CN201910753U - Annular reciprocating type permanent magnet driving power device - Google Patents
Annular reciprocating type permanent magnet driving power device Download PDFInfo
- Publication number
- CN201910753U CN201910753U CN2010202380483U CN201020238048U CN201910753U CN 201910753 U CN201910753 U CN 201910753U CN 2010202380483 U CN2010202380483 U CN 2010202380483U CN 201020238048 U CN201020238048 U CN 201020238048U CN 201910753 U CN201910753 U CN 201910753U
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- China
- Prior art keywords
- permanent magnet
- fixed bit
- gear
- soft magnetic
- slideway
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Abstract
The utility model relates to an annular reciprocating type permanent magnet driving power device, which comprises a magnetic field extending device and a magnetic pole steering device, wherein the magnetic field extending device and the magnetic pole steering device can be used for converting the magnetic force of the permanent magnet into continuous kinetic energy and outputting the kinetic energy under the condition of being free from using fuels and free from generating pollutants.
Description
Technical field
The utility model is the device that permanent magnet magnetic force is changed into power, specifically is exactly ring-type reciprocating permanent-magnetic body driving power device.
Background technology
Available dynamic device or Blast Furnace Top Gas Recovery Turbine Unit (TRT) all need consumes energy simultaneously environment produce to be polluted or are subjected to the time and space restriction or have shortcoming such as potential safety hazard.
Summary of the invention
The purpose of this utility model provides more energy-conserving and environment-protective, can provide the device of power or generating safely and efficiently.
The utility model above-mentioned purpose is to realize by such technical scheme, be a kind of ring-type reciprocating permanent-magnetic driving power device, comprise the first fixed bit permanent magnet 1, the second fixed bit permanent magnet 2, the 3rd fixed bit permanent magnet 3, the 4th fixed bit permanent magnet 4, the first slip permanent magnet 5, the second slip permanent magnet 6, the 3rd slip permanent magnet 7, the 4th slip permanent magnet 8, the first magnetic suspension slideway permanent magnet 28, the second magnetic suspension slideway permanent magnet 29, the 3rd magnetic suspension slideway permanent magnet 30, the 4th magnetic suspension slideway permanent magnet 31, soft magnetic bodies 11 is extended in first magnetic field, soft magnetic bodies 12 is extended in second magnetic field, soft magnetic bodies 13 is extended in the 3rd magnetic field, soft magnetic bodies 18 is extended in the 4th magnetic field, the one N extreme direction soft magnetic bodies 15, the 2nd N extreme direction soft magnetic bodies 16, the 3rd N extreme direction soft magnetic bodies 17, the one S extreme direction soft magnetic bodies 19, the 2nd S extreme direction soft magnetic bodies 32, slideway 26, first gear 22, second gear 23, first brake bar 21, second brake bar 35, first support bar 10, second support bar 14, the 3rd support bar 24, the 4th support bar 27, first drive link 9, second drive link 20, the 3rd drive link 25, the 4th drive link 36, first screens 33, second screens 34; It is characterized in that: extend soft magnetic bodies 12 1 ends by second magnetic field and be connected with first support bar 10, first magnetic field is extended soft magnetic bodies 11 1 ends and is connected with second magnetic field extension soft magnetic bodies 12, the other end contacts with the first fixed bit permanent magnet 1, second magnetic field is extended soft magnetic bodies 12 other ends and is connected with the 3rd magnetic field extension soft magnetic bodies 13, the 3rd magnetic field is extended soft magnetic bodies 13 and is connected with second support bar 14, the one N extreme direction soft magnetic bodies 15,16 contacts of the 2nd N extreme direction soft magnetic bodies, the magnetic field extension apparatus that everything is formed; By first screens 33, second screens 34 is used to stop first brake bar 21, first brake bar 21 is connected with first gear 22, first gear 22 contacts with second gear 23, the 3rd support bar 24 passes second gear 23 and is connected passing fixed-site with second gear 23, the 3rd support bar 24 can rotate when making 23 rotations of second gear, the 3rd support bar 24 is connected with the first fixed bit permanent magnet, 1 central point, the first fixed bit permanent magnet 1 rotates simultaneously when making 24 rotations of the 3rd support bar, first brake bar 21 just makes first gear 22 revolve when moving to first screens 33 by second screens 34 and turn 90 degrees, first gear, 22 radiuses are 2 times of second gear, 23 radiuses, first gear 22 revolves to turn 90 degrees and just can make second gear, 23 Rotate 180 degree, thereby making the 3rd support bar 24 drive the first fixed bit permanent magnet, 1 Rotate 180 degree just makes the first fixed bit permanent magnet, 1 direction change, it is the corresponding transformation of magnetic pole, first brake bar 21 is touched by second drive link 20 and makes first brake bar 21 move to first screens 33 by second screens 34, the magnetic pole transfer that everything is formed; By slideway 26 with contact at the first fixed bit permanent magnet 1, the second fixed bit permanent magnet 2, the 3rd fixed bit permanent magnet 3 and the 4th fixed bit permanent magnet 4 on the slideway 26 and the first slip permanent magnet 5, the second slip permanent magnet 6, the 3rd slip permanent magnet 7 and the 4th slip permanent magnet 8 that can on slideway 26, slide, the annular slide track that everything is formed; By the 3rd magnetic suspension slideway permanent magnet 30, the 4th magnetic suspension slideway permanent magnet 31 and the suspend superincumbent first magnetic suspension slideway permanent magnet 28, the second magnetic suspension slideway permanent magnet 29, the magnetic suspension system that everything is formed; The magnetic pole transfer makes the first fixed bit permanent magnet 1, the second fixed bit permanent magnet 2, the 3rd fixed bit permanent magnet 3, thereby the 4th fixed bit permanent magnet 4 converted magnetic pole repeatedly makes the first slip permanent magnet 5, the second slip permanent magnet 6, the 3rd slip permanent magnet 7, the 4th slip permanent magnet 8 reciprocatingly slides on slideway 26, the magnetic field extension apparatus is constantly to the first slip permanent magnet 5 simultaneously, the second slip permanent magnet 6, the 3rd slip permanent magnet 7, thereby the 4th slip permanent magnet 8 constantly quickens to make the first slip permanent magnet 5, the second slip permanent magnet 6, the 3rd slip permanent magnet 7, the kinetic energy that the 4th slip permanent magnet 8 produces constantly increases, and ever-increasing kinetic energy promptly can be used for power output or with the logical electric energy that changes into of kinetic energy.
Technical characterictics such as magnetic field extension apparatus by the utility model design and magnetic field transfer must make this ring-type reciprocating permanent-magnetic body driving power device with consumes energy not and do not produce and produce kinetic energy under the harmful substance prerequisite safely and efficiently or to produce the kinetic energy generating.
Description of drawings
Fig. 1 is the vertical view of this ring-type reciprocating permanent-magnetic body driving power device.
Fig. 2 is 1 to 8 section a plan view of the vertical view of this ring-type reciprocating permanent-magnetic body driving power device.
Embodiment
Comprise: the first fixed bit permanent magnet 1, the second fixed bit permanent magnet 2, the 3rd fixed bit permanent magnet 3, the 4th fixed bit permanent magnet 4, the first slip permanent magnet 5, the second slip permanent magnet 6, the 3rd slip permanent magnet 7, the 4th slip permanent magnet 8, the first magnetic suspension slideway permanent magnet 28, the second magnetic suspension slideway permanent magnet 29, the 3rd magnetic suspension slideway permanent magnet 30, the 4th magnetic suspension slideway permanent magnet 31, soft magnetic bodies 11 is extended in first magnetic field, soft magnetic bodies 12 is extended in second magnetic field, soft magnetic bodies 13 is extended in the 3rd magnetic field, soft magnetic bodies 18 is extended in the 4th magnetic field, the one N extreme direction soft magnetic bodies 15, the 2nd N extreme direction soft magnetic bodies 16, the 3rd N extreme direction soft magnetic bodies 17, the one S extreme direction soft magnetic bodies 19, the 2nd S extreme direction soft magnetic bodies 32, slideway 26, first gear 22, second gear 23, first brake bar 21, second brake bar 35, first support bar 10, second support bar 14, the 3rd support bar 24, the 4th support bar 27, first drive link 9, second drive link 20, the 3rd drive link 25, the 4th drive link 36, first screens 33, second screens 34; Also comprise: extend soft magnetic bodies 12 1 ends by second magnetic field and be connected with first support bar 10, first magnetic field is extended soft magnetic bodies 11 1 ends and is connected with second magnetic field extension soft magnetic bodies 12, the other end contacts with the first fixed bit permanent magnet 1, second magnetic field is extended soft magnetic bodies 12 other ends and is connected with the 3rd magnetic field extension soft magnetic bodies 13, the 3rd magnetic field is extended soft magnetic bodies 13 and is connected with second support bar 14, the one N extreme direction soft magnetic bodies 15,16 contacts of the 2nd N extreme direction soft magnetic bodies, the magnetic field extension apparatus that everything is formed; By first screens 33, second screens 34 is used to stop first brake bar 21, first brake bar 21 is connected with first gear 22, first gear 22 contacts with second gear 23, the 3rd support bar 24 passes second gear 23 and is connected passing fixed-site with second gear 23, the 3rd support bar 24 can rotate when making 23 rotations of second gear, the 3rd support bar 24 is connected with the first fixed bit permanent magnet, 1 central point, the first fixed bit permanent magnet 1 rotates simultaneously when making 24 rotations of the 3rd support bar, first brake bar 21 just makes first gear 22 revolve when moving to first screens 33 by second screens 34 and turn 90 degrees, first gear, 22 radiuses are 2 times of second gear, 23 radiuses, first gear 22 revolves to turn 90 degrees and just can make second gear, 23 Rotate 180 degree, thereby making the 3rd support bar 24 drive the first fixed bit permanent magnet, 1 Rotate 180 degree just makes the first fixed bit permanent magnet, 1 direction change, it is the corresponding transformation of magnetic pole, first brake bar 21 is touched by second drive link 20 and makes first brake bar 21 move to first screens 33 by second screens 34, the magnetic pole transfer that everything is formed; By slideway 26 with contact at the first fixed bit permanent magnet 1, the second fixed bit permanent magnet 2, the 3rd fixed bit permanent magnet 3 and the 4th fixed bit permanent magnet 4 on the slideway 26 and the first slip permanent magnet 5, the second slip permanent magnet 6, the 3rd slip permanent magnet 7 and the 4th slip permanent magnet 8 that can on slideway 26, slide, the annular slide track that everything is formed; By the 3rd magnetic suspension slideway permanent magnet 30, the 4th magnetic suspension slideway permanent magnet 31 and the suspend superincumbent first magnetic suspension slideway permanent magnet 28, the second magnetic suspension slideway permanent magnet 29, the magnetic suspension system that everything is formed.
The 4th slip permanent magnet 8 is subjected to being conducted by the magnetic field extension apparatus between the first fixed bit permanent magnet 1 and the 4th slip permanent magnet 8 by a N extreme direction soft magnetic bodies 15 the different pole magnetic attraction of the first fixed bit permanent magnet 1 of coming, the 4th slip permanent magnet 8 slides on annular slide track to the first fixed bit permanent magnet, 1 direction, while is subjected to being tried hard to recommend with magnetic poles by the 4th fixed bit permanent magnet 4 that the 2nd S extreme direction soft magnetic bodies 32 passes to by the magnetic field extension apparatus between the 4th slip permanent magnet 8 and the 4th fixed bit permanent magnet 4 moving again, and the 4th slip permanent magnet 8 slides on annular slide track to the first fixed bit permanent magnet, 1 direction.Second drive link 20 at first touches first brake bar 21 when the 4th slip permanent magnet 8 slides near the first fixed bit permanent magnet 1 forward, and make first brake bar 21 be pushed to first screens, 33 positions by second screens, 34 positions, and first brake bar 21 horizontally rotates 180 degree by the magnetic pole transfer that is connected under the first fixed bit permanent magnet 1 with the first fixed bit permanent magnet 1, and then the first fixed bit permanent magnet 1 turned to, even the magnetic pole of the first fixed bit permanent magnet 1 turns to, thereby make 1 pair the 4th slip permanent magnet 8 gravitation of the first fixed bit permanent magnet change into repulsion simultaneously the magnetic field extension apparatus between the first fixed bit permanent magnet 1 and the 4th slip permanent magnet 8 gravitation of the 4th slip permanent magnet 8 is changed into repulsion, the 4th fixed bit permanent magnet 4 in like manner is subjected to second brake bar 35 that the 4th drive link 36 of connection promotes under the 4th fixed bit permanent magnet 4 on the 3rd slip permanent magnet 7 simultaneously, thereby make the magnetic field transfer under the 4th fixed bit permanent magnet 4, the 4th fixed bit permanent magnet 4 is turned to, even the 4th fixed bit permanent magnet 4 magnetic poles turn to, be subjected to this repulsion that influences 4 pairs the 4th slip permanent magnets 8 of the 4th fixed bit permanent magnet to change gravitation into, magnetic field extension apparatus between the 4th slip permanent magnet 8 and the 4th fixed bit permanent magnet 4 changes gravitation into to the repulsion of the 4th slip permanent magnet 8 simultaneously, thereby the 4th slip permanent magnet 8 of slip is slided to the 4th fixed bit permanent magnet 4 directions, the 4th slip permanent magnet 8 sliding between the first fixed bit permanent magnet 1 and the 4th fixed bit permanent magnet 4 reciprocatingly slided.Because the first fixed bit permanent magnet 1, the 4th fixed bit permanent magnet 4 and the 4th slip permanent magnet 8 are influenced by the magnetic suspension system under the slideway, the 4th slip permanent magnet 8 is influenced by frictional force hardly when sliding on slideway, in addition owing to be subjected to magnetic suspension systems below the first fixed bit permanent magnet 1 and the 4th fixed bit permanent magnet 4 to influence almost zero gravity of the first fixed bit permanent magnet 1 and the 4th fixed bit permanent magnet 4,, the 4th slip permanent magnet 8 extremely hangs down kinetic energy below touching the first fixed bit permanent magnet 1 and the 4th fixed bit permanent magnet 4 so only losing during the magnetic pole transfer.Because the 4th slip permanent magnet 8 constantly is subjected to the influence of gravitation and repulsion and in slip kinetic energy loss few, the kinetic energy endlessly that the 4th slip permanent magnet 8 can produce the 4th slip permanent magnet 8 by first drive link 9 so the 4th slip permanent magnet 8 will constantly quicken to slide is with the energy that be used as power or generate electricity.
Claims (1)
1. a ring-type reciprocating permanent-magnetic body driving power device comprises the first fixed bit permanent magnet (1), the second fixed bit permanent magnet (2), the 3rd fixed bit permanent magnet (3), the 4th fixed bit permanent magnet (4), the first slip permanent magnet (5), the second slip permanent magnet (6), the 3rd slip permanent magnet (7), the 4th slip permanent magnet (8), the first magnetic suspension slideway permanent magnet (28), the second magnetic suspension slideway permanent magnet (29), the 3rd magnetic suspension slideway permanent magnet (30), the 4th magnetic suspension slideway permanent magnet (31), soft magnetic bodies (11) is extended in first magnetic field, soft magnetic bodies (12) is extended in second magnetic field, soft magnetic bodies (13) is extended in the 3rd magnetic field, soft magnetic bodies (18) is extended in the 4th magnetic field, the one N extreme direction soft magnetic bodies (15), the 2nd N extreme direction soft magnetic bodies (16), the 3rd N extreme direction soft magnetic bodies (17), the one S extreme direction soft magnetic bodies (19), the 2nd S extreme direction soft magnetic bodies (32), slideway (26), first gear (22), second gear (23), first brake bar (21), second brake bar (35), first support bar (10), second support bar (14), the 3rd support bar (24), the 4th support bar (27), first drive link (9), second drive link (20), the 3rd drive link (25), the 4th drive link (36), first screens (33), second screens (34); It is characterized in that: extend soft magnetic bodies (12) one ends by second magnetic field and be connected with first support bar (10), first magnetic field is extended soft magnetic bodies (11) one ends and is connected with second magnetic field extension soft magnetic bodies (12), the other end contacts with the first fixed bit permanent magnet (1), second magnetic field is extended soft magnetic bodies (12) other end and is connected with the 3rd magnetic field extension soft magnetic bodies (13), the 3rd magnetic field is extended soft magnetic bodies (13) and is connected with second support bar (14), the one N extreme direction soft magnetic bodies (15), the contact of the 2nd N extreme direction soft magnetic bodies (16), the magnetic field extension apparatus that everything is formed; By first screens (33), second screens (34) is used to stop first brake bar (21), first brake bar (21) is connected with first gear (22), first gear (22) contacts with second gear (23), the 3rd support bar (24) passes second gear (23) and is connected passing fixed-site with second gear (23), the 3rd support bar (24) can rotate when making second gear (23) rotation, the 3rd support bar (24) is connected with first fixed bit permanent magnet (1) central point, the first fixed bit permanent magnet (1) rotates simultaneously when making the 3rd support bar (24) rotation, first brake bar (21) just makes first gear (22) revolve when moving to first screens (33) by second screens (34) and turn 90 degrees, first gear (22) radius is 2 times of second gear (23) radius, first gear (22) revolves to turn 90 degrees and just can make second gear (23) Rotate 180 degree, thereby making the 3rd support bar (24) drive first fixed bit permanent magnet (1) the Rotate 180 degree just makes first fixed bit permanent magnet (1) direction change, it is the corresponding transformation of magnetic pole, first brake bar (21) is touched by second drive link (20) and makes first brake bar (21) move to first screens (33) by second screens (34), the magnetic pole transfer that everything is formed; By slideway (26) with contact at the first fixed bit permanent magnet (1) on the slideway (26), the second fixed bit permanent magnet (2), the 3rd fixed bit permanent magnet (3) and the 4th fixed bit permanent magnet (4) and the first slip permanent magnet (5) that can on slideway (26), slide, the second slip permanent magnet (6), the 3rd slip permanent magnet (7) and the 4th slip permanent magnet (8), the annular slide track that everything is formed; By the 3rd magnetic suspension slideway permanent magnet (30), the 4th magnetic suspension slideway permanent magnet (31) and the suspend superincumbent first magnetic suspension slideway permanent magnet (28), the second magnetic suspension slideway permanent magnet (29), the magnetic suspension system that everything is formed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202380483U CN201910753U (en) | 2010-06-19 | 2010-06-19 | Annular reciprocating type permanent magnet driving power device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202380483U CN201910753U (en) | 2010-06-19 | 2010-06-19 | Annular reciprocating type permanent magnet driving power device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201910753U true CN201910753U (en) | 2011-07-27 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202380483U Expired - Fee Related CN201910753U (en) | 2010-06-19 | 2010-06-19 | Annular reciprocating type permanent magnet driving power device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201910753U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111088751A (en) * | 2019-11-29 | 2020-05-01 | 赵国庆 | Pier upper edge fixing base |
| CN112696624A (en) * | 2020-12-23 | 2021-04-23 | 梁飞燕 | Park deinsectization street lamp that city brightening engineering used |
-
2010
- 2010-06-19 CN CN2010202380483U patent/CN201910753U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111088751A (en) * | 2019-11-29 | 2020-05-01 | 赵国庆 | Pier upper edge fixing base |
| CN112696624A (en) * | 2020-12-23 | 2021-04-23 | 梁飞燕 | Park deinsectization street lamp that city brightening engineering used |
| CN112696624B (en) * | 2020-12-23 | 2023-01-17 | 威海亚光灯具有限公司 | Park deinsectization street lamp that city brightening engineering used |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| DD01 | Delivery of document by public notice |
Addressee: Ye Feng Document name: Notification of Termination of Patent Right |
|
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110727 Termination date: 20150619 |
|
| EXPY | Termination of patent right or utility model |