CN205440701U - Scooter - Google Patents
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- Publication number
- CN205440701U CN205440701U CN201620222291.3U CN201620222291U CN205440701U CN 205440701 U CN205440701 U CN 205440701U CN 201620222291 U CN201620222291 U CN 201620222291U CN 205440701 U CN205440701 U CN 205440701U
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- scooter
- vehicle frame
- threading
- attachment structure
- agent set
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Abstract
The utility model relates to a travel tool field especially relates to a scooter, include: the frame, the seat installation of setting on the jack of frame top, the setting is in the frame, the main part device of being connected through jack and seat installation, the setting is in the frame, the tracker of being connected with the main part device, the setting is in the frame both sides, the left foot of being connected with the main part device is stepped on and is stepped on with the right crus of diaphragm, the setting is in the frame bottom, the slider who is connected with the main part device, the setting is at the illumination and the warning device of frame week side, the public address set that the setting is connected with the main part device on the frame, and set up on the frame, and the switching device on one side relative with public address set, the left foot is stepped on and the right crus of diaphragm is set foot on and is provided with the gravity sensor who is connected with the main part device respectively, the utility model has the characteristics of need not manual, directional control by foot control system, can reach speed governing and pedal automatic balance etc. Fast, in addition, the utility model discloses still have prevent losing, convenient to use, multi -functional, use comfortablely and user experience characteristics such as good.
Description
Technical field
This utility model relates to walking-replacing tool field, particularly relates to a kind of scooter.
Background technology
Scooter is again lazyboot's car, refers to the vehicles for the purpose of riding instead of walk and aid, the most sometimes may refer to the automobile of step, electric bicycle, electric bicycle, two-wheeled autobalance scooter.The scooter in industry referred to refers generally to electric bicycle.
Scooter of the prior art, including main car frame, the left wheel in the left side being positioned at described main car frame, it is positioned at the right wheel on the right side of described main car frame, it is provided with seat mechanism on described main car frame, generally scooter is in use, described left wheel and described right wheel typically position are arranged on the both sides of described main car frame with being relatively fixed, when running into rough ground in the driving process jolted, it is more uncomfortable that user sits sense, it addition, this scooter is difficult to, after can not better controling over operating rate and losing, problems such as giving for change.
To this end, be badly in need of providing a kind of scooter to overcome drawbacks described above.
Utility model content
This utility model provides a kind of scooter for overcoming drawbacks described above, have without manual, direction controlling by foot control system, the feature such as speed governing and autobalance can be rapidly achieved, it addition, this utility model also has anti-lost, easy to use, multi-functional, the feature such as use comfortable and Consumer's Experience good.
For achieving the above object, this utility model adopts the following technical scheme that.
nullA kind of scooter，Including: vehicle frame，The seat unit being arranged on the jack above described vehicle frame，It is arranged in described vehicle frame、The agent set being connected with described seat unit by described jack，It is arranged in described vehicle frame、The tracker being connected with described agent set，It is arranged on described vehicle frame both sides、The left threading being connected with described agent set and right threading，It is arranged in described vehicle frame、The gyroscope being connected with described agent set、Balance Control Scheme device and be used for driving left threading、The foot-operated autobalance motor that right threading rotates，Gyroscope is for detecting left threading and the levelness of right threading and detection gained information being transferred to balance Control Scheme device，Balance Control Scheme device controls foot-operated autobalance motor running，Foot-operated autobalance motor drives left threading and right threading to turn to plane-parallel position and realizes the automatic balance function of left threading and right threading，Make user all the time with horizontal plane，Improve Consumer's Experience，It is arranged on described vehicle frame bottom、The carriage being connected with described agent set，It is arranged on illumination and the alarming device of side of described vehicle frame week，It is arranged on described vehicle frame the public address set being connected with described agent set，And be arranged on described vehicle frame、And the switching device on the side relative with described public address set；It is respectively arranged with, on described left threading and described right threading, the gravity sensor being connected with described agent set, it is provided with steering motor in described vehicle frame, described agent set includes processor, the direction controller being connected with described processor and described carriage, the weight distribution information of human body is transferred to direction controller by gravity sensor, computing through processor, steering motor operating is controlled by direction controller, steering motor drives the corresponding angle of front-drive of scooter, the front-wheel of scooter is provided with angular transducer, the rotational angle information of the front-wheel of scooter is transferred to direction controller and meets the requirement of direction controller with the rotational angle guaranteeing scooter by angular transducer.
Preferably, described agent set also includes: the shock absorber being connected with described carriage.
Preferably, described seat unit includes the support bar that one end is arranged on described jack, is arranged on described support bar other end upper supporting piece, and is arranged on the medicated cushion on described support member.
Preferably, the side that described left threading is connected with described vehicle frame is provided with the first attachment structure, the side that described right threading is connected with described vehicle frame is provided with the second attachment structure；It is respectively arranged with connecting hole in described first attachment structure and described second attachment structure.
Preferably, described carriage includes: is arranged on first slide mechanism in front, described vehicle frame bottom, and is arranged on second slide mechanism at rear, described vehicle frame bottom.
Preferably, described switching device includes: being arranged on the fixture outside described jack, and the control bar being arranged on described fixture, described control bar is L-shaped.
Preferably, described processor includes: first communication module, the main control module being connected with described first communication module.
Preferably, described first slide mechanism includes: the first wheel cover, and is arranged on the first pulley in described first wheel cover, and is arranged on described first wheel cover the first driving motor being connected with described first pulley；Described second slide mechanism includes: the second wheel cover, and is arranged on the second pulley in described second wheel cover, and is arranged on described second wheel cover the second driving motor being connected with described second pulley.
Preferably, described direction controller includes: the first attachment structure that one side is connected with described steering motor, and the second attachment structure being connected with described first attachment structure another side and being connected with described carriage；Described first attachment structure includes: the first joint face being connected with described steering motor, while with described first joint face while the second joint face of being connected, and the 3rd joint face being connected with described second joint face another side and being connected with described second attachment structure；Described second attachment structure includes: the first linking arm of being connected with described carriage respectively, the second linking arm, and connects described first linking arm and described second linking arm and the stationary plane being connected with described 3rd joint face.
Preferably, described scooter also includes being connected remote control unit with described agent set, and described remote control unit includes: second communication module, and the second control module being connected with described second communication module.
The beneficial effects of the utility model are: a kind of scooter of the present utility model, by being respectively provided with described gravity sensor on described left threading and described right threading, when detecting that user's gravity leans forward, this utility model is made to perform to accelerate operation, when user's gravity hypsokinesis being detected, this utility model performs deceleration-operation, further, by the steering motor in each described gravity sensor and described agent set, make this utility model can be realized the function turned to by described left threading and described right threading, it is achieved thereby that move without hands, the function of direction controlling and debugging can be realized.Further, by being provided above described jack at described vehicle frame, described seat unit is made to have the advantages that to be easily installed, by arranging described agent set, this utility model is had easy to use, use the more preferable and multi-functional feature of comfort, by arranging described tracker, make the user can real-time positioning particular location of the present utility model, and then there is more preferable loss prevention function, by arranging described public address set, this utility model is made to have the function of music, by arranging described switching device on described support body, this utility model is made to have the function of emergency brake, and then improve safety coefficient of the present utility model.
By description below and combine accompanying drawing, this utility model will become more fully apparent, and these accompanying drawings are used for explaining embodiment of the present utility model.
Accompanying drawing explanation
With accompanying drawing, the utility model is described in further detail, but the embodiment in accompanying drawing is not constituted any restriction of the present utility model.
Fig. 1 is the structural representation of a kind of scooter of the present utility model.
Fig. 2 is another structural representation of a kind of scooter of the present utility model.
Fig. 3 is the part-structure schematic diagram of a kind of scooter of the present utility model.
Fig. 4 is the part-structure schematic diagram of Fig. 3.
Fig. 5 is the module frame chart of the processor of a kind of scooter of this utility model.
Fig. 6 is the structural representation of another embodiment of a kind of scooter of this utility model.
Fig. 7 is the module frame chart that agent set of the present utility model is connected with remote control unit.
Detailed description of the invention
Being further described this utility model with embodiment below in conjunction with the accompanying drawings, this is preferred embodiment of the present utility model.
Embodiment 1:
nullRefer to Fig. 1 to Fig. 5，This utility model one scooter，Including: vehicle frame 1，The seat unit 3 being arranged on the jack 2 above described vehicle frame 1，It is arranged in described vehicle frame 1、The agent set 4 being connected with described seat unit 3 by described jack 2，It is arranged in described vehicle frame 1、The tracker 5 being connected with described agent set 4，It is arranged on described vehicle frame 1 both sides、The left threading 6 being connected with described agent set 4 and right threading 7，It is arranged in described vehicle frame 1、The gyroscope being connected with described agent set 4、Balance Control Scheme device and be used for driving left threading 6、The foot-operated autobalance motor that right threading 7 rotates，Gyroscope is for detecting left threading 6 and the levelness of right threading 7 and detection gained information being transferred to balance Control Scheme device，Balance Control Scheme device controls foot-operated autobalance motor running，Foot-operated autobalance motor drives left threading 6 and right threading 7 to turn to realize left threading 6 and the automatic balance function of right threading 7 with plane-parallel position，Make user all the time with horizontal plane，Improve Consumer's Experience，It is arranged on described vehicle frame 1 bottom、The carriage 8 being connected with described agent set 4，It is arranged on illumination and the alarming device 9 of described 1 week side of vehicle frame，It is arranged on described vehicle frame 1 public address set 10 being connected with described agent set 4，And be arranged on described vehicle frame 1、And the switching device 11 on the side relative with described public address set；The gravity sensor being connected with described agent set 4 it is respectively arranged with on described left threading 6 and described right threading 7, it is provided with steering motor 421 in described vehicle frame 1, described agent set 4 includes processor, the direction controller being connected with described processor and described carriage 8, the weight distribution information of human body is transferred to direction controller by gravity sensor, computing through processor, steering motor operating is controlled by direction controller, steering motor drives the corresponding angle of front-drive of scooter, the front-wheel of scooter is provided with angular transducer, the rotational angle information of the front-wheel of scooter is transferred to direction controller and meets the requirement of direction controller with the rotational angle guaranteeing scooter by angular transducer.
Specifically, described vehicle frame 1 includes the first support body and the second support body being connected together with described first support body.Described first support body is connected with described left threading 6, and described second support body is connected with described right threading 7.More specifically, be provided with multiple hollow, connecting hole in cylinder-type on described first support body, described second support body is provided with the card zygostyle corresponding with described connecting hole.
Described seat unit 3 includes the support bar 31 that one end is arranged on described jack 2, is arranged on described support bar 31 other end upper supporting piece 32, and is arranged on the medicated cushion 33 on described support member 32.Described support bar 31 is directly arranged on described jack 2 by this utility model, improves the convenience that this utility model is installed.It should be noted that described seat unit 3 is used for for user when getting on the bus and stop, the setting of described seat unit 3 improves the safety that this utility model uses.
Described agent set 4 also includes: the shock absorber 43 being connected with described carriage 8.Specifically, described processor 41 includes: first communication module 411 and the main control module 412 being connected with described first communication module 411, wherein, described first communication module 411 is for setting up wireless connections with external equipment, described main control module 412 is for generating corresponding instruction according to the information received, to control corresponding component working.Described direction controller 42 includes: the first attachment structure 422 that one side is connected with described steering motor 421, and the second attachment structure 423 being connected with described first attachment structure 422 another side and being connected with described carriage 8；Described first attachment structure includes: the first joint face being connected with described steering motor 421, while with described first joint face while the second joint face of being connected, and the 3rd joint face being connected with described second joint face another side and being connected with described second attachment structure 423；Described second attachment structure 423 includes: the first linking arm of being connected with described carriage 8 respectively, the second linking arm, and connects described first linking arm and described second linking arm and the stationary plane being connected with described 3rd joint face.It should be noted that described wireless connections include that bluetooth connects.
The gravity sensor being connected with described agent set 4 it is respectively arranged with on described left threading 6 and described left threading 7.When each described gravity sensor detects the gravity turned forward, sending a signal to described processor 41, described processor 41 sends assisted instruction；When each described gravity sensor detects the gravity retreated, sending a signal to described processor 41, described processor 41 sends deceleration instruction.So that this utility model has, rate controlling is convenient, use simple feature.More specifically, be provided with the first attachment structure on the side that is connected with described vehicle frame 1 of described left threading 6, the side that described right threading 7 is connected with described vehicle frame is provided with the second attachment structure；It is respectively arranged with connecting hole in described first attachment structure and described second attachment structure.By being correspondingly arranged described first attachment structure and described second attachment structure on described left threading 6 and described right threading 7, it is simple to described left threading 6 and described right threading 7 are connected with the installation of described vehicle frame 1.It should be noted that, described left threading 6 has the function of automatic balance function and course changing control, specifically, it is provided with gyroscope on described left threading 6, described gyroscope is in order to detection angles and testing result is sent to described processor 41, described processor 41, according to the angle testing result received, sends the work of order-driven steering motor, and then realizes the control function turned to.In use, described left threading 6 always with ground level level, described right threading 7 is provided with an angle rotatable, user can by described angle rotatable realize brake function.
Described carriage 8 includes: is arranged on first slide mechanism 81 in front, described vehicle frame 1 bottom, and is arranged on second slide mechanism 82 at rear, described vehicle frame 1 bottom.Specifically, described shock absorber 43 one end connects described first slide mechanism 81, the other end connects described second slide mechanism 82.More specifically, described first slide mechanism 81 includes: the first wheel cover 811, and it is arranged on the first pulley 812 in described first wheel cover 811, and is arranged on described first wheel cover 811 the first driving motor 813 being connected with described first pulley 812；Described second slide mechanism 82 includes: the second wheel cover 821, and is arranged on the second pulley 822 in described second wheel cover 821, and is arranged on described second wheel cover 821 the second driving motor 823 being connected with described second pulley 822.By described shock absorber 43 being arranged between described first slide mechanism 81 and described second slide construction 82 so that this utility model has more preferable damping effect.Drive motor 813 and described second to drive motor 823 by being correspondingly arranged described first on described first slide mechanism 81 and described second slide mechanism 82, improve exercise performance of the present utility model.
Described illumination and alarming device 9 include: be arranged on the front lamp of described support body 1 front end, it is arranged on the rear lighting lamp of described support body 1 rear end, it is arranged on described support body 1 left front, the left-hand rotation lamp of left back, and is arranged on described support body 1 right front, the right-hand rotation lamp of right back.By described illumination and the setting of alarming device 9, improve the convenience of use, meanwhile, also improve the safety coefficient that this utility model uses.
Described public address set 10 is Bluetooth loudspeaker, by the setting of described public address set 10 so that this utility model has the function of music.
Described switching device 11 includes: being arranged on the fixture 111 outside described jack 2, and be arranged on the control bar 112 on described fixture 111, described control bar 112 is L-shaped.Setting by described switching device 11 so that this utility model has the convenient function of on-off control, during it addition, use, user can be realized the function of brake hard, thus further increase safety coefficient of the present utility model by described switching device 11.
As can be seen from the above description, a kind of scooter of the present utility model, by being respectively provided with described gravity sensor on described left threading 6 and described right threading 7, when detecting that user's gravity leans forward, this utility model is made to perform to accelerate operation, when user's gravity hypsokinesis being detected, this utility model performs deceleration-operation, further, the real-time detection angles of described gyroscope of the present utility model, and testing result is sent to described processor 41, described processor 41 sends steering motor 421 described in order-driven according to the information received and works, thus reach so that this utility model can realize the function of direction controlling by foot, additionally, by arranging the setting of described right threading 7, achieve the function of brake.Further, by being provided above described jack 2 at described vehicle frame 1, described seat unit 3 is made to have the advantages that to be easily installed, by arranging described agent set 4, this utility model is had easy to use, use the more preferable and multi-functional feature of comfort, by arranging described tracker 5, make the user can real-time positioning particular location of the present utility model, and then there is more preferable loss prevention function, by arranging described public address set 10, this utility model is made to have the function of music, by arranging described switching device 11 on described support body 1, this utility model is made to have the function of emergency brake, and then improve safety coefficient of the present utility model.Further, by arranging described seat unit 3, it is simple to user gets on the bus, so facilitate this utility model in use start or stop operation.This utility model has without manual, direction controlling by foot control system, can be rapidly achieved the feature such as speed governing and autobalance, it addition, this utility model also has anti-lost, easy to use, multi-functional, the feature such as use comfortable and Consumer's Experience good.
Embodiment 2:
nullRefer to Fig. 1、Fig. 2、Fig. 3、Fig. 4、Fig. 6 and Fig. 7，This utility model one scooter，Including: vehicle frame 1，The seat unit 3 being arranged on the jack 2 above described vehicle frame 1，It is arranged in described vehicle frame 1、The agent set 4 being connected with described seat unit 3 by described jack 2，It is arranged in described vehicle frame 1、The tracker 5 being connected with described agent set 4，It is arranged on described vehicle frame 1 both sides、The left threading 6 being connected with described agent set 4 and right threading 7，It is arranged in described vehicle frame 1、The gyroscope being connected with described agent set 4、Balance Control Scheme device and be used for driving left threading 6、The foot-operated autobalance motor that right threading 7 rotates，Gyroscope is for detecting left threading 6 and the levelness of right threading 7 and detection gained information being transferred to balance Control Scheme device，Balance Control Scheme device controls foot-operated autobalance motor running，Foot-operated autobalance motor drives left threading 6 and right threading 7 to turn to realize left threading 6 and the automatic balance function of right threading 7 with plane-parallel position，Make user all the time with horizontal plane，Improve Consumer's Experience，It is arranged on described vehicle frame 1 bottom、The carriage 8 being connected with described agent set 4，It is arranged on illumination and the alarming device 9 of described 1 week side of vehicle frame，It is arranged on described vehicle frame 1 public address set 10 being connected with described agent set 4，And be arranged on described vehicle frame 1、And the switching device 11 on the side relative with described public address set；The gravity sensor being connected with described agent set 4 it is respectively arranged with on described left threading 6 and described right threading 7, it is provided with steering motor in described vehicle frame 1, described agent set 4 includes processor, the direction controller being connected with described processor and described carriage 8, the weight distribution information of human body is transferred to direction controller by gravity sensor, computing through processor, steering motor operating is controlled by direction controller, steering motor drives the corresponding angle of front-drive of scooter, the front-wheel of scooter is provided with angular transducer, the rotational angle information of the front-wheel of scooter is transferred to direction controller and meets the requirement of direction controller with the rotational angle guaranteeing scooter by angular transducer, and the remote control unit 12 being connected with described agent set 4.
Specifically, described remote control unit 12 includes: second communication module 121, and the second control module 122 being connected with described second communication module 121.Described second communication module 121 is for setting up communication connection with described agent set 4, the instruction that described second control module 122 is used for after described second communication module 121 sets up communication connection with described agent set 4, inputs in real time according to user, controls this utility model and accelerates, slows down, plays the function such as music, stopping.More specifically, be provided with control APP in described second control module 122.It should be noted that described remote control unit 12 can be mobile phone, panel computer or remote controller.
The present embodiment 2 is with the difference of embodiment 1: the present embodiment 2 arranges described remote control unit 2 than embodiment more than 1, and other structures are similar with embodiment 1, specifically refer to the description of embodiment 1, and here is omitted.
From the above, it can be seen that this utility model is by arranging described remote control unit 12 so that this utility model has the function of remotely control, further increasing the convenience that this utility model is practical, thus improve the experience of user.
Finally should be noted that; above example is only in order to illustrate the technical solution of the utility model; rather than the restriction to this utility model protection domain; although having made to explain to this utility model with reference to preferred embodiment; it will be understood by those within the art that; the technical solution of the utility model can be modified or equivalent, without deviating from the spirit and scope of technical solutions of the utility model.
Claims (10)
- null1. a scooter，It is characterized in that，Including: vehicle frame，The seat unit being arranged on the jack above described vehicle frame，It is arranged in described vehicle frame、The agent set being connected with described seat unit by described jack，It is arranged in described vehicle frame、The tracker being connected with described agent set，It is arranged on described vehicle frame both sides、The left threading being connected with described agent set and right threading，It is arranged in described vehicle frame、The gyroscope being connected with described agent set、Balance Control Scheme device and be used for driving left threading、The foot-operated autobalance motor that right threading rotates，Gyroscope is for detecting left threading and the levelness of right threading and detection gained information being transferred to balance Control Scheme device，Balance Control Scheme device controls foot-operated autobalance motor running，Foot-operated autobalance motor drives left threading and right threading to turn to plane-parallel position and realizes the automatic balance function of left threading and right threading，Make user all the time with horizontal plane，Improve Consumer's Experience，It is arranged on described vehicle frame bottom、The carriage being connected with described agent set，It is arranged on illumination and the alarming device of side of described vehicle frame week，It is arranged on described vehicle frame the public address set being connected with described agent set，And be arranged on described vehicle frame、And the switching device on the side relative with described public address set；It is respectively arranged with, on described left threading and described right threading, the gravity sensor being connected with described agent set, it is provided with steering motor in described vehicle frame, described agent set includes processor, the direction controller being connected with described processor and described carriage, the weight distribution information of human body is transferred to direction controller by gravity sensor, computing through processor, steering motor operating is controlled by direction controller, steering motor drives the corresponding angle of front-drive of scooter, the front-wheel of scooter is provided with angular transducer, the rotational angle information of the front-wheel of scooter is transferred to direction controller and meets the requirement of direction controller with the rotational angle guaranteeing scooter by angular transducer.
- 2. scooter as claimed in claim 1, it is characterised in that described agent set also includes: the shock absorber being connected with described carriage.
- 3. scooter as claimed in claim 1, it is characterised in that described seat unit includes the support bar that one end is arranged on described jack, is arranged on described support bar other end upper supporting piece, and is arranged on the medicated cushion on described support member.
- 4. scooter as claimed in claim 1, it is characterised in that be provided with the first attachment structure on the side that described left threading is connected with described vehicle frame, the side that described right threading is connected with described vehicle frame is provided with the second attachment structure；It is respectively arranged with connecting hole in described first attachment structure and described second attachment structure.
- 5. scooter as claimed in claim 1, it is characterised in that described carriage includes: is arranged on first slide mechanism in front, described vehicle frame bottom, and is arranged on second slide mechanism at rear, described vehicle frame bottom.
- 6. scooter as claimed in claim 1, it is characterised in that described switching device includes: being arranged on the fixture outside described jack, and the control bar being arranged on described fixture, described control bar is L-shaped.
- 7. scooter as claimed in claim 2, it is characterised in that described processor includes: first communication module, the main control module being connected with described first communication module.
- 8. scooter as claimed in claim 5, it is characterized in that, described first slide mechanism includes: the first wheel cover, and is arranged on the first pulley in described first wheel cover, and is arranged on described first wheel cover the first driving motor being connected with described first pulley；Described second slide mechanism includes: the second wheel cover, and is arranged on the second pulley in described second wheel cover, and is arranged on described second wheel cover the second driving motor being connected with described second pulley.
- 9. scooter as claimed in claim 2, it is characterized in that, described direction controller includes: the first attachment structure that one side is connected with described steering motor, and the second attachment structure being connected with described first attachment structure another side and being connected with described carriage；Described first attachment structure includes: the first joint face being connected with described steering motor, while with described first joint face while the second joint face of being connected, and the 3rd joint face being connected with described second joint face another side and being connected with described second attachment structure；Described second attachment structure includes: the first linking arm of being connected with described carriage respectively, the second linking arm, and connects described first linking arm and described second linking arm and the stationary plane being connected with described 3rd joint face.
- 10. scooter as claimed in claim 1, it is characterised in that described scooter also includes being connected remote control unit with described agent set, and described remote control unit includes: second communication module, and the second control module being connected with described second communication module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620222291.3U CN205440701U (en) | 2016-03-19 | 2016-03-19 | Scooter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620222291.3U CN205440701U (en) | 2016-03-19 | 2016-03-19 | Scooter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205440701U true CN205440701U (en) | 2016-08-10 |
Family
ID=56574705
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620222291.3U Withdrawn - After Issue CN205440701U (en) | 2016-03-19 | 2016-03-19 | Scooter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205440701U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105799834A (en) * | 2016-03-19 | 2016-07-27 | 东莞市睿肯电子科技有限公司 | Scooter |
-
2016
- 2016-03-19 CN CN201620222291.3U patent/CN205440701U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105799834A (en) * | 2016-03-19 | 2016-07-27 | 东莞市睿肯电子科技有限公司 | Scooter |
| CN105799834B (en) * | 2016-03-19 | 2018-04-20 | 东莞市睿肯电子科技有限公司 | A kind of scooter |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160810 Effective date of abandoning: 20180420 |