15
℃。
10. magnetic according to claim 1 breaks out motivation, it is characterised in that：Each low temperature curie point magnet is by temperature-sensitive
Metal longitude and latitude component and several small low temperature curie point magnet compositions, and each thermometal longitude and latitude component shuttle anyhow in
Between low temperature curie point magnet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610796233.6A CN106230233B (en) | 2016-08-31 | 2016-08-31 | Magnetic breaks out motivation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610796233.6A CN106230233B (en) | 2016-08-31 | 2016-08-31 | Magnetic breaks out motivation |
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| Publication Number | Publication Date |
|---|---|
| CN106230233A CN106230233A (en) | 2016-12-14 |
| CN106230233B true CN106230233B (en) | 2018-11-27 |
Family
ID=58074248
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610796233.6A Active CN106230233B (en) | 2016-08-31 | 2016-08-31 | Magnetic breaks out motivation |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110993387B (en) * | 2019-11-26 | 2021-10-26 | 武汉船用电力推进装置研究所（中国船舶重工集团公司第七一二研究所） | Repulsion mechanism for ultra-fast circuit breaker |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1344057A (en) * | 2001-10-15 | 2002-04-10 | 昆明理工大学 | Prime motor using Curie point of material as power source |
| CN1564453A (en) * | 2004-03-27 | 2005-01-12 | 陈晓林 | Temp reducing and touching magnetic starting method engine |
| CN102758750A (en) * | 2011-04-25 | 2012-10-31 | 株式会社电装 | Thermo-magnetic engine apparatus and reversible thermo-magnetic cycle apparatus |
| CN206349908U (en) * | 2016-08-31 | 2017-07-21 | 程芳茂 | Magnetic breaks out motivation |
-
2016
- 2016-08-31 CN CN201610796233.6A patent/CN106230233B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1344057A (en) * | 2001-10-15 | 2002-04-10 | 昆明理工大学 | Prime motor using Curie point of material as power source |
| CN1564453A (en) * | 2004-03-27 | 2005-01-12 | 陈晓林 | Temp reducing and touching magnetic starting method engine |
| CN102758750A (en) * | 2011-04-25 | 2012-10-31 | 株式会社电装 | Thermo-magnetic engine apparatus and reversible thermo-magnetic cycle apparatus |
| CN206349908U (en) * | 2016-08-31 | 2017-07-21 | 程芳茂 | Magnetic breaks out motivation |
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| CN106230233A (en) | 2016-12-14 |
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