CN102765458A - Portable driving power generator for riding device - Google Patents
Portable driving power generator for riding device Download PDFInfo
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- CN102765458A CN102765458A CN2012102128547A CN201210212854A CN102765458A CN 102765458 A CN102765458 A CN 102765458A CN 2012102128547 A CN2012102128547 A CN 2012102128547A CN 201210212854 A CN201210212854 A CN 201210212854A CN 102765458 A CN102765458 A CN 102765458A
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Abstract
A portable driving power generator for a riding device comprises a power generating set component and a power generating circuit, wherein the power generating set component comprises a power generating set supported on a bicycle frame, a driven shaft rotatablely extending from the power generating set, and a friction element which is attached to the driven shaft and is in physical contact with a wheel tire of a bicycle; and when a wheel rotates, the friction element and the driven shaft are driven to rotate, so as to generate power through the power generating set. The power generating circuit can be electrically connected with the power generating device and an electric appliance; when the power generating device is activated to generate power, the power is regulated and controlled by the power generating circuit; and the power generating circuit is arranged to control the output current of the power provided for the electric appliance, so as to consistently and steadily transmit the power to the electric appliance to operate the electric appliance.
Description
Technical field
The present invention relates to a kind of electrical generator, relate in particular to a kind of portable driving electrical generator, it can be the electrical equipment that is installed on the device frame of riding consistent and electric power quite stable is provided.
Background technology
Traditional device such as bicycle of riding comprises that a vehicle frame, one group are installed in that the rotating wheel of this vehicle frame, one are installed in this vehicle frame and the electrical generator that is connected with this wheel and one also be installed in this vehicle frame and with this electrical generator ground bonded assembly electrical equipment of switching on mutually.When the user rode over this bicycle, this wheel was driven in rotation and rotatablely moving of this wheel drives this electrical generator to produce the electric power of a scheduled volume, and this electric power is transferred into this electrical equipment subsequently to be used to operate this electrical equipment.Many times, electrical equipment above-mentioned is a LED lamp that is installed in this vehicle frame rear portion, thereby makes when the user rides over this bicycle, produces electric power so that this LED lamp is shinny.
Above-mentioned traditional bicycle of mentioning has many shortcomings.At first, this electrical equipment, especially this LED lamp need be from the electric power based on real-time (transmission) of electrical generator.This means that the rotative speed of this wheel can't keep stable always when the user of this bicycle drives this bicycle with friction speed.Therefore the illumination that provides of this electrical equipment depends on the electric power that is provided, and when the supply small electric power, the brightness of this lamp will reduce.In other words, under the bigger situation of the speed wobble of this bicycle and fluctuation ratio, the also corresponding generation fluctuation of the light intensity that this electrical equipment produced.This has just brought potential danger to the cyclist, because when he or her this bicycle of driven at low speed, the brightness of this LED lamp maybe be inadequately by force to remind other chaufeur on the road.
The second, for above-mentioned this standard bicycle of mentioning, this electrical equipment is built in this vehicle frame.Reason is because this electrical generator is that customized design is thought this electric power supply.Consequently this bicycle can't can't be connected the electrical equipment of he or herself to other electrical equipment energy supply and cyclist with this bicycle.
The 3rd, the standard bicycle electrical generator is configured to generating when this wheel rotates.This electrical generator generally comprise an extension with the contacted driven shaft of this wheel.Usually, between driven shaft and this wheel a lot of frictions are arranged, thereby cause this driven shaft or this wheel to be easy to be damaged.
Summary of the invention
Advantage of the present invention is that it provides a kind of device of riding that is used to, and is specially the portable driving electrical generator of bicycle, and it can provide consistent and electric power quite stable for the electrical equipment that is installed in its vehicle frame.
Another advantage of the present invention is that it provides a kind of device of riding that is used to, and is specially the portable driving electrical generator of bicycle, and it can stably be that one group of electrical equipment provides electric power.The cyclist who is characterised in that this bicycle especially of the present invention can maybe can be connected through using USB port that the electrical equipment of he or herself is connected with this portable driving electrical generator with switching on.
Another advantage of the present invention is that it provides a kind of device of riding that is used to; Be specially the portable driving electrical generator of bicycle; This electrical generator comprises a power generation assembly assembly; It utilizes the generating that rotatablely moves of the wheel of this bicycle, and the friction between this power generation assembly assembly and the wheel is reduced the possibility that is damaged with the parts that reduce this wheel and this power generation assembly assembly as far as possible as much as possible.
Another advantage of the present invention is that it provides a kind of device of riding that is used to; Be specially the portable driving electrical generator of bicycle; This electrical generator comprises a power generation assembly assembly; It utilizes the generating that rotatablely moves of the wheel of this bicycle, wherein the electricity that produces of this portable driving electrical generator can effectively be adjusted voltage be about 5V+/-direct current (DC) of 1V uses for user's electrical equipment.In addition, the electricity that this portable driving electrical generator produces can be configured to by the power generation assembly assembly stored, thereby even makes that this electric power still can be used when bicycle is not operated.
Another advantage of the present invention is that it provides a kind of device of riding that is used to; Be specially the portable driving electrical generator of bicycle; This electrical generator comprises a power generation assembly assembly, and to make that manufacturing cost of the present invention can be reduced to minimum thereby it does not relate to complicated structure or electric elements.
Another advantage of the present invention is that it provides a kind of device of riding that is used to; Be specially the portable driving electrical generator of bicycle; This electrical generator comprises a power generation assembly assembly; It can removably be attached to this vehicle frame, thereby makes that this portable driving electrical generator can be widely used in various bicycle.
Other advantage of the present invention and characteristics are able to demonstrate fully through following detailed description and can be achieved through the means specially pointed out in the accompanying claims and the device of combination.
According to the present invention; This aforementioned and other purpose and advantage are able to reach through the portable driving electrical generator that a kind of device that is used to ride is provided; Wherein this device of riding has a vehicle frame, at least one rotatably is supported on the wheel of this vehicle frame; Be supported on rim and an electrical equipment that is installed in this vehicle frame of this wheel, wherein this portable driving electrical generator comprises:
A power generation assembly assembly; It comprises that one is supported on the power generation assembly of this vehicle frame, a driven shaft and a friction element that is attached to this driven shaft and contacts with the rim generation physics of bicycle that rotatably extends from this power generation assembly; Wherein when this wheel, thereby this friction element is driven in rotation through this power generation assembly generating with this driven shaft; With
An electric power generation circuit; It can be connected with electrical equipment with this power generation assembly with switching on; Wherein when this power generation assembly is activated with generation electric power; This electric power is produced circuit by this electric power to be regulated and control, thereby its outgoing current that is configured to control the electric power that offers this electrical equipment as one man and stably gives this electrical equipment to be used for the operation of this electrical equipment power transmission.
Through to subsequently the description and the understanding of accompanying drawing, further aim of the present invention and advantage will be able to demonstrate fully.
Of the present invention these with other purpose, characteristics and advantage, through following detailed description, accompanying drawing and claim are able to demonstrate fully.
Description of drawings
Fig. 1 is the block diagram according to this portable driving electrical generator of preferred embodiment of the present invention.
Fig. 2 is the exploded drawings according to this portable driving electrical generator of the invention described above preferred embodiment.
Fig. 3 is another block diagram according to this portable driving electrical generator of the invention described above preferred embodiment.
Fig. 4 is the scheme drawing according to this portable driving electrical generator of the invention described above preferred embodiment, and what it was illustrated is that this portable driving electrical generator is installed on the vehicle frame.
The specific embodiment
Fig. 1 of adjoint is to shown in Figure 4, and the ride portable driving electrical generator of device of being used to according to preferred embodiment of the present invention is able to illustrate.Preferred embodiment according to this; The device of riding that is mounted thereon of this portable driving electrical generator is for this portable driving electrical generator; This device of riding is specially a bicycle 80, and wherein this bicycle 80 has a vehicle frame 81, at least one rotatably is supported on the wheel 82 of this vehicle frame 81, a rim 83 and an electrical equipment 70 that is installed in this vehicle frame 81 that is supported on this wheel 82.According to this preferred embodiment, this portable driving electrical generator comprises that a power generation assembly assembly 10 and an electric power produce circuit 20.
This power generation assembly assembly 10 comprises that driven shaft 12 that a power generation assembly that is supported on this vehicle frame 81 11, one rotatably extend from this power generation assembly 11 and one are attached to this driven shaft 12 and with the rim 83 of this bicycle 80 friction element 13 that physics contact take place; Wherein when this wheel 82 rotates, thereby this friction element 13 also is driven in rotation through 11 generatings of this power generation assembly with this driven shaft 12.It should be noted that this friction element 13 preferably can provide big as far as possible friction to process with the material that can at utmost reduce these rim 83 outside deteriorations when the physics contact takes place at both.
This electric power generation circuit 20 can be connected to this power generation assembly 11 and this electrical equipment 70 with switching on; Wherein when this power generation assembly 11 is activated with generation electric power; This electric power is produced circuit 20 by this electric power to be regulated and control, thus this electric power produce outgoing current that circuit 20 is configured to control the electric power that offers this electrical equipment 70 as one man and stably with electric energy transmitting to this electrical equipment 70 to be used for the operation of this electrical equipment 70.
According to this preferred embodiment of the present invention, this power generation assembly 11 is installed in this vehicle frame 81 thereby this power generation assembly assembly 10 further comprises an erecting device 14 that is attached between this power generation assembly 11 and this vehicle frame 81.In this preferred embodiment,, this erecting device 14 make this power generation assembly 11 that is connected with this erecting device 14 also can removably be attached to this vehicle frame 81 thereby being detachably mounted on this vehicle frame 81.
This erecting device 14 comprises a supporting shell 141 that is connected between this power generation assembly 11 and this vehicle frame, and wherein this electric power generation circuit 20 is supported in this supporting shell 141 safely and can be connected to this power generation assembly 11 with switching on.This erecting device 14 further comprises a holding device 142 that is removably mounted on the top side of this supporting shell 141; And this supporting shell 141 has a maintenance platform 1411 that is formed on the top side of this supporting shell 141; The frame element 811 of one of them this vehicle frame 81; For example the Metallic rod of a lengthening is arranged to be arranged on this maintenance platform 1411 and to be remained on the relevant position by this holding device 142.Further, thus the bottom side that this power generation assembly 11 is installed in this supporting shell 141 makes this supporting shell 141 be connected between this power generation assembly 11 and this vehicle frame 81.
Illustrated in figures 1 and 2 like accompanying drawing, this bracing or strutting arrangement 142 are detachably mounted on this supporting shell 141 through one group of attaching parts 143 appropriate location with basically with the arrangement of embarking on journey of this maintenance platform 1411.Therefore, can find out that the user can be through safely the lengthening Metallic rod of this vehicle frame 81 being clipped between this holding device 142 and this supporting shell 141 and at an easy rate will this portable driving electrical generator be connected to the vehicle frame 81 of this bicycle 80.
This erecting device 14 further comprises the vibration that an elastic element 144 that is arranged on this supporting shell 141 vehicle frame 81 when being used to absorb this bicycle operation produces.Because excessive vibration possibly damage this power generation assembly 11, so this elastic element 144 is arranged the vibration that is caused by bike the time by the cyclist when this bicycle 80 to absorb.When this bicycle 80 was gone on rugged road by the cyclist, this element will be very important.
This power generation assembly 11 comprises a generator unit 111 that is installed in these supporting shell 141 belows; Wherein this driven shaft 12 rotatably and outwards extends from this generator unit 111; In this way when this driven shaft 12 is driven in rotation; This generator unit 111 is arranged to produce a predetermined electric weight, and it is transferred to this electric power and produces circuit 20.Thereby it should be noted that this generator unit 111 is processed by metallic material and at utmost reduced its cleaning and maintenance cost to completely cut off with surrounding environment by sealing.
This electrical equipment 70 comprises a lighting unit 71 that is installed in this power generation assembly 11, and wherein the electric power of these power generation assembly 11 generations is transferred to this lighting unit 71 and sends light to start this lighting unit 71.It should be noted that this lighting unit 71 can be by the part of this portable driving electrical generator of built-in conduct.Alternatively, this electrical equipment can be affixed to this bicycle 80 and it removably is connected to this portable driving electrical generator as an etcetera.
Fig. 1 like accompanying drawing is extremely shown in Figure 3, and in this preferred embodiment, the lighting unit 71 of this electrical equipment 70 is built in this portable driving electrical generator and it is installed in this power generation assembly 11.In addition, this portable driving electrical generator comprises that further one is suitable for being connected to an external source and the extra electrical equipment such as the battery socket port 30 of vehicular telephone with switching on.This battery socket port 30 comprises that a connector 31 and its can be connected to this electric power generation circuit 20 with switching on; Wherein this connector 31 extends from this power generation assembly 11 through a connecting cable 32, thereby and this electric power generation circuit 20 be arranged with control and the electric power that adjusts the output to this outside electrical equipment 70 and stop this electrical equipment 70 to be damaged by excessive electric current or too high voltage.
It should be noted that this connector 31 preferably is specially a USB port that is suitable for being connected to the USB interface of this electrical equipment 70.Alternatively, this connector 31 can be specially the various connectivity ports that are used for being connected to this electrical equipment 70 with switching on.
This friction element 13 comprises a main body 131, its have one be formed on this main body 131 run through groove 132, thereby wherein the driven shaft 12 of this power generation assembly assembly 10 is arranged to penetrate this and runs through groove 132 and allow that this friction element 13 is installed in this driven shaft 12.Notice that this main body 131 processed by material with great friction coefficient such as rubber, thereby increase the efficient of this power generation assembly 11 as far as possible.In addition, at this portable electric generator run duration, thereby the main body 131 of this friction element 13 is processed by predetermined material and is made it will be dissipated in before the rim 83 of this bicycle 80.
Thereby this power generation assembly 11 is installed in this vehicle frame 81 makes this friction element 13 contact with the rim 83 generation physics of this bicycle 80.Therefore this rim 83 is generally processed by elastomeric material, and when this friction element 13 and this rim 83 have physics when contacting, the rotation of this wheel 82 can be passed to this friction element 13 efficiently.
According to this preferred embodiment of the present invention; The main body 131 of this friction element 13 has the friction part 1312 that a connecting portion 1311 and extend from this connecting portion 1311, thereby wherein this friction part 1312 and this connecting portion 1311 are allowed with a predetermined angle tilt that this friction part 1312 is arranged with the rim 83 of this bicycle 80 suitably and embarked on journey and this connecting portion 1311 is connected to this driven shaft 12 of this power generation assembly assembly 10 safely.In other words, this friction element 13 is installed in this vehicle frame 81, thereby makes rotatablely moving of this wheel 82 farthest be passed to this power generation assembly 11 and therefore be converted into electric energy.
This power generation assembly assembly 10 further comprises a master cock 15 that operationally is located at this power generation assembly 11, and wherein when this master cock 15 was activated, this power generation assembly 11 was activated and generates electricity to respond rotatablely moving of this corresponding wheel 82.Further, this driven shaft 12 of this power generation assembly assembly 10 is arranged to vertically move, in this way when this driven shaft 12 by from this electric generator 11 outwards during traction, this power generation assembly 11 is activated.
This electrical generator further comprises a connection hub 40 that is installed in this vehicle frame 81 and can be connected to this battery socket port 30 with switching on; Wherein this connection hub 40 comprises that a hub shell 41 is formed on this power interface that is connected hub 40 42 with one group; Wherein the user can be with should can being connected to a power interface 42 in this group power interface 42 by outside electrical equipment 70 with switching on, thereby obtain the electric energy that this power generation assembly 11 sends.Even when this bicycle or this portable electric generator and off-duty because by the electricity of its generation by this power generation assembly assembly 10, preferably store through a chargeable battery.
According to preferred embodiment of the present invention, the electric power of these electric power generation circuit 20 these power generation assembly assemblies 10 of control of the present invention is exported with maximum output voltage that obtains a 5.25V (being about 5V) and the DC current output of about 800mA.This this electrical equipment 70 that will guarantee to be connected to this power generation assembly assembly 10 can not receive super-high-current or damage that too high voltages caused.
Those skilled in the art can understand that shown in the accompanying drawing and the embodiment of the invention described above only are to example of the present invention rather than restriction.
Can see that thus the object of the invention can fully effectively be accomplished.The said embodiment that is used to explain function of the present invention and structural principle is proved absolutely and is described, and the present invention does not receive the restriction based on the change on these embodiment principle bases.Therefore, the present invention includes all modifications that is encompassed within appendant claim claimed range and the spirit.
Claims (45)
1. the portable driving electrical generator of the device that is used to ride; The said device of riding comprises a vehicle frame, at least one rotatably is supported on the wheel of said vehicle frame, a rim that is supported on said wheel and an electrical equipment that is installed in said vehicle frame, it is characterized in that said portable driving electrical generator comprises:
One power generation assembly assembly; The friction element that it driven shaft and one that comprises that a power generation assembly, that is supported on said vehicle frame rotatably extends from said power generation assembly is attached to said driven shaft and contacts with the rim generation physics of said bicycle; Wherein when said wheel, thereby said friction element and said driven shaft are driven in rotation through said power generation assembly generating; With
One electric power generation circuit; It can be connected with said electrical equipment with said power generation assembly with switching on; Wherein when said power generation assembly is activated with generation electric power; Said electric power is produced circuit by said electric power to be regulated and control, and is arranged the outgoing current that offers the electric power of said electrical equipment with control and as one man and stably gives said electrical equipment to be used for the operation of said electrical equipment electric energy transmitting thereby said electric power produces circuit.
2. portable driving electrical generator according to claim 1 is characterized in that further comprising a battery socket port and a hub that is connected that is installed in said vehicle frame and can be connected to said battery socket port with switching on that is supported by said vehicle frame.
3. portable driving electrical generator according to claim 2; It is characterized in that said connection hub comprises that a hub shell is located at the power interface that is connected hub with at least one; Said connection hub is suitable for the user can be connected to said power interface with said electrical equipment with switching on, thereby obtains the electric energy that said power generation assembly sends.
4. portable driving electrical generator according to claim 3 is characterized in that said power interface comprises that a USB port connexon is to be used to connect a USB interface of said electrical equipment.
5. portable driving electrical generator according to claim 1; It is characterized in that said power generation assembly comprises a generator unit that is installed in said supporting shell below; Wherein said driven shaft rotatably and outwards extends from said generator unit; When said driven shaft was driven in rotation, said generator unit was arranged to produce the electric power of a scheduled volume in this way, and it is transferred to said electric power and produces circuit.
6. portable driving electrical generator according to claim 3; It is characterized in that said power generation assembly comprises a generator unit that is installed in said supporting shell below; Wherein said driven shaft rotatably and outwards extends from said generator unit; When said driven shaft was driven in rotation, said generator unit was arranged to produce the electric power of a scheduled volume in this way, and it is transferred to said electric power and produces circuit.
7. portable driving electrical generator according to claim 5; It is characterized in that said power generation assembly assembly further comprises a master cock that operationally is located at said power generation assembly; Wherein when said master cock is activated; Said power generation assembly is activated and generates electricity to respond rotatablely moving of corresponding wheel; The said driven shaft of wherein said power generation assembly assembly is arranged to vertically move, in this way when said driven shaft by when said power generation assembly outwards draws, said power generation assembly is deactivated.
8. portable driving electrical generator according to claim 6; It is characterized in that said power generation assembly assembly further comprises a master cock that operationally is located at said power generation assembly; Wherein when said master cock is activated; Said power generation assembly is activated and generates electricity to respond rotatablely moving of corresponding wheel; The said driven shaft of wherein said power generation assembly assembly is arranged to vertically move, in this way when said driven shaft by when said power generation assembly outwards draws, said power generation assembly is deactivated.
9. portable driving electrical generator according to claim 1, it is characterized in that producing from said power generation assembly and by the electricity that said electric power produces the circuit regulation and control have 5V+/-the vdc output of 1V and the DC current of a 800mA.
10. portable driving electrical generator according to claim 2, it is characterized in that said connection hub be configured to take place a 5V+/-the vdc output of 1V and the DC current of a 800mA.
11. portable driving electrical generator according to claim 6, it is characterized in that said connection hub be configured to take place a 5V+/-the vdc output of 1V and the DC current of a 800mA.
12. portable driving electrical generator according to claim 8, it is characterized in that said connection hub be configured to take place a 5V+/-the vdc output of 1V and the DC current of a 800mA.
13. portable driving electrical generator according to claim 3; It is characterized in that said power interface is suitable for switching on is connected to an external source and extra electrical equipment; Wherein said power interface comprises the connector and a connecting cable that said connector is connected with said power generation assembly that extend from said power generation assembly; Wherein said power interface can be connected to said electric power generation circuit with switching on, and wherein said electric power generation circuit is arranged to control and to adjust the output to the said electric power of said outside electrical equipment.
14. portable driving electrical generator according to claim 8; It is characterized in that said power interface is suitable for switching on is connected to an external source and extra electrical equipment; Wherein said power interface comprises the connector and a connecting cable that said connector is connected with said power generation assembly that extend from said power generation assembly; Wherein said power interface can be connected to said electric power generation circuit with switching on, and wherein said electric power generation circuit is arranged to control and to adjust the output to the said electric power of said outside electrical equipment.
15. portable driving electrical generator according to claim 1; It is characterized in that said friction element comprises a main body; It has a groove that runs through that is formed on said main body, allows that said friction element is installed in said driven shaft thereby the said driven shaft of wherein said power generation assembly assembly is arranged to penetrate the said groove that runs through.
16. portable driving electrical generator according to claim 2; It is characterized in that said friction element comprises a main body; It has a groove that runs through that is formed on said main body, allows that said friction element is installed in said driven shaft thereby the said driven shaft of wherein said power generation assembly assembly is arranged to penetrate the said groove that runs through.
17. portable driving electrical generator according to claim 8; It is characterized in that said friction element comprises a main body; It has a groove that runs through that is formed on said main body, allows that said friction element is installed in said driven shaft thereby the said driven shaft of wherein said power generation assembly assembly is arranged to penetrate the said groove that runs through.
18. portable driving electrical generator according to claim 14; It is characterized in that said friction element comprises a main body; It has a groove that runs through that is formed on said main body, allows that said friction element is installed in said driven shaft thereby the said driven shaft of wherein said power generation assembly assembly is arranged to penetrate the said groove that runs through.
19. portable driving electrical generator according to claim 16; The said main body that it is characterized in that said friction element has a connecting portion and a friction part that extends from said connecting portion, thereby wherein said friction part and said connecting portion are allowed with a predetermined angle tilt that said friction part is arranged with the rim of said bicycle suitably and embarked on journey and said connecting portion is connected to the said driven shaft of said power generation assembly assembly safely.
20. portable driving electrical generator according to claim 17; The said main body that it is characterized in that said friction element has a connecting portion and a friction part that extends from said connecting portion, thereby wherein said friction part and said connecting portion are allowed with a predetermined angle tilt that said friction part is arranged with the rim of said bicycle suitably and embarked on journey and said connecting portion is connected to the said driven shaft of said power generation assembly assembly safely.
21. portable driving electrical generator according to claim 18; The said main body that it is characterized in that said friction element has a connecting portion and a friction part that extends from said connecting portion, thereby wherein said friction part and said connecting portion are allowed with a predetermined angle tilt that said friction part is arranged with the rim of said bicycle suitably and embarked on journey and said connecting portion is connected to the said driven shaft of said power generation assembly assembly safely.
22. portable driving electrical generator according to claim 2, thereby it is characterized in that said power generation assembly assembly comprises that further an erecting device that is attached between said power generation assembly and the said vehicle frame is installed in said vehicle frame with said power generation assembly.
23. portable driving electrical generator according to claim 22; It is characterized in that said erecting device comprises a supporting shell that is connected between said power generation assembly and the said vehicle frame, wherein said electric power generation circuit is contained in the said supporting shell safely and can be connected to said power generation assembly with switching on.
24. portable driving electrical generator according to claim 23; It is characterized in that said erecting device further comprises a holding device that is removably mounted on the top side of said supporting shell; And said supporting shell has a maintenance platform that is formed on the top side of said supporting shell; Wherein said vehicle frame is arranged to be arranged on said maintenance platform and to be remained on the relevant position by said holding device; Wherein said power generation assembly is installed in the bottom side of said supporting shell, thereby makes said supporting shell be connected between said power generation assembly and the said vehicle frame.
25. portable driving electrical generator according to claim 24, thereby it is characterized in that arranging with said maintenance platform in said holding device is detachably mounted on said supporting shell through one group of attaching parts appropriate location embarks on journey.
26. portable driving electrical generator according to claim 25 is characterized in that said erecting device further comprises the vibration that an elastic element that is arranged on said supporting shell said vehicle frame when being used to absorb said bicycle operation produces.
27. a bicycle is characterized in that comprising:
One vehicle frame;
At least one rotatably is supported on the wheel of said vehicle frame;
At least one is supported on rim and an electrical equipment that is installed in said vehicle frame of said wheel; With
A portable driving electrical generator, it comprises:
One power generation assembly assembly; The friction element that it driven shaft and one that comprises that a power generation assembly, that is supported on said vehicle frame rotatably extends from said power generation assembly is attached to said driven shaft and contacts with the rim generation physics of said bicycle; Wherein when said wheel, thereby said friction element and said driven shaft are driven in rotation through said power generation assembly generating; With
One electric power generation circuit; It can be connected with said electrical equipment with said power generation assembly with switching on; Wherein when said power generation assembly is activated with generation electric power; Said electric power is produced circuit by said electric power to be regulated and control, and is arranged the outgoing current that offers the electric power of said electrical equipment with control and as one man and stably gives said electrical equipment to be used for the operation of said electrical equipment electric energy transmitting thereby said electric power produces circuit.
28. bicycle according to claim 27 is characterized in that further comprising:
A battery socket port that is supported by said vehicle frame; With
A connection hub that is installed in said vehicle frame and can be connected to said battery socket port with switching on; Wherein said connection hub comprises that a hub shell is formed on the said power interface that is connected hub with one group; Wherein the user can be connected to a power interface in the said power interface group with said outside electrical equipment with switching on, thereby obtains the electric energy that said power generation assembly sends.
29. bicycle according to claim 28, thereby it is characterized in that said power generation assembly assembly comprises that further an erecting device that is attached between said power generation assembly and the said vehicle frame is installed in said vehicle frame with said power generation assembly.
30. bicycle according to claim 29; It is characterized in that said erecting device comprises a supporting shell that is connected between said power generation assembly and the said vehicle frame, wherein said electric power generation circuit is contained in the said supporting shell safely and can be connected to said power generation assembly with switching on.
31. bicycle according to claim 30; It is characterized in that said erecting device further comprises a holding device that is removably mounted on the top side of said supporting shell; And said supporting shell has a maintenance platform that is formed on the top side of said supporting shell; Wherein said vehicle frame is arranged to be arranged on said maintenance platform and to be remained on the relevant position by said holding device; Wherein said power generation assembly is installed in the bottom side of said supporting shell, thereby makes said supporting shell be connected between said power generation assembly and the said vehicle frame.
32. bicycle according to claim 31, thereby it is characterized in that arranging with said maintenance platform in said holding device is detachably mounted on said supporting shell through one group of attaching parts appropriate location embarks on journey.
33. bicycle according to claim 32 is characterized in that said erecting device further comprises the vibration that an elastic element that is arranged on said supporting shell said vehicle frame when being used to absorb said bicycle operation produces.
34. bicycle according to claim 33; It is characterized in that said power generation assembly comprises a generator unit that is installed in said supporting shell below; Wherein said driven shaft rotatably and outwards extends from said generator unit; When said driven shaft was driven in rotation, said generator unit was arranged to produce the electric power of a scheduled volume in this way, and it is transferred to said electric power and produces circuit.
35. bicycle according to claim 34; It is characterized in that said electrical equipment comprises a lighting unit that is installed in said power generation assembly, the said electric power that wherein said power generation assembly produces is transferred to said lighting unit and sends light to activate said lighting unit.
36. bicycle according to claim 35; It is characterized in that said battery socket port is suitable for switching on is connected to an external source and extra electrical equipment; Wherein said battery socket port comprises the connector and a connecting cable that said connector is connected with said power generation assembly that extend from said power generation assembly; Wherein said battery socket port can be connected to said electric power generation circuit with switching on, and wherein said electric power generation circuit is arranged to control and to adjust the output to the said electric power of said outside electrical equipment.
37. bicycle according to claim 36; It is characterized in that said friction element comprises a main body; It has a groove that runs through that is formed on said main body, allows that said friction element is installed in said driven shaft thereby the said driven shaft of wherein said power generation assembly assembly is arranged to penetrate the said groove that runs through.
38. according to the described bicycle of claim 37; The said main body that it is characterized in that said friction element has a connecting portion and a friction part that extends from said connecting portion; Thereby wherein said friction part and said connecting portion allow with a predetermined angle tilt that said friction part is arranged with the rim of said bicycle suitably and embark on journey and said connecting portion is connected to the said driven shaft of said power generation assembly assembly safely that wherein said main body is arranged the place ahead with the said rim that frictionally is dissipated in said bicycle.
39. according to the described bicycle of claim 38; It is characterized in that said power generation assembly assembly further comprises a master cock that operationally is located at said power generation assembly; Wherein when said master cock is activated; Said power generation assembly is activated and generates electricity to respond rotatablely moving of corresponding wheel; The said driven shaft of wherein said power generation assembly assembly is arranged to vertically move, in this way when said driven shaft by when said power generation assembly outwards draws, said power generation assembly is deactivated.
40. according to the described bicycle of claim 39, it is characterized in that said connection hub be configured to take place a 5V+/-the vdc output of 1V and the DC current of a 800mA.
41. according to the described bicycle of claim 40; It is characterized in that said friction element comprises a main body; It has a groove that runs through that is formed on said main body, allows that said friction element is installed in said driven shaft thereby the said driven shaft of wherein said power generation assembly assembly is arranged to penetrate the said groove that runs through.
42. according to the described bicycle of claim 41; The said main body that it is characterized in that said friction element has a connecting portion and a friction part that extends from said connecting portion, thereby wherein said friction part and said connecting portion are allowed with a predetermined angle tilt that said friction part is arranged with the rim of said bicycle suitably and embarked on journey and said connecting portion is connected to the said driven shaft of said power generation assembly assembly safely.
43. according to the described bicycle of claim 42; It is characterized in that said power generation assembly assembly further comprises a master cock that operationally is located at said power generation assembly; Wherein when said master cock is activated; Said power generation assembly is activated and generates electricity to respond rotatablely moving of corresponding wheel; The said driven shaft of wherein said power generation assembly assembly is arranged to vertically move, in this way when said driven shaft by when said power generation assembly outwards draws, said power generation assembly is deactivated.
44. the portable driving electrical generator of the device that is used to ride; The wherein said device of riding comprises a vehicle frame, at least one rotatably is supported on the wheel of said vehicle frame, a rim that is supported on said wheel and an electrical equipment that is installed in said vehicle frame, it is characterized in that said portable driving electrical generator comprises:
One power generation assembly assembly; The friction element that it driven shaft and one that comprises that a power generation assembly, that is supported on said vehicle frame rotatably extends from said power generation assembly is attached to said driven shaft and contacts with the rim generation physics of said bicycle; Wherein when said wheel, thereby said friction element and said driven shaft are driven in rotation through said power generation assembly generating; With
A battery socket port and a hub that is connected that is installed in said vehicle frame and can be connected to said battery socket port with switching on that is supported by said vehicle frame; Wherein said connection hub comprises that a hub shell and at least one are formed on the said power interface that is connected hub; Said connection hub is suitable for the user can be connected to said power interface with said outside electrical equipment with switching on, thereby obtains the electric energy that said power generation assembly sends.
45., it is characterized in that said power interface comprises that a USB port connexon is to be used to connect a USB interface of said electrical equipment according to the described portable driving electrical generator of claim 44.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012102128547A CN102765458A (en) | 2012-06-25 | 2012-06-25 | Portable driving power generator for riding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012102128547A CN102765458A (en) | 2012-06-25 | 2012-06-25 | Portable driving power generator for riding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102765458A true CN102765458A (en) | 2012-11-07 |
Family
ID=47093091
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012102128547A Pending CN102765458A (en) | 2012-06-25 | 2012-06-25 | Portable driving power generator for riding device |
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| Country | Link |
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| CN (1) | CN102765458A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106553727A (en) * | 2015-09-24 | 2017-04-05 | 天津市志海通城科技有限公司 | A kind of travelling multifunction bicycle |
| US11518463B2 (en) * | 2019-04-08 | 2022-12-06 | Brandon P. Aymar | Bicycle Stem with Integrated Bell |
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| US11518463B2 (en) * | 2019-04-08 | 2022-12-06 | Brandon P. Aymar | Bicycle Stem with Integrated Bell |
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Application publication date: 20121107 |