CN206486147U - Passageway lift - Google Patents

Abstract

The utility model provides a kind of passageway lift, is related to elevator technology field.The passageway lift includes walking mechanism, elevating mechanism, steering mechanism and load carrier.Passageway lift is arranged between the step of corridor both sides in corresponding vertical space.Walking mechanism is arranged under corridor top plate, is connected with elevating mechanism and steering mechanism, for driving elevating mechanism and steering mechanism to move back and forth in the horizontal direction.Elevating mechanism is arranged under walking mechanism, is connected with steering mechanism, for driving steering mechanism vertically to rise or fall.Steering mechanism is arranged under elevating mechanism, is connected with load carrier, for when its end is close at the corresponding end that road is stitched between the step of corridor both sides, driving load carrier to turn to opposite side by the side of steering mechanism.Load carrier is vacantly arranged on the lateral surface of steering mechanism, for carrying people or thing.Improve existing passageway lift and take larger stairway spaces, and the technical problem that function is single, complicated, cost is higher.

Description

Passageway lift

Technical field

The utility model is related to the technical field of elevator, more particularly, to a kind of passageway lift.

Background technology

China is in eight, the nineties and the multi-storey building built thereafter, such as 5-9 layers of house, due to not installing elevator, So that the vertical transportation problem of multi-storey building turns into the key issue for perplexing handicapped person.Due to upper downstairs inconvenience, large number of rows Dynamic inconvenience person selects long-term stay inside, is so unfavorable for very much physical and mental health.To solve this problem, relevant departments are attempted old Installation casing elevator outside old multi-storey building, but exist examination and approval procedures complexity, improvement expenses height, long construction period, high level and Low layer user is benefited uneven and influences the problems such as low layer user's lighting and ventilation, and implementation result is simultaneously pessimistic.

Existing relatively reasonable solution is that multiple tracks for abutting wall or corridor handrail, building are set in corridor Seat and/or pedal are provided with road elevator, in the case where not influenceing the normal use of corridor, seat and/or pedal can be along The problem of track lifting is to solve difficult downstairs on handicapped person.

But existing passageway lift needs to set special track on wall or corridor handrail, due to bend curvature Radius is larger, can take larger stairway spaces, and the use to corridor is made troubles, and track structure is complicated, manufacture and peace Dress up this higher；Though bend is not present in relay type passageway lift, because of partition running, it is impossible to which people is directly sent into destination, and And coordinative composition of equipments number is double incremental with number of floor levels, cost of investment is improved, is equally unfavorable for promoting the use of on a large scale.

Utility model content

The purpose of this utility model is to provide a kind of manned passageway lift, needed with improving passageway lift of the prior art Dedicated track is set, larger stairway spaces can be taken, and function is single, complicated, device resource can not be in floor gap phase Mutually share, cause the higher technical problem of manufacture installation cost.

The utility model provides a kind of passageway lift, including walking mechanism, elevating mechanism, steering mechanism and load carrier； The passageway lift is arranged between the step of corridor both sides in corresponding vertical space；The walking mechanism is arranged on corridor top plate Under, it is connected with the elevating mechanism and the steering mechanism, for driving the elevating mechanism and the steering mechanism along level Direction is moved back and forth；The elevating mechanism is arranged under the walking mechanism, is connected with the steering mechanism, for driving The steering mechanism vertically rises or falls；The steering mechanism is arranged under the elevating mechanism, is held with described Mounted mechanism is connected, for when its end is close at the corresponding end that road is stitched between the step of corridor both sides, driving the carrying machine Structure turns to opposite side by the side of the steering mechanism；The load carrier is vacantly arranged on the outside of the steering mechanism Face, for carrying people or thing.

Further, the walking mechanism includes the first driving, the first motor, the first driving section, the first driving member And a pair of major axis；The first track is laid with the corridor top plate, first driving is provided under first track； The power that first driving section is used to export first motor passes to described the by first driving member One driving, makes first driving be moved along first track；The major axis is passed through under the steering mechanism and extension directly, The steering mechanism is driven to be moved back and forth in the horizontal direction in the vertical space.

Further, the elevating mechanism includes the second motor, the second driving section and connected with the steering mechanism The second driving member connect；Second driving member is arranged under second driving section；Second driving section is used for will be described The power of second motor output passes to second driving member, makes second driving member drive the steering mechanism to exist Vertically risen or fallen in the vertical space.

Further, the steering mechanism includes rotating disk, the 3rd motor, the 3rd driving section and the 3rd driving member； 3rd driving member is arranged in the rotating disk；The rotating disk is peripherally provided with horizontal concrete chute, the chute and is provided with Cantilever, one end of the cantilever is connected with the load carrier, and the other end is connected with the 3rd driving member；3rd transmission Portion is used to the power that the 3rd motor is exported passing to the 3rd driving member, the 3rd driving member is driven institute Cantilever is stated along the slide.

Further, arrestment mechanism is additionally provided with the steering mechanism, for being prevented when the elevating mechanism is out of control The steering mechanism glides.

Further, the passageway lift also includes the anti-swinging mechanism being connected with the lower end of the major axis；Laid on ground There are the second track with first parallel track, the second rail described in drive lower edge of the anti-swinging mechanism in the walking mechanism Road is moved, and is limited the steering mechanism and is swung back and forth.

Further, the anti-swinging mechanism includes the second driving and abutment sleeve；The abutment sleeve is arranged on described In two drivings, the lower end of the major axis is inserted in the abutment sleeve；Second driving can be moved along second track.

Further, the passageway lift also includes protective cover；

The protective cover is by second driving member between the elevating mechanism and the steering mechanism and is located at In major axis described in a pair between the walking mechanism and the steering mechanism is enclosed in, and can with the steering mechanism lifting And telescopic folding.

Further, the load carrier includes column and the pedal and/or seat plate that are connected with the column；Institute State seat plate can on turn over；The pedal be it is foldable and on turn over；And between the pedal and corridor step away from From being adjustable.

Further, safety belt, bumper and/or joystick are additionally provided with the column.

The passageway lift that the utility model is provided, including walking mechanism, elevating mechanism, steering mechanism and load carrier；Building Road elevator setting is between the step of corridor both sides in corresponding vertical space；Walking mechanism is arranged under corridor top plate, with lifting Mechanism and steering mechanism's connection, for driving elevating mechanism and steering mechanism to move back and forth in the horizontal direction；Elevating mechanism is set Put under walking mechanism, be connected with steering mechanism, for driving steering mechanism vertically to rise or fall；Steering mechanism Be arranged under elevating mechanism, be connected with load carrier, for its end close between the step of corridor both sides stitch road correspondence During end, driving load carrier turns to opposite side by the side of steering mechanism；Load carrier is vacantly arranged on steering mechanism Lateral surface, for carrying people or thing.Walking mechanism, elevating mechanism and steering mechanism three cooperate, you can realize carrying machine Structure spirals the purpose of lifting along corridor handrail.The utility model provide passageway lift be vacantly arranged on corridor both sides step it Between in corresponding vertical space, occupancy stairway spaces that will not be excessive, nor must be set on wall or corridor handrail Multistage track, simplifies the structure of passageway lift, reduces cost of installation and maintenance, and effectively improving existing passageway lift needs Dedicated track is set, larger stairway spaces can be taken, and segmentation relay, complicated, device resource can not be in floor gap phases Mutually share, cause the higher technical problem of manufacture installation cost, be more beneficial for promoting the use of on a large scale.

Brief description of the drawings

, below will be right in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art The accompanying drawing used required in embodiment or description of the prior art is briefly described, it should be apparent that, describe below In accompanying drawing be some embodiments of the present utility model, for those of ordinary skill in the art, do not paying creativeness On the premise of work, other accompanying drawings can also be obtained according to these accompanying drawings.

The operating diagram for the passageway lift that Fig. 1 provides for the utility model embodiment；

Fig. 2 is the structural representation of the passageway lift shown in Fig. 1；

Fig. 3 be Fig. 1 shown in passageway lift in steering mechanism structural representation；

Fig. 4 be Fig. 1 shown in passageway lift in load carrier structural representation.

Icon：1- load carriers；2- steering mechanism；3- elevating mechanisms；4- walking mechanisms；11- columns；111- adjusts spiral shell Bolt；112- surveys high mark post；113- safety belts；114- bumpers；12- seat plates；13- pedals；14- joysticks；201- is slided Moving axis set；202- driving wheels；203- driven pulleys；204- chains；205- forks；206- cantilevers；21- rotating disks；211- upper mounting plates； 212- lower platforms；213- clamping plates；22- arrestment mechanisms；221- pressure levers；222- release of pressure springs；223- brake casings；23- prevents Protecting band；301- loop chains；401- power transmission shafts；402- brake axles；The anti-swinging mechanisms of 01-；011- second drives a vehicle；012- abutment sleeves；02- Protective cover；The tracks of 001- first；The tracks of 002- second.

Embodiment

The technical solution of the utility model is clearly and completely described below in conjunction with accompanying drawing, it is clear that described Embodiment is a part of embodiment of the utility model, rather than whole embodiments.Based on the embodiment in the utility model, sheet The every other embodiment that field those of ordinary skill is obtained under the premise of creative work is not made, belongs to this practicality Novel protected scope.

, it is necessary to explanation in description of the present utility model, term " " center ", " on ", " under ", it is "left", "right", " perpendicular Directly ", the orientation or position relationship of the instruction such as " level ", " interior ", " outer " are, based on orientation shown in the drawings or position relationship, to be only Described for the ease of description the utility model and simplifying, rather than to indicate or imply that signified device or element must have specific Orientation, with specific azimuth configuration and operation, therefore it is not intended that to limitation of the present utility model.In addition, term " the One ", " second ", " the 3rd " are only used for describing purpose, and it is not intended that indicating or implying relative importance.

, it is necessary to which explanation, unless otherwise clearly defined and limited, term " are pacified in description of the present utility model Dress ", " connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integratedly Connection；Can be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected to by intermediary, It can be the connection of two element internals.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition Concrete meaning of the language in the utility model.

Referring to Fig. 1, the present embodiment provides a kind of passageway lift, including walking mechanism 4, elevating mechanism 3, steering mechanism 2 With load carrier 1；Passageway lift is arranged between the step of corridor both sides in corresponding vertical space；Walking mechanism 4 is arranged on building Under road top plate, it is connected with elevating mechanism 3 and steering mechanism 2, for driving elevating mechanism 3 and steering mechanism 2 to make in the horizontal direction Move back and forth；Elevating mechanism 3 is arranged under walking mechanism 4, is connected with steering mechanism 2, for driving steering mechanism 2 along vertical Direction rises or falls；Steering mechanism 2 is arranged under elevating mechanism 3, is connected with load carrier 1, for close in its end When being stitched between the step of corridor both sides at the corresponding end in road, driving load carrier 1 is turned to another by the side of steering mechanism 2 Side；Load carrier 1 is vacantly arranged on the lateral surface of steering mechanism 2, for carrying people or thing.

The passageway lift that the present embodiment is provided vacantly is arranged between the step of corridor both sides in corresponding vertical space, will not Excessive occupancy stairway spaces, nor multistage track must be set on wall or corridor handrail, by walking mechanism 4, Elevating mechanism 3 and the three of steering mechanism 2 cooperate, you can realize that load carrier 1 spirals the purpose of lifting along corridor handrail, The structure of passageway lift is simplified, cost of installation and maintenance is reduced, effectively improving existing passageway lift needs to set special With track, larger stairway spaces, and the higher technical problem of complicated, cost can be taken, popularization on a large scale is more beneficial for Use.And set after walking mechanism 4, the length of steering mechanism 2 is designed without the horizontal length according to corridor handrail, greatly Ground improves the adaptability of passageway lift, mass production manufacture of being more convenient for.

Fig. 1 and Fig. 2 are referred to, further, walking mechanism 4 includes the first driving, the first motor, the first transmission Portion, the first driving member and a pair of major axis；The first track 001 is laid with corridor top plate, the first driving is provided in the first rail Under road 001；The power that first driving section is used to export the first motor passes to the first driving by the first driving member, makes First driving is moved along the first track 001；A pair of major axis, i.e., power transmission shaft 401 shown in figure and brake axle 402, through turning To under mechanism 2 and extension directly, steering mechanism 2 and elevating mechanism 3 is driven to make reciprocal move in the horizontal direction in vertical space together It is dynamic.First driving, the first motor, the first driving section and the first driving member are arranged in the walking mechanism 4 in figure.The One driving can be moved along the first track 001.First motor needs to select different type according to function.First driving section The power that first motor is exported passes to the first driving by the first driving member, the first driving is moved back and forth. First driving section can be from the combination such as decelerator.

Fig. 1 and Fig. 2 are referred to, further, elevating mechanism 3 includes the second motor, the second driving section and with turning The second driving member connected to mechanism 2；Second driving member is arranged under the second driving section；Second driving section is used for the second driving The power of motor output passes to the second driving member, makes the second driving member drive steering mechanism 2 in vertical space along vertical side Ramp up or decline.Second motor and the second driving section are arranged in the elevating mechanism 3 in figure.Second motor can To be needed to select different type according to function.The power that second driving section exports the second motor passes through the second driving member band Dynamic steering mechanism 2 lifts.Second driving section can be from the combination such as decelerator.In the present embodiment, elevating mechanism 3 selects loop chain Electric block, because Electric Chain Blocks is furnished with loop chain 301 in itself, can save the necessity for separately configuring the second driving member, and And Electric Chain Blocks system matured product, some original components can utilize, be renovated without excessive.

Refer to Fig. 2 and Fig. 3, further, steering mechanism 2 include rotating disk 21, the 3rd motor, the 3rd driving section with And the 3rd driving member；3rd driving member is arranged in rotating disk 21；The lower platform 212 of rotating disk 21 is peripherally provided with horizontal concrete chute, Cantilever 206 is provided with chute, one end of cantilever 206 is connected with the column 11 of load carrier 1, the other end and the 3rd driving member connect Connect；3rd driving section is used to the power that the 3rd motor is exported passing to the 3rd driving member, drives the 3rd driving member outstanding Arm 206 is along slide.Under special conditions of contract, the 3rd motor and the 3rd driving section can also be arranged on outside rotating disk 21.

Fig. 1 to Fig. 3 is referred to, in the present embodiment, the 3rd motor and the 3rd driving section are arranged on walking mechanism 4 On.3rd driving section includes one in a pair of major axis, i.e., the power transmission shaft 401 shown in figure.Rotating disk 21 includes the He of upper mounting plate 211 Lower platform 212, periphery level design of the chute along lower platform 212.3rd driving member includes being arranged on the two ends of lower platform 212 Sprocket wheel and the chain 204 with sprocket engagement, one of sprocket wheel are driving wheel 202, and another is driven pulley 203, driving wheel 202 On be provided with the sliding shaft sleeve 201 being engaged with power transmission shaft 401, chain 204 and be fixedly installed fork 205, fork 205 with it is outstanding Arm 206 is connected.The power of 3rd motor output is delivered on sliding shaft sleeve 201 by the 3rd driving section, then by actively Wheel 202 drives chain 204 to move, and the fork 205 on chain 204 can drive cantilever 206 along slide.Due to sprocket wheel wheel Tooth is engaged with chain 204, and sprocket indentations circular arc is big, gear tooth stresses collection is medium and small, therefore sprocket wheel chain structure has larger pole Load-carrying ability is limited, tooth surface abrasion is also relatively light；And each hinge position of chain 204 energy lubrication oil, because This has preferable buffer capacity and vibration absorption ability.The space stitched simultaneously in view of stair in road is limited, it is desirable to narrower rotating disk 21 width, and the noise of transmission is unsuitable excessive, and sprocket wheel chain structure can be good at meeting above-mentioned condition.It is of course possible to real The other structures of existing transmission agency, such as pulley belt structure also should be in the protection domain of the present embodiment.Power transmission shaft 401 It can be replaced with six square shafts or splined shaft.

Referring to Fig. 3, further, clamping plate 213 is provided with rotating disk 21, chain 204 is arranged on clamping plate 213, prevented Chain 204 relaxes sagging and causes sprocket wheel chain to disconnect, it is impossible to drive cantilever 206 along slide.The rigidity of clamping plate 213 should Can the weight of support chain 204 and it is indeformable.

Referring to Fig. 3, further, the peripheral parallel of rotating disk 21 is provided with buffer zone 23, with prevent foreign matter enter sprocket wheel, In the chute of chain 204 and rotating disk 21, cause damage or personal injury etc. are unexpected to occur to mechanism.Preferably, buffer zone 23 is selected It is made of special material, such as timing belt, row brush etc..

Fig. 2 and Fig. 3 are referred to, further, arrestment mechanism 22 is additionally provided with steering mechanism 2, for when elevating mechanism 3 Steering mechanism 2 is prevented when out of control to glide.Arrestment mechanism 22 includes another in a pair of major axis, i.e., the brake axle shown in figure 402nd, pressure lever 221, release of pressure spring 222 and it is arranged on the brake casing 223 of the bottom of rotating disk 21.Brake axle 402 on to Under sequentially pass through pressure lever 221, release of pressure spring 222 and brake casing 223.Cause to apply when operation troubles occurs for elevating mechanism 3 When pressure lever 221 loses lifting pulling force, release of pressure spring 222 discharges, and brake casing 223 is held tightly brake axle 402, stopped by jack-up Steering mechanism 2 no longer glides.Brake casing 223 can be used as the rotating shaft of driven pulley 203 simultaneously.

Referring to Fig. 1, further, passageway lift also includes the anti-swinging mechanism 01 being connected with major axis lower end；Applied on ground Provided with second track 002 parallel with the first track 001, drive lower edge second track 002 of the anti-swinging mechanism 01 in walking mechanism 4 Mobile, limitation steering mechanism 2 swings back and forth.

Referring to Fig. 2, further, anti-swinging mechanism 01 includes the second driving 011 and abutment sleeve 012；Abutment sleeve 012 It is arranged in the second driving 011, in the lower end insertion abutment sleeve 012 of major axis；Second driving 011 can be moved along the second track 002 It is dynamic.Second driving 011 can be roller structure, Ballistic Structure etc., as long as can be moved back and forth i.e. along the second track 002 Can.

Referring to Fig. 1, further, passageway lift also includes protective cover 02；Protective cover 02 will be located at elevating mechanism 3 with turning Grown to the second driving member (i.e. loop chain 301 in figure) between mechanism 2 and a pair between walking mechanism 4 and steering mechanism 2 In axle (i.e. in figure power transmission shaft 401 with brake axle 402) is enclosed in, and can with the lifting of steering mechanism 2 telescopic folding.Protective cover 02 is used to prevent user or idler from touching relevant driving member when steering mechanism 2 moves up and down.In the present embodiment, prevent Shield 02 is the folding protective cover similar to accordion bellows.

Referring to Fig. 4, further, load carrier 1 include column 11 and the pedal 13 being connected with column 11 and/or Seat plate 12；Seat plate 12 can on turn over；Pedal 13 be it is foldable and on turn over；And between pedal 13 and corridor step Distance be adjustable.

User can select to be seated or stand to be lifted when in use；When not in use, then can be by seat plate 12 Upset, pedal 13 is folded up to reduce the space-consuming of load carrier 1.Being provided between column 11 and pedal 13 is used for Adjust pedal 13 and the governor motion of corridor step distance height.In the present embodiment, specifically, height adjustment mechanism includes Regulating bolt 111, by rotate regulating bolt 111 change pedal 13 the distance between with step, to avoid pedal 13 Collided with stairway step.Height adjustment mechanism can also be sliding block sliding groove structure, Telescopic rod structure etc..

Referring to Fig. 4, further, height finder structure is provided with column 11, for measuring load carrier 1 and corridor handrail Between relative altitude.Because the gradient of different premises corridor handrails is different, constant premise is kept in lifting speed Under, the difference in height between load carrier 1 and corridor handrail is measured by height finder structure, and then adjust the translation of walking mechanism 4 Speed, to ensure that the movement locus (not including corner) of load carrier 1 is consistent with the slope of corridor handrail.In the present embodiment In, specifically, offered on column 11 in groove, groove provided with high mark post 112 is surveyed, surveying high mark post 112 can move up and down in groove Positioning.Height finder structure can also be provided in other electronic devices on column 11.

Referring to Fig. 4, further, safety belt 113, bumper 114 and/or joystick are additionally provided with column 11 14.When user needs to use passageway lift to lift wheelchair, pedal 13 can be deployed, wheelchair is placed on pin On pedal 13, and wheelchair is pinned with bumper 114.When using passageway lift, occupant must also fasten one's safety belt 113, side Elevator operation can be started, to ensure the security taken.Joystick 14 is only limited to occupant's operation passageway lift and used.

In summary, the passageway lift that the present embodiment is provided, including walking mechanism 4, elevating mechanism 3, steering mechanism 2 and hold Mounted mechanism 1；Passageway lift is arranged between the step of corridor both sides in corresponding vertical space；Walking mechanism 4 is arranged on corridor top Under plate, it is connected with elevating mechanism 3 and steering mechanism 2, for driving elevating mechanism 3 and steering mechanism 2 to make in the horizontal direction back and forth It is mobile；Elevating mechanism 3 is arranged under walking mechanism 4, is connected with steering mechanism 2, for driving steering mechanism 2 vertically Rise or fall；Steering mechanism 2 is arranged under elevating mechanism 3, is connected with load carrier 1, in its end close to corridor When being stitched between the step of both sides at the corresponding end in road, driving load carrier 1 turns to opposite side by the side of steering mechanism 2；Hold Mounted mechanism 1 is vacantly arranged on the lateral surface of steering mechanism 2, for carrying people or thing, walking mechanism 4, elevating mechanism 3 and steering mechanism 2 threes cooperate, you can realize that load carrier 1 spirals the purpose of lifting along corridor handrail.The corridor that the present embodiment is provided Elevator is vacantly arranged between the step of corridor both sides in corresponding vertical space, occupancy stairway spaces that will not be excessive, and Multistage track need not be set on wall or corridor handrail, the structure of passageway lift is simplified, installation is reduced and safeguard into This, effectively improving existing passageway lift needs to set dedicated track, can take larger stairway spaces, and segmentation relay, knot Structure is complicated, device resource can not mutually be shared in floor gap, cause the higher technical problem of manufacture installation cost, is more beneficial for big Scope is promoted the use of.

Finally it should be noted that：Various embodiments above is only limited to illustrate the technical solution of the utility model, rather than to it System；Although the utility model is described in detail with reference to foregoing embodiments, one of ordinary skill in the art should Understand：It can still modify to the technical scheme described in foregoing embodiments, or to which part or whole Technical characteristic carries out equivalent substitution；And these modifications or replacement, the essence of appropriate technical solution is departed from this practicality newly The scope of each embodiment technical scheme of type.

Claims (10)

1. a kind of passageway lift, it is characterised in that the passageway lift includes walking mechanism, elevating mechanism, steering mechanism and held Mounted mechanism；

The passageway lift is arranged between the step of corridor both sides in corresponding vertical space；

The walking mechanism is arranged under corridor top plate, is connected with the elevating mechanism and the steering mechanism, for driving State elevating mechanism and the steering mechanism moves back and forth in the horizontal direction；

The elevating mechanism is arranged under the walking mechanism, is connected with the steering mechanism, for driving the steering machine Structure vertically rises or falls；

The steering mechanism is arranged under the elevating mechanism, is connected with the load carrier, in its end close to building When being stitched between the step of road both sides at the corresponding end in road, the load carrier is driven to be turned to separately by the side of the steering mechanism Side；

The load carrier is vacantly arranged on the lateral surface of the steering mechanism, for carrying people or thing.

2. passageway lift according to claim 1, it is characterised in that the walking mechanism includes the first driving, the first drive Dynamic motor, the first driving section, the first driving member and a pair of major axis；

The first track is laid with the corridor top plate, first driving is provided under first track；

The power that first driving section is used to export first motor passes to institute by first driving member The first driving is stated, first driving is moved along first track；

The major axis is passed through under the steering mechanism and extension directly, drives the steering mechanism in the vertical space along level Direction is moved back and forth.

3. passageway lift according to claim 2, it is characterised in that the elevating mechanism includes the second motor, the Two driving sections and the second driving member being connected with the steering mechanism；

Second driving member is arranged under second driving section；

Second driving section is used to the power that second motor is exported passing to second driving member, makes described Second driving member drives the steering mechanism vertically to be risen or fallen in the vertical space.

4. passageway lift according to claim 3, it is characterised in that the steering mechanism includes rotating disk, the 3rd driving electricity Machine, the 3rd driving section and the 3rd driving member；

3rd driving member is arranged in the rotating disk；

The rotating disk, which is peripherally provided with horizontal concrete chute, the chute, is provided with cantilever, and one end of the cantilever is held with described Mounted mechanism is connected, and the other end is connected with the 3rd driving member；

3rd driving section is used to the power that the 3rd motor is exported passing to the 3rd driving member, makes described 3rd driving member drives the cantilever along the slide.

5. passageway lift according to claim 4, it is characterised in that be additionally provided with arrestment mechanism in the steering mechanism, Glided for preventing the steering mechanism when the elevating mechanism is out of control.

6. passageway lift according to claim 2, it is characterised in that the passageway lift also include with the major axis Hold the anti-swinging mechanism of connection；

The second track with first parallel track, drive of the anti-swinging mechanism in the walking mechanism are laid with ground Second track described in lower edge is moved, and is limited the steering mechanism and is swung back and forth.

7. passageway lift according to claim 6, it is characterised in that the anti-swinging mechanism includes the second driving and positioning sleeve Cylinder；

The abutment sleeve is arranged in second driving, and the lower end of the major axis is inserted in the abutment sleeve；

Second driving can be moved along second track.

8. passageway lift according to claim 3, it is characterised in that the passageway lift also includes protective cover；

The protective cover is by second driving member between the elevating mechanism and the steering mechanism and positioned at described In major axis described in a pair between walking mechanism and the steering mechanism is enclosed in, and it can be stretched with the lifting of the steering mechanism Contracting is folded.

9. passageway lift according to claim 1, it is characterised in that the load carrier includes column and stood with described The pedal and/or seat plate of post connection；

The seat plate can on turn over；

The pedal be it is foldable and on turn over；And the distance between the pedal and corridor step are adjustable.

10. passageway lift according to claim 9, it is characterised in that safety belt, bumper are additionally provided with the column And/or joystick.