CN204264373U - A kind of telescopic electric balance wheelbarrow - Google Patents
A kind of telescopic electric balance wheelbarrow Download PDFInfo
- Publication number
- CN204264373U CN204264373U CN201420589798.3U CN201420589798U CN204264373U CN 204264373 U CN204264373 U CN 204264373U CN 201420589798 U CN201420589798 U CN 201420589798U CN 204264373 U CN204264373 U CN 204264373U
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- connecting rod
- balance
- hinged
- wheelbarrow
- remote controller
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Abstract
The utility model provides a kind of telescopic electric to balance wheelbarrow, comprise wheelbarrow car body, remote controller, orientation and communication module, left balance module, right balance module, balance block is by the balance of telescoping mechanism control realization wheelbarrow, and the signal that on wheelbarrow, receptor receives can determine the angle and distance of projector on remote controller, orients the position of remote controller, realize two-wheeled auto balancing electric vehicle and automatically follow the tracks of traveling and/or remote controlled travelling, carry without the need to manpower, control simple, easy to use.
Description
Technical field
The utility model relates to vehicle technology field, particularly a kind of telescopic electric balance wheelbarrow.
Background technology
Current self-equalizing electric unicycle is generally that driver stands in and car carries out driving walking, and when driver does not stand onboard, car just can not be walked, and does not therefore have nobody Function for Automatic Pilot.After driver drives stretch journey, think walking, at this moment also needing to carry self-equalizing electric unicycle and walk, also having when finding electricity deficiency after travelling a period of time, at this moment driver also needs to carry self-equalizing electric unicycle and takes back, very inconvenient.Therefore, a kind of telescopic electric balance wheelbarrow that this patent provides travels and/or remote controlled travelling with automatically following the tracks of, and this telescopic electric balance wheelbarrow can realize unpiloted auto-steering, uprightly follow the tracks of traveling, also can carry out remote controlled travelling.
Utility model content
The technical problems to be solved in the utility model overcomes the problem that existing self-equalizing electric unicycle can not follow the tracks of traveling and/or remote controlled travelling automatically, provides a kind of with the telescopic electric balance wheelbarrow from motion tracking and/or remote controlled travelling function.
In order to solve the problem, the technical solution adopted in the utility model one is: provide a kind of telescopic electric to balance wheelbarrow, comprise wheelbarrow car body, it is characterized in that: also comprise remote controller 1.1, orientation and communication module, left balance module, right balance module, described orientation and communication module is for being at least two wireless receivers, described remote controller is with 1 wireless launcher, the wireless receiver of described orientation and communication module is electrically connected with the microprocessor in wheelbarrow car body, wireless launcher on described remote controller 1.1 is electrically connected with the microprocessor in remote controller, described two balance modules are arranged on shell 1.10 both sides of wheelbarrow car body, described left balance module comprises actuating device, retractor device and balance block, described right balance module comprises actuating device, retractor device and balance block, the retractor device of described left balance module is identical with the retractor device structure of right balance module, by hinged 3.1, connecting rod 3.2, hinged 3.3, connecting rod 3.4, connecting rod 3.6, slide block 3.7, connecting rod 3.10, connecting rod 3.11, hinged 3.13, connecting rod 3.14 and slide block 3.15 form, connecting rod 3.4 and connecting rod 3.6 are articulated with hinge 3.5, connecting rod 3.4 and connecting rod 3.2 are hinged and are connected to hinged 3.1, slide block 3.7 is equipped with in connecting rod 3.2 one end, slide block 3.7 is hinged with connecting rod 3.6, connecting rod 3.4 and connecting rod 3.6 form ground floor scissors mechanism, connecting rod 3.10 and connecting rod 3.11 are articulated with hinge 3.9, connecting rod 3.10 and connecting rod 3.6 are articulated with hinge 3.8, connecting rod 3.11 and connecting rod 3.4 are articulated with hinge 3.12, connecting rod 3.10 and connecting rod 3.11 form second layer scissors mechanism, connecting rod 3.11 and connecting rod 3.14 are articulated with hinged 3.13, slide block 3.15 is equipped with in connecting rod 3.14 one end, slide block 3.15 is hinged with connecting rod 3.10, connecting rod 3.2 is fixed on the shell 1.10 of wheelbarrow car body by hinged 3.1 and hinged 3.3, connecting rod 3.14 is fixed on corresponding balance block, be battery and/or clump weight in described balance block 1.8 and balance block 1.9, described scissors mechanism is at least one deck, described remote controller is also with wireless receiver, screen, starting key, shutdown button, upright button, from motion tracking button, forward key, Reverse keys, left-hand rotation button, quick key, right-hand rotation button and/or button at a slow speed, described button is mechanical type, touch and/or touch-screen, the wireless signal of described wireless receiver and wireless launcher is infrared, super sonic, bluetooth and/or radio frequency.
In order to solve the problem, the technical solution adopted in the utility model two is: provide a kind of telescopic electric to balance wheelbarrow, comprise wheelbarrow car body, it is characterized in that: also comprise remote controller 2.1, orientation and communication module, left balance module, right balance module, described orientation and communication module is 1 wireless receiver and at least 2 wireless launchers, described remote controller is with 1 wireless launcher and 1 wireless receiver, wireless receiver and the wireless launcher of described orientation and communication module are electrically connected with the microprocessor in wheelbarrow car body, wireless launcher on described remote controller 2.1 and wireless launcher are electrically connected with the microprocessor in remote controller, described two balance modules are arranged on shell 2.12 both sides of wheelbarrow car body, described left balance module comprises actuating device, retractor device and balance block, described right balance module comprises actuating device, retractor device and balance block, the retractor device of described left balance module is identical with the retractor device structure of right balance module, by hinged 3.1, connecting rod 3.2, hinged 3.3, connecting rod 3.4, connecting rod 3.6, slide block 3.7, connecting rod 3.10, connecting rod 3.11, hinged 3.13, connecting rod 3.14 and slide block 3.15 form, connecting rod 3.4 and connecting rod 3.6 are articulated with hinge 3.5, connecting rod 3.4 and connecting rod 3.2 are hinged and are connected to hinged 3.1, slide block 3.7 is equipped with in connecting rod 3.2 one end, slide block 3.7 is hinged with connecting rod 3.6, connecting rod 3.4 and connecting rod 3.6 form ground floor scissors mechanism, connecting rod 3.10 and connecting rod 3.11 are articulated with hinge 3.9, connecting rod 3.10 and connecting rod 3.6 are articulated with hinge 3.8, connecting rod 3.11 and connecting rod 3.4 are articulated with hinge 3.12, connecting rod 3.10 and connecting rod 3.11 form second layer scissors mechanism, connecting rod 3.11 and connecting rod 3.14 are articulated with hinged 3.13, slide block 3.15 is equipped with in connecting rod 3.14 one end, slide block 3.15 is hinged with connecting rod 3.10, connecting rod 3.2 is fixed on the shell 2.12 of wheelbarrow car body by hinged 3.1 and hinged 3.3, connecting rod 3.14 is fixed on corresponding balance block, be battery and/or clump weight in described balance block 2.10 and balance block 2.11, described scissors mechanism is at least one deck, described remote controller is also with wireless receiver, screen, starting key, shutdown button, upright button, from motion tracking button, forward key, Reverse keys, left-hand rotation button, quick key, right-hand rotation button and/or button at a slow speed, described button is mechanical type, touch and/or touch-screen, the wireless signal of described wireless receiver and wireless launcher is infrared, super sonic, bluetooth and/or radio frequency.
The beneficial effect that the utility model has is: the utility model can realize the unpiloted auto-steering of wheelbarrow by arranging of balance module, upright tracking driving functions, the signal received by receptor on wheelbarrow can determine the angle and distance of projector on remote controller, orient the position of remote controller, achieve two-wheeled auto balancing electric vehicle and automatically follow the tracks of traveling and/or remote controlled travelling, and also with screen on remote controller, starting key, shutdown button, upright button, from motion tracking button, forward key, Reverse keys, left-hand rotation button, right-hand rotation button, quick key and/or at a slow speed button control convenient.
Accompanying drawing explanation
Fig. 1 is a kind of telescopic electric balance of the utility model wheelbarrow scheme one structural representation.
Fig. 2 is a kind of telescopic electric balance of the utility model wheelbarrow scheme two structural representation.
Fig. 3 is a kind of telescopic electric balance wheelbarrow actuating device of the utility model and retractor device structural representation.
Detailed description of the invention
Be illustrated in figure 1 telescopic electric balance wheelbarrow embodiment one, this telescopic electric balance wheelbarrow, comprise remote controller 1.1 and wheelbarrow car body 1.4, remote controller 1.1 comprises wireless launcher 1.2, and wireless launcher 1.2 is electrically connected with the microprocessor 1.3 in remote controller 1.1, the actuating device 1.6 of balance module is electrically connected with the microprocessor in wheelbarrow car body 1.4, the retractor device 1.7 of balance module is electrically connected the both sides that left balance block 1.8 and right balance block 1.9 are arranged on the shell 1.10 of wheelbarrow car body respectively with the microprocessor in wheelbarrow car body 1.4, battery and/or clump weight is installed as in balance block 1.8 and balance block 1.9, in time being installed as battery in balance block 1.8 and balance block 1.9, wire can be electrically connected with the microprocessor in wheelbarrow car body 1.4 by the connecting rod with oil passage of retractor device 1.7, wireless receiver can be arranged on wheelbarrow carbody shell 1.10 or balance block.
Press the automatic track button on remote controller 1.1, remote control microprocessor 1.3 sends instruction, signal is sent through wireless launcher 1.2, when the wireless signal that the wireless module projector 1.2 that the wireless module receptor 1.5 on wheelbarrow car body 1.4 detects on remote controller 1.1 is launched, two wireless receivers 1.5 in wheelbarrow car body 1.4 can determine the angle and distance of projector 1.2 according to the signal received, orient the position of remote controller 1, then information is passed to the microprocessor on wheelbarrow car body 1.4.Conventional single wheel balance truck generally all carries gyroscope and accelerometer, microcontroller acquires gyroscope in wheelbarrow and accelerometer signal, output command after process, the actuating device 1.6 of driven equilibrium module and retractor device 1.7, flexible by left balance block 1.8 and right balance block 1.9, the center of gravity of adjustment wheelbarrow keeps the upright of wheelbarrow and turns to, thus realizes radio tracking traveling.
Action during wheelbarrow remote controlled travelling is controlled by remote controller 1.1, wireless launcher 1.2 sends operating instruction, wireless receiver 1.5 on wheelbarrow 1.4 receives signal and passes to microprocessor in wheelbarrow car body, microcontroller acquires gyroscope simultaneously in single wheel car body 1.4 and accelerometer signal, output command after process, the actuating device 1.6 of driven equilibrium module, flexible by left balance block 1.8 and right balance block 1.9, the center of gravity of adjustment wheelbarrow keeps the upright of wheelbarrow and turns to, thus realizes wireless remote control traveling.
Be illustrated in figure 2 the another kind of embodiment of telescopic electric balance wheelbarrow, this telescopic electric balance wheelbarrow, comprise remote controller 2.1 and wheelbarrow car body 2.5, remote controller 2.1 comprises wireless launcher 2.2 and wireless receiver 2.3, and wireless launcher 2.2 and wireless receiver 2.3 are electrically connected with the microprocessor 2.4 in remote controller 2.1, wireless receiver 2.8 is electrically connected with microprocessor device in wheelbarrow car body 2.5 with wireless launcher 2.9, the actuating device 2.6 of balance module is electrically connected with the microprocessor in wheelbarrow car body 2.5, the retractor device 2.7 of balance module is electrically connected with the microprocessor in wheelbarrow car body 2.5, left balance block 2.10 and right balance block 2.11 are arranged on the both sides of the shell 2.12 of wheelbarrow car body 2.5 respectively, balance block 2.10 and balance block 2.11 are battery and/or clump weight, when balance block 2.10 and balance block 2.11 are battery time, wire can be electrically connected with microprocessor in wheelbarrow car body 2.5 by the connecting rod with oil passage of retractor device 2.7, wireless receiver 2.8 and wireless launcher 2.9 can be arranged on wheelbarrow carbody shell 2.12 or balance block.
Press the automatic track button on remote controller 2.1, remote control microprocessor 2.4 sends instruction, wireless signal is sent through wireless launcher 2.2, when the wireless receiver 2.8 on wheelbarrow 2.5 receives wireless signal, pass to microprocessor in wheelbarrow car body 2.5, in wheelbarrow car body 2.5 microprocessor processes after output command, wireless signal is launched through wireless launcher 2.9, when the wireless signal that two wireless launchers 2.9 that the wireless receiver 2.3 on remote controller 2.1 detects on wheelbarrow car body 2.6 emit, wireless receiver 2.3 on remote controller 2.1 can according to the angle and distance of the signal determination receptor 2.3 of two wireless launchers 2.9 received on wheelbarrow car body 2.5, orient the relative position of receptor on remote controller 2.1 2.3 and wheelbarrow car body 2.5, then location information is passed to the microprocessor on single wheel car body car body 2.5.Conventional single wheel balance truck generally all carries gyroscope and accelerometer, output command after microcontroller acquires gyroscope in wheelbarrow and accelerometer signal process, the actuating device 2.6 of driven equilibrium module and retractor device 2.7, flexible by left balance block 2.10 and right balance block 2.11, the center of gravity of adjustment wheelbarrow keeps the upright of wheelbarrow and turns to, thus realizes radio tracking traveling.
Action during wheelbarrow remote controlled travelling is controlled by remote controller 2.1, wireless launcher 2.2 sends operating instruction, wireless receiver 2.8 Received signal strength on wheelbarrow car body 2.5, microprocessor in wheelbarrow car body 2.5, microcontroller acquires gyroscope simultaneously in single wheel car body 2.5 and accelerometer signal, output command after process, the actuating device 2.6 of driven equilibrium module and retractor device 2.7, flexible by left balance block 2.10 and right balance block 2.11, adjustment wheelbarrow center of gravity keeps the upright of wheelbarrow and turns to, thus realizes wireless remote control traveling.
The actuating device 1.6 of balance module of the present utility model as shown in Figure 3, in Fig. 3, a is the first structure, is made up of motor 6, gear 7, connecting rod 8, and connecting rod 8 and connecting rod 3.4 are fixedly connected on hinged 3.1, connecting rod 8 other end is fixedly connected with gear 7, and motor 6 rotates and drives retractor device motion.The second: if b in Fig. 3 is the second structure, be made up of motor 9, screw mandrel 10, slide block 11 and connecting rod 12, connecting rod 12 and connecting rod 2.4 are articulated with a hinge 13, connecting rod 12 is hinged with slide block 11, motor 9 drives screw mandrel 10 to rotate, thus slide block 11 moves up and down, retractor device is driven to move by connecting rod 12.As c in Fig. 3 is depicted as the third structure; be made up of motor 14 and gear 15; connecting rod 16, connecting rod 17, slide block 18 and hinged 19 compositions; gear 15 is fixedly connected with connecting rod 16; connecting rod 16 and connecting rod 17 are fixedly connected on hinged 19, and connecting rod 17 other end is hinged with slide block 18, and motor 14 rotates and drives retractor device to move; the actuating device 1.6 of balance module of the present utility model is not limited to this three kinds of structures, and similar structures is all at protection domain.
Claims (8)
1. a telescopic electric balance wheelbarrow, comprises wheelbarrow car body, it is characterized in that: also comprise remote controller (1.1), orientation and communication module, left balance module, right balance module; Described orientation and communication module is for being at least two wireless receivers; Described remote controller is with 1 wireless launcher; The wireless receiver of described orientation and communication module is electrically connected with the microprocessor in wheelbarrow car body; Wireless launcher on described remote controller (1.1) is electrically connected with the microprocessor in remote controller; Described two balance modules are arranged on shell (1.10) both sides of wheelbarrow car body.
2. a kind of telescopic electric balance wheelbarrow according to claim 1, is characterized in that: described left balance module comprises actuating device, retractor device and balance block, described right balance module comprises actuating device, retractor device and balance block, the retractor device of described left balance module is identical with the retractor device structure of right balance module, by hinged (3.1), connecting rod (3.2), hinged (3.3), connecting rod (3.4), connecting rod (3.6), slide block (3.7), connecting rod (3.10), connecting rod (3.11), hinged (3.13), connecting rod (3.14) and slide block (3.15) composition, connecting rod (3.4) and connecting rod (3.6) are articulated with hinge (3.5), connecting rod (3.4) and connecting rod (3.2) are hinged and are connected to hinged (3.1), slide block (3.7) is equipped with in connecting rod (3.2) one end, slide block (3.7) is hinged with connecting rod (3.6), connecting rod (3.4) and connecting rod (3.6) composition ground floor scissors mechanism, connecting rod (3.10) and connecting rod (3.11) are articulated with hinge (3.9), connecting rod (3.10) and connecting rod (3.6) are articulated with hinge (3.8), connecting rod (3.11) and connecting rod (3.4) are articulated with hinge (3.12), connecting rod (3.10) and connecting rod (3.11) composition second layer scissors mechanism, connecting rod (3.11) and connecting rod (3.14) are articulated with hinged (3.13), slide block (3.15) is equipped with in connecting rod (3.14) one end, slide block (3.15) is hinged with connecting rod (3.10), connecting rod (3.2) is fixed on the shell (1.10) of wheelbarrow car body by hinged (3.1) and hinged (3.3), connecting rod (3.14) is fixed on corresponding balance block, be battery and/or clump weight in described balance block (1.8) and balance block (1.9), described scissors mechanism is at least one deck.
3. a kind of telescopic electric balance wheelbarrow according to claim 1, it is characterized in that: described remote controller is also with wireless receiver, screen, starting key, shutdown button, upright button, from motion tracking button, forward key, Reverse keys, left-hand rotation button, quick key, right-hand rotation button and/or button at a slow speed, described button is mechanical type, touch and/or touch-screen.
4. a kind of telescopic electric balance wheelbarrow according to claim 1, is characterized in that: the wireless signal of described wireless receiver and wireless launcher is infrared, super sonic, bluetooth and/or radio frequency.
5. a telescopic electric balance wheelbarrow, comprises wheelbarrow car body, it is characterized in that: also comprise remote controller (2.1), orientation and communication module, left balance module, right balance module; Described orientation and communication module is 1 wireless receiver and at least 2 wireless launchers; Described remote controller is with 1 wireless launcher and 1 wireless receiver; Wireless receiver and the wireless launcher of described orientation and communication module are electrically connected with the microprocessor in wheelbarrow car body; Wireless launcher on described remote controller (2.1) and wireless launcher are electrically connected with the microprocessor in remote controller; Described two balance modules are arranged on shell (2.12) both sides of wheelbarrow car body.
6. a kind of telescopic electric balance wheelbarrow according to claim 5, is characterized in that: described left balance module comprises actuating device, retractor device and balance block, described right balance module comprises actuating device, retractor device and balance block, the retractor device of described left balance module is identical with the retractor device structure of right balance module, by hinged (3.1), connecting rod (3.2), hinged (3.3), connecting rod (3.4), connecting rod (3.6), slide block (3.7), connecting rod (3.10), connecting rod (3.11), hinged (3.13), connecting rod (3.14) and slide block (3.15) composition, connecting rod (3.4) and connecting rod (3.6) are articulated with hinge (3.5), connecting rod (3.4) and connecting rod (3.2) are hinged and are connected to hinged (3.1), slide block (3.7) is equipped with in connecting rod (3.2) one end, slide block (3.7) is hinged with connecting rod (3.6), connecting rod (3.4) and connecting rod (3.6) composition ground floor scissors mechanism, connecting rod (3.10) and connecting rod (3.11) are articulated with hinge (3.9), connecting rod (3.10) and connecting rod (3.6) are articulated with hinge (3.8), connecting rod (3.11) and connecting rod (3.4) are articulated with hinge (3.12), connecting rod (3.10) and connecting rod (3.11) composition second layer scissors mechanism, connecting rod (3.11) and connecting rod (3.14) are articulated with hinged (3.13), slide block (3.15) is equipped with in connecting rod (3.14) one end, slide block (3.15) is hinged with connecting rod (3.10), connecting rod (3.2) is fixed on the shell (2.12) of wheelbarrow car body by hinged (3.1) and hinged (3.3), connecting rod (3.14) is fixed on corresponding balance block, be battery and/or clump weight in described balance block (2.10) and balance block (2.11), described scissors mechanism is at least one deck.
7. a kind of telescopic electric balance wheelbarrow according to claim 5, it is characterized in that: described remote controller is also with wireless receiver, screen, starting key, shutdown button, upright button, from motion tracking button, forward key, Reverse keys, left-hand rotation button, quick key, right-hand rotation button and/or button at a slow speed, described button is mechanical type, touch and/or touch-screen.
8. a kind of telescopic electric balance wheelbarrow according to claim 5, is characterized in that: the wireless signal of described wireless receiver and wireless launcher is infrared, super sonic, bluetooth and/or radio frequency.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420589798.3U CN204264373U (en) | 2014-09-26 | 2014-09-26 | A kind of telescopic electric balance wheelbarrow |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420589798.3U CN204264373U (en) | 2014-09-26 | 2014-09-26 | A kind of telescopic electric balance wheelbarrow |
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| Publication Number | Publication Date |
|---|---|
| CN204264373U true CN204264373U (en) | 2015-04-15 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420589798.3U Expired - Fee Related CN204264373U (en) | 2014-09-26 | 2014-09-26 | A kind of telescopic electric balance wheelbarrow |
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| Country | Link |
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| CN (1) | CN204264373U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104309739A (en) * | 2014-09-26 | 2015-01-28 | 柳州惠林科技有限责任公司 | Telescopic type electric balance single-wheel vehicle |
| CN104960606A (en) * | 2015-06-10 | 2015-10-07 | 上海大学 | Two-wheeled self-balancing car with adaptively adjusted perspective |
| CN106094826A (en) * | 2016-07-03 | 2016-11-09 | 柳州惠林科技有限责任公司 | A kind of track based on electric unicycle sway one's hips formula balance puppet |
-
2014
- 2014-09-26 CN CN201420589798.3U patent/CN204264373U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104309739A (en) * | 2014-09-26 | 2015-01-28 | 柳州惠林科技有限责任公司 | Telescopic type electric balance single-wheel vehicle |
| CN104960606A (en) * | 2015-06-10 | 2015-10-07 | 上海大学 | Two-wheeled self-balancing car with adaptively adjusted perspective |
| CN106094826A (en) * | 2016-07-03 | 2016-11-09 | 柳州惠林科技有限责任公司 | A kind of track based on electric unicycle sway one's hips formula balance puppet |
| CN106094826B (en) * | 2016-07-03 | 2018-11-20 | 柳州惠林科技有限责任公司 | A kind of track based on electric unicycle sways one's hips formula balance puppet |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150415 Termination date: 20170926 |
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| CF01 | Termination of patent right due to non-payment of annual fee |