CN2838709Y - Toy electric roller coaster - Google Patents
Toy electric roller coaster Download PDFInfo
- Publication number
- CN2838709Y CN2838709Y CN 200520004582 CN200520004582U CN2838709Y CN 2838709 Y CN2838709 Y CN 2838709Y CN 200520004582 CN200520004582 CN 200520004582 CN 200520004582 U CN200520004582 U CN 200520004582U CN 2838709 Y CN2838709 Y CN 2838709Y
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- gear
- coaster
- roller
- headstock
- tire
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- Expired - Fee Related
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Abstract
The utility model relates to a toy electric roller coaster having dynamic force after driven by electricity, which comprises a roller coaster provided with an electric driving device and a roller composed of a plurality of tracks. A set of battery boxes and an electric power switch system respectively at the top of a locomotive, a power system in the middle part of the locomotive of the roller coaster and a series of pulley gears at the extreme lower position of the locomotive drive the roller coaster body to move on the tracks, wherein the power system is formed by that a motor drives a series of gears to rotate, which makes tire gears drive tires to rotate. The tires are appressed with the upper end of the track, which makes the locomotive of the roller coaster able to walk along the track and provides dynamic force to climb upwards. When the roller coaster dives downwards or walks on a level road, the device in the power system makes a pair of connected gears separate, which makes the roller coaster move under the terrestrial attraction pull and inertia. Because the track can be used only as a road for trains with no need of any power devices and is just engaged with the wheels of trains, the tracks can be combined at will and the track design flexibility is increased, which makes the complete set of roller coaster more interesting.
Description
Technical field
The utility model relates to a kind of toy roller-coaster, particularly a kind ofly promotes and makes roller-coaster self have the electronic roller-coaster of toy of power with electric power.
Background technology
The electronic roller-coaster of toy comprises mainly that a row roller-coaster and supporting with it rail, roller-coaster have and overlaps independently electric power device, and rail is then sealed with the wheel of above-mentioned roller-coaster, makes the roller-coaster can be along this track travel.Technological layer in now reaches on the market, all electronic roller-coasters of the same type all do not have power set, so self be irremovable, in other words, be that traditional electronic roller-coaster does not have the roller-coaster of power set to be formed by a rail and row of having installed power set, rely on the wheel of the power set engagement roller-coaster of rail, upwards climb along rail, haul roller-coaster by height point by force of gravity then and dash downwards along rail always to drive roller-coaster.But there is a shortcoming in this design, because power set are to be installed on the track, so whenever train need be when rising, all need to be provided with power set under the track, so on the product of most of markets, the design of rail completely all is to begin with one the wrong path that makes progress, when arriving peak, rail continue after be downward all just, can be even if accidental repeatedly to rising, but add that for fear of the stage casing at rail power set bother very much, and according to the rule of the conservation of energy, other of rail section all the time can be than last peak height after tiltedly, so when the process of rail design, often, the interest of a whole set of toy roller-coaster is subtracted, greatly if will cooperate the rail of tool Flexible Design technically just because above-mentioned restriction makes rail design shortcoming elasticity, though it is interesting that a whole set of roller-coaster is increased, but owing to need the rail of every section rising all will be provided with power set when the time comes, more add difficulty when making technical will the implementation, fail to obtain a perfect scheme all the time.
The utility model content
In view of the above problems, the purpose of this utility model is to provide a kind of and makes the roller-coaster that self has power with the electric power promotion, it can make rail pure only as a road of driving a vehicle, without any power set interior, and can make any combination of matching of rail, increase the elasticity of rail design, the interest of a whole set of roller-coaster is heightened.
For achieving the above object, the utility model provides a kind of and promotes and make the electronic roller-coaster of the toy that self has power with electric power, it is characterized in that comprise: row have the roller-coaster of electric power thrust unit, a track of being made up of the multistage rail; Described roller-coaster comprises: the roller-coaster headstock with electric power thrust unit, this headstock have a cover battery case and the power switch system in the position at headstock top; Dynamical system at the middle body of roller-coaster headstock; And at a series of pulley gear of headstock extreme lower position; The independent sheaves device that closes is adorned to connect recess in position at the headstock tail; The connector of a plurality of connection vehicle bodies and vehicle body; And a plurality of vehicle bodies of following the roller-coaster headstock; Described rail comprise different numbers the forthright rail, turn to rail, the distortion rail with and the round rail.
In the electronic roller-coaster of above-mentioned toy, floating gear in the described dynamical system is movable among the gear-box slit, when the roller-coaster headstock when climbing, floating gear is because force of gravity is in the peak of gear-box slit, make floating gear can with the tire gears engaged; When the roller-coaster headstock is walked downwards, make floating gear be in the minimum point of gear-box slit by force of gravity, floating gear and tire are out of gear.
In the electronic roller-coaster of above-mentioned toy, described dynamical system is made up of motor, motor gear, large bevel gear, mesomerism gear, intermediary's umbrella wheel, floating gear, tire gear and tire.
In the electronic roller-coaster of above-mentioned toy, described motor is connected with motor gear.
In the electronic roller-coaster of above-mentioned toy, described motor gear is connected with large bevel gear.
In the electronic roller-coaster of above-mentioned toy, described large bevel gear links together both by the intermediary's groove on the wheel of the umbrella on the large bevel gear groove connection mesomerism gear.
In the electronic roller-coaster of above-mentioned toy, described mesomerism gear connects the outer groove that intermediary's umbrella is taken turns by the intermediary's groove on the mesomerism gear, and both are linked together.
In the electronic roller-coaster of above-mentioned toy, described intermediary umbrella wheel links together both by the outer groove on the interior groove connection floating gear on intermediary's umbrella wheel.
In the electronic roller-coaster of above-mentioned toy, described floating gear links together both by the tire groove on the interior groove fifth wheel tire gear on the floating gear.
In the electronic roller-coaster of above-mentioned toy, described tire gear and tire are positioned at same axle center.
In the electronic roller-coaster of above-mentioned toy, a gear-box torsion spring is arranged in the pinion stand of described dynamical system, the partial fixing of the center annular of described torsion spring is the position on intermediary's umbrella wheel in gear-box, torsion spring left side press strip is fixed, and the right press strip of torsion spring is to shelve on the position that is fixed on the outer nearly tire gear of described pinion stand, the elasticity of torsion spring and Hui Li make torsion spring center annular part in as the axle center, make the right press strip of torsion spring can spur whole gear-box and do to swing so that tire always fits on the track of distortion and climb and fall.
In the electronic roller-coaster of above-mentioned toy, described independent sheaves device is to adorn the connection recess that is incorporated on the headstock tail with the connection handle of a spheroid, forms a kind of cup-and-ball joint, and the independent sheaves device is connected with headstock free to rotately.
In the electronic roller-coaster of above-mentioned toy, described connector is a dumbbell shaped, and a spheroid is protruded in its rear and front end.
In the electronic roller-coaster of above-mentioned toy, described coaster wagon status does not all have the recess of connection to insert for described connector before and after it, forms a kind of cup-and-ball joint, and vehicle body is connected with headstock or other vehicle body free to rotately.
Of the present utility modelly provide a kind of electric power to promote and make the roller-coaster that self has power, so rail can need not any power set interior, pure only as a road of driving a vehicle, the structure of this road then just with the engagement of the wheel of train, so matching of rail can be made up arbitrarily, increased the elasticity of rail design greatly, the interest of a whole set of roller-coaster is heightened, changed in the past this and walked in the disadvantage that toy car on the rail fails to load onto power set, made the rail toy car possess rail design flexibly.
Description of drawings
Fig. 1 is the front schematic view of the electronic roller-coaster of the utility model toy;
Fig. 2 is the side schematic view of electronic roller-coaster shown in Fig. 1 and track;
Fig. 3 is the front schematic view of electronic roller-coaster shown in Fig. 1 and track;
Fig. 4 is the cutaway view along Fig. 3 center line 4-4;
Fig. 5 is that the vertical profile of the headstock when descending of electronic roller-coaster shown in Fig. 1 is looked perspective view;
Schematic diagram when Fig. 6 is an electronic roller-coaster shown in Fig. 1 on the distortion track;
Fig. 7 is the longitudinal section of the headstock when climbing of electronic roller-coaster headstock shown in Fig. 1;
Fig. 8 is the longitudinal section of the pinion stand when climbing of electronic roller-coaster headstock shown in Fig. 7;
Fig. 9 is the longitudinal section of the pinion stand of headstock when climbing of electronic roller-coaster headstock shown in Fig. 7;
Figure 10 is the longitudinal section of the headstock when descending of electronic roller-coaster headstock shown in Fig. 1;
Figure 11 is the longitudinal section of the pinion stand when descending of electronic roller-coaster headstock shown in Figure 10;
Figure 12 is the longitudinal section of the pinion stand of headstock when descending of electronic roller-coaster headstock shown in Figure 10.
The specific embodiment
At first please refer to Fig. 1 and 2, there is shown the front schematic view of the electronic roller-coaster 1000 of the utility model toy and the side schematic view of electronic roller-coaster 1000 and track, comprising: row have roller-coaster 1000 and track that is combined by the multistage rail of electric power thrust unit.Described roller-coaster 1000 comprises: a roller-coaster headstock with electric power thrust unit, and this headstock has three different functional parts, is respectively a cover battery case and the power switch system 1 in the position at headstock top; Dynamical system 2 at the middle body of roller-coaster headstock; A series of pulley gear 3 in the headstock extreme lower position; The independent sheaves device 4 that closes is adorned to connect recess in position at the headstock tail; The connector 5 of each vehicle body 6 of a plurality of connections; And a plurality of vehicle bodies 6 of following the roller-coaster headstock.
Please refer to Fig. 3 to 6 in addition, be respectively electronic roller-coaster 1000 of the utility model and track front schematic view, look perspective view and electronic roller-coaster 1000 schematic diagram on the distortion track time along the vertical profile of the cutaway view of Fig. 3 center line 4-4, electronic roller-coaster 1000 headstock when descending, show the situation of the above electronic roller-coaster 1000 under different situations from a plurality of angles among the figure, also can see each parts of said system and device, and the operation principles of electronic roller-coaster 1000 dynamical systems 2 and roller-coaster 1000 smooth situations of on the distortion track, walking along ground.In the position at headstock top is a cover battery case and a power switch system 1, comprising: a battery case 10 has the space of depositing battery, it is that positive and negative electrode is to connect battery to switching system and dynamical system 2 end to end, its switching system 1 is a manual pushing, promote this pushing and controlled the folding of whole system circuit simultaneously, make the dynamical system running thereby give electric energy; One is enclosed within the dynamical system 2 of the middle body of roller-coaster headstock, comprising: a motor 20 as the power resources of dynamical system 2, it drives a series of gear and rotates, tire 29 is rotated, and because tire 29 is upper ends of being close to rail, make the roller-coaster headstock be able to walk along rail, provide power upwards to climb or walk, above-mentioned series of gears is six and places the gear that reaches pinion stand interior 25 in the headstock body respectively, intrinsic three gears of headstock are respectively the motor gears 21 that connects motor 20, and connection motor gear 21 is large bevel gear 22, rotation by large bevel gear 22 is rotated mesomerism gear 23 synchronously, thereby drive three gears in the pinion stand 25, what at first be meshed with mesomerism gear 23 is intermediary's umbrella wheel 26, this umbrella wheel 26 is also relatively meshing floating gear 27 simultaneously, so the rotation of intermediary's umbrella wheel 26 can drive the floating gear 27 at middle part in the pinion stand 25 and rotate thereupon, when the roller-coaster headstock is expert at different highway section, floating gear 27 can move to different positions, make floating gear 27 can be meshed with tire gear 28 a little while, can not be meshed with tire gear 28 a little while, and because tire gear 28 is positioned at same axle center with tire 29, so the power of motor 20 just can drive tire 29 rotations and roller-coaster is walked on track.On the other hand, in pinion stand 25, also has a gear-box torsion spring 24, the part of the center annular 240 (shown in Figure 9) of this torsion spring is to be fixed on the position on intermediary's umbrella wheel 26 in the gear-box 25, and the torsion spring left and right sides press strip 241/242 (shown in Figure 9) at two ends, the torsion spring left and right sides is respectively make progress an and bonding jumper that extends sidelong, fix for upwards one, and sidelong that is to be shelved on the position of pinion stand 25 outer nearly tire gears 28; One is enclosed within the pulley gear 3 of roller-coaster headstock extreme lower position, comprising: a pulley that stretches out in the position of headstock central authorities is joined pin 30, the bottom of joining pin 30 inwardly has disposed upright pulley 31 under the headstock of a disposed upright, this pulley 31 is fastened on the bottom of track, in addition, the one horizontal horizontal pulley 32 of headstock is arranged in the position of joining pin 30 middle parts, this horizontal pulley 32 is fastened on the outside of track, moreover, connect 29 tops that just are fastened on track of tire in the pinion stand 25, make roller-coaster 1000 carve all can tightly be locked on the track and walk at each; The independent sheaves device 4 that closes is adorned to connect recess 45 in a position at the headstock tail, above connection is to belong to a kind of cup-and-ball joint, so can freely tightly be locked on the distortion track from the electronic roller-coaster 1000 of the visible the utility model of Fig. 6 walks, above-mentioned independent sheaves device 4 equally respectively has an independent sheaves to join pin 40 at the right and left, the bottom of joining pin 40 inwardly has disposed upright pulley 41 under the independence of a disposed upright, this pulley 41 is the bottoms that are fastened on track, in addition, the one horizontal horizontal pulley 42 of independence is arranged in the position of joining pin 40 middle parts, this horizontal pulley is fastened on the outside of track, except join the pulley on the pin 40 in independent sheaves, disposed upright pulley 43 on the independence of one disposed upright is also arranged in the position at the bottom of independent sheaves device 4 bellies, the pulley of this disposed upright is fastened on the top of track, makes roller-coaster 1000 carve all can tightly be locked on the track at each and walks; The connector 5 of each vehicle body 6 of a plurality of connections, this connector 5 is the objects that are a dumbbell shaped, the vehicle body that the part that protrude its rear and front end is just filled in before and after vehicle body or the headstock connects recess 64 and headstock connection recess 44, and each the truck head and the vehicle body 6 of roller-coaster 1000 can be connected together; And a plurality of vehicle bodies 6 of following the roller-coaster headstock, the front and back of vehicle body also have one to connect recess 64 connects other vehicle body 6 or headstock with installing connector 5 usefulness, above connection also is to belong to a kind of cup-and-ball joint, so can freely tightly be locked on the distortion track from the electronic roller-coaster 1000 of the visible the utility model of Fig. 6 walks, the position of vehicle body 6 central authorities is stretched out a pulley and is joined pin 60, this bottom of joining pin 60 inwardly has disposed upright pulley 61 under the vehicle body of a disposed upright, disposed upright pulley 61 is the bottoms that are fastened on track under this vehicle body, in addition, the one horizontal horizontal pulley 62 of vehicle body is arranged in the position of joining pin 60 middle parts, the horizontal pulley 62 of this vehicle body is fastened on the outside of track, except join the pulley on the pin 60 at pulley, disposed upright pulley 63 on the vehicle body of one disposed upright is also arranged in the position at the bottom of vehicle body 6 bellies, the pulley of this disposed upright is the top that is fastened on track, makes roller-coaster 1000 carve all can tightly be locked on the track at each and walks.
Please refer to Fig. 7 to 9 in addition, there is shown the situation of electronic roller-coaster 1000 headstocks of the utility model headstock and pinion stand 25 when climbing, when roller-coaster 1000 headstocks when climbing, because the cause of force of gravity, floating gear 27 will be at the peak of gear-box slit 272, make the interior groove 270 on the floating gear 27 just be meshed with tire groove 280 on the tire gear 28, so dynamical system 2 can drive tire 29 by motor 20 and rotate, in the middle of relate to comprise that by intrinsic three gears of headstock be respectively the motor gear 21 that connects motor 20, and connection motor gear 21 is large bevel gear 22, by the intermediary's groove 230 on the wheel of the umbrella on the large bevel gear 22 groove 220 connection mesomerism gears 23, mesomerism gear 23 is rotated synchronously, thereby drive three gears in the pinion stand 25, what at first be meshed with mesomerism gear 23 is intermediary's umbrella wheel 26, when the outer groove 260 of this umbrella wheel 26 is connecting above-mentioned intermediary's groove 230, groove 261 is also relatively meshing the outer groove 270 on the floating gear 27 in it, so the floating gear 27 in the middle part of the rotation of groove 261 can drive in the pinion stand 25 on intermediary's umbrella wheel 26 rotates thereupon, and because the interior groove 270 on the above-mentioned floating gear 27 just is meshed with tire groove 280 on the tire gear 28, so tire gear 28 therefore and synchronously rotates, and because tire gear 28 is positioned at same axle center with tire 29, so the power of motor 20 just can drive tire 29 rotations and roller-coaster 1000 is walked on track, provides power upwards to climb.In addition, in order to make tire 29 can all fit on the track of distortion and climb and fall constantly, so in fact pinion stand 25 is to swing up and down, thereby tire 29 can be close on the track constantly, reach effect like this, this is a gear-box torsion spring 24 that leans against in the pinion stand, the part 240 of the center annular of described torsion spring 24 is to be fixed on the position on intermediary's umbrella wheel 26 in the gear-box 25, and torsion spring left side press strip 242 is fixed, and the right press strip 241 of torsion spring is to shelve on the position that is fixed on described pinion stand 25 outer nearly tire gears 28, the elasticity of torsion spring 24 and Hui Li make torsion spring center annular part 240 in as the axle center, make the right press strip 241 of torsion spring can spur whole gear-box 25 and do swing to reach to above-mentioned purpose.
Please refer to Figure 10 to 12 in addition, there is shown the situation that the utility model shows electronic roller-coaster 1000 headstocks headstock and pinion stand 25 when descending, when roller-coaster 1000 headstocks are being walked downwards, because the cause of force of gravity, floating gear 27 will be in the minimum point of gear-box slit 272, make interior groove 270 on the floating gear 27 fail to be meshed with tire groove 280 on the tire gear 28, even if motor gear 21, large bevel gear 22, mesomerism gear 23 and intermediary's umbrella wheel 26 remain rotation under being driven by motor 20, but the power of motor 20 is failed to drive tire 29 and is rotated, this makes, and electronic roller-coaster 1000 is to utilize force of gravity by its automatic action when down diving, be not subjected to the influence of external power, realize the principle the same with the conventional toy roller-coaster.
From above-mentioned structure as can be known, owing to providing a kind of, the utility model promotes to make the roller-coaster 1000 that self has power with electric power, so rail can need not any power set interior, pure only as a road of driving a vehicle, the structure of this road then just with the engagement of the wheel of train, so matching of rail can be made up arbitrarily, increased the elasticity of rail design greatly, the interest of a whole set of roller-coaster 1000 is heightened, also promptly changed in the past this and walked in the disadvantage that toy car on the rail fails to load onto power set, made the rail toy car possess rail design flexibly.
Claims (7)
1. one kind promotes with electric power and makes the electronic roller-coaster of the toy that self has power, it is characterized in that comprise: row have the roller-coaster of electric power thrust unit, a track of being made up of the multistage rail;
Described roller-coaster comprises:
Roller-coaster headstock with electric power thrust unit, this headstock have a cover battery case and the power switch system in the position at headstock top; Dynamical system at the middle body of roller-coaster headstock; And at a series of pulley gear of headstock extreme lower position;
The independent sheaves device that closes is adorned to connect recess in position at the headstock tail;
The connector of a plurality of connection vehicle bodies and vehicle body; And
A plurality of vehicle bodies of following the roller-coaster headstock;
Described rail comprise different numbers the forthright rail, turn to rail, the distortion rail with and the round rail.
2. the electronic roller-coaster of toy according to claim 1, it is characterized in that, floating gear in the described dynamical system is movable among the gear-box slit, when the roller-coaster headstock when climbing, floating gear is because force of gravity is in the peak of gear-box slit, make floating gear can with the tire gears engaged; When the roller-coaster headstock is walked downwards, make floating gear be in the minimum point of gear-box slit by force of gravity, floating gear and tire are out of gear.
3. the electronic roller-coaster of toy according to claim 1 is characterized in that described dynamical system comprises: motor; The motor gear that is connected with motor; The large bevel gear that is connected with motor gear; Large bevel gear links together both by the intermediary's groove on the wheel of the umbrella on the large bevel gear groove connection mesomerism gear; This mesomerism gear connects the outer groove that intermediary's umbrella is taken turns by the intermediary's groove on the mesomerism gear, and both are linked together; Intermediary's umbrella wheel links together both by the outer groove on the interior groove connection floating gear on intermediary's umbrella wheel; Floating gear, the tire groove by on the interior groove fifth wheel tire gear on the floating gear links together both; Tire, described tire gear and tire are positioned at same axle center.
4. the electronic roller-coaster of toy according to claim 3, it is characterized in that, a gear-box torsion spring is arranged in the pinion stand of described dynamical system, the partial fixing of the center annular of described torsion spring is the position on intermediary's umbrella wheel in gear-box, torsion spring left side press strip is fixed, and the right press strip of torsion spring is to shelve on the position that is fixed on the outer nearly tire gear of described pinion stand, the elasticity of torsion spring and Hui Li make torsion spring center annular part in as the axle center, make the right press strip of torsion spring can spur whole gear-box and do to swing so that tire always fits on the track of distortion and climb and fall.
5. the electronic roller-coaster of toy according to claim 1, it is characterized in that, described independent sheaves device is to adorn the connection recess that is incorporated on the headstock tail with the connection handle of a spheroid, forms a kind of cup-and-ball joint, and the independent sheaves device is connected with headstock free to rotately.
6. the electronic roller-coaster of toy according to claim 1 is characterized in that described connector is a dumbbell shaped, and a spheroid is protruded in its rear and front end.
7. the electronic roller-coaster of toy according to claim 1 is characterized in that, described coaster wagon status does not all have the recess of connection to insert for described connector before and after it, forms a kind of cup-and-ball joint, and vehicle body is connected with headstock or other vehicle body free to rotately.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520004582 CN2838709Y (en) | 2005-03-29 | 2005-03-29 | Toy electric roller coaster |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520004582 CN2838709Y (en) | 2005-03-29 | 2005-03-29 | Toy electric roller coaster |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2838709Y true CN2838709Y (en) | 2006-11-22 |
Family
ID=37426696
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520004582 Expired - Fee Related CN2838709Y (en) | 2005-03-29 | 2005-03-29 | Toy electric roller coaster |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2838709Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104141753A (en) * | 2013-05-06 | 2014-11-12 | 朱全斌 | Eccentric shaft driving device |
| WO2016178573A1 (en) * | 2015-05-04 | 2016-11-10 | Vekoma Rides Engineering B.V. | Amusement ride with speed trim system |
| CN111888771A (en) * | 2020-07-19 | 2020-11-06 | 北京实宝来游乐设备有限公司 | Power-driven roller coaster chassis system |
-
2005
- 2005-03-29 CN CN 200520004582 patent/CN2838709Y/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104141753A (en) * | 2013-05-06 | 2014-11-12 | 朱全斌 | Eccentric shaft driving device |
| WO2016178573A1 (en) * | 2015-05-04 | 2016-11-10 | Vekoma Rides Engineering B.V. | Amusement ride with speed trim system |
| CN107708826A (en) * | 2015-05-04 | 2018-02-16 | 威克马游乐设施有限责任公司 | Amusement ride with velocity-controlled system |
| CN107708826B (en) * | 2015-05-04 | 2019-10-01 | 威克马游乐设施有限责任公司 | Amusement ride with velocity-controlled system |
| US10556511B2 (en) | 2015-05-04 | 2020-02-11 | Vekoma Rides Engineering B.V. | Amusement ride with speed trim system |
| CN111888771A (en) * | 2020-07-19 | 2020-11-06 | 北京实宝来游乐设备有限公司 | Power-driven roller coaster chassis system |
| CN111888771B (en) * | 2020-07-19 | 2022-01-28 | 北京实宝来游乐设备有限公司 | Power-driven roller coaster chassis system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20061122 Termination date: 20140329 |