CN205339346U - Building wheelchair was climbed to four tracks two festivals based on swing of walking wheel - Google Patents
Building wheelchair was climbed to four tracks two festivals based on swing of walking wheel Download PDFInfo
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- CN205339346U CN205339346U CN201620102592.2U CN201620102592U CN205339346U CN 205339346 U CN205339346 U CN 205339346U CN 201620102592 U CN201620102592 U CN 201620102592U CN 205339346 U CN205339346 U CN 205339346U
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Abstract
The utility model discloses a building wheelchair was climbed to four tracks two festivals based on swing of walking wheel, it includes that wheelchair main part, two walking bull wheels and track climb building machine and construct, wheelchair main part direct mount is fixed on the building machine structure is climbed to the track, two walking bull wheels are installed on the building machine structure is climbed to the track through bull wheel pendulum -arm mechanism. The utility model discloses no matter climb building machine to push -wheel chair and track ingeniously and construct the combination together is level land walking or walk up and down stairs, all need not the split equipment, and it is applied more convenient to go out, the track of design is climbed and is stuck up wheelchair seat below before the building machine structure is located for the wheelchair can pass through half layer of platform department on the stair like ordinary push -wheel chair smoothly, has fine corridor trafficability characteristic, the wheel pendulum -arm mechanism who relates to locates can prevent the hypsokinesis upstairs at the stair reflex angle, downstairs can prevent leaning forward, and when stair were peacefully changed, the focus transition was more steady for the wheelchair stair reflex angle department can be more steady the transition, thereby make climb the building wheelchair just can be by the person's of taking autonomous manipulation.
Description
Technical field
This utility model relates to stair-climbing wheel chair, the frame for movement of especially wheel-track combined stair-climbing wheel chair.
Background technology
Current four-wheel wheelchair is elderly and infirm and the requisite walking-replacing tool of lower limb the disabled, but four-wheel wheelchair can not stair activity, limit use scope, live in the wheelchair user of walk-up building and cannot go up downstairs, affect it and go out to participate in social activity.China has rapidly entered aging society, and old people's problem of going on a journey is further prominent.
In order to solve the problems referred to above, market occurring in that, split type and integral type wheel carries out compound stair-climbing wheel chair.Split type structure is to be fixed on common wheelchair to climb on building crawler belt, such as Chinese patent CN201020122939.2 discloses a kind of electric track stair-climbing vehicle, upper downstairs time, wheelchair is temporarily installed on electric track stair-climbing vehicle, people is sitting on wheelchair together stair activity or perron again.It is to arrange wheelchair carrier at the rear portion of rectangle crawler body, and wheelchair carrier includes longeron and carrier bar, and longeron lower end and chassis are rotationally connected；Close to wheelchair carrier longeron lower end, carrier bar, carrier bar and longeron crossing at right angle are being set.The defect that this patent exists, one is: is no matter level walking or needs repeatedly to split and assemble stairs-mover and wheelchair when climbing building, bulky；Need when going out to be helped to carry by other people；Two are: owing to wheelchair tilts backwards when platform is turned, longitudinal separation is long, and the operator that wheelchair is below also needs to standing room, and it is extremely difficult that this makes whole wheelchair turn at platform place；Three are: whole process needs entourage and then, split the process assembled and are required for other people operation, and climb in building process be also other people in operation, particularly in stair half storey platform place, due to the device of not anti-hypsokinesis, it is necessary to people hold up slowly crawler belt from stair to level land.
Integral type crawler belt stair-climbing wheel chair has following scheme:
1. stair-climbing wheel chair disclosed in Chinese patent CN201210590075.0, owing to crawler belt entirety can only lift up or transfer, it is impossible to folding so that wheelchair anteroposterior dimension is relatively big, causes that wheelchair is bad by property at stair half storey platform place.
2. stair-climbing wheel chair disclosed in Chinese patent CN201320833460.3, its walking bull wheel installation site is to the front, it is impossible to use on level land, and can not by operator's autonomous operation.
3. stair-climbing wheel chair disclosed in Chinese patent CN201510048349.7, it is impossible to enough by reflex angle (angles more than the 180 degree) place at (angles more than 90 degree and less than the 180 degree) place, obtuse angle of stair and stair under operator's autonomous operation.
4. stair-climbing wheel chair structure disclosed in Chinese patent 201510594011.1 is complicated, and do not mention stair reflex angle place by method, the concept feasible climbing building is poor.
5. the integral type wheel of " explorer's stair climbing vehicle " a by name of Italy is carried out compound stair-climbing wheel chair and steadily can be climbed building neatly under occupant's autonomous operation and walk pacifically, but its motion is more than 4, structure is complicated, build is huge, it is poor that corridor passes through property, it is dfficult to apply to ordinarily resident building, and cost is high, it is not easy to promote the use of.
Utility model content
In order to overcome existing split type and integral type wheel to carry out the technological deficiency that compound stair-climbing wheel chair exists simultaneously, this utility model provide a kind of compact conformation simple, can autonomous operation and at stair half storey platform place by the binodal four crawler belt stair-climbing wheel chair that property is good.
For reaching above-mentioned purpose, binodal four crawler belt stair-climbing wheel chair of the present utility model is achieved through the following technical solutions:
A kind of binodal four crawler belt stair-climbing wheel chair swung based on road wheel, it includes wheelchair main body, two walking bull wheels and crawler belt Climbing building device；Wheelchair main body is to be provided with the chair back, seat support, pedal on wheelchair frame, and the front lower place of wheelchair frame is equipped with two universal wheels；It is characterized in that, wheelchair main body is directly fixed on crawler belt Climbing building device；Two walking bull wheels are arranged on crawler belt Climbing building device by bull wheel oscillating arm mechanisms；Described bull wheel oscillating arm mechanisms is included swing arm motor and the first deceleration device, swing arm motor and the first deceleration device and is fixed on crawler belt Climbing building device by fixed mount；The output shaft of the first deceleration device is crankshaft structure, and two above-mentioned walking bull wheels are arranged on crankshaft two end, drives two walking bull wheels to swing up and down when swing arm motor runs, with hand rim on walking bull wheel；
Described crawler belt Climbing building device is made up of forward and backward two sections of pedrail mechanisms and track drive motor and the second deceleration device；Leading portion pedrail mechanism and back segment pedrail mechanism are all symmetrical pair of pedrail mechanisms, leading portion pedrail mechanism and back segment pedrail mechanism are linked together by power axle connecting as two pitch chain bars, and leading portion pedrail mechanism can be tilted around power axle by crawler belt Qian Qiao mechanism；The live axle of track drive motor and the second deceleration device and back segment pedrail mechanism realizes transmission, and back segment pedrail mechanism directly drives leading portion pedrail mechanism to operate；Described back segment pedrail mechanism is to be provided with driving wheel, drive, back segment support wheel, guiding regulating wheel and a circle back segment crawler belt between the fixing plate in the medial and lateral of back segment；Wherein, driving wheel is arranged on live axle and the second deceleration device realizes transmission, drive, back segment support wheel and guiding regulating wheel is installed successively by tandem, and the installation site of guiding regulating wheel supports wheel higher than back segment, so that crawler belt rear end upwarps certain angle；
Motor and the 3rd deceleration device are stuck up in described crawler belt Qian Qiao mechanism before including, front stick up motor and the 3rd deceleration device is fixed on below seat support by fixed mount；The output shaft of the 3rd deceleration device is crankshaft structure, and crankshaft two end is connected with pull bar, and pull bar is flexibly connected with leading portion pedrail mechanism again, when currently sticking up motor operation, drives crank rotation, so that leading portion pedrail mechanism is mentioned by pull bar.
Further, the fixing plate in the outside of back segment pedrail mechanism is provided with the fixing card of the wheelchair for installing wheelchair main body, by fixing card, wheelchair main body is directly fixed on crawler belt Climbing building device.
Further, the first described deceleration device and the crankshaft structure of the 3rd deceleration device are to be fixedly connected with and axially vertical fork at the two ends of reduction unit output shaft.
Further, described leading portion pedrail mechanism is to fix to be sequentially installed with driven pulley, leading portion support wheel, inner side drive and a circle leading portion crawler belt by tandem on plate outside leading portion；Wherein, inner side drive is arranged on the power axle of back segment pedrail mechanism, thus realizing the transmission of front and back section.
Upper method of work downstairs of the present utility model is:
One, process upstairs:
1. when occupant's bimanualness rotates walking bull wheel arrival stair place, first adjustment direction makes walking bull wheel backwards, and lean against first step along upper so that centering direction, then operation bull wheel oscillating arm mechanisms makes to swing to leave ground on walking bull wheel, make back segment pedrail mechanism progressively land simultaneously, the now interim hypsokinesis of wheelchair main body, operate crawler belt Qian Qiao mechanism again, leading portion pedrail mechanism is made to launch to land, leading portion pedrail mechanism and back segment pedrail mechanism bottom surface is made to become a plane, operate crawler belt Climbing building device backward again, start to climb building with crawler belt, convert to after crossing second step and normally climb building state；
2. when climb building to last step along time, for avoiding unexpected hypsokinesis, crawler belt should be temporarily ceased and climb building, occupant operates bull wheel swing mechanism simultaneously and makes bull wheel swing backward just to land, operate crawler belt Climbing building device again to continue to climb building, complete center of gravity transition from stair to level land, until crawler belt Climbing building device completely disengages from last step edge, then operation crawler belt Qian Qiao mechanism, stick up before making crawler belt Climbing building device below wheelchair seat, last operation bull wheel oscillating arm mechanisms, make to swing under bull wheel level walking state, rotate both sides walking bull wheel and carry out level walking or by stair half storey platform.
3, continue to repeat above-mentioned 1.2 processes, until needing the floor reached.
Two, go downstairs process:
1. when occupant's bimanualness rotates walking bull wheel arrival stair place, first operation bull wheel oscillating arm mechanisms be swung up walking bull wheel parallel with seat to swing arm bar, operation crawler belt Qian Qiao mechanism simultaneously, leading portion pedrail mechanism is made to launch, so that leading portion pedrail mechanism and back segment pedrail mechanism bottom surface become a plane, now stair-climbing wheel chair is supported by the front end of crawler belt Climbing building device and walking bull wheel, the interim hypsokinesis of wheelchair main body, operate crawler belt Climbing building device again, crawler belt front end and is located in Dai Pa building wheelchair to running downstairs, crawler belt comes into contact with step edge, first step is crossed along afterwards in overall center of gravity, stop crawler belt Climbing building device, and operate in bull wheel oscillating arm mechanisms pendulum walking bull wheel to higher than the position climbing building crawler belt, and then drive crawler belt Climbing building device even running downstairs；
2, after stair-climbing wheel chair departs from last step edge, first operation crawler belt Qian Qiao mechanism, folds leading portion crawler sections, then operates the bull wheel oscillating arm mechanisms bottom and take turns to greatly the position making seat inclination angle comfortable, stair-climbing wheel chair converts level walking state to, carries out level walking or by stair half storey platform.
3, continue to repeat above-mentioned 1.2 processes, until needing the floor reached.
Of the present utility model have the benefit effect that
1. dexterously push-chairs and crawler belt Climbing building device being combined, no matter be level walking or stair activity, all assemble without splitting, application of going out is convenient；Owing to road wheel is big, with hand rim on road wheel, level walking is flexible, and autonomous operation is laborsaving.
2., by sticking up before the allosteric of crawler belt and the swinging up and down of bull wheel of walk, it is possible to conversion level walking and climb the kinestate in building neatly, also can be changed to level walking state even at stair half storey platform place；Owing to walking bull wheel can be swung up, when making stair-climbing wheel chair climb building state, occupant is very close to the step of stair, and sensation center of gravity is low safer.
3. this utility model wheelchair is when arriving stair half storey platform place, owing to sticking up below wheelchair seat before crawler belt Climbing building device place, the overall dimensions making wheelchair is the same with common push-chairs, such that it is able to pass through stair half storey platform place as common push-chairs, there is the good corridor property passed through, it is possible to be suitable for the ordinarily resident building that space is comparatively narrow；
4. this utility model has only to the cooperation of crawler belt Qian Qiao mechanism and bull wheel oscillating arm mechanisms and can be achieved with the smooth conversion of kinestate, and structure is relatively easy, advantage of lower cost, has good promotional value.
5, owing to bull wheel oscillating arm mechanisms of the present utility model upstairs can anti-hypsokinesis at stair reflex angle place, downstairs preventing leaning forward, when stair are changed pacifically, center of gravity transition is more steady, make wheelchair can compare stable transition at stair reflex angle place, so that stair-climbing wheel chair can by occupant's autonomous operation.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of this utility model level walking state；
Fig. 2 is the schematic perspective view that this utility model climbs building state；
Fig. 3 is wheelchair main body schematic perspective view；
Three-dimensional situation schematic diagram when Fig. 4 is to stick up before crawler belt Climbing building device；
Fig. 5 is the three-dimensional situation schematic diagram during expansion of crawler belt Climbing building device；
Fig. 6 is crawler belt Qian Qiao mechanism schematic perspective view；
Fig. 7 is bull wheel oscillating arm mechanisms axonometric chart；
Fig. 8 is state transition diagram during upper going downstairs.
Marginal data, 1-wheelchair main body, 2-bull wheel oscillating arm mechanisms, 3-crawler belt Climbing building device, 4-crawler belt Qian Qiao mechanism, 5-pedal, 6-seat support, 7-universal wheel, 8-leading portion pedrail mechanism, 9-back segment pedrail mechanism, 10-track drive motor and the second deceleration device, 11-back segment supports wheel, 12-leading portion supports wheel, 13-power axle, drive inside 14-, drive outside 15-, plate is fixed inside 16-, 17-back segment crawler belt, 18-driving wheel, 19-leads regulating wheel, 20-battery case, plate is fixed outside 21-, 22-tensioner, the fixing card of 23-wheelchair, 24-leading portion crawler belt, the fixing plate of Athey wheel before 25-, 26-driven pulley, motor and the 3rd deceleration device is stuck up before 27-, 28-fold drive shaft, 29-fork, 30-intermediate rotary shaft, 31-pull bar, 32-swing arm bar, 33-swing arm driving axle, 34-swing arm motor and the first deceleration device, 35-walks bull wheel.
Detailed description of the invention
Below in conjunction with accompanying drawing, example of the present utility model is further described:
As shown in Fig. 1,2,3,4,5,6,7, a kind of two section of four crawler belt stair-climbing wheel chair swung based on road wheel, it includes 1, two walking bull wheels 35 of wheelchair main body and crawler belt Climbing building device 3；Wheelchair main body 1 is to be provided with the chair back, seat support 6 and pedal 5 on wheelchair frame, and the front lower place of wheelchair frame is equipped with two universal wheels 7；Wherein, wheelchair main body 1 is directly fixed on crawler belt Climbing building device 3；Two walking bull wheels 35 are arranged on crawler belt Climbing building device 3 by bull wheel oscillating arm mechanisms 2；Described bull wheel oscillating arm mechanisms 2 is as it is shown in fig. 7, comprises swing arm motor and the first deceleration device 34, swing arm motor and the first deceleration device 34 are fixed on crawler belt Climbing building device 3 by fixed mount；The swing arm driving axle 33 of swing arm motor and the first deceleration device 34 is crankshaft structure, two above-mentioned walking bull wheels 35 are arranged on the wheel shaft of crankshaft two end, two walking bull wheels 35 are driven to swing up and down when swing arm motor runs, with hand rim (not shown in FIG.) on walking bull wheel 35；
Described crawler belt Climbing building device 3 is made up of leading portion pedrail mechanism 8, back segment pedrail mechanism 9 and track drive motor and the second deceleration device 10；Leading portion pedrail mechanism 8 and back segment pedrail mechanism 9 are all symmetrical pair of pedrail mechanisms, leading portion pedrail mechanism 8 and back segment pedrail mechanism 9 are connected as two pitch chain bars and are linked together by power axle 13 like that, and leading portion pedrail mechanism 8 passes through crawler belt Qian Qiao mechanism 4 and can tilt around power axle 13；Track drive motor and the second deceleration device 10 realize transmission by the live axle (in figure non-label) of back segment pedrail mechanism 9, and back segment pedrail mechanism 9 directly drives leading portion pedrail mechanism 8 to run；
As shown in Figure 6, it sticks up motor and the 3rd deceleration device 27 before including in described crawler belt Qian Qiao mechanism 4, front sticks up motor and the 3rd deceleration device 27 is fixed on below seat support 6 by fixed mount；Before to stick up the output shaft of motor and the 3rd deceleration device 27 be fold drive shaft 28, fold drive shaft 28 is a crankshaft structure, crankshaft two end is connected with pull bar 31, pull bar 31 is flexibly connected with leading portion pedrail mechanism 8 again, when currently sticking up motor operation, drive crank rotation, so that leading portion pedrail mechanism 8 is mentioned by pull bar 31.
Further, the crankshaft structure of the first described deceleration device is, the two ends of swing arm driving axle 33 are fixedly connected with and axially vertical swing arm bar 32.
Further, the crankshaft structure of the 3rd described deceleration device is, the two ends of fold drive shaft 28 are fixedly connected with and axially vertical fork 29；It addition, the swinging end of fork 29 is provided with the intermediate rotary shaft 30 for cylinder lever connecting rod 31.
Further, described back segment pedrail mechanism 9 is to be provided with driving wheel 18, outside drive 15, back segment support wheel 11, guiding regulating wheel 19 and a circle back segment crawler belt 17 between the fixing plate 21 of the fixing plate 16 in the inner side of back segment and outside；Wherein, driving wheel 18 is arranged on track drive motor and the second deceleration device 10 live axle and realizes transmission, outside drive 15, back segment support wheel 11 and guiding regulating wheel 19 is installed successively by tandem, and the installation site of guiding regulating wheel 19 supports wheel 11 higher than back segment, so that back segment crawler belt 17 rear end upwarps certain angle；The fixing plate 21 in outside is provided with the fixing card 23 of the wheelchair for installing wheelchair main body 1；Guiding regulating wheel 19 is realized tensioning by tensioner 21；Back segment pedrail mechanism 9 is additionally provided with battery case 20.
Further, described leading portion pedrail mechanism 8 is to be sequentially installed with driven pulley 26, leading portion support wheel 12, inner side drive 14 and a circle leading portion crawler belt 24 by tandem on the fixing plate 25 of front Athey wheel；Wherein, on the power axle 13 that inner side drive 14 is arranged on back segment pedrail mechanism 9 and leading portion pedrail mechanism 8 shares, thus realizing the transmission of front and back section.
On this utility model, downstairs work process is as shown in Figure 8, specific as follows:
One, process upstairs:
1. when occupant's bimanualness rotation walking bull wheel 35 arrives stair place, first adjustment direction makes walking bull wheel 35 backwards, and lean against first step along upper so that centering direction, then operation bull wheel oscillating arm mechanisms 2 makes to swing to leave ground on walking bull wheel 35, make back segment pedrail mechanism 9 progressively land simultaneously, the now interim hypsokinesis of wheelchair main body 1, operate crawler belt Qian Qiao mechanism 4 again, leading portion pedrail mechanism 8 is made to launch to land below wheelchair main body 1, leading portion pedrail mechanism 8 and back segment pedrail mechanism 9 bottom surface is made to become a plane, operate crawler belt Climbing building device 3 backward again, cross wheelchair master after second step, 1 no longer tilts normally to climb building；
2. when climb building to last step along time, for avoiding unexpected hypsokinesis, crawler belt should be temporarily ceased and climb building, occupant operates bull wheel oscillating arm mechanisms 2 simultaneously and makes walking bull wheel 35 swing backward just to land, operate crawler belt Climbing building device 3 again to continue to climb building, complete center of gravity transition from stair to level land, until crawler belt Climbing building device 3 completely disengages from last step edge, then operation crawler belt Qian Qiao mechanism 4, stick up below seat of wheeled chair 6 before making crawler belt Climbing building device 3, last operation bull wheel oscillating arm mechanisms 2, walking bull wheel is made to swing to level walking state 35 times, carry out level walking or by stair half storey platform.
3, continue to repeat above-mentioned 1,2 processes, until needing the floor reached.
Two, go downstairs process:
1. when occupant's bimanualness rotation walking bull wheel 35 arrives stair place, first operation bull wheel oscillating arm mechanisms 2 be swung up walking bull wheel 35 to swing arm bar 32 parallel with seat support 6, operation crawler belt Qian Qiao mechanism 4 simultaneously, leading portion pedrail mechanism 8 is made to launch, so that leading portion pedrail mechanism 8 and back segment pedrail mechanism 9 bottom surface become a plane, now stair-climbing wheel chair is supported by the front end of crawler belt Climbing building device 3 and walking bull wheel 35, the interim hypsokinesis of wheelchair main body 1, operate crawler belt Climbing building device 3 again, the crawler belt front end of leading portion pedrail mechanism 8 area and climbs building wheelchair to running downstairs, crawler belt comes into contact with step edge, first step is crossed along afterwards in overall center of gravity, stop crawler belt Climbing building device 3, and operate in bull wheel oscillating arm mechanisms 2 pendulum walking bull wheel 35 to being higher than the position climbing building crawler belt, and then drive crawler belt Climbing building device 3 even running downstairs；
2, after stair-climbing wheel chair departs from last step edge, first operation crawler belt Qian Qiao mechanism 4, leading portion pedrail mechanism 8 is folded, operate bull wheel oscillating arm mechanisms 2 bottom walking bull wheel 35 again to making the position that seat support 6 inclination angle is comfortable, stair-climbing wheel chair converts level walking state to, carries out level walking or by stair half storey platform.
3, continue to repeat above-mentioned 1.2 processes, until needing the floor reached.
Claims (4)
1. the binodal four crawler belt stair-climbing wheel chair swung based on road wheel, it includes wheelchair main body, two walking bull wheels and crawler belt Climbing building device；Wheelchair main body is to be provided with the chair back, seat support, pedal on wheelchair frame, and the front lower place of wheelchair frame is equipped with two universal wheels；It is characterized in that, wheelchair main body is directly fixed on crawler belt Climbing building device；Two walking bull wheels are arranged on crawler belt Climbing building device by bull wheel oscillating arm mechanisms；
Described bull wheel oscillating arm mechanisms is included swing arm motor and the first deceleration device, swing arm motor and the first deceleration device and is fixed on crawler belt Climbing building device by fixed mount；The output shaft of the first deceleration device is crankshaft structure, and two above-mentioned walking bull wheels are arranged on crankshaft two end, drives two walking bull wheels to swing up and down when swing arm motor runs, with hand rim on walking bull wheel；
Described crawler belt Climbing building device is made up of forward and backward two sections of pedrail mechanisms and track drive motor and the second deceleration device；Leading portion pedrail mechanism and back segment pedrail mechanism are all symmetrical pair of pedrail mechanisms, leading portion pedrail mechanism and back segment pedrail mechanism are linked together by power axle connecting as two pitch chain bars, and leading portion pedrail mechanism can be tilted around power axle by crawler belt Qian Qiao mechanism；The live axle of track drive motor and the second deceleration device and back segment pedrail mechanism realizes transmission, and back segment pedrail mechanism directly drives leading portion pedrail mechanism to operate；Described back segment pedrail mechanism is to be provided with driving wheel, drive, back segment support wheel, guiding regulating wheel and a circle back segment crawler belt between the fixing plate in the medial and lateral of back segment；Wherein, driving wheel is arranged on live axle and the second deceleration device realizes transmission, drive, back segment support wheel and guiding regulating wheel is installed successively by tandem, and the installation site of guiding regulating wheel supports wheel higher than back segment, so that crawler belt rear end upwarps certain angle；
Motor and the 3rd deceleration device are stuck up in described crawler belt Qian Qiao mechanism before including, front stick up motor and the 3rd deceleration device is fixed on below seat support by fixed mount；The output shaft of the 3rd deceleration device is crankshaft structure, and crankshaft two end is connected with pull bar, and pull bar is flexibly connected with leading portion pedrail mechanism again, when currently sticking up motor operation, drives crank rotation, so that leading portion pedrail mechanism is mentioned by pull bar.
2. binodal four crawler belt stair-climbing wheel chair as claimed in claim 1, it is characterised in that be provided with the fixing card of the wheelchair for installing wheelchair main body on the fixing plate in the outside of back segment pedrail mechanism, by fixing card, wheelchair main body be directly fixed on crawler belt Climbing building device.
3. binodal four crawler belt stair-climbing wheel chair as claimed in claim 1, it is characterised in that the first described deceleration device and the crankshaft structure of the 3rd deceleration device are to be fixedly connected with and axially vertical fork at the two ends of reduction unit output shaft.
4. binodal four crawler belt stair-climbing wheel chair as claimed in claim 1, it is characterised in that described leading portion pedrail mechanism is to fix to be sequentially installed with driven pulley, leading portion support wheel, inner side drive and a circle leading portion crawler belt by tandem on plate outside leading portion；Wherein, inner side drive is arranged on the power axle of back segment pedrail mechanism, thus realizing the transmission of front and back section.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620102592.2U CN205339346U (en) | 2016-02-01 | 2016-02-01 | Building wheelchair was climbed to four tracks two festivals based on swing of walking wheel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620102592.2U CN205339346U (en) | 2016-02-01 | 2016-02-01 | Building wheelchair was climbed to four tracks two festivals based on swing of walking wheel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205339346U true CN205339346U (en) | 2016-06-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620102592.2U Withdrawn - After Issue CN205339346U (en) | 2016-02-01 | 2016-02-01 | Building wheelchair was climbed to four tracks two festivals based on swing of walking wheel |
Country Status (1)
| Country | Link |
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| CN (1) | CN205339346U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105748217A (en) * | 2016-02-01 | 2016-07-13 | 山东科技大学 | Two-section four-track stair climbing wheelchair based on walking wheel swinging and upstairs and downstairs going method |
| CN108606879A (en) * | 2018-04-25 | 2018-10-02 | 宁波蒙曼生物科技有限公司 | A kind of electric wheelchair |
| CN110326921A (en) * | 2019-07-17 | 2019-10-15 | 黄有超 | A kind of Vehicular multifunctional moved seat |
-
2016
- 2016-02-01 CN CN201620102592.2U patent/CN205339346U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105748217A (en) * | 2016-02-01 | 2016-07-13 | 山东科技大学 | Two-section four-track stair climbing wheelchair based on walking wheel swinging and upstairs and downstairs going method |
| CN108606879A (en) * | 2018-04-25 | 2018-10-02 | 宁波蒙曼生物科技有限公司 | A kind of electric wheelchair |
| CN110326921A (en) * | 2019-07-17 | 2019-10-15 | 黄有超 | A kind of Vehicular multifunctional moved seat |
| CN110326921B (en) * | 2019-07-17 | 2024-06-04 | 黄有超 | Vehicle-mounted multifunctional movable seat |
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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 |
Granted publication date: 20160629 Effective date of abandoning: 20170908 |
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| AV01 | Patent right actively abandoned |