CN2606980Y - Electricity storage device generated by wheel - Google Patents
Electricity storage device generated by wheel Download PDFInfo
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- CN2606980Y CN2606980Y CN 03237064 CN03237064U CN2606980Y CN 2606980 Y CN2606980 Y CN 2606980Y CN 03237064 CN03237064 CN 03237064 CN 03237064 U CN03237064 U CN 03237064U CN 2606980 Y CN2606980 Y CN 2606980Y
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Abstract
The utility model provides an electricity storage device generated by wheel, mainly comprising a power supply device, an electricity storage device and a luminous subassembly, wherein the electricity storage device consists of a spool, a left magnetic pole, a right magnetic pole, a hub body, a magnet and a casing base, the electricity storage device consists of an electricity storage box and an electricity storage subassembly, wherein the power supply device is fixed on the automobile to generate electricity for other devices using; the electricity storage device is connected with the power supply device by an electric wire to store electric energy; the luminous subassembly is connected with the electricity storage device by the electric wire; the electric energy provided by the power supply device can be stored in the electricity storage device by the power supply device connecting with the electricity storage device, so when the power supply device stops supplying electricity, the electricity storage device can still continue supplying electricity.
Description
Technical field
The utility model relates to a kind of electrical storage device of wheel generating, includes electric supply installation, electrical storage device and luminescence component, and wherein this electric supply installation is fixedly arranged on the car, uses for other device in order to produce electric energy; This electrical storage device is connected with electric supply installation by electric wire, in order to store electrical energy; This luminescence component is connected with electrical storage device by electric wire.
Background technology
Generally be installed on the electric supply installation on the wheel, can be divided into two kinds on automatic electrification structure and powered battery structure etc., drive generator when the former utilizes wheel and produce electric energy, use with other device of supplying with on the car, but, this kind structure is if generator also stops operating and stops power supply along with wheel when wheel stops operating, and emergency lighting on the car and alarming device also lose function simultaneously, and bring the misgivings on rider's safety simultaneously; And the latter utilizes the source of battery as electric energy, use with other device of supplying with on the car, but, the electric weight of this kind structure Chang Yiyin battery exhausts and can't use to other device by supply of electrical energy, therefore, comprehensive two kinds of above-mentioned described learning of electric supply installation, general common electric supply installation has following inconvenience place:
One, when losing the electric energy supply, do not have any alternative power supplier and do interim power supply, cause when former electric supply installation is stopped power supply, other device on the car promptly loses the source of electric energy, and influences rider's safety.
Two, must replace with new electric supply installation the time, easily cause user's inconvenience when losing that electric energy is supplied with,, and increase rider's safety worries if easily cause the empty window phase on the safety when in use changing.
Summary of the invention
The purpose of this utility model provides a kind of wheel electricity-generating and light-emitting device of tool storage function.
Above-mentioned purpose of the present utility model is achieved in that a kind of electrical storage device of wheel generating, it is characterized in that comprising: an electric supply installation, be fixedly arranged on the car, and use for other device in order to produce electric energy; One electrical storage device is connected with electric supply installation by electric wire, in order to store electrical energy; One luminescence component is connected with electrical storage device by electric wire.
Be connected with electrical storage device with electric wire by electric supply installation, make electrical power storage that this electric supply installation provides in this electrical storage device, with when this electric supply installation is stopped power supply, this electrical storage device still can continue power supply.
Characteristic on above-mentioned purpose of the present utility model and structure thereof and the function will be illustrated according to preferred embodiment shown in the drawings.
Description of drawings
Fig. 1 is the perspective exploded view of the utility model first embodiment;
Fig. 2 is the solid combination schematic diagram of the utility model first embodiment;
Fig. 3 is assembled in the solid combination schematic diagram of car body wheel shaft for the utility model first embodiment;
Fig. 4 is assembled in the generalized section of car body wheel shaft for the utility model first embodiment;
Fig. 5 is connected to the solid combination schematic diagram of car body wheel shaft for the utility model first embodiment;
Fig. 6 is the circuit diagram of the utility model first embodiment;
Fig. 7 is the perspective exploded view of the utility model second embodiment electric supply installation;
Fig. 7 is the solid combination schematic diagram of the utility model second embodiment electric supply installation;
Fig. 9 is assembled in the solid combination schematic diagram of car body wheel shaft for the utility model second embodiment;
Figure 10 is the circuit diagram of the utility model second embodiment;
Figure 11 is the perspective exploded view of the utility model the 3rd embodiment;
Figure 12 is the solid combination schematic diagram of the utility model the 3rd embodiment;
Figure 13 is assembled in the solid combination schematic diagram of car body wheel shaft for the utility model the 3rd embodiment;
Figure 14 is assembled in the generalized section of car body wheel shaft for the utility model the 3rd embodiment;
Figure 15 is connected to the solid combination schematic diagram of car body wheel shaft for the utility model the 3rd embodiment;
Figure 16 is the circuit diagram of the utility model the 3rd embodiment.
Drawing reference numeral explanation: 11 hub bodies; 111 hollow posts; 112 clasps; 113 ditch mortises; 114 hollow tubes; 115 hook spares; 116 blockings; The 116a open-work; 117 luminescence components; The 117a pin; 119 electric power storage boxes; The 119a storage assembly; 12 bobbins; 121 leads; 122 location are protruding; The 123a exit; The 123b exit; The 126a electric wire; The 126b electric wire; 13 left magnetic poles; 131 pole pieces; 132 open-works; 14 right magnetic poles; 141 pole pieces; 142 open-works; 15 lamp guides; 151 hook spares; 16 shell blocks; 161 center circle open-works; 162 grooves; 163 magnet; Locate around 166; 171 electric supply installations; 172 electrical storage devices; 18 magnetism-isolating loops; 19 wheel shafts; 191 spokes; 192 steel rings; 193 nuts; 110 car bodies; 21 rollers; 211 pivots; 212 hook parts; 213 bearings; 217 elastic partss; 218 warning lamps; The 218a receiving portion; The 218b contact; 219 electric power storage boxes; The 219a storage assembly; 22 bobbins; 221 leads; 222 location are protruding; The 223a exit; The 223b exit; The 226a electric wire; The 226b electric wire; 227 electric wires; Magnetic pole on 23; 231 pole pieces; 232 open-works; 24 lower magnetic poles; 241 pole pieces; 242 open-works; 26 pedestals; 263 magnet; 210 car bodies; 271 electric supply installations; 272 electrical storage devices; 31 hub bodies; 311 hollow posts; 312 clasps; 313 ditch mortises; The 313a brush; 314 hollow tubes; 315 hook spares; 316 blockings; The 316a open-work; 317 luminescence components; The 317a pin; 318 warning lamps; The 318a pin; The 318b pin; 319 electric power storage boxes; The 319a storage assembly; 32 bobbins; 321 leads; 322 location are protruding; The 323a exit; The 323b exit; 324 electric wires; 324a is subjected to fitting; 325 electric wires; 325a is subjected to fitting; The 326a electric wire; The 326b electric wire; The 327a electric wire; The 327b electric wire; 33 left magnetic poles; 331 pole pieces; 332 open-works; 34 right magnetic poles; 341 pole pieces; 342 open-works; 35 lamp guides; 351 hook spares; 36 shell blocks; 361 center circle open-works; 362 grooves; 363 magnet; 364 open-works; 365 open-works; Locate around 366; 367 plug connectors; The 367a electric wire; 368 plug connectors; 371 electric supply installations; 372 electrical storage devices; The 38a collector ring; 39 wheel shafts; 391 spokes; 392 steel rings; 393 nuts; 310 car bodies.
Embodiment
Fig. 1 to Fig. 6 shows first embodiment of the present utility model, as shown in the figure, it mainly comprises: electric supply installation 171, electrical storage device 172 and luminescence component 117, wherein this electric supply installation 171 is made up of bobbin 12, left magnetic pole 13, right magnetic pole 14, hub body 11, magnet 163 and shell block 16, and this electrical storage device 172 is made up of electric power storage box 119 and storage assembly 119a.
Wherein this hub body 11 outwards protrudes out the hollow posts 111 that runs through of wheel wheel shaft 19 of can buying car in installments in the center, and the upper end in hollow posts 111 outer rims is provided with several clasps 112, and on this hub body 11, set firmly two hollow tubes 114, be nested with a blocking 116 in this hollow tube 114, and this blocking 116 is drilled with two open-work 116a, for one can be solid color or go up the luminescence component 117 of multiple different colours pin 117a run through, and on this hub body 11, set firmly two electric power storage boxes 119, and electric wire 126a respectively is set in the two ends of two electric power storage boxes 119,126b, and offer a groove 113 in hub body 11 outer rim places, and hook is put two hook spares 115 in this groove 113, one end of this hook spare 115 elder generation hook in groove 113 after the spoke 191 of pile warp wheel again, the other end of last hook spare 115 hook again makes hub body 11 be fixed in the core wheel place of wheel in groove 113.
And these bobbin 12 vertical sections be about one I-shaped and on I-shaped centre winding lead 121, locate protruding 122 and on the two sides of bobbin 12, be convexly equipped with several.
And this left and right magnetic pole 13,14 is loop shaped and sentence in the outer rim of magnetic pole and uniformly-spaced to extend several pieces pole pieces 131,141 downwards, and this pole piece 131,141 is mutually interspersed shape, and be drilled with in the two sides of this two magnetic pole several open-works 132,142 can with the location of bobbin 12 protruding 122 fit mutually, and bobbin 12 closely is coated in two magnetic poles, this left and right magnetic pole 13,14 and bobbin 12 combination back integral body are set on the outer rim of hub body 11 hollow posts 111 and by the clasp on the hollow posts 111 112 and are fastened.
And this shell block 16 is offered a center circle open-work 161 in the center of end face, runs through and fixing for wheel shaft 19, and locates 166 and offer several grooves 162 and be provided with for several magnet 163 around shell block 16, and locate 166 peripheries around this shell block 16 one magnetism-isolating loop 18 is set again.
When assembling, adjust shell block 16, and be placed in left and right magnetic pole 13,14 and bobbin 12 interior but do not contact, pole piece 131,141 to left and right magnetic pole 13,14 is corresponding with magnet 163, and storage assembly 119a is arranged in the electric power storage box 119, with the spoke 191 of pile warp wheel again after an end of hook spare 115 elder generation hook is in groove 113, the other end of last hook spare 115 again hook in groove 113, make hub body 11 be fixedly arranged on the core wheel place of wheel, the outer end of last wheel hub 19 and car body 110 connect to be established and locks with nut 193.
Therefore, drive the magnetic pole rotation on the hub body 11 and interact and then produce electric energy by the rotation of wheel with magnet 163 on the fixed shell block 16, be connected with the two ends of two electric power storage boxes 119 by the exit 123a, the 123b that twine lead 121 on the bobbin 12 again, and the electric wire 126a, the 126b that are arranged at two electric power storage boxes, 119 two ends again with the pin 117a of luminescence component 117 in succession, so that magnetic pole and magnet 163 interact and then the electric energy that produces can be stored among this storage assembly 119a, and and then driven for emitting lights assembly 117 shinny.
Referring to Fig. 6; be to be circuit diagram of the present utility model; as shown in the figure; when this electric supply installation 171 continues to produce electric energy; the electric energy that it produced promptly can be stored among this electrical storage device 172; and the electric energy that will be stored in this electrical storage device 172 via this electrical storage device 172 is sent to luminescence component 117; shinny with driven for emitting lights assembly 117; and when wheel stops operating; though this electric supply installation 171 has been stopped power supply; but still store electric energy in this electrical storage device 172; therefore utilize the electric energy that stores in this electrical storage device 172; it is shinny that this luminescence component 117 is continued, and still having the function of caution when this wheel stops operating, and and then reaches protection rider's effect.
Referring to Fig. 7 to Figure 10, be second embodiment of the present utility model, as shown in the figure, it consists predominantly of: electric supply installation 271, electrical storage device 272 and warning lamp 218, wherein this electric supply installation 271 is made up of bobbin 22, last magnetic pole 23, lower magnetic pole 24, roller 21, pivot 211, magnet 263 and pedestal 26, and this electrical storage device 272 is made up of electric power storage box 219 and storage assembly 219a.
Wherein the center of this roller 21 and pivot 211 mutually mutual connection establish, and be provided with two bearings 213, so that this pivot 211 can be articulated among the pedestal 26 in this pivot 211.
And these bobbin 22 vertical sections be about one I-shaped and on I-shaped centre winding lead 221, locate protruding 222 and on the two sides of bobbin 22, be convexly equipped with several.
And this upper and lower magnetic pole 23,24 is loop shaped and sentence in the outer rim of magnetic pole and uniformly-spaced to extend several pieces pole pieces 231,241 downwards, and this pole piece 231,241 is mutually interspersed shape, and be drilled with in the two sides of this two magnetic pole several open-works 232,242 with the location of bobbin 22 protruding 222 fit mutually, and bobbin 22 closely is coated in two magnetic poles, this upper and lower magnetic pole 23,24 and bobbin 22 combination back integral body are embedded in the pedestal 26, and this pedestal 26 is provided with hook part 212, fastens car body 210 so that this pedestal 26 is fixedly arranged on the car body 210 via this hook part 212.
The exit 223a, the 223b that twine lead 221 on the above-mentioned bobbin 22 are connected with the end of the electric wire 226a, the 226b that are arranged in pedestal 26 belows, and the other end of electric wire 226a, 226b is connected with elastic parts 217, the electric wire 227 established of connecing in the electric power storage box 219 respectively again, and this electric wire 227 is connected with the receiving portion 218a of warning lamp 218 again.
This pivot 211 is arranged in the center of roller 21, and on this pivot 211, connect and establish a bearing 213, to go up magnetic pole 23 again, lower magnetic pole 24 and bobbin 22 combination back integral body are arranged on the pivot 211, on this pivot 211, connect again and establish another bearing 213, so that this pivot 211 can be articulated among the pedestal 26, integral body is embedded in the pedestal 26 more afterwards, and in the time of assembling, to go up magnetic pole 23, lower magnetic pole 24 and bobbin 22 be placed in the pedestal 26 and by two bearings 213 so that in this magnet 263 is placed in, and not with last magnetic pole 23, lower magnetic pole 24 and bobbin 22 contact, to last magnetic pole 23, the pole piece 231 of lower magnetic pole 24,241 is corresponding with magnet 263, fasten car body 210 so that this pedestal 26 is fixedly arranged on the car body 210 via this hook part 212 more at last, again storage assembly 219a is arranged in the electric power storage box 219, so that the utmost point of this storage assembly 219a contacts with elastic parts 217, another utmost point contacts with the contact 218b of warning lamp 218.
Therefore, be in contact with one another by roller 21 and wheel, just can drive the pivot 211 that is arranged on the roller 21 when wheel rotates, and this pivot 211 once rotate can make be fixedly arranged on the pivot 211 magnet 263 rotations and be embedded at magnetic pole motionless in the pedestal 26 and interact and then produce electric energy, again by the exit 223a that twines lead 221 on the bobbin 22,223b and the electric wire 226a that is arranged in pedestal 26 belows, the end of 226b is connected, and electric wire 226a, the other end of 226b more respectively with electric power storage box 219 in the elastic partss of establishing 217 that connect, electric wire 227 is connected, and this electric wire 227 is connected with the receiving portion 218a of warning lamp 218 again, and the utmost point of this storage assembly 219a contacts with elastic parts 217, another utmost point contacts with the contact 218b of warning lamp 218, the electric energy that is produced can be stored among this storage assembly 219a so that magnetic pole and magnet 263 interact, and and then to drive warning lamp 218 shinny.
Figure 10 shows circuit diagram of the present utility model; as shown in the figure; when this electric supply installation 271 continues to produce electric energy; the electric energy that it produced promptly can be stored among this electrical storage device 272; and the electric energy that will be stored in this electrical storage device 272 via this electrical storage device 272 is sent to warning lamp 218; shinny to drive warning lamp 218; and when wheel stops operating; though this electric supply installation 271 has been stopped power supply; but still store electric energy in this electrical storage device 272,, can make this warning lamp 218 continue shinny so utilize the electric energy that stores in this electrical storage device 272; when this wheel stops operating, still having the function of caution, and and then reach protection rider's effect.
Figure 11 to Figure 16 shows the 3rd embodiment of invention, as shown in the figure, it consists predominantly of: electric supply installation 371, electrical storage device 372, warning lamp 318 and luminescence component 317, wherein this electric supply installation 371 is made up of bobbin 32, left magnetic pole 33, right magnetic pole 34, hub body 31, brush 313a, magnet 363, collector ring 38a and shell block 36, and this electrical storage device 372 is made up of electric power storage box 319 and storage assembly 319a.
Wherein this hub body 31 outwards protrudes out the hollow posts 311 that runs through of wheel wheel shaft 39 of can buying car in installments in the center, and the upper end in hollow posts 311 outer rims is provided with several clasps 312, and on this hub body 31, set firmly two hollow tubes 314, be nested with a blocking 316 in this hollow tube 314, and this blocking 316 be drilled with two open-work 316a for one can be solid color or go up the luminescence component 317 of multiple different colours pin 317a run through, and on this hub body 31, set firmly two electric power storage boxes 319, and two groups of electric wire 326a respectively are set in the two ends of two electric power storage boxes 319,326b and 327a, 327b, and offer a groove 313 in hub body 31 outer rim places, and brush 313a is set in ditch mortise 313, and hook is put two hook spares 315 in this groove 313, one end of this hook spare 315 elder generation hook in groove 313 after the spoke 391 of pile warp wheel again, the other end of last hook spare 315 hook again makes hub body 31 be fixed in the core wheel place of wheel in groove 313.
And these bobbin 32 vertical profiles generally be one I-shaped and on I-shaped centre winding lead 321, locate protruding 322 and on the two sides of bobbin 32, be convexly equipped with several.
And this left and right magnetic pole the 33, the 34th is loop shaped and sentences in the outer rim of magnetic pole and uniformly-spaced extends several pieces pole pieces 331,341 downwards, and this pole piece 331,341 is mutually interspersed shape, and be drilled with in the two sides of this two magnetic pole several open-works 332,342 with the location of bobbin 32 protruding 322 fit mutually, and bobbin 32 closely is coated in two magnetic poles, this left and right magnetic pole 33,34 and bobbin 32 combination back integral body are set on the outer rim of hub body 31 hollow posts 311 and by the clasp on the hollow posts 311 312 and are fastened.
The exit 323a, the 323b that twine lead 321 on the above-mentioned bobbin 32 are connected with the two ends of two electric power storage boxes 319, and the electric wire 326a, the 326b that are arranged at two electric power storage boxes, 319 two ends again with the pin 317a of luminescence component 317 in succession, make in the ccontaining hollow tube 314 that is fixedly arranged on hub body 31 of luminescence component 317; One lamp guide 35, the end of this lamp guide 35 is placed in the above-mentioned hollow tube 314 and the terminal inner edge of lamp guide 35 can be ccontaining for luminescence component 317, and establish a hook spare 351 in the top of lamp guide 35, its hook spare 351 tops terminate on the steel ring 392 of wheel and this hook spare 351 again hook make lamp guide 35 reach fixing in the spoke 391 of wheel.
And above-mentioned electric power storage box 319 two ends are provided with another group electric wire 327a, 327b, and this group electric wire 327a, 327b are connected with brush 313a, left magnetic pole 33 respectively.
And this shell block 36 is offered a center circle open-work 361 in the center of end face, confession wheel shaft 39 runs through and is fixing, and around shell block 36, locate 366 and offer several grooves 362 for several magnet 363 settings, and around this shell block 36, locate 366 peripheries one collector ring 38a is set again, and be to offer two open-works 364 on this shell block 36,365, and at two open-works 364, installing two plug connectors 367 on 365,368, be provided with for front end and be subjected to fitting 324a, the electric wire 324 of 325a, 325 in succession, and electric wire 324 connects the pin 318a of warning lamp 318, and electric wire 325 connects the pin 318b of warning lamp 318, and wherein this plug connector 367 is to be connected with collector ring 38a with electric wire 367a, and this plug connector 368 is to contact with left magnetic pole 33.
Adjust shell block 36 and with a left side in when assembling, right magnetic pole 33,34 and bobbin 32 be placed in interior but do not contact, to a left side, right magnetic pole 33,34 pole piece 331,341 is corresponding with magnet 363, and brush 313a touches collector ring 38a, and plug connector 368 touches left magnetic pole 33, storage assembly 319a is arranged in the electric power storage box 319, with the spoke 391 of pile warp wheel again after an end of hook spare 315 elder generation hook is in groove 313, the other end of last hook spare 315 again hook in groove 313, make hub body 31 be fixedly arranged on the core wheel place of wheel, the outer end of last wheel hub 39 and car body 310 connect to be established and locks with nut 393.
Therefore, drive the magnetic pole rotation on the hub body 31 and interact and then produce electric energy by the rotation of wheel with magnet 363 on the fixed shell block 36, again by the exit 323a that twines lead 321 on the bobbin 32,323b is connected with the two ends of two electric power storage boxes 319, and be arranged at the electric wire 326a at two electric power storage boxes, 319 two ends, 326b again with the pin 317a of luminescence component 317 in succession, and be arranged at another group electric wire 327a at two electric power storage boxes, 319 two ends, 327b respectively with brush 313a, left side magnetic pole 33 is connected, this brush 313a, a left side magnetic pole 33 respectively with collector ring 38a, plug connector 368 contacts, and this collector ring 38a is connected with plug connector 367 via electric wire 367a, be provided with by front end more at last and be subjected to fitting 324a, the electric wire 324 of 325a, 325 with plug connector 367,368 in succession, and connect the pin 318a of warning lamps 318 by electric wire 324, and electric wire 325 connects the pin 318b of warning lamp 318, so that magnetic pole and magnet 363 interact and then the electric energy that produces can be stored among this storage assembly 319a, and driven for emitting lights assembly 317 and warning lamp 318 are shinny.
Figure 16 is a circuit diagram of the present utility model; as shown in the figure; when this electric supply installation 371 continues to produce electric energy; the electric energy that it produced promptly can be stored among this electrical storage device 372; and the electric energy that will be stored in this electrical storage device 372 via this electrical storage device 372 is sent to luminescence component 317; warning lamp 318; shinny with driven for emitting lights assembly 317 and warning lamp 318; and when wheel stops operating; though this electric supply installation 371 has been stopped power supply; but still store electric energy in this electrical storage device 372; so utilize the electric energy that stores in this electrical storage device 372; can make this luminescence component 317 and warning lamp 318 continue shinny; when this wheel stops operating, still having the function of caution, and and then reach protection rider's effect.
In addition, in aforesaid embodiment, this magnet is the magnet of ringshaped magnet or any aspect, therefore be not limited to the magnet 163,263,363 described in the aforesaid enforcement, and its mode that produces electric power also is not limited in the aforesaid enforcement and icon in the interacting and then produce the mode of electric power of magnet and magnetic pole.
The above only is preferable feasible embodiment of the present utility model, and all variations that utilizes the above-mentioned method of the utility model, shape, structure, device to do all should be contained within the scope of the present utility model.
Claims (15)
1, a kind of electrical storage device of wheel generating is characterized in that comprising:
One electric supply installation is fixedly arranged on the car, uses for other device in order to produce electric energy;
One electrical storage device is connected with electric supply installation by electric wire, in order to store electrical energy;
One luminescence component is connected with electrical storage device by electric wire;
Be connected with electrical storage device with electric wire by electric supply installation, make electrical power storage that this electric supply installation provides in this electrical storage device, with when this electric supply installation is stopped power supply, this electrical storage device still can continue power supply.
2, the electrical storage device of wheel generating as claimed in claim 1, wherein this electric supply installation is made up of bobbin, left magnetic pole, right magnetic pole, hub body, magnet and shell block.
3, the electrical storage device of wheel as claimed in claim 2 generating wherein is arranged with coil on this bobbin, one group of exit of its coil and electric power storage box mutually in succession, this electric power storage box is connected with luminescence component by electric wire, and this luminescence component is placed in the hub body.
4, the electrical storage device of wheel generating as claimed in claim 2, wherein this left and right magnetic pole is loop shaped and goes up around magnetic pole uniformly-spaced to extend several pieces pole pieces downwards, and its pole piece interts shape mutually after the left and right magnetic pole socket, and in bobbin is coated on, and integral body is fixedly arranged on the hub body.
5, the electrical storage device of wheel generating as claimed in claim 2, wherein this shell block is offered several grooves for several magnet settings, and the periphery around this shell block is provided with a magnetism-isolating loop again.
6, the electrical storage device of wheel generating as claimed in claim 1, wherein this electrical storage device is made up of electric power storage box and storage assembly.
7, the electrical storage device of wheel generating as claimed in claim 1, wherein this electric supply installation is made up of bobbin, last magnetic pole, lower magnetic pole, roller, pivot, magnet and pedestal.
8, the electrical storage device of wheel as claimed in claim 7 generating wherein is arranged with coil on this bobbin, one group of exit of its coil and electric power storage box mutually in succession, this electric power storage box is connected with luminescence component by electric wire.
9, the electrical storage device of wheel generating as claimed in claim 8, wherein this luminescence component is a warning lamp.
10, the electrical storage device of wheel generating as claimed in claim 8, wherein this luminescence component is an illuminating lamp.
11, the electrical storage device of wheel generating as claimed in claim 7, wherein this left and right magnetic pole is loop shaped and goes up around magnetic pole uniformly-spaced to extend several pieces pole pieces downwards, and its pole piece interts shape mutually after the left and right magnetic pole socket, and in bobbin is coated on, and integral body is fixedly arranged in the pedestal.
12, the electrical storage device of wheel generating as claimed in claim 1, wherein this electric supply installation is made up of bobbin, left magnetic pole, right magnetic pole, hub body, brush, magnet, collector ring and shell block.
13, the electrical storage device that generates electricity as the 12nd described wheel of claim, wherein be arranged with coil on this bobbin, one group of exit of its coil and electric power storage box are mutually in succession, this electric power storage box is connected with luminescence component with electric wire, and this luminescence component is placed in the hub body, its coil another the group exit respectively with brush, left magnetic pole mutually in succession, this brush contacts with collector ring, this collector ring, left magnetic pole respectively be arranged at shell block on two plug connectors contact, this two plug connector is connected with warning lamp by electric wire again.
14, the electrical storage device of wheel generating as claimed in claim 12, wherein this left and right magnetic pole is loop shaped and goes up around magnetic pole uniformly-spaced to extend several pieces pole pieces downwards, its pole piece interts shape mutually after the left and right magnetic pole socket, and in bobbin is coated on, and integral body is fixedly arranged on the hub body.
15, the electrical storage device of wheel generating as claimed in claim 12, wherein this shell block is offered several grooves for several magnet settings, and the periphery around this shell block is for the collector ring setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03237064 CN2606980Y (en) | 2003-01-23 | 2003-01-23 | Electricity storage device generated by wheel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03237064 CN2606980Y (en) | 2003-01-23 | 2003-01-23 | Electricity storage device generated by wheel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2606980Y true CN2606980Y (en) | 2004-03-17 |
Family
ID=34167163
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 03237064 Expired - Fee Related CN2606980Y (en) | 2003-01-23 | 2003-01-23 | Electricity storage device generated by wheel |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2606980Y (en) |
-
2003
- 2003-01-23 CN CN 03237064 patent/CN2606980Y/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20040317 Termination date: 20100223 |