CN201261516Y - Multifunctional booster bicycle - Google Patents
Multifunctional booster bicycle Download PDFInfo
- Publication number
- CN201261516Y CN201261516Y CNU2008200145689U CN200820014568U CN201261516Y CN 201261516 Y CN201261516 Y CN 201261516Y CN U2008200145689 U CNU2008200145689 U CN U2008200145689U CN 200820014568 U CN200820014568 U CN 200820014568U CN 201261516 Y CN201261516 Y CN 201261516Y
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/72—Electric energy management in electromobility
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Abstract
The utility model provides a novel power-assisting bicycle aimed at solving the defects existed in the prior bicycle and belongs to the bicycle production industry. The bicycle comprises a body, wheels, a handle and a seat, and is characterized in that a power-assisting mechanism is the combination of a solar power generation mechanism, a wind power generation mechanism, and a mechanical braking assistance mechanism; a main charging panel and a subsidiary charging panel are respectively arranged on a front bracket and a back bin bracket; the subsidiary panel can extend along two sides; a back charging panel can retract toward the back side; wind leaves, a wind powered generator, and a tail vane are arranged in the back bin provided with a mesh enclosure at the periphery thereof; a motor is installed on a frame provided with a rotating bearing; a mighty spiral spring is arranged on the mechanical braking mechanism; a wing-shaped fairing is installed on an arc-shaped front bracket; an adjustable seat is arranged on a front bicycle body; the front bicycle body is integrated with a back bicycle body through an angulator; and a storage battery, the motor, and an electrical control device are all installed in an electromechanical bin. The utility model has the advantages that the ride is comfort, the inexhaustible new energy are used as the power so that the energy sources, such oil, electricity, and the like are not consumed, and the energy conservation and the environment protection are achieved, thereby being widely applicable to the bicycle production industry.
Description
Technical field
The utility model belongs to the bicycle production industry, is the new bicycle that a kind of multinomial technology provides power-assist power specifically.
Background technology
Bicycle is as the vehicle of people's daily life, and that uses is very wide, and still, the problem of existence is: (1) safety.Because two wheel constructions of bicycle, ride at ice and snow road and easily to fall down, almost each cyclist can have this experience, even when water or the brake of moist road surface are arranged, and all can cause to walk crosswise and fall down.(2) traveling comfort.The bicyclists of bicycle will use bigger strength to step pedal, add long-distancely to ride, ride against the wind, go up a slope and ride, expose to the sun and rain, be difficultly trek, dog-tired.(3) environmental protection and energy saving.China's energy resources poorness, the shared generating ratio of water power and nuclear power is minimum, and nuclear power rubbish can't be handled so far, can't bear the heavy load already based on the electric power of thermal electric generation; The a large amount of consumes energy of existing morpet, contaminated environment; Battery charge has greatly increased the weight of network load; Electric power and fuel oil are consumed in a large number, and CO2 emissions are sharply increased, and Abnormal Phenomena on Climate is more dangerous.
The utility model content
The purpose of this utility model is the problem that exists at aforementioned existing like product, has designed a kind of novel product, and it is that solar charging panel, wind generator set are installed on the bicycle; And the power of mechanical brake, utilize powerful clockwork spring to collect after, provide auxiliary power for bicycle again; Make the bicycle supply of power more reasonable, make that to drive the people more comfortable, environment is improved more.
The multifunctional assistant force bike is made up of car body, wheel, handlebar, seat, storehouse, back and servomechanism each several part, it is characterized in that:
A) servomechanism is made of solar generating mechanism, wind generator set and mechanical brake servomechanism three parts; Solar charging panel is installed in the top that drives chamber ceiling and storehouse, back, and the front portion is fixed on the arc front frame, and the rear portion is fixed on the bin bracket of back, and motor is installed in the dynamo-electric storehouse; Be provided with the top in the back storehouse of guard around the fan blade of wind generator set, motor and tail vane are installed in, motor is installed on the support by rolling bearing; Charging board, wind-power electricity generation be through electric controller and storage battery UNICOM, between UNICOM's circuit of storage battery and drive motor, is provided with power supply master controller and the electric weight device of transferring the files, and storage battery, drive motor, electric-control system are installed in the dynamo-electric storehouse; The mechanical brake servomechanism is installed in the front vehicle body front portion, and a side of close brake pedal is provided with steps on axle;
B) car body connects into integral body by the angulator of front vehicle body and aftercarriage respectively; The arc front frame is installed on the front vehicle body, and the front vehicle body front end is provided with the handlebar of band front vehicle wheel, and aftercarriage is provided with the back bin bracket, and be provided with two rear wheels, and back storehouse is fixed on the bin bracket of back, and the Hou Cang bottom is provided with dynamo-electric storehouse, top is provided with wind power generation plant the storehouse is installed, and the middle part is provided with freight house;
C) support of adjustable seat is provided with electric weight and transfers the files and the power shifting handle; The handle of perhaps will transferring the files is arranged on the front vehicle body;
D) both sides of transparent wing fairing are fixed on the arc front frame, and the front frame bottom is provided with bearing installation on front vehicle body, and top and charging board fuse, and the bottom is fixed on the support; The preceding bottom of mudwing and fairing is integral structure;
E) Vehicular body front is provided with headlight, and the rear portion is provided with taillight, drives top, chamber and is provided with ceiling light, and steering indicating light and back mirror are designed to integral structure, are installed in front vehicle frame top, and instrument display is installed in the handlebar front portion;
Described solar charging panel is provided with main charging board, its both sides, top establish secondary charging board and main charging board bottom is provided with the post-tensioning charging board, both sides charging board and post-tensioning charging board are provided with the handle of band kayser, the pulley groove that secondary charging board bottom all is equipped with pulley and is complementary, and gear and the tooth bar that is complementary; The brake pedal of mechanical brake servomechanism, by the Brake-actuating mechanism of spring connecting band coign, helical teeth and active force transmission gear are complementary, and the clockwork spring in the going barrel matches by spring and helical teeth; Clockwork spring left side in the going barrel is provided with the forward and reverse round trip flight wheel drive mechanism of interlock, and power-assisted is the flywheel contrarotation initiatively, and passive flywheel is rotated in the forward; Mechanical brake servomechanism or the passive Friction disk structure that adopts Friction disk and be complementary; Angulator is arranged on the connection place of front vehicle body and aftercarriage, the end of front vehicle body is provided with the preceding disk of angulator, the front end of aftercarriage is provided with the angulator rear disk, be provided with spring in the slideway of preceding disk, both ends of the spring adopts hook to fix, preceding disk top is provided with the kayser bolt, preceding disk is installed on the hollow shaft by axis hole, and be close to rear disk, rear disk is in the relative side of preceding disk, be provided be in before in the chute of disk, locating dowel pin slidably, the top of rear disk is provided with the croze that the kayser bolt with preceding disk is complementary; The gearcase of shaft transmission and front vehicle body are integral structure, be provided with the helical wheel that pedal drives in the gearcase, and the umbrella tooth that drives the transmission shaft rotation, the transmission shaft that is provided with bearing passes front vehicle body, aftercarriage and hollow shaft, connect with back propeller-parachuting tooth, and the tooth post is set on the helical wheel that is complementary, tooth post and flywheel match, mechanical rain brush step on the axle and the distance of step tread plate, when driving the foot-operated step tread plate of people, the tiptoe position can touch steps on axle for suitable distance, sticks up bar one end setting to step on axle, and the other end is provided with pull bar, the middle part is provided with fulcrum, the other end of pull bar is connected with the tooth bar of spring, and tooth bar is provided with slideway, and wheel and rack is complementary; Arc front frame bottom, and the top of back bin bracket is equipped with bumper.
Good effect of the present utility model is: 1. adopt inexhaustible, as to use up Bu Peg solar power, wind energy to be used as power, the power that brake is produced is also used as driving power even, causes this product environmental pollution of having avoided in service; 2. do not adopt oil in short supply, electricity to make fuel, can alleviate the energy shortage situation; 3. the ingenious utilization of new forms of energy makes that to drive bicycle lighter, comfortable.
Description of drawings
Fig. 1, each parts integral structure assembly drawing of the utility model;
Fig. 2, the utility model solar charging panel (12) both sides stretched out structure scheme drawing;
Fig. 3, the utility model solar charging panel (12) post-tensioning stretches structural representation;
Fig. 4, the utility model solar charging panel (12) extension means structural representation;
Fig. 5, the structural representation of the utility model wind generator set (11);
Fig. 6, the utility model mechanical brake servo-unit structural representation;
Fig. 7, the another kind of structural representation of the utility model mechanical brake servo-unit;
Fig. 8, the structural representation of the utility model seat (10);
Fig. 9, the constructional drawing of the wing fairing of the utility model (2);
Figure 10, the structural representation of the utility model front frame (3);
Figure 11, the lateral plan of the utility model figure (10);
Figure 12, the front view of the preceding disk (61) of the utility model angulator (16);
Figure 13, the lateral plan of the rear disk (61 ') of the utility model angulator (16);
Figure 14, the utility model pedal gear wheel shaft transmission device scheme drawing;
Figure 15, the structural representation of the utility model machinery rain brush;
Wherein: 1 rain brush, 2 fairings, 3 front frames, 4 steering indicating lights, 5 back mirrors, 6 telltales, 7 handlebars, 8 ceiling lights, 9 handles of transferring the files, 10 seats, 11 wind generator sets, 12 solar charging panels, 13 back bin brackets, storehouse, 14 back, 14 ' dynamo-electric storehouse, 15 aftercarriages, 16 angulators, 17 front vehicle body, 18 cable wire cards, 19 tightwire wires, 20 brake pedals, 21 step on axle, 22 bumpers, 23 supports, 24 mudwinges, 25 handles, 26 front vehicle wheels, 27 pulleys, 28 pulley grooves, 29 tooth bars, 30 gears, 31 guards, 32 fan blades, 33 tail vanes, 34 motors, 35 bearings, 36 supports, 37 guards, 38 rear wheels, 39 going barrels, 40,43 springs, 41 Brake-actuating mechanisms, 41 ' helical teeth, 44 gears, 45 drive motor, 46 flywheels, 46 ' axle drive shaft, 47 primary flywheels, 48,49 Friction disks, wing cover tail on 50,51 times wing cover tails, 52 rubber cushions, 53 spring chairs, 54 bearings, 55 bearing carrier rings, 56 hooks, 57 kaysers, 58 axle sleeves, 59 axis holes, 60 springs, 61,61 ' preceding, rear disk, 62 slideways, 63 crozes, 64 locating dowel pins, 65 hollow shafts, 66 gearcases, 67 helical teeth, 68 umbrella teeth, 70 transmission shafts, 71 bearings, 72 umbrella teeth, 73 tooth posts, 74 bearings, 75 electronic sensors, 76 pull bars, 77 gears, 78 slideways, 79 stick up bar, 80 step tread plates, 81 adjustment holes, 82 kaysers, 83 extension springs; Arrow " ↑ " expression sense of motion.
The specific embodiment
To structure of the present utility model and operation mechanism, further describe as follows in conjunction with the accompanying drawings.
The utility model is made up of car body, wheel, handlebar, seat, storehouse, back and servomechanism each several part, and servomechanism is made of solar generating mechanism, wind generator set and mechanical brake servomechanism three parts; Solar charging panel 12 is installed in the top that drives chamber ceiling and storehouse 14, back, and its front portion is fixed on the arc front frame 3, and the rear portion is fixed on the bin bracket 13 of back, and charging board 12 is by cable and motor UNICOM, motor be installed in dynamo-electric storehouse 14 ' in; The top of the bottom of front frame 3 and back bin bracket 13 is equipped with bumper 22; Be provided with the top in the back storehouse 14 of guard 31 around the fan blade 32 of wind generator set 11, motor 34 and tail vane 33 are installed in, motor 34 is installed on the support 56 by rolling bearing; Charging board 12 and aerogenerator 34 by cable through electric controller and storage battery UNICOM, be provided with power supply master controller and the electric weight device of transferring the files in the middle of the cable of storage battery and drive motor, storage battery, power-assisted drive motor 45, and electric-control system be installed in dynamo-electric storehouse 14 ' in; Car body is respectively by the forward and backward disk 61,61 of the angulator 16 of front vehicle body 17 and aftercarriage 15 ' be linked to be integral body; Arc front frame 3 is installed on the front vehicle body 17, the front vehicle body front end is provided with the handlebar 7 of band front vehicle wheel, the bearing 54 that front vehicle body 17 is installed is fixedly connected with front frame, aftercarriage 15 is provided with back bin bracket 13, and be provided with two rear wheels, back storehouse 14 be fixed on the back bin bracket 13 on, 14 bottoms, back storehouse be provided with dynamo-electric storehouse 14 '; On the dynamo-electric storehouse and wind power generation plant to install between the storehouse be freight house; The support of adjustable seat 10 is provided with electric weight transfer the files handle and power shifting handle 9, also can be installed in the handle 9 of transferring the files on the front vehicle body 17; Near brake pedal 20 places, what also be provided with rain brush 1 steps on axle 21 in the middle and lower part of handlebar 7; The both sides of transparent wing fairing 2 are fixed on the arc front frame 3, and its top and charging board 12 fuse, and the bottom is fixed on the support 23; Mudwing 24 is integral structure with the preceding bottom of fairing; Vehicular body front is provided with headlight, and the rear portion is provided with taillight, drives top, chamber and is provided with ceiling light 8, and steering indicating light 4 and back mirror 5 are integral structure, are installed on the front frame 3; Instrument display 6 is installed in the front portion of handlebar 7; Above-mentioned integral structure as shown in Figure 1; The both sides on the main charging board top of solar charging panel 12 are provided with telescopic secondary charging board, main electroplax bottom is provided with the after drawing charging board, and be equipped with the handle 25 of band kayser, the pulley groove 28 that secondary charging board bottom all is equipped with pulley 27 and is complementary, and gear 30 and the tooth bar 29 that is complementary, see Fig. 2, Fig. 3 and Fig. 4 for details; Mechanical brake servomechanism such as Fig. 6 and Fig. 7, brake pedal 20 is by the Brake-actuating mechanism 41 of spring 43 connecting band coigns, helical teeth 41 ' be complementary with active force transmission gear 44, powerful clockwork spring in the going barrel 39 is by spring 40 and helical teeth 41 ' match, clockwork spring left side in the going barrel 39 is provided with the forward and reverse round trip flight wheel drive mechanism of interlock, and power-assisted initiatively flywheel 47 contrarotations, passive flywheel 46 is rotated in the forward; Drive motor 45 connects with axle drive shaft by flywheel, and rear wheel is established at the axle drive shaft two ends; Mechanical brake servomechanism or adopt another kind of form is provided with Friction disk 49 and the structure of the passive Friction disk 48 that is complementary; Angulator 16 is arranged on the connection place of front vehicle body 17 and aftercarriage 15, the end of front vehicle body 17 is provided with the preceding disk 61 of angulator, the front end of aftercarriage 15 be provided with angulator rear disk 61 ', as Figure 12, shown in Figure 13, be provided with spring 60 in the slideway 62 of preceding disk 61, spring 60 two ends adopt hook 56 fixing, preceding disk 61 tops are provided with kayser bolt 57, preceding disk 61 is installed on the hollow shaft 65 by axis hole 59, and near rear disk 61 ', rear disk 61 ' in preceding disk 61 relative sides be provided be in before slidably locating dowel pin 64 in the chute 62 of disk 61, rear disk 61 ' top be provided with the croze 63 that the kayser bolt 57 with preceding disk 61 is complementary; Shaft transmission as shown in figure 14, be the helical wheel 67 that is provided with the pedal drive in the single-piece gearcase 66 with front vehicle body, and the umbrella teeth 68 that drive transmission commentaries on classics 70 rotations, the transmission shaft 70 that is provided with bearing 71 passes front vehicle body, aftercarriage and hollow shaft 65, connect with back propeller-parachuting tooth 72, and tooth post 73 is set on the helical wheel that is complementary, tooth post 73 matches with gear shift flywheel, and by transmission device and axle drive shaft 46 ' connect; The structure of machinery rain brush as shown in figure 15, step on the distance of axle 21 and step tread plate 80, when driving the foot-operated step tread plate of people, the tiptoe position can be stirred and be stepped on axle 21 is standard, sticks up bar 79 1 end settings and steps on axle 21, and the other end is provided with pull bar 76, the middle part is provided with fulcrum, the other end of pull bar 76 is connected with the tooth bar of spring, and tooth bar is provided with slideway 78, and gear 77 is complementary with tooth bar.
Operation conditions of the present utility model is as described in following.Drive the people and solar charging panel should be charged before use, for increasing the charging board area, should use the handle of band kayser that two secondary charging board and back charging board are pulled out, it is standby that the electric current of generation enters storage battery; Be installed in the wind generator set in the guard, on its motor lower portion support swivel bearing be installed, under the effect of tail vane, the fan blade rotation of can facining the wind at any time is at calm weather, as long as the operation of this car, the wind-force that produces can make the fan blade rotation equally, and it is standby that the electric current of generation also enters storage battery; When running into brake in this car is ridden, depress axle, the power that produces during operation is passed to powerful clockwork spring by gear, and when this car weight newly moved, the kinetic energy that clockwork spring stores was sent to axle drive shaft by flywheel, can make the car body operation, not only economizes on electricity but also laborsaving.When angulator kayser bolt 57 breaks away from croze 63, under the effect of the bearing of angulator and front frame bottom, aftercarriage can be no more than each 50 ° of angle along the axis perpendicular line left and right sides deflection maximum of car body, the uneven whole locomotive body defective capable partially and strong vibration that makes is alleviated significantly about can making two rear wheels because of ground like this, guaranteed the front vehicle body smooth running, made the person of riding more comfortable.When car body climbing operation, available power shifting handle 9 transfers to the low cruise shelves, can transfer to high current gear to the electronic handle 9 of transferring the files again simultaneously, and the speed of a motor vehicle is improved.Rainy day, the person of riding is when the tap pedal plate, and axle 21 is stepped in the trampling of taking advantage of a situation, and rain brush can be used for the rack drives gear by lever power works makes the rain brush operation, and trampling is stepped on axle once, and rain brush can be reruned once, fully not consuming electric power.
Claims (7)
1. the multifunctional assistant force bike is made up of car body, wheel, handlebar, seat, storehouse, back and servomechanism each several part, it is characterized in that:
A) servomechanism is made of solar generating mechanism, wind generator set and mechanical brake servomechanism three parts; Solar charging panel (12) is installed in the top that drives chamber ceiling and Hou Cang (14), and the front portion is fixed on the arc front frame (3), and the rear portion is fixed on the back bin bracket (13), and motor is installed in the dynamo-electric storehouse (14 '); Be provided with the top in the back storehouse (14) of guard (31) around the fan blade (32) of wind generator set (11), motor (34) and tail vane (33) are installed in, motor (34) is installed on the support (36) by rolling bearing (35); Charging board, wind-power electricity generation be through electric controller and storage battery UNICOM, between UNICOM's circuit of storage battery and drive motor, is provided with power supply master controller and the electric weight device of transferring the files; Storage battery, drive motor, electric-control system are installed in the dynamo-electric storehouse (14 '); The mechanical brake servomechanism is installed in front vehicle body (17) front portion, near a side of brake pedal (20), is provided with the rain brush operation and steps on axle (21);
B) car body connects into integral body by the angulator (16) of front vehicle body (17) and aftercarriage (15) respectively; Arc front frame (3) is installed on the front vehicle body (17), front vehicle body (17) front end is provided with the handlebar (7) of band front vehicle wheel, aftercarriage (15) is provided with back bin bracket (13), and be provided with two rear wheels, back storehouse (14) is fixed on the back bin bracket (13), bottom, back storehouse (14) is provided with dynamo-electric storehouse (14 '), and the top of dynamo-electric storehouse (14 ') is provided with freight house, and freight house top is the wind power generation plant installation room;
C) support of adjustable seat (10) is provided with electric weight and transfers the files and power shifting handle (9); The handle (9) of perhaps will transferring the files is arranged on the front vehicle body (17);
D) both sides of transparent wing fairing (2) are fixed on the arc front frame (3), and front frame (3) adopts bearing (54) to connect with front vehicle body (17), and top and charging board (12) fuse, and the bottom is fixed on the support (23); Mudwing (24) is integral structure with the preceding bottom of fairing;
E) instrument display (6) is installed in handlebar (7) front portion.
2. according to the described multifunctional assistant force bike of claim 1, it is characterized in that secondary charging board in both sides and main charging board bottom that solar charging panel (12) is provided with main charging board, its top are provided with the post-tensioning charging board, both sides charging board and post-tensioning charging board are provided with the handle (25) of band kayser, the pulley groove (28) that secondary charging board (25), (25 ') bottom all are equipped with pulley (27) and are complementary, and gear (30) and the tooth bar (29) that is complementary.
3. according to the described multifunctional assistant force bike of claim 1, the brake pedal (20) that it is characterized in that the mechanical brake servomechanism, Brake-actuating mechanism (41) by spring (43) connecting band coign, helical teeth (41 ') is complementary with active force transmission gear (44), and the clockwork spring in the going barrel (39) matches by spring (40) and helical teeth (41 '); Clockwork spring left side in the going barrel (39) is provided with the forward and reverse round trip flight wheel drive mechanism of interlock, and power-assisted is flywheel (47) contrarotation initiatively, and passive flywheel (46) is rotated in the forward; Mechanical brake servomechanism or passive Friction disk (48) structure that adopts Friction disk (49) and be complementary; Drive motor (45) connects with axle drive shaft (46 ') by flywheel.
4. according to the described multifunctional assistant force bike of claim 1, it is characterized in that angulator (16) is arranged on the connection place of front vehicle body (17) and aftercarriage (15), the end of front vehicle body (17) is provided with the preceding disk (61) of angulator, the front end of aftercarriage (15) is provided with angulator rear disk (61 '), be provided with spring (60) in the slideway (62) of preceding disk (61), spring (60) two ends adopt hook (56) fixing, preceding disk (61) top is provided with kayser bolt (57), preceding disk (61) is installed on the hollow shaft (65) by axis hole (59), and be close to rear disk (61 '), rear disk (61 ') is in the relative side of preceding disk (61), be provided with the slidably locating dowel pin (64) in the chute (62) that is in preceding disk (61), the top of rear disk (61 ') is provided with the croze (63) that the kayser bolt (57) with preceding disk (61) is complementary.
5. according to the described multifunctional assistant force bike of claim 1, the gearcase (66) that it is characterized in that shaft transmission is an integral structure with front vehicle body (17), be provided with the helical wheel (67) that pedal drives in the gearcase, and the umbrella tooth (68) that drives transmission shaft (70) rotation, the transmission shaft (70) that is provided with bearing (71) passes front vehicle body (17), aftercarriage (15) and hollow shaft (65), connect with back propeller-parachuting tooth (72), and tooth post (73) is set on the helical wheel that is complementary, tooth post (73) matches with gear shift flywheel.
6. according to the described multifunctional assistant force bike of claim 1, the distance of stepping on axle (21) and step tread plate (80) that it is characterized in that mechanical rain brush (1), when driving the foot-operated step tread plate of people, the tiptoe position can touch step on the axle (21) exceed, stick up bar (79) one end settings step on the axle (21), the other end is provided with pull bar (76), the middle part is provided with fulcrum, the other end of pull bar (76) is connected with the tooth bar of spring, and tooth bar is provided with slideway (78), and gear (77) is complementary with tooth bar.
7. according to the described multifunctional assistant force bike of claim 1, it is characterized in that arc front frame bottom, and the top of back bin bracket (13) is equipped with bumper (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200145689U CN201261516Y (en) | 2008-08-01 | 2008-08-01 | Multifunctional booster bicycle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200145689U CN201261516Y (en) | 2008-08-01 | 2008-08-01 | Multifunctional booster bicycle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201261516Y true CN201261516Y (en) | 2009-06-24 |
Family
ID=40807985
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200145689U Expired - Fee Related CN201261516Y (en) | 2008-08-01 | 2008-08-01 | Multifunctional booster bicycle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201261516Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104029601A (en) * | 2013-03-05 | 2014-09-10 | 天津三春科技有限公司 | Blade electric vehicle technology capable of generating electricity by combination of wind, light and human |
| CN106891722A (en) * | 2017-02-21 | 2017-06-27 | 青岛爱丽洁智能科技有限公司 | One kind is winded up car |
-
2008
- 2008-08-01 CN CNU2008200145689U patent/CN201261516Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104029601A (en) * | 2013-03-05 | 2014-09-10 | 天津三春科技有限公司 | Blade electric vehicle technology capable of generating electricity by combination of wind, light and human |
| CN106891722A (en) * | 2017-02-21 | 2017-06-27 | 青岛爱丽洁智能科技有限公司 | One kind is winded up car |
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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: 20090624 Termination date: 20100801 |