CN206606893U - A kind of corridor machine instead of walk - Google Patents
A kind of corridor machine instead of walk Download PDFInfo
- Publication number
- CN206606893U CN206606893U CN201720117729.6U CN201720117729U CN206606893U CN 206606893 U CN206606893 U CN 206606893U CN 201720117729 U CN201720117729 U CN 201720117729U CN 206606893 U CN206606893 U CN 206606893U
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- China
- Prior art keywords
- seat
- foot pedal
- corridor
- rotating shaft
- chain
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Abstract
The utility model discloses a kind of corridor machine instead of walk, it is desirable to provide a kind of simple in construction, low manufacture cost, easy to use, and the reliable corridor machine instead of walk that operates steadily.It includes the running track extended along corridor, and running track is provided with the operation car body moved along running track；Main driving executing agency, main driving executing agency includes the first chain-drive mechanism and the first motor for driving the operation of the first chain-drive mechanism, the transmission direction of first chain-drive mechanism is parallel with running track, and the operation car body is connected with the driving chain of the first chain-drive mechanism；And carrying platform, carrying platform includes with the supportive body that is connected of operation car body and is arranged on the foot pedal of supportive body bottom.
Description
Technical field
The utility model is related to passageway lift, and in particular to a kind of corridor machine instead of walk.
Background technology
Current corridor machine instead of walk is mostly installed in existing small high-rise existing apartment, for Lao Lou transformations；Especially, it is right
Those aging blocks of formula elevator that can not case, it without change building structure, install, it is easy to use.It solves the elderly and climbs building
Difficult the problem of.Current corridor machine instead of walk generally includes lowering or hoisting gear, track-type facilities, transmission device, clamping device and delivery dress
Put, its there are problems that complicated, cost of manufacture it is high,.
Utility model content
The purpose of this utility model is to provide for a kind of simple in construction, low manufacture cost, easy to use, and operates steadily
Reliable corridor machine instead of walk.
The technical solution of the utility model is：
A kind of corridor machine instead of walk, including：The running track extended along corridor, running track is provided with and moved along running track
Operation car body；Main driving executing agency, main driving executing agency includes the first chain-drive mechanism and for driving the first chain to pass
First motor of motivation structure operation, the transmission direction of the first chain-drive mechanism is parallel with running track, the operation car
Body is connected with the driving chain of the first chain-drive mechanism；And carrying platform, carrying platform with operation car body including being connected
Supportive body and be arranged on the foot pedal of supportive body bottom.
The corridor machine instead of walk of this programme drives operation car body to be moved along running track by main driving executing agency, and then band
Dynamic carrying platform is moved along running track, so that the upper corridor of user or lower corridor are helped, its simple in construction, low manufacture cost,
It is easy to use, and it is reliable to operate steadily.
Preferably, running track includes the upper rail extended along corridor and below upper rail and equal with upper rail
Capable lower guideway, the operation car body is located between upper rail and lower guideway.The running track of this programme and operation car body can be with
The reliability that operates steadily of operation car body is further improved, so as to further improve the reliability that operates steadily of corridor machine instead of walk.
Preferably, operation car body is provided with the bottom roller with lower guideway, operation car body is provided with the upper rolling with upper rail
Wheel.It is rolling friction between the operation car body and running track of this programme structure, can be so conducive to operation car body along operation
Track is moved, and improves the reliability that operates steadily.
Preferably, the first chain-drive mechanism includes the lower sprocket and the cochain positioned at corridor upper end positioned at corridor lower end
Wheel, is connected between the rotating shaft of the output shaft and lower sprocket of first motor by the second chain-drive mechanism.
Preferably, carrying platform, which also includes anti-pinch, drives executing agency, the foot pedal is rotated by horizontal rotating shaft and set
Put on supportive body, anti-pinch driving executing agency includes the second motor being arranged on supportive body with being co-axially located at
Torque force limiting device on horizontal rotating shaft, the 3rd Chain conveyer is passed through between the output shaft and torque force limiting device of second motor
Mechanism driving is connected.
The corridor machine instead of walk of this programme when in use, can be with Automatic-expanding foot pedal；In corridor machine instead of walk when not in use,
Foot pedal can be packed up automatically, effectively reduce the space-consuming to corridor.On the other hand, effectively it can also prevent foot pedal from packing up
During occur the problem of crushing human body.
Preferably, carrying platform also includes foot pedal anglec of rotation position limiting structure, foot pedal anglec of rotation position limiting structure
Including the dynamic limited block being arranged on horizontal rotating shaft and the fixation limited block being arranged on supportive body, fixed limited block and dynamic limit
Position block coordinates for limiting the angle that foot pedal is down rotated around horizontal rotating shaft；When foot pedal around horizontal rotating shaft down turns to water
During level state：Dynamic limited block is resisted against on fixed limited block.
The foot pedal anglec of rotation position limiting structure of this programme can reliably ensure the stability after foot pedal expansion, make to step on
Sole can reliably support the weight of human body.
Preferably, horizontal rotating shaft is provided with left and right two pivoted arm adapter sleeves, pivoted arm adapter sleeve passes through key with horizontal rotating shaft
Connection, is connected, the dynamic limited block is arranged on left and right two pivoted arms between the foot pedal and pivoted arm adapter sleeve by cursor
On any one pivoted arm adapter sleeve in adapter sleeve.This programme structure is easy to the actual processing of corridor machine instead of walk to make.
Preferably, carrying platform also includes foot pedal loading detection means, foot pedal loading detection means includes setting
Rotary stopper block on horizontal rotating shaft and it is arranged on the pressure sensor being engaged on supportive body with rotary stopper block；When stepping on
Sole around horizontal rotating shaft down turn to horizontality when：Rotary stopper block is resisted against on pressure sensor；The rotary stopper
Block is arranged on another pivoted arm adapter sleeve in left and right two pivoted arm adapter sleeves.
The foot pedal loading detection means of this programme can detect on foot pedal whether manned or loading, stepped on so as to realize
Sole does not have that in the case of loading foot pedal can be packed up automatically.
Preferably, carrying platform also includes being arranged on the seat at the top of supportive body, the seat includes being fixedly installed
Support base on supportive body top surface, the seat of honour pad being arranged in support base and phase with seat of honour pad is hinged by jointed shaft
Folding cushion even, the jointed shaft is parallel with horizontal rotating shaft, and the support base includes being used to support the seat of honour pad
Seat of honour advance expenditure support part and the folding cushion supporting part for supporting folding cushion, the seat of honour pad are arranged on seat of honour advance expenditure support part
On, folding cushion support zone is in the lower section of folding cushion.
The corridor machine instead of walk of this programme not only can provide seat for user, facilitate old man to use, and be prevented effectively from fortune
The old man's astasia occurred in carrying platform running and the risk fallen down；And when without using seat, folding cushion is also
It can fold up, it is to avoid the standing room above seat occupancy foot pedal.
Preferably, seat also includes the backrest being connected with support base or seat of honour pad, the backrest and folding cushion position
In the opposite sides of the seat of honour.
The beneficial effects of the utility model are：
First, with simple in construction, low manufacture cost, easy to use, and the characteristics of operate steadily reliable.
Second, foot pedal can be packed up automatically, effectively reduce empty to the occupancy of corridor in corridor machine instead of walk when not in use
Between；And can also effectively prevent that foot pedal from occurring during packing up the problem of crushing human body.
Third, not only seat can be provided for user, facilitate old man to use, be prevented effectively from carrying platform running
Old man's astasia of middle appearance and the risk fallen down；And when without using seat, can be with rumble seat, it is to avoid seat is accounted for
With the standing room above foot pedal.
Brief description of the drawings
Fig. 1 is a kind of structural representation of corridor machine instead of walk of the present utility model.
Fig. 2 is a kind of structural representation of carrying platform of the present utility model.
Fig. 3 is Fig. 2 side view.
Fig. 4 is a kind of structural representation of supportive body of the present utility model and its upper-part.
Fig. 5 is a kind of cross-sectional view at A-A in Fig. 4.
Fig. 6 is a kind of cross-sectional view at B-B in Fig. 4.
Fig. 7 is a kind of cross-sectional view at C-C in Fig. 4.
In figure：
Running track 1a, upper rail 1a.1, lower guideway 1a.2；
Run car body 2a；
First chain-drive mechanism 3a；
Second chain-drive mechanism 4a；
First motor 5a；
Supportive body 1；
Seat 2, support base 2.0, folding cushion 2.1, seat of honour advance expenditure support part 2.01, folding cushion supporting part 2.02 are leaned on
The back of the body 2.3, horizontal holding rod 2.4, seat of honour pad 2.5, jointed shaft 2.6；
Foot pedal 3, horizontal rotating shaft 3.1；
Anti-pinch drives executing agency 4, the second motor 4.1, torque force limiting device 4.2, the 3rd chain-drive mechanism 4.3；
Foot pedal anglec of rotation position limiting structure 5, fixed limited block 5.1, moves limited block 5.2；
Foot pedal loading detection means 6, pressure sensor 6.1, rotary stopper block 6.2；
Foot pedal anglec of rotation testing agency 7, the first cam 7.1, the second cam 7.2, the first trigger switch 7.3, second
Trigger switch 7.4；
Pivoted arm adapter sleeve 8a, 8b；
Cursor 9.
Embodiment
The utility model is described in further detail with embodiment below in conjunction with the accompanying drawings：
As shown in figure 1, a kind of corridor machine instead of walk, including：Machine instead of walk support frame, the running track 1a extended along corridor；
Main driving executing agency；And carrying platform.
Running track is arranged in machine instead of walk support frame.Running track includes upper rail 1a.1 and the position extended along corridor
In upper rail lower section and the lower guideway 1a.2 parallel with upper rail.Running track is provided with the operation car moved along running track
Body 2a.Car body is run to be located between upper rail and lower guideway.Car body is run provided with the bottom roller with lower guideway, is run on car body
Provided with the upper roller with upper rail.
Main driving executing agency is arranged in machine instead of walk support frame.Main driving executing agency includes the first chain-drive mechanism
3a and the first motor 5a for driving the operation of the first chain-drive mechanism.First chain-drive mechanism includes being located at corridor lower end
Lower sprocket, the upper sprocket wheel positioned at corridor upper end and connection lower sprocket and upper sprocket wheel driving chain.First chain-drive mechanism
Transmission direction is parallel with running track.Operation car body is connected with the driving chain of the first chain-drive mechanism.First driving electricity
It is connected between the rotating shaft of the output shaft and lower sprocket of machine by the second chain-drive mechanism 4a.
As shown in Figure 1, Figure 2, Figure 3 shows, carrying platform includes：The supportive body 1 being connected with operation car body；It is arranged on support
The foot pedal 3 of lower body part；It is arranged on the seat 2 at the top of supportive body；Anti-pinch drives executing agency 4；The foot pedal anglec of rotation
Position limiting structure 5；Foot pedal loading detection means 6；And foot pedal anglec of rotation testing agency 7.
Seat includes the support base 2.0 being fixedly installed on supportive body top surface, the seat of honour being arranged in support base
Pad 2.5, the folding cushion 2.1 being hinged and connected by jointed shaft 2.6 and seat of honour pad and with leaning on that support base or seat of honour pad are connected
The back of the body 2.3.Backrest is located at the opposite sides of the seat of honour with folding cushion.Support base includes the seat of honour pad for being used to support the seat of honour pad
Supporting part 2.01 and the folding cushion supporting part 2.02 for supporting folding cushion.Seat of honour pad is arranged on seat of honour advance expenditure support part,
Folding cushion support zone is in the lower section of folding cushion.
Horizontal holding rod 2.4 is additionally provided with the top of backrest.Armrest is additionally provided with folding cushion.Seat of honour pad is provided with seat of honour pad
Skeleton.Main seat cushion framework is connected with support base.Jointed shaft is arranged on main seat cushion framework, and jointed shaft is horizontally disposed.When
When folding cushion down rotates around jointed shaft and is resisted against on folding cushion supporting part：Folding cushion is in horizontality.
As shown in Figure 2, Figure 4 shows, supportive body includes casing.Seat is located above casing.Foot pedal passes through horizontal rotating shaft 3.1
It is rotatably arranged on supportive body.Horizontal rotating shaft is parallel with jointed shaft.Foot pedal is located on the outside of casing.Horizontal rotating shaft passes through axle
Being arranged on supportive body in bearing, and horizontal rotating shaft is in casing.Horizontal rotating shaft is connected provided with left and right two pivoted arms
Cover 8a, 8b.Pivoted arm adapter sleeve is connected with horizontal rotating shaft by key.It is connected between foot pedal and pivoted arm adapter sleeve by cursor 9.
Cursor is in circular arc.
Anti-pinch driving executing agency is used to drive horizontal rotating shaft to rotate.Anti-pinch driving executing agency is located in casing.Anti-pinch
Driving executing agency includes the second motor 4.1 being arranged on supportive body and the torsion being co-axially located on horizontal rotating shaft
Limiter 4.2.Connected between torque force limiting device and horizontal rotating shaft by key.
It is connected between the output shaft and torque force limiting device of second motor by the 3rd chain-drive mechanism 4.3.The
The drive sprocket of three chain-drive mechanisms is arranged on the output shaft of the second motor, and the driven sprocket of chain-drive mechanism is arranged on
On torque force limiting device, driven sprocket is coaxial with horizontal rotating shaft.
As shown in Figure 4, Figure 5, foot pedal anglec of rotation position limiting structure includes the dynamic limited block 5.2 being arranged on horizontal rotating shaft
And it is arranged on the fixation limited block 5.1 on supportive body.Fixed limited block coordinates for limiting foot pedal around water with dynamic limited block
The angle that flat turn axle is down rotated.Fixed limited block is located at the top of dynamic limited block.When foot pedal is down rotated around horizontal rotating shaft
During to horizontality：Dynamic limited block is resisted against on fixed limited block.
As shown in Fig. 4, Fig. 6, foot pedal loading detection means include being arranged on rotary stopper block 6.2 on horizontal rotating shaft and
It is arranged on the pressure sensor 6.1 being engaged on supportive body with rotary stopper block.Rotary stopper block is located at pressure sensor
Lower section.When foot pedal down turns to horizontality around horizontal rotating shaft：Rotary stopper block is resisted against on pressure sensor.
In the present embodiment：Dynamic limited block is arranged on any one pivoted arm adapter sleeve in left and right two pivoted arm adapter sleeves；
Rotary stopper block is arranged on another pivoted arm adapter sleeve in left and right two pivoted arm adapter sleeves.
As shown in Fig. 4, Fig. 7, foot pedal anglec of rotation testing agency includes the first cam 7.1 being arranged on horizontal rotating shaft
With the second cam 7.2, be arranged on the first trigger switch 7.3 being engaged on supportive body with the first cam and be arranged on support master
The second trigger switch 7.4 being engaged on body with the second cam.When foot pedal down turns to horizontality around horizontal rotating shaft：
First cam triggers the first trigger switch.When foot pedal up turns to setting position around horizontal rotating shaft：Second cam is triggered
Second trigger switch.
The corridor machine instead of walk of the present embodiment it is specifically used as follows：
When using corridor machine instead of walk：
First, by the second motor drive horizontal rotating shaft rotate, horizontal rotating shaft by cursor drive foot pedal around
Horizontal rotating shaft down turns to horizontality, and foot pedal is deployed to be used for stand people or loading；Now：First cam triggering first is touched
Hair switch, the second motor is stopped；Dynamic limited block is resisted against on fixed limited block, prevents foot pedal past around horizontal rotating shaft
It is lower to rotate；Meanwhile, rotary stopper block is resisted against on pressure sensor, and the change of load-carrying on foot pedal is detected by pressure sensor
Change.
When foot pedal expansion, during in horizontality；Operator can choose whether seat to be used.If desired seat is used
Chair：Then folding cushion can down be rotated around jointed shaft and is resisted against on folding cushion supporting part, now folding cushion is in
Horizontality, the seat cushion that folding cushion collectively forms seat with seat of honour pad provides seat for user（As shown in Figure 3）, it is convenient old
People uses, the risk for being prevented effectively from the old man's astasia occurred in carrying platform running and falling down；If need not make
Use seat：Then folding cushion can up be rotated around jointed shaft, folding cushion is folded up, it is to avoid seat occupancy foot pedal
The standing room of top.
Second, user stands on foot pedal or sat on the seat.
3rd, the first motor drives operation car body to be run along running track by the first chain-drive mechanism, Jin Ertong
Cross operation car body and drive being run along running track for carrying platform, so as to help user to lead or downstairs lead upstairs.
After human body is gone down on foot pedal, pressure sensor is in continuous a period of time（Such as 5 seconds）It is interior, on foot pedal
Load-carrying does not increase；Then the second motor drives horizontal rotating shaft to rotate, and horizontal rotating shaft drives foot pedal around water by cursor
Flat turn axle up turns to setting position, foot pedal is in vertical state, foot pedal is packed up, effectively reduces and corridor is accounted for
Use space；Now, the second cam triggers the second trigger switch, and the second motor is stopped.
In foot pedal around during horizontal rotating shaft is up rotated：When moment of torsion exceedes setting value, torque force limiting device will be with
Skidding form limit the second motor torsion foot pedal is delivered to by horizontal rotating shaft, so not only just prevent foot pedal with
Occurs foreign matter between supportive body（Hand, finger such as children）When, the folder for effectively preventing foot pedal from occurring during packing up
Hurt sb.'s feelings body the problem of.
In corridor machine instead of walk when not in use：
Folding cushion can up be rotated around jointed shaft, folding cushion is folded up, it is to avoid seat occupancy corridor is empty
Between.
Claims (10)
1. a kind of corridor machine instead of walk, it is characterized in that, including：
The running track extended along corridor, running track is provided with the operation car body moved along running track；
Main driving executing agency, main driving executing agency includes the first chain-drive mechanism and for driving the first chain-drive mechanism fortune
The first capable motor, the transmission direction of the first chain-drive mechanism is parallel with running track, the operation car body and first
The driving chain of chain-drive mechanism is connected；And
Carrying platform, carrying platform includes the supportive body being connected with operation car body and is arranged on stepping on for supportive body bottom
Sole.
2. corridor machine instead of walk according to claim 1, it is characterized in that, the running track include along corridor extend on lead
Rail and below the upper rail and the lower guideway parallel with upper rail, the operation car body be located at upper rail and lower guideway it
Between.
3. corridor machine instead of walk according to claim 2, it is characterized in that, the operation car body is provided with the lower rolling with lower guideway
Wheel, operation car body is provided with the upper roller with upper rail.
4. the corridor machine instead of walk according to claim 1 or 2 or 3, it is characterized in that, first chain-drive mechanism includes being located at
The lower sprocket of corridor lower end and the upper sprocket wheel positioned at corridor upper end, the rotating shaft of the output shaft and lower sprocket of first motor
Between pass through the second chain-drive mechanism be connected.
5. the corridor machine instead of walk according to claim 1 or 2 or 3, it is characterized in that, the carrying platform also includes anti-pinch and driven
Executing agency, the foot pedal is rotatably arranged on supportive body by horizontal rotating shaft, and anti-pinch driving executing agency includes setting
The second motor and the torque force limiting device being co-axially located on horizontal rotating shaft, second motor on supportive body
Output shaft and torque force limiting device between pass through the 3rd chain-drive mechanism be connected.
6. corridor machine instead of walk according to claim 5, it is characterized in that, the carrying platform also includes the foot pedal anglec of rotation
Position limiting structure, foot pedal anglec of rotation position limiting structure includes the dynamic limited block being arranged on horizontal rotating shaft and is arranged on supportive body
On fixation limited block, fixed limited block coordinates for limiting the angle that foot pedal is down rotated around horizontal rotating shaft with dynamic limited block
Degree；When foot pedal down turns to horizontality around horizontal rotating shaft：Dynamic limited block is resisted against on fixed limited block.
7. corridor machine instead of walk according to claim 6, it is characterized in that, the horizontal rotating shaft is provided with left and right two pivoted arms
Adapter sleeve, pivoted arm adapter sleeve is connected with horizontal rotating shaft by key, passes through cursor phase between the foot pedal and pivoted arm adapter sleeve
Even, the dynamic limited block is arranged on any one pivoted arm adapter sleeve in left and right two pivoted arm adapter sleeves.
8. corridor machine instead of walk according to claim 7, it is characterized in that, the carrying platform also includes foot pedal loading and detected
Device, foot pedal loading detection means includes the rotary stopper block being arranged on horizontal rotating shaft and is arranged on supportive body and rotation
Turn the pressure sensor that limited block is engaged；When foot pedal down turns to horizontality around horizontal rotating shaft：Rotary stopper block
It is resisted against on pressure sensor；The rotary stopper block is arranged on another pivoted arm connection in left and right two pivoted arm adapter sleeves
Put.
9. the corridor machine instead of walk according to claim 1 or 2 or 3, it is characterized in that, the carrying platform also includes being arranged on branch
Support body top seat, the seat include be fixedly installed on supportive body top surface support base, be arranged on support bottom
Seat of honour pad on seat and the folding cushion being hinged and connected by jointed shaft and seat of honour pad, the jointed shaft are equal with horizontal rotating shaft
OK, the support base includes the seat of honour advance expenditure support part for supporting the seat of honour pad and the foldable base for supporting folding cushion
Advance expenditure support part, the seat of honour pad is arranged on seat of honour advance expenditure support part, and folding cushion support zone is in the lower section of folding cushion.
10. corridor machine instead of walk according to claim 9, it is characterized in that, the seat also includes and support base or the seat of honour
The connected backrest of pad, the backrest is located at the opposite sides of the seat of honour with folding cushion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720117729.6U CN206606893U (en) | 2017-02-08 | 2017-02-08 | A kind of corridor machine instead of walk |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720117729.6U CN206606893U (en) | 2017-02-08 | 2017-02-08 | A kind of corridor machine instead of walk |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206606893U true CN206606893U (en) | 2017-11-03 |
Family
ID=60167824
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720117729.6U Expired - Fee Related CN206606893U (en) | 2017-02-08 | 2017-02-08 | A kind of corridor machine instead of walk |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206606893U (en) |
-
2017
- 2017-02-08 CN CN201720117729.6U patent/CN206606893U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171103 Termination date: 20180208 |