CN201623586U - External rotating type bidirectional-rotating generator - Google Patents
External rotating type bidirectional-rotating generator Download PDFInfo
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- CN201623586U CN201623586U CN2009201623292U CN200920162329U CN201623586U CN 201623586 U CN201623586 U CN 201623586U CN 2009201623292 U CN2009201623292 U CN 2009201623292U CN 200920162329 U CN200920162329 U CN 200920162329U CN 201623586 U CN201623586 U CN 201623586U
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- end cap
- axle
- drive unit
- bearing
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Abstract
The utility model relates to an external rotating type bidirectional-rotating generator which can effectively overcome the defects that the current generator has low energy utilization and conversion rates which can not lead resources and equipment to convert energies into power energy more effectively. The solution thereof is a bidirectional-rotating generator consisting of two sets of driving rotators formed by two sets of different angle blades arranged on one set of supporting device frame, one generator and other accessories. The external rotating type bidirectional-rotating generator has the beneficial effects of scientifically using resources and the characteristics and principles of electromagnetic fields to improve the output power of a motor. The external rotating type bidirectional-rotating generator improves the utilization rates of resources and materials and reaches the goal of promoting sustainable development. The utility model is not limited by energy types, specifications, models, environments and usages, and can manufacture the external rotating type bidirectional-rotating generator (and other bidirectional-rotating equipment and devices) suitable for different energies, different environments, different usages, different types and different specifications according to the differences of requirements on different energies, environments and usages.
Description
One, technical field
The utility model relates to generating equipment and mechanical device thereof, particularly utilizes a kind of outward rotation type two that resource conversion generates electricity for kinetic energy to rotary electrification equipment.
Two, background technology
Social development people living needs electric energy, electricity by energy conversion form, along with the utilization of the development energy of society, tangible resource along with exploitation finally will be exhausted gradually.Human existence needs the energy, can scientific and efficiently utilize resource like this, improves rate of energy, make whole world national governments add concern and the current solution one big problem of needs fully.The used generator in countries in the world all mainly is made up of stator, rotor, end cap, enclosing cover, bearing, rotating shaft and related accessory, securing member at present.Outer power of generator by the relevant apparatus accessory with kinetic energy pass in the rotating shaft, rotor rotation generating.Owing to be subjected to the restriction of generator prior art that the more efficiently performance of resource is utilized.Up to the present on market, also do not see the big outward rotation type two of good stability, energy utilization coefficient height, power output to rotary electrification equipment and device thereof.
Three, utility model content
This purpose of the utility model overcomes deficiency of the prior art, provide a kind of simple in structure, be easy to processing and manufacturing, energy utilization coefficient height, volume is little, in light weight, power output is big outward rotation type two to rotary electrification equipment.
For solving the problems of the technologies described above the utility model outward rotation type two to rotary electrification equipment, the technical scheme that is adopted is that establishing is equipped with many covers at least two that many cover at least two covers are made up of the different big and small blades of different angles and is overlapped drive units on by a cover support tower device, one has two-directional rotation electric generators two rotation axiss, two cover tumblers, support tower device, modulation control device, transmission of rotation electric installation, electricity generation system mechanism and tumbler, fixed mechanism device, and other accessory form.Generator with the support tower assembly axis be the center, axle desired location respectively the establishing dress by bearing, the outside of bearing, support tower assembly axis respectively the establishing dress by generator with feature structure in right end cap in the left end cap, generator, between two end cap, establish cloth and be fitted with the generator inner casing that produces electric conductor and form tumbler in the generator by securing member is fixing.The generating tumbler of outward rotation type two to rotary electrification equipment and device thereof adorned, formed to the interior left end cap of generator with feature structure by related accessory and drive unit establishing.Bearing is equipped with in establishing respectively outside the interior left end cap of interior tumbler, interior left end cap, establishing is adorned by right end cap outside left end cap, the generator outside the generator with feature structure respectively outside bearing, the establishing dress is fixedly formed tumbler outside the generator by generator casing and by securing member between two end cap, left end cap is formed outward rotation type two another generating tumbler to rotary electrification equipment and device thereof by related accessory and drive unit establishing dress.Establishing in the enclosure is equipped with iron core, establish cloth in iron core is equipped with lead winding, lead winding and connects back output terminals A, B, C on request and be connected with conducting ring 24a, 24b, 24c on the transmission of rotation electric installation respectively by the lead transmission hole on the right end cap outside the generator.Movable conduction accessory 27a, 27b, 27c dock with conducting ring 24a, 24b, 24c respectively under the pressure of spring, and movable conduction accessory 27a, 27b, 27c connect with relevant parts by transfer wire A ', B ', C ' respectively.
Described generator has two cover tumblers, and the establishing dress is by the generator ' s cover axle respectively on the two cover tumblers, and two axles are contained on the support tower device with two drive unit establishings respectively by related accessory.Generator it by the bearing more than at least two or two, the end cap more than two or two, two or more than one generator casing.It is by two or more than one drive unit, and it is made up of each drive unit the blade more than two or two, the flange more than two or two, bearing, or the above bracing frame more than two or two.The angle of the blade of two drive unit establishing dresses is opposite, the one-tenth opposite spin.Two drive units of generator, transmission of rotation electric installation and support tower device are same center establishing dress, and outside and generator that two cover rotation axis drive units all are installed in the support tower axle are a center establishing dress.Forming varying in size of drive unit by blade, bearing, flange, bracing frame and related accessory for two, is that the center becomes inside and outside two-layer equipped, the big little outside that is sleeved on the support tower axle.Generator and the establishing of transmission of rotation electric installation dress, generator lend wire winding connect on request that the back is equipped by related accessory and transmission of rotation electric installation, spring, movablely conduct electricity accessory establishing load and connect.Drive unit more than two, generator, support tower device, transmission of rotation electric installation are vertical with ground at same center line.Two drive units reach activity conduction accessory to the electric energy that different directions rotates, causes generator cutting magnetic line in the unit interval to increase the raising of generator output power, generation by the transmission of rotation electric installation to two tumblers whiles of different directions rotation drive generator under the driving of kinetic energy.
The beneficial effects of the utility model are that two cover drive units that the two cover blades of different angles and other related accessory are formed combine together and consist of two cover driving wheel devices.Two whirligigs combine together and consist of two-directional rotation electric generator.The drive unit of the blade of two cover different angles and two-directional rotation electric generator and support tower device, reach other related accessory and combine together and consist of outward rotation type two to rotary electrification equipment and device thereof.The utility model fully, the utilization of science resource, utilized the principle of machinery, electromagnetism, machine that potential energy has been brought into play, cause the output of a generator raising.Improve material and rate of energy, realized energy-saving and emission-reduction and sustainable development.
Four, description of drawings
Fig. 1 is the overall schematic of outward rotation type two to rotary electrification equipment;
A figure is that outward rotation type two cuts open schematic diagram to the A-A of the blade of rotary electrification equipment office among Fig. 2;
B figure is an outward rotation type two to the B of the blade of rotary electrification equipment to partial schematic diagram among Fig. 2;
Fig. 3 figure is the generator partial schematic diagram of outward rotation type two to rotary electrification equipment;
A figure is that outward rotation type two cuts open schematic diagram to vertical office of the generator casing of rotary electrification equipment among Fig. 4;
B figure is that outward rotation type two cuts open schematic diagram to the horizontal office of the generator casing of rotary electrification equipment among Fig. 4;
A figure is that schematic diagram cuts open in outward rotation type two vertical office of left end cap outside the generator of rotary electrification equipment among Fig. 5;
B figure is that the left-hand of outward rotation type two left end cap outside the generator of rotary electrification equipment is looked intention among Fig. 5;
A figure is that schematic diagram cuts open in outward rotation type two vertical office of right end cap outside the generator of rotary electrification equipment among Fig. 6;
B figure is that the left-hand of outward rotation type two right end cap outside the generator of rotary electrification equipment is looked intention among Fig. 6;
A is that outward rotation type two cuts open schematic diagram to vertical office of the inner casing of the interior tumbler of the generator of rotary electrification equipment among Fig. 7;
B is that outward rotation type two cuts open schematic diagram to the left-hand office of the inner casing of the interior tumbler of the generator of rotary electrification equipment among Fig. 7;
A figure is that schematic diagram cuts open in outward rotation type two vertical office of left end cap in the generator of rotary electrification equipment among Fig. 8;
B figure is that the left-hand of outward rotation type two left end cap in the generator of rotary electrification equipment is looked intention among Fig. 8;
A figure is that the dextrad of outward rotation type two right end cap in the generator of rotary electrification equipment is looked intention among Fig. 9;
B figure is that schematic diagram cuts open in outward rotation type two vertical office of right end cap in the generator of rotary electrification equipment among Fig. 9;
Among Figure 10 the lower flange of a figure outer drive unit that to be outward rotation type two establish to rotary electrification vertically office cut open schematic diagram;
B figure is that the left-hand of lower flange of the outer drive unit of two rotary electrification equipment of outward rotation type is looked intention among Figure 10;
A figure is that outward rotation type two is looked intention to the dextrad of the upper flange of the outer drive unit of rotary electrification equipment among Figure 11;
B figure is that outward rotation type two cuts open schematic diagram to vertical office of the upper flange of the outer drive unit of rotary electrification equipment among Figure 11;
A figure is that outward rotation type two cuts open schematic diagram to vertical office of the lower flange of the inner driving device of rotary electrification equipment among Figure 12;
B figure is that outward rotation type two is looked intention to the left-hand of the lower flange of the outer drive unit of rotary electrification equipment among Figure 12;
A figure is that outward rotation type two is looked intention to the dextrad of the upper flange of the inner driving device of rotary electrification equipment among Figure 13;
B figure is that outward rotation type two cuts open schematic diagram to vertical office of the upper flange of the inner driving device of rotary electrification equipment among Figure 13;
A figure is that outward rotation type two is looked intention to the dextrad of the power supply rotation electric installation of the generator of rotary electrification equipment among Figure 14;
B figure is that outward rotation type two cuts open schematic diagram to vertical office of the power supply rotation electric installation of the generator of rotary electrification equipment among Figure 14;
A figure is that outward rotation type two is looked intention to the dextrad of the movable conductive devices holder device of rotary electrification equipment among Figure 15;
B figure is that outward rotation type two cuts open schematic diagram to vertical office of the movable conductive devices holder device of rotary electrification equipment among Figure 15;
Figure 16 cuts open schematic diagram for outward rotation type two to the local vertically office of the bracing or strutting arrangement axle of rotary electrification equipment.
Parts shown in each label are in Fig. 1-16:
1 is generator, 2 is generator casing, 2 ' be screw, 3 is the generator iron core, 3 ' for clamping wire casing, 4 generator inner casings, 4 ' be lead, 4 " be screw; 5 is the outer left end cap of generator; 5 ' be axis hole; 5 " be the structure platform, 5a is a bearing box, 5a ' is a bearing, 6 is the outer right end cap of generator, 6 ' be the lead transmission hole, 6 " be the lead transmission slot; 6a is a bearing box; 6b is an axis hole; 7 is left end cap in the generator; 7 ' be bearing box; 7 " be bearing, 8 is right end cap in the generator, 8 are ' bearing box, 8 " be bearing; 9 is fixing hole; 9 " be screw, 10 is fixing hole, 11 is the lead winding, 12 for producing conductive magnet, hole 12 ', 13 is screw, 13 ' be anchoring filament, 14 is dead eye, 14 ' be the structure platform, 15 is fixing hole, 15 ' be screw, 16 is the hole, 16 ' be axis hole, 17 is axis hole, 17 ' be fixing hole, 18 is fixing hole, 18 ' be axis hole, 19 is gland, 19 ' be fixed structure, 20 is fixing hole, 20 ' be screw, 21 is bearing box, 21 ' axis hole, 21 " fixing hole; 22 for being gland; 22 ' fixed structure; 23 are power supply rotation electric installation; 23 ' fixing hole; 23 " axis hole, 24a, 24b, 24c is respectively conducting ring, 24a ', 24b ', 24c ' is respectively the conduction isolation structure, 25 is electric installation accessory movable support frame, 26 is isolation structure, 26a, 26b, 26c is respectively movable conduction accessory hole, 26a ', 26b ', 26c ' is respectively the lead transmission hole, 27a, 27b, 27c is respectively movable conduction accessory, 28a, 28b, 28c is respectively compression spring, 29 is anchoring filament, 30 is the fixed bearing shaft device, 31 is fixed disk, 32 is fixed mount, 33 is stay cord, 34,34 ' be respectively gland, 35,35 ' be respectively tumbler, 36,36 ' be bearing, A, B, C is respectively the generator windings transfer wire, A ', B ', C ' is respectively transfer wire, F is outer drive unit, E is an inner driving device, and G is outer drive unit upper flange, and G ' is outer drive unit lower flange, D is the inner driving device upper flange, D ' is the inner driving device lower flange, Ga, Gb is respectively flange blade fixing structure, Ga ', Gb ' is respectively flange blade fixing structure, G " be dead eye, Da; Db; Dc is respectively the vanes fixed structure; Da '; Db '; Dc ' is respectively the vanes fixed structure.
Five, embodiment
Elaborate below in conjunction with the specific embodiments of accompanying drawing to utility model.
Shown in Fig. 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16, the utility model be set with the position of bearings at the cylindrical on the support tower device 30, bearing 7 is equipped with in establishing on the position of bearings of setting ", " adorn at bearing 7 with the lid axle casing 7 ' establishing of making and settlement on the tumbler left end cap axle 7 in the outer generator.Left end cap axle 7 cylindrical positions are equipped with a plurality of fixing holes 15 in the interior tumbler, interior left end cap axle 7 centers make porose 14, the right-hand member center of interior left end cap axle 7 be equipped with cover axle casing 7 ', the left end extension of interior left end cap axle 7 protrudes out one section, protrude out be equipped with on one section fixing hole 15 ', be equipped with on pedestal, the pedestal establishing on the section of protruding out bearing 5a ' is housed, be equipped with an equipped fixed structure with drive unit F and flange D ' on the section of protruding out, the equipped fixed structure of flange D ' and left end cap axle 7 establishings dress are " fixing by related accessory and securing member 20.Prolong bearing 7 " cylindrical on the right support tower device 30 is set with the position of bearings, bearing 8 is equipped with in establishing on the position of bearings of setting ", the center of interior right end cap axle 8 be equipped with axis hole 16 ', the right-hand member extension of establishing dress protrudes out one section, protrude out and be equipped with a pedestal on one section, the right-hand member center of interior right end cap axle 8 be equipped with dead eye 8 ', dead eye 8 ' " the establishing dress, the cylindrical of interior right end cap axle 8 is equipped with a plurality of fixing holes 16 with bearing 8.Generator inner casing 4 is equipped with in establishing between interior left end cap axle 7 and interior right end cap axle 8, be equipped with a hole 12 at the center of generator inner casing 4 "; the two ends of inner casing 4 are equipped with a plurality of fixing threaded holes 4 ", be equipped with a plurality of fixed structures on the cylindrical of inner casing 4, be equipped with and establishing cloth on a plurality of fixed structures and be fitted with a plurality of product conductive magnet 12, by securing member 15 and " fixing hole that makes on interior left end cap axle 7, interior right end cap axle 8, the generator inner casing 4 is fixed together them forms tumbler in the generator.The left end extension protrudes out and is equipped with one on one section, the section of protruding out and is fixed together with being equipped with outer drive unit lower flange G ' with the fixed structure of outer drive unit lower flange G ' and by related accessory on the outer left end cap 5 of generator, right-hand member is equipped with bearing box 5a on the outer left end cap 5, in the bearing box 5a with bearing 5a ' establishing dress, on the outer left end cap 5 center be equipped with a hole 5 ', be equipped with a plurality of fixing holes 9 on outer left end cap 5 cylindricals.Be equipped with a plurality of lead transmission slots 6 on the right-hand member outside on the outer right end cap 6 of generator "; outer right end cap 6 centers are equipped with a hole 6a; desired location be equipped with a plurality of lead transmission holes 6 ', the right side is equipped with a bearing box 6a on the outer right end cap 6, bearing box 6a adorns with bearing 6a ' establishing.Establishing is equipped with generator casing 2 and by securing member its establishing is fitted together, forms another outer tumbler of generator between left end cap 5, the outer right end cap 6 outside.The right side is equipped with power supply and rotates the fixed structure of electric installation 23 and by related accessory and securing member outer right end cap 6 and power supply are rotated being fixed together of electric installation 23 on the outer right end cap 6.In the establishing of the inside of generator casing 2 generator iron core 3 is housed, be equipped with on the generator iron core 3 a plurality of grooves 3 ', groove 3 ' establish cloth to be fitted with generator lend wire winding 11, generator lend wire winding 11 connect the back on request by transfer wire A, B, C, by the lead transmission hole 6 on the outer right end cap 6 ' be connected respectively with conducting ring 24a, 24b, 24c on the power supply rotation electric installation 23.Rotate the desired location of electric installation 23 at power supply, on the support tower device 30 on the desired location of cylindrical establishing dress be fixed with electric installation accessory movable support frame 25, activity conduction accessory hole 26a at electric installation accessory movable support frame 25,26b, in the 26c respectively establishing movable conduction accessory 27a is housed, 27b, 27c and respectively establishing be pressed with compression spring 28a, 28b, 28c, movable conduction accessory 27a, 27b, 27c and conducting ring 24a, 24b, 24c crimping respectively, movable conduction accessory 27a, 27b, the transfer wire A ' of the last establishing dress of 27c, B ', C ' connects with relevant parts respectively.Bearing 36 was equipped with in establishing in outer drive unit upper flange G center made bearing box G "; at bearing box G ", bearing 36 and bolster device 30 establishings dress, be equipped with flange blade fixing structure Ga, Gb on the outer drive unit upper flange G, be equipped with flange blade fixing structure Ga ', Gb ' on the outer drive unit lower flange G ', blade pass is crossed related accessory and securing member 17 " is fixed together with outer drive unit upper flange G, outer drive unit lower flange G ' and forms outer drive unit F.Outer drive unit F forms the outer driving generating equipment device of outward rotation type two to rotary electrification equipment and device thereof by related accessory and bolster device 30, generator establishing dress.Inner driving device upper flange D center makes bearing box 21, in bearing box 21 establishing be equipped with bearing 36 ', bearing 36 ' adorn with 30 establishings of bolster device, D is equipped with flange blade fixing structure Da, Db, Dc on the drive unit upper flange, be equipped with flange blade fixing structure Da ', Db ', Dc ' on the inner driving device lower flange D ', blade pass is crossed related accessory and securing member 20 " is fixed together with inner driving device upper flange D, inner driving device lower flange D ' and forms inner driving device E.Inner driving device is formed outward rotation type two by related accessory and bolster device 30, generator establishing dress and drive generating equipment and device thereof in another of rotary electrification equipment and device thereof.The outer generating equipment device and interior driving generating equipment device and related accessory of driving formed outward rotation type two to rotary electrification equipment and device thereof.Have under the driving of kinetic energy in the blade of interior driving generating equipment and device thereof with outside drive the blade of generating equipment and device thereof the different outer tumblers opposite, that cause generator of angle become the different directions rotation with tumbler in the generator, reach the purpose of raising output of a generator.
Claims (9)
1. an outward rotation type two is to rotary electrification equipment, comprise blade, bracing frame, generator, inverter, it is characterized in that, it is by two cover drive unit or the drive units more than two, generator, the support tower device, modulation control device, the transmission of rotation electric installation is formed, and two drive units rotate to different directions to two tumblers that the different directions rotation drives generator simultaneously under the driving of kinetic energy, causing generator cutting magnetic line in the unit interval to increase generator output power improves, the electric energy that produces reaches movable conduction accessory by the transmission of rotation electric installation.
2. outward rotation type two according to claim 1 is to rotary electrification equipment, it is characterized in that, generator has two cover tumblers, and equipped respectively by the generator ' s cover axle on the two cover tumblers, two axles are fitted on the support tower device with two drive units respectively by related accessory.
3. outward rotation type two-directional rotation electric generator equipment according to claim 1 and 2, it is characterized in that, generator with the support tower assembly axis be the center axle desired location on equipped respectively by bearing, at bearing, the outside of support tower assembly axis is fitted with left end cap axle in the generator with feature structure respectively, right end cap axle in the generator, in generator left end cap axle and generator the right end cap axle between equipped cloth be fitted with the interior generator inner casing that produces electric conductor, and be connected and fixed by securing member and form tumbler in the generator, tumbler docks by related accessory and drive unit are equipped in the generator, the outside of left and right sides two end cap axle is fitted with bearing respectively outside interior tumbler, equipped respectively by left end cap axle outside the generator with feature structure outside bearing, the outer right end cap axle of generator, left end cap axle outside generator, equipped generator casing between the outer right end cap axle of generator by outer tumbler, by the fixing outer tumbler of generator of forming of securing member, the outer left end cap of generator is equipped by related accessory and drive unit, is fitted with iron core in generator casing, in iron core, establish cloth the lead winding is housed, the lead winding connects the back on request and is connected with the transmission of rotation electric installation by transfer wire.
4. outward rotation type two-directional rotation electric generator equipment according to claim 1 is characterized in that, generator it by the bearing more than three or three, the end cap more than two or two, one or more circular support frame.
5. outward rotation type two-directional rotation electric generator equipment according to claim 1, it is characterized in that, it is by one or more drive unit, and it is made up of each drive unit one or more blade, one or more flange, the bearing more than two, bracing frame.
6. outward rotation type two-directional rotation electric generator equipment according to claim 1 is characterized in that, opposite, the opposite spin of the angle of the blade of two drive unit establishing dresses.
7. outward rotation type two-directional rotation electric generator equipment according to claim 1, it is characterized in that, generator, two drive units, transmission of rotation electric installation and support tower are that same center is equipped, two cover rotation axiss, driving moving runner all are installed in the outside of support tower axle, adorn with the establishing of a center of generator.
8. outward rotation type two-directional rotation electric generator equipment according to claim 1, it is characterized in that, forming varying in size of drive unit by blade, bearing, flange, bracing frame and related accessory for two, is that the center becomes the inside and outside two-layer equipped big little outside that is sleeved on the support tower axle.
9. outward rotation type two-directional rotation electric generator equipment according to claim 1 is characterized in that, the drive unit more than two, generator, support tower device, transmission of rotation electric installation are vertical with ground at same center line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201623292U CN201623586U (en) | 2009-06-30 | 2009-06-30 | External rotating type bidirectional-rotating generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201623292U CN201623586U (en) | 2009-06-30 | 2009-06-30 | External rotating type bidirectional-rotating generator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201623586U true CN201623586U (en) | 2010-11-03 |
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ID=43027041
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201623292U Expired - Lifetime CN201623586U (en) | 2009-06-30 | 2009-06-30 | External rotating type bidirectional-rotating generator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201623586U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102119478A (en) * | 2009-06-30 | 2011-07-06 | 苏卫星 | Outer-rotation type bi-directional rotation power generating equipment |
-
2009
- 2009-06-30 CN CN2009201623292U patent/CN201623586U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102119478A (en) * | 2009-06-30 | 2011-07-06 | 苏卫星 | Outer-rotation type bi-directional rotation power generating equipment |
| CN102119478B (en) * | 2009-06-30 | 2014-04-23 | 苏卫星 | Outer-rotation type bi-directional rotation power generating equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20101103 Effective date of abandoning: 20090630 |
|
| RGAV | Abandon patent right to avoid regrant |