CN201519241U - Electric stair-climbing wheelchair - Google Patents
Electric stair-climbing wheelchair Download PDFInfo
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- CN201519241U CN201519241U CN2009202006011U CN200920200601U CN201519241U CN 201519241 U CN201519241 U CN 201519241U CN 2009202006011 U CN2009202006011 U CN 2009202006011U CN 200920200601 U CN200920200601 U CN 200920200601U CN 201519241 U CN201519241 U CN 201519241U
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Abstract
The utility model relates to an electric stair-climbing wheelchair which comprises a chair, handrails, a front wheel, a rear wheel and a compound chassis assembly, wherein a traveling output shaft of a power box is connected with the front wheel, a barrier-crossing and stair-climbing output shaft is connected with a rear shaft gear box, the rear shaft gear box drives a belt wheel of a barrier-crossing crawler, an overturning frame of the rear wheel is mounted on a rear wheel shaft through a shaft sleeve, an auxiliary crawler frame is hinged with a crawler frame, the auxiliary crawler frame and the power box are movably connected by a front connecting rod, the auxiliary crawler frame is connected with the overturning frame of the rear wheel by a sprocket wheel, one end of an electric push rod is connected on a rack, the other end drives the rear wheel to overturn through a posture-changing mechanism, one ends of a bearing frame, the rack and a rear connecting rod are coaxially fixed on a support shaft, moon-shaped positioning blocks at two ends of the support shaft are matched with moon-shaped buckles at the end part of the crawler frame, and the other end of the rear connecting rod is hinged with the crawler frame. The electric stair-climbing wheelchair has the functions of travelling on flat roads, crossing pits and ditches, climbing stairs up and down and the like and has the advantages of compact structure, high degree of automation, stable work, safe use and small volume.
Description
Technical field
This utility model relates to a kind of electric stair climbing wheel chair.
Background technology
At present, known wheelchair, electric wheelchair can only be spent on the smooth road surface less than 12 in the gradient and be travelled, and just can't cross over but run into stairway step, groove, bank.
And cross over the stair step is these handicapped crowds' biggest obstacle.Country in 2004 is thought of as these houses and installs elevator additional in order to solve the problem of these house stair activities, but because each side causes this plan stranded.Now external to cross over stair are transporting equipment---stairs-movers by the emergency evacuation of building in order to solve the person that takes the wheelchair, are about to wheelchair and are temporarily fixed on the stairs-mover, so as to stair activity.Send the original place after finishing using again back to, service routine is loaded down with trivial details.Though can solve the person's stair activity of taking the wheelchair, just can't stair activity at the building that are not equipped with stairs-mover.
At present, both at home and abroad stair-climbing wheel chair can be divided into two kinds of continuous and batch-type according to the motion mode of stair climbing.
The main feature of continuous stair climbing wheelchair is in the stair climbing process, has only a cover bracing or strutting arrangement, relies on the serial movement of this cover bracing or strutting arrangement, thereby realizes the function of wheelchair stair activity.But prior art constructions is very complicated.
The stair climbing process of batch-type stair climbing wheelchair is similar to the process of people's stair activity, and its main feature is to have two cover bracing or strutting arrangements, and two cover bracing or strutting arrangements alternately support, to realize the function of stair activity.Its shortcoming is a complex structure, and the stair climbing process is discontinuous, and the speed of stair climbing is slow, so also do not promoted.
Summary of the invention
The purpose of this utility model provide a kind of volume small and exquisite, simple to operate flexible, safe in utilization, have an intelligent electric stair-climbing wheel chair of riding, striding bank, Yue Gou instead of walk, climbing functions such as building.
The technical scheme that its technical problem that solves this utility model adopts is: comprise seat, handrail, front-wheel, trailing wheel and compound chassis assembly, compound chassis assembly comprises secondary track frame, the obstacle detouring crawler belt, front rod, track frame, compound chassis jacking block, the composite power casing, electric pushrod, power transmission shaft, become attitude mechanism, carrier, frame, back link, month shape locating piece, the rear axle gear case, hind axle and month shape clasp, seat and handrail are fixed on the carrier, the composite power casing is fixed on the frame, the walking output shaft of composite power casing connects front-wheel, obstacle detouring, climb the building output shaft and connect the rear axle gear case by power transmission shaft, the rear axle gear case drives the belt wheel of obstacle detouring crawler belt by hind axle, the rollover stand of trailing wheel is installed on the hind axle by axle sleeve, secondary track frame and track frame are hinged, be movably connected by front rod between secondary track frame and the composite power casing, link to each other by sprocket wheel between the rollover stand of secondary track frame and trailing wheel, one end of electric pushrod is connected on the frame, the other end drives the trailing wheel upset by becoming attitude mechanism, carrier, one end of frame and back link is coaxial to be fixed on the fulcrum, the fixing month shape locating piece in the two ends of fulcrum, month shape locating piece matches with month shape clasp of track frame end, the other end and the track frame of back link are hinged, become attitude mechanism and comprise change appearance axle, mechanism rack and trailing wheel pedestal, one group two of mechanism rack are symmetrical arranged parallel connection and become appearance axle and trailing wheel pedestal, on the change appearance axle between two mechanism rack, fix two swing arms, link to each other by bearing pin between two swing arms, one end of electric pushrod is hinged on the bearing pin, side in mechanism rack is provided with servo-actuated convex pendulum, link to each other by the convex balance staff between servo-actuated convex pendulum and the mechanism rack, the servo-actuated convex is laid out and is provided with the servo-actuated chute, mechanism rack is provided with gathering sill, one end of swing arm is by sliding pin while and servo-actuated chute, gathering sill is slidingly matched, the end of convex balance staff is the servo-actuated minor sprocket fixedly, the servo-actuated minor sprocket by the servo-actuated chain be fixed on the servo-actuated hinge wheel that becomes on the appearance axle and link to each other, becoming fixed sectors sprocket wheel on the appearance axle, fan-shaped sprocket links to each other with trailing wheel upset sprocket wheel on being fixed on rollover stand by trailing wheel upset chain.
In a side that becomes the appearance axle tensioning shaft is set, fixed tensioning wheel on the tensioning shaft, trailing wheel upset chain matches with regulating wheel.
Amortisseur is set below carrier, and an end of amortisseur is fixed on the carrier, and the other end is fixed on the composite power casing.
The composite power casing comprises the power clutch mechanism of casing, motor and casing sidepiece, motor carries out the first order by worm screw, worm gear and slows down, balladeur train is plugged on the worm-wheel shaft and interlock with it slidably, the below of balladeur train is provided with road wheel gear with matching and climbs the building gear, the road wheel gear carries out double reduction interlock road wheel power output shaft, climbs the building gear and carries out double reduction by the secondary interlock Climbing building device of bevel gear power output shaft.
Power clutch mechanism comprises clutch transmission arm, clutch shaft, shift fork arm and shift fork, and clutch shaft connects clutch transmission arm and shift fork arm and fastening by nut, and shift fork is hinged on shift fork arm one end and stirs balladeur train.
The composite power casing matches with compound chassis jacking block by switchover apparatus, switchover apparatus comprises the turnover panel that is hinged on outside the composite power box body, the one end interlock clutch transmission arm of turnover panel, the upper surface top pressure spring of turnover panel, the downside of turnover panel is provided with slide block, slide block links to each other with drag-line, and the below of slide block is provided with push rod, and push rod matches with the compound chassis jacking block of downside.
Spring housing is contained in outside the screw rod, and the upper end of screw rod is provided with nut.
Slide block is provided with a lobe.
One end of turnover panel is by connecting rod interlock clutch transmission arm.
This utility model is by above-mentioned specific design, electric wheelchair not only is suitable in level walking, and possess the bank of striding, Yue Gou, climb obstacle detouring functions such as building up and down, have the advantage of small and exquisite, simple to operate flexible, safe in utilization, the working stability of volume, good reliability.
Description of drawings
Below in conjunction with drawings and Examples detailed content of the present utility model is described.
Fig. 1 is this utility model level walking status architecture sketch map;
Fig. 2 is a compound chassis assembly level land wheel row status architecture sketch map in this utility model;
Fig. 3 is that compound chassis assembly is striden bank, got over ditch status architecture sketch map in this utility model;
Fig. 4 is that compound chassis assembly is climbed status architecture sketch map before the building in this utility model;
Fig. 5 is the structural representation that this utility model becomes attitude mechanism;
Fig. 6 is the assembly structure sketch map between this utility model mid frame and carrier;
Fig. 7 is a compound chassis assembly transmission diagram in this utility model;
Fig. 8 is the assembly structure sketch map between the rollover stand of secondary track frame and trailing wheel;
Fig. 9 is the structural representation of composite power casing in this utility model;
Figure 10 is the A-A cutaway view of Fig. 9;
Figure 11 is the clutch structure sketch map of composite power casing;
Figure 12 is the schematic side view of Figure 11;
Figure 13 is the structural representation of this utility model medium power clutch;
Figure 14 is the B-B cutaway view of Figure 13.
The specific embodiment
As shown in the figure, this utility model comprises seat 42, handrail 43, front-wheel 4, trailing wheel 14 and compound chassis assembly, it is characterized in that compound chassis assembly comprises secondary track frame 1, obstacle detouring crawler belt 2, front rod 3, track frame 5, compound chassis jacking block 6, composite power casing 7, electric pushrod 9, power transmission shaft 10, become attitude mechanism 11, carrier 12, frame 13, back link 15, month shape locating piece 16, rear axle gear case 17, hind axle 19 and month shape clasp 18, seat 42 and handrail 43 are fixed on the carrier 12, composite power casing 7 is fixed on the frame 13, the walking output shaft of composite power casing 7 connects front-wheel 4, obstacle detouring, climb the building output shaft and connect rear axle gear case 17 by power transmission shaft 10, rear axle gear case 17 drives the belt wheel 20 of obstacle detouring crawler belt 2 by hind axle 19, the rollover stand 39 of trailing wheel 14 is installed on the hind axle 19 by axle sleeve 40, secondary track frame 1 is hinged with track frame 5, be movably connected by front rod 3 between secondary track frame 1 and the composite power casing 7, link to each other by sprocket wheel 41 between the rollover stand 39 of secondary track frame 1 and trailing wheel 14, one end of electric pushrod 9 is connected on the frame 13, the other end drives trailing wheel 14 upsets by becoming attitude mechanism 11, carrier 12, one end of frame 13 and back link 15 is coaxial to be fixed on the fulcrum 21, the fixing month shape locating piece 16 in the two ends of fulcrum 21, month shape locating piece 16 matches with month shape clasp 18 of track frame 5 ends, the other end of back link 15 and track frame 5 are hinged, become attitude mechanism 11 and comprise change appearance axle 22, mechanism rack 23 and trailing wheel pedestal 62,23 1 groups two of mechanism rack are symmetrical arranged parallel connection and become appearance axle 22 and trailing wheel pedestal 62, on the change appearance axle 22 between two mechanism rack 23, fix two swing arms 24, link to each other by bearing pin 25 between two swing arms 24, one end of electric pushrod 9 is hinged on the bearing pin 25, side in mechanism rack 23 is provided with servo-actuated convex pendulum 26, link to each other by convex balance staff 27 between servo-actuated convex pendulum 26 and the mechanism rack 23, servo-actuated convex pendulum 26 is provided with servo-actuated chute 28, mechanism rack 6 is provided with gathering sill 29, one end of swing arm 24 is by 30 whiles and servo-actuated chute 28 of sliding pin, gathering sill 29 is slidingly matched, the end of convex balance staff 27 is servo-actuated minor sprocket 31 fixedly, servo-actuated minor sprocket 31 by servo-actuated chain 32 be fixed on the servo-actuated hinge wheel 33 that becomes on the appearance axle 22 and link to each other, becoming fixed sectors sprocket wheel 34 on the appearance axle 22, fan-shaped sprocket 34 links to each other with trailing wheel upset sprocket wheel 36 on being fixed on rollover stand 39 by trailing wheel upset chain 35.In a side that becomes appearance axle 22 tensioning shaft 37 is set, fixed tensioning wheel 38 on the tensioning shaft 37, trailing wheel upset chain 35 interlock regulating wheels 38.Amortisseur 8 is set below carrier 12, and an end of amortisseur 8 is fixed on the carrier 12, and the other end is fixed on the composite power casing 7.Composite power casing 7 comprises the power clutch mechanism of casing 44, motor 45 and casing 44 sidepieces, motor 45 carries out the first order by worm screw 47, worm gear 48 and slows down, balladeur train 49 is plugged on the worm-wheel shaft 50 and interlock with it slidably, the below of balladeur train 49 is provided with road wheel gear 51 with matching and climbs building gear 52, road wheel gear 51 carries out double reduction interlock road wheel power output shaft 53, climbs building gear 52 and carries out double reduction by the secondary 54 interlock Climbing building device power output shafts 55 of bevel gear.Power clutch mechanism comprises clutch transmission arm 56, clutch shaft 57, shift fork arm 58 and shift fork 59, and clutch shaft 57 connects clutch transmission arm 56 and shift fork arm 58 and fastening by nut 60, and shift fork 59 is hinged on shift fork arm 58 1 ends and stirs balladeur train 49.Composite power casing 7 matches with compound chassis jacking block 6 by switchover apparatus, switchover apparatus comprises the turnover panel 63 that is hinged on outside composite power case 7 casings 44, the one end interlock clutch transmission arm 56 of turnover panel 63, the upper surface top pressure spring 64 of turnover panel 63, the downside of turnover panel 63 is provided with slide block 65, slide block 65 links to each other with drag-line 66, and the below of slide block 65 is provided with push rod 67, and push rod 67 matches with the compound chassis jacking block 6 of downside.Spring 64 is sleeved on outside the screw rod 68, and the upper end of screw rod 68 is provided with nut 69.Slide block 65 is provided with a lobe 70.One end of turnover panel 63 is by connecting rod 61 interlock clutch transmission arms 56.
The method that concrete structure content, operation principle and the mechanism of this utility model realizes is as follows:
During level walking, composite power casing 7 incision running on wheels shelves, level walking mechanism obtains power, the obstacle detouring walking mechanism runs out of steam, since secondary track frame 1, obstacle detouring crawler belt 2, track frame 5 by support 13 with the moon shape clasp 18 be that fulcrum is upwards lifted by electric pushrod 9, away from ground, front-wheel 4, trailing wheel 14 land.
The level land strides bank, more during ditch, can start the compound chassis of robot and become attitude mechanism 11, month shape locating piece 16 breaks away from month shape clasp 18,9 elongations of electric power push rod, because the effect of front rod 3 and back link 15, track frame 5 levels are transferred to land, front-wheel 4 is mentioned built on stilts relatively, because of secondary track frame 1 and front rod 3 hinged, so may command and ground form an obstacle detouring angle, track frame 5 rear portions also become an inclination obstacle detouring gradient, and trailing wheel 14 surmounts obstacle detouring crawler belt 2 and is hidden in the compound chassis owing to become the interlock upset of each chain, sprocket wheel in the attitude mechanism 11.Belt wheel 20, obstacle detouring crawler belt 2 obtain power by power transmission shaft 10, rear axle gear case 17 at this moment, and front-wheel 4 runs out of steam simultaneously.Just can there be straight line moving on trench, bank or the uneven different road surface on the compound chassis of robot, turning to, falls back, turns around after the attitude adjustment finished, owing to adopt 2 secondary composite power casees, therefore as long as control rotating speed of motor and turning to, the travel speed that the compound chassis of robot just can easily accomplish to suit, turn to and original place 360 degree rotate.
During stair climbing, at first to carry out the adjustment (attitude preparation) of chassis angle up and down.When robot compound chassis backward was to stairway step, starting became posture switch.Electric power push rod 9 elongations this moment, with moon shape clasp (18) is that fulcrum makes track frame 5 tilt to transfer to land, because of secondary track frame 1 and front rod 3 are fixed, so form an obstacle detouring gradient with ground, also reduced simultaneously the height of carrier 12, obstacle detouring crawler belt 2 obtains power simultaneously, and walking front-wheel 4 runs out of steam simultaneously
When the compound chassis of robot to the stair backward, trailing wheel 14 contact stairway steps are ready for climbing the building attitude.Because the effect of secondary track frame 1 reduces the center of gravity on the compound chassis of robot significantly, improve stability.
When continuing to creep to stair in the compound chassis of robot, obstacle detouring crawler belt 2 begins to contact stairway step and forces trailing wheel 14 to do the clockwise direction upset in the compound chassis of robot, because driving, trailing wheel 14 becomes 11 actions of attitude mechanism, constant for guaranteeing carrier 12 normal conditions, impel electric pushrod 9 elongations, trailing wheel 14 draws in gradually with entering the step degree.
Enter the building process of climbing subsequently, when barrier getting over mechanism combined with step fully, trailing wheel 14 drew in gradually with entering the step degree, and trailing wheel 14 collapses to glue grouser bottom line with the interior step inclined-plane that leaves, and trailing wheel 14 draws in and finishes, and whole trailing wheel 14 gathering processes are finished automatically.The adjustment of compound chassis attitude simultaneously guarantees the compound chassis of robot when last going downstairs, its center of gravity in the support scope, the steady safety of whole process.Electric pushrod 9 elongations make track frame 5 and carrier 12 form the angle that matches with the step gradient, the compound chassis of robot front-wheel in the process on step inclined-plane lifts and leaves the step inclined-plane, can change according to step gradient degree by double-shaft tilt angle sensor, thereby 9 elongations of servo-actuated control electric pushrod or contraction make carrier 12 be in normal condition all the time.
Owing to the effect of pick off, electric pushrod 9 contraction work make outside gradually stretching, extension of trailing wheel 14 and kiss the earth become support by becoming attitude mechanism 11 when the afterbody step is climbed on the compound chassis of robot.
After climbing the building and finishing, continuing to swash when the compound chassis of robot enters the plane and promptly enters and climb the building done state, does not change as climbing this attitude of building again.When the compound chassis of robot as no longer climbing the building, the compound chassis of robot promptly returns to the level walking state.
The operation principle that becomes attitude mechanism 11 is: the electric stair climbing ladder wheelchair building of climbing, the complete machine inclination angle changes, because double-shaft tilt angle sensor will be kept the normal condition of electric wheelchair complete machine in the mechanism, double-shaft tilt angle sensor control electric pushrod 9 continues to extend, swing arm 24 pressed down fan-shaped sprocket 34 and servo-actuated hinge wheel 33 are turned an angle, drive trailing wheel upset sprocket wheel 36 simultaneously, servo-actuated minor sprocket 31 rotates, thereby making trailing wheel 14 make clockwise direction rotates, servo-actuated convex pendulum 26 is also made clockwise direction simultaneously and is rotated, servo-actuated convex pendulum 26 is owing to increase resistances for change attitude mechanism 11, make when becoming the attitude mechanism action controlled by double-shaft tilt angle sensor, and trailing wheel 14 all can play and the ground supports effect before drawing in fully.The building impels trailing wheel 14 under the effect of stairway step because electric stair climbing ladder wheelchair is climb in addition, trailing wheel 14 is played force the gathering effect.
Robot continues the building of climbing in compound chassis, and climb the building crawler belt and enter stairway step fully this moment under double-shaft tilt angle sensor control, and electric stair climbing ladder wheelchair complete machine is in normal condition all the time.
When robot continues on compound chassis to climb to the afterbody step of stair, the distance measuring sensor in the wheelchair to electric pushrod 9 controls down and the servo-actuated convex to put 26 counteracting force dual functioies be that trailing wheel 14 beginnings are decontroled gradually down, become level land upper support wheel.
Robot continues the building of climbing in compound chassis, because the complete machine inclination angle changes, double-shaft tilt angle sensor control electric pushrod 9 shrinks, and pulling swing arm 24, servo-actuated convex pendulum 26 are emitted trailing wheel 14 fully, and secondary crawler belt begins to draw in.
When not needing to climb the building again, start the level walking button, electric pushrod 9 is shunk fully, make obstacle detouring crawler belt 2 upwards lift built on stilts and front-wheel 4 lands as the compound chassis of robot.This moment, the obstacle detouring crawler belt front-wheel 4 that runs out of steam obtained power.
Switchover apparatus is following in working order: during the A running on wheels, because the obstacle detouring track frame is upwards lifted by electric pushrod 9, away from ground, front-wheel 4, trailing wheel 14 land.Compound chassis jacking block 6 drives is about to clutch transmission arm 56 and turns over certain angle on push rods 67, slide block 65, turnover panel 63 and the connecting rod 61, make composite power case 7 incision running on wheels shelves, and level walking mechanism obtains power, and the obstacle detouring walking mechanism runs out of steam.B manually carries out, meet low electric weight or mechanical disorder during as level walking, after making slide block 65, moves pulling drag-line 66, be about to clutch transmission arm 56 for 61 times and turn over certain angle because the effect of spring 64 makes turnover panel turn over drivening rod for 63 times, make composite power case 7 incision nursing stafves carry out shelves, road wheel, obstacle detouring crawler belt all run out of steam at this moment, can manually carry out.C obstacle detouring walking (bank, Yue Gou are striden in the level land), if meet bank, ditch or rough road surface, the horizontal kiss the earth of obstacle detouring crawler belt, front-wheel 4 is upwards mentioned, and trailing wheel 4 draws in the chassis, compound chassis jacking block 6 leaves push rod 67, because the effect of spring 64 makes turnover panel 63 and connecting rod be about to clutch transmission arm 56 for 61 times and turns over certain angle, makes composite power case 7 incision obstacle detourings walking shelves, at this moment, the obstacle detouring walking mechanism is obtained power, and level walking mechanism runs out of steam.D obstacle detouring walking (climbing the building), if need to cross over stair, obstacle detouring crawler belt 2 tilts to transfer kiss the earth, and front-wheel 4 is upwards mentioned, and trailing wheel 14 draws in the chassis, compound chassis jacking block 6 leaves push rod 67, because the effect of spring 64 makes turnover panel 63 and connecting rod be about to clutch transmission arm 56 for 61 times and turns over certain angle, makes composite power case 7 incision obstacle detourings walking shelves, at this moment, the obstacle detouring walking mechanism is obtained power, and level walking mechanism runs out of steam.
Claims (9)
1. electric stair climbing wheel chair, comprise seat, handrail, front-wheel, trailing wheel and compound chassis assembly, it is characterized in that compound chassis assembly comprises secondary track frame (1), obstacle detouring crawler belt (2), front rod (3), track frame (5), compound chassis jacking block (6), composite power casing (7), electric pushrod (9), power transmission shaft (10), become attitude mechanism (11), carrier (12), frame (13), back link (15), month shape locating piece (16), rear axle gear case (17), hind axle (19) and month shape clasp (18), seat (42) and handrail (43) are fixed on the carrier (12), composite power casing (7) is fixed on the frame (13), the walking output shaft of composite power casing (7) connects front-wheel (4), obstacle detouring, climb the building output shaft and connect rear axle gear case (17) by power transmission shaft (10), rear axle gear case (17) drives the belt wheel (20) of obstacle detouring crawler belt (2) by hind axle (19), the rollover stand (39) of trailing wheel (14) is installed on the hind axle (19) by axle sleeve (40), secondary track frame (1) is hinged with track frame (5), be movably connected by front rod (3) between secondary track frame (1) and the composite power casing (7), link to each other by sprocket wheel (41) between the rollover stand (39) of secondary track frame (1) and trailing wheel (14), one end of electric pushrod (9) is connected on the frame (13), the other end drives trailing wheel (14) upset by becoming attitude mechanism (11), carrier (12), one end of frame (13) and back link (15) is coaxial to be fixed on the fulcrum (21), the fixing month shape locating piece (16) in the two ends of fulcrum (21), moon shape locating piece (16) matches with the moon shape clasp (18) of track frame (5) end, the other end of back link (15) and track frame (5) are hinged, become attitude mechanism (11) and comprise change appearance axle (22), mechanism rack (23) and trailing wheel pedestal (62), (23) one groups two of mechanism rack are symmetrical arranged parallel connection and become appearance axle (22) and trailing wheel pedestal (62), on the change appearance axle (22) between two mechanism rack (23), fix two swing arms (24), link to each other by bearing pin (25) between two swing arms (24), one end of electric pushrod (9) is hinged on the bearing pin (25), side in mechanism rack (23) is provided with servo-actuated convex pendulum (26), link to each other by convex balance staff (27) between servo-actuated convex pendulum (26) and the mechanism rack (23), servo-actuated convex pendulum (26) is provided with servo-actuated chute (28), mechanism rack (6) is provided with gathering sill (29), one end of swing arm (24) is by sliding pin (30) while and servo-actuated chute (28), gathering sill (29) is slidingly matched, the end of convex balance staff (27) is servo-actuated minor sprocket (31) fixedly, servo-actuated minor sprocket (31) by servo-actuated chain (32) be fixed on the servo-actuated hinge wheel (33) that becomes on the appearance axle (22) and link to each other, go up fixed sectors sprocket wheel (34) becoming appearance axle (22), fan-shaped sprocket (34) links to each other by trailing wheel upset chain (35) and trailing wheel on being fixed on rollover stand (39) sprocket wheel (36) that overturns.
2. electric stair climbing wheel chair according to claim 1 is characterized in that in a side that becomes appearance axle (22) tensioning shaft (37) being set, and tensioning shaft (37) is gone up fixed tensioning wheel (38), and trailing wheel upset chain (35) matches with regulating wheel (38).
3. electric stair climbing wheel chair according to claim 1 and 2 is characterized in that in the below of carrier (12) amortisseur (8) being set, and an end of amortisseur (8) is fixed on the carrier (12), and the other end is fixed on the composite power casing (7).
4. electric stair climbing wheel chair according to claim 1 and 2, it is characterized in that composite power casing (7) comprises casing (44), the power clutch mechanism of motor (45) and casing (46) sidepiece, motor (45) is by worm screw (47), worm gear (48) carries out the first order and slows down, balladeur train (49) is plugged on worm-wheel shaft (50) slidably and goes up also interlock with it, the below of balladeur train (49) is provided with road wheel gear with matching (51) and climbs building gear (52), road wheel gear (51) carries out double reduction interlock road wheel power output shaft (53), climbs building gear (52) and carries out double reduction by bevel gear pair (54) interlock Climbing building device power output shaft (55).
5. electric stair climbing wheel chair according to claim 4, it is characterized in that power clutch mechanism comprises clutch transmission arm (56), clutch shaft (57), shift fork arm (58) and shift fork (59), clutch shaft (57) connects clutch transmission arm (56) and shift fork arm (58) and fastening by nut (60), and shift fork (59) is hinged on shift fork arm (58) one ends and stirs balladeur train (49).
6. electric stair climbing wheel chair according to claim 5, it is characterized in that composite power casing (7) matches with compound chassis jacking block (6) by switchover apparatus, switchover apparatus comprises the turnover panel (63) that is hinged on outside composite power case (7) casing (44), the one end interlock clutch transmission arm (56) of turnover panel (63), the upper surface top pressure spring (64) of turnover panel (63), the downside of turnover panel (63) is provided with slide block (65), slide block (65) links to each other with drag-line (66), the below of slide block (65) is provided with push rod (67), and push rod (67) matches with the compound chassis jacking block (6) of downside.
7. electric stair climbing wheel chair according to claim 6 is characterized in that spring (64) is sleeved on outside the screw rod (68), and the upper end of screw rod (68) is provided with nut (69).
8. according to claim 6 or 7 described electric stair climbing wheel chairs, it is characterized in that slide block (65) is provided with a lobe (70).
9. electric stair climbing wheel chair according to claim 8, an end that it is characterized in that turnover panel (63) is by connecting rod (61) interlock clutch transmission arm (56).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202006011U CN201519241U (en) | 2009-11-11 | 2009-11-11 | Electric stair-climbing wheelchair |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202006011U CN201519241U (en) | 2009-11-11 | 2009-11-11 | Electric stair-climbing wheelchair |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201519241U true CN201519241U (en) | 2010-07-07 |
Family
ID=42505420
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009202006011U Expired - Lifetime CN201519241U (en) | 2009-11-11 | 2009-11-11 | Electric stair-climbing wheelchair |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201519241U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102028590A (en) * | 2010-11-25 | 2011-04-27 | 韩克礼 | Dual-purpose enclosed electric wheelchair for climbing stairs and walking |
| CN104622650A (en) * | 2015-02-12 | 2015-05-20 | 南京理工大学 | Wheel-track combined electric wheelchair |
| CN108514479A (en) * | 2018-05-08 | 2018-09-11 | 深圳市福尔泰医疗科技有限公司 | Full ground type manned robot and method for moving up/down steps |
-
2009
- 2009-11-11 CN CN2009202006011U patent/CN201519241U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102028590A (en) * | 2010-11-25 | 2011-04-27 | 韩克礼 | Dual-purpose enclosed electric wheelchair for climbing stairs and walking |
| CN102028590B (en) * | 2010-11-25 | 2012-12-05 | 韩克礼 | Dual-purpose enclosed electric wheelchair for climbing stairs and walking |
| CN104622650A (en) * | 2015-02-12 | 2015-05-20 | 南京理工大学 | Wheel-track combined electric wheelchair |
| CN108514479A (en) * | 2018-05-08 | 2018-09-11 | 深圳市福尔泰医疗科技有限公司 | Full ground type manned robot and method for moving up/down steps |
| CN108514479B (en) * | 2018-05-08 | 2023-09-22 | 深圳市福尔泰医疗科技有限公司 | All-terrain manned robot and step ascending and descending method |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20100707 Effective date of abandoning: 20091111 |