CN207844140U - A kind of elevator being provided with track collocation structure - Google Patents
A kind of elevator being provided with track collocation structure Download PDFInfo
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- CN207844140U CN207844140U CN201721686275.0U CN201721686275U CN207844140U CN 207844140 U CN207844140 U CN 207844140U CN 201721686275 U CN201721686275 U CN 201721686275U CN 207844140 U CN207844140 U CN 207844140U
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- track
- fluctuating orbit
- suspender
- wheel
- crane
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Abstract
The utility model discloses a kind of elevators being provided with track collocation structure, including lifting column, the lifting column is four, it is correspondingly arranged two-by-two in front and back, crane is provided in the lifting column, fluctuating orbit is connected on the crane, suspender is carried by the fluctuating orbit to rise or fall, it is provided with compensation track above the fluctuating orbit, for substituting fluctuating orbit, track is connected complete.When in use, when the decline of previous workpiece is embathed, compensation guide rail declines therewith, notch caused by compensation crane moves down, and next suspender and workpiece can be by compensating track by the station, to realize the function of double-station.
Description
Technical field
The utility model is related to conveyer technical fields, more particularly to a kind of lifting being provided with track collocation structure
Machine.
Background technology
In traditional technology, the pre-processing electrophoresis conveyer of relatively low production capacity generally uses self-propelled hoist conveyer (EMS), however
During use, there are following disadvantages for self-propelled hoist conveyer (EMS)：(1) lifting of workpiece is driven by ring-chain hoist.Ring
Chain rigidity is poor, if decrease speed is fast, is floated when workpiece will be caused to enter slot；(2) pre-processing electrophoresis generally uses 2/8 (m/min)
Double speed cucurbit, lifting speed be fixed from as needed arbitrarily adjustment；(3) production capacity of self-propelled hoist conveyer is usually no more than
17JPH；(4) it is to adapt to self-propelled hoist operation, center position needs to be open at the top of pre-treating electrophoresis chamber body, leads to steam leakage and slot
Liquid pollutes；(5) there is dust-containing disc at the top of self-propelled hoist suspender, seriously affect the effect that workpiece goes out slot spray.(6) traditional equipment needs
Wait for that the suspender technique before front finishes, subsequent suspender could enter, and influence beat.
Invention content
For the problem that conveyer beat in above-mentioned traditional technology is limited, the utility model provides one kind and being provided with track
The elevator of collocation structure can realize duplexing bit manipulation, can be worn from top after so that subsequent workpiece process is finished
The elevator for crossing front is directly entered next station.
To realize that the purpose of this utility model, the utility model provide a kind of lifting being provided with track collocation structure
Machine, including lifting column 301, the lifting column 301 are four, are correspondingly arranged two-by-two in front and back, liter is provided in the lifting column
Frame 1801 is dropped, fluctuating orbit 401 is connected on the crane 1801, carrying suspender 701 by the fluctuating orbit 401 rises
Or decline, the top of the fluctuating orbit 401 is provided with compensation track 201 and connects track for substituting fluctuating orbit 401
Completely.
Wherein, the lifting column both sides are respectively arranged with longitudinal sliding slot 2101, the both sides of the compensation track 201 and institute
It states longitudinal sliding slot 2101 to be slidably connected, 401 both sides of the fluctuating orbit are provided with mandril 2201, when fluctuating orbit 401 moves down
When dynamic, the position that fluctuating orbit 401 is moved under the compensation track 201 passes through mandril when fluctuating orbit 401 resets
2201 jack up the compensation track 201.
Wherein, the suspender 701 includes top frame 1, wheel group 2 and sunpender 3, pry body locking hook 4, the top frame
1 is square frame, and both sides are respectively set that there are two wheel groups 2, can by oscillating bearing between the wheel group 2 and top frame 1
Rotation connection, the sunpender 3 are four, are used in combination, are rotatably connected by sliding bearing with top frame 1 two-by-two,
The wheel group 2 is walked in orbit.
Wherein, each wheel group includes walking wheel seat and is arranged in two traveling wheels of wheel seat rear and front end of walking
21 and four directive wheels 22 positioned at walking wheel seat both sides.
Wherein, it is provided with location hole 23 on the walking wheel seat of two wheel groups 2 of 1 both sides front end of the top frame.
Wherein, positioning device of hoist, the suspender positioning are provided on the crane 1801 of the lifting column of front side 301
Device is arranged below fluctuating orbit 401, and the positioning device of hoist includes suspender positioning cylinder 1401 and axis pin, described to hang
Tool positioning cylinder 1401 drives the axis pin to rise, and is inserted on the walking wheel seat of suspender 701 and is provided in location hole 23, to real
Now to the positioning of suspender 701.
Wherein, it is respectively set that there are one the track of horizontal direction is fixed positioned at the lower end of the track of the both sides of fluctuating orbit 401
Position device, the track placer includes tracks positioned cylinder 601 and axis pin, the fluctuating orbit 401 and compensation rail
The equal both sides in road 201 are respectively set there are one tracks positioned hole 1301, and the axis pin is driven by the tracks positioned cylinder 601
It is mobile, it is inserted into the tracks positioned hole of fluctuating orbit 401 or compensation track 201, realizes to fluctuating orbit 401 and compensation track
201 positioning.
Wherein, S type suspender safe end shelves are respectively arranged with positioned at 401 both ends of fluctuating orbit of the lifting column of rear side 301
1901, the end set of the suspender safe end shelves 1901 has idler wheel, intermediate position to be articulated and connected, prevent with lifting pipeline 401
Suspender 701 is detached from fluctuating orbit 401 during tilting into slot, and guide rail is provided on the track of 401 side of fluctuating orbit
2001, in the process of decline, suspender safe end shelves 1901 are closed fluctuating orbit 401 due to gravity；Work as lifting
When track 401 rises to concordant with the track of both sides, the idler wheel on suspender safe end shelves 1901 passes through the work of guide rail 2001
With, suspender safe end shelves 1901 are opened, at this time suspender 701 can level pass through.
Wherein, the elevator further includes elevator drive comprising identical first driving mechanism of structure and
Two driving mechanisms, first driving mechanism and the second driving mechanism are controlled respectively in the lifting column of front side and in rear side lifting column
Crane rises or falls, and includes motor 801, universal drive shaft 901, steering box 1001, and the motor 801 passes through universal biography
Moving axis 901, steering box 1001 and crane are sequentially connected.
Wherein, top chain wheel 1101, chain 1201 and bottom sprocket wheel 1701 are provided in the lifting column 301, it is described
Top chain wheel 1101 and bottom sprocket wheel 1701 are connected by chain 1201, be connected on the chain 1201 crane 1801 and
Clump weight 1601, the steering box 1001 are connected with drive sprocket, and the drive sprocket passes through driving chain and top chain wheel
1101 are sequentially connected.
Compared with prior art, the beneficial effects of the utility model are, when the decline of previous workpiece is embathed, telescopic rail
Stretch out, notch caused by compensation crane moves down, next suspender and workpiece can by the guide rail on telescopic rail by the station,
To realize the function of double-station.
Description of the drawings
Fig. 1 show the first schematic diagram of structure of the application；
Fig. 2 show the second schematic diagram of structure of the application；
Fig. 3 show the structural schematic diagram of the application elevator drive；
Fig. 4 show the first schematic diagram of structure of the application lifting column；
Fig. 5 show the second schematic diagram of structure of the application lifting column；
Fig. 6 show the structure third schematic diagram of the application lifting column；
Fig. 7 show the 4th schematic diagram of structure of the application lifting column；
Fig. 8 show the structure third schematic diagram of the application；
Fig. 9 show the first schematic diagram of structure that the application compensates track；
Figure 10 show the first schematic diagram of structure of the application positioning device of hoist；
Figure 11 show the first schematic diagram of structure of the application track placer；
Figure 12 show the structural schematic diagram of crane before and after the application；
Figure 13 show the second schematic diagram of structure that the application compensates track；
Figure 14 show the structure third schematic diagram that the application compensates track；
Figure 15 show the 4th schematic diagram of structure that the application compensates track；
Figure 16 show the first schematic diagram of structure of the application suspender safe end shelves；
Figure 17 show the second schematic diagram of structure of the application suspender safe end shelves；
Figure 18 show the application chain sprocket structure schematic diagram；
Figure 19 show the first schematic diagram of hanger structure of the application；
Figure 20 show the structural schematic diagram of the wheel group of the application；
Figure 21 show the second schematic diagram of hanger structure of the application；
Figure 22 show the hanger structure third schematic diagram of the application；
Figure 23 show the application friction pulley and top frame attachment structure schematic diagram；
Figure 24 show the application suspender application schematic diagram；
In figure, 1- top frames, 2- wheel groups, 3- sunpenders, 4- pry body locking hooks, 21- traveling wheels, 22- directive wheels, 23- is fixed
Position hole, 5- friction pulleys, 6- suspender tracks, 101- elevator drives, 201- compensate track, 301- lifting columns, 401- liftings
Frame, 501- guide rails, 601- tracks positioned cylinders, 701- suspenders, 801- motors, 901- universal drive shafts, 1001- steering boxs,
1101- top chain wheels, 1201- chains, 1301- tracks positioneds hole, 1401- suspender positioning cylinders, 1501- sealing plates, 1601- match
Pouring weight, the bottoms 1701- sprocket wheel, 1801- cranes, 1901- suspender safe end crotch, 2001- guide rails, 2101- longitudinal sliding motions
Slot, 2201- mandrils.
Specific implementation mode
The utility model is described in further detail below in conjunction with the drawings and specific embodiments.It should be appreciated that this place
The specific embodiment of description is only used to explain the utility model, is not used to limit the utility model.
It should be noted that " connection " described herein and the word for expressing " connection ", as " being connected ",
" connected " etc. was both directly connected to another component including a certain component, and also passed through other component and another portion including a certain component
Part is connected.
It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase
Mutually combination.
As shown in Fig. 1-2 4, the application elevator is mainly by main frame, driving device, transmission system, clump weight, lifting
Frame, compensation track, positioning device of hoist, track placer, suspender safe end shelves, track and the groups such as hanging and sealing device
At.Wherein, front and back crane is respectively driven by two motors, and suspender traveling wheel is respectively supported on the track on crane, is led to
Crossing control can be such that front and back crane declines respectively, and then suspender can be made to enter slot with angle of inclination, and entering the angle of the v-groove can be adjusted.
Specifically, including elevator drive 101 and lifting column 301, the lifting column 301 is four, in front and back
It is correspondingly arranged two-by-two, crane 1801 is provided in the lifting column, fluctuating orbit 401 is connected on the crane 1801,
Suspender 701 is carried by the fluctuating orbit 401 to rise or fall, the elevator drive 101 includes that structure is identical
First driving mechanism and the second driving mechanism, first driving mechanism and the second driving mechanism are controlled respectively in the lifting column of front side
It is risen or fallen with the crane in rear side lifting column, it is described including motor 801, universal drive shaft 901, steering box 1001
Motor 801 is sequentially connected by universal drive shaft 901, steering box 1001 and crane.
Power is transmitted on drive sprocket by driving device；Driving device is standby, and there are two lifting motors, it can be achieved that front and back liter
Drop frame lifts respectively, and motor exports power, it can be achieved that left and right crane synchronization lifting simultaneously by left and right shaft coupling；Crane
Lifting realizes that elevator connects and composes a complete cycle with chain respectively with counterweight upper and lower ends, passes through by chain drive
Drive sprocket rotation drives crane to move up and down.
Wherein, the suspender 701 includes top frame 1, wheel group 2 and sunpender 3, pry body locking hook 4, the top frame
1 is square frame, and both sides are respectively set that there are two wheel groups 2, can by oscillating bearing between the wheel group 2 and top frame 1
Rotation connection, the sunpender 3 are four, are used in combination, are rotatably connected by sliding bearing with top frame 1 two-by-two,
The wheel group 2 is walked in orbit, and each wheel group includes walking wheel seat and is arranged the two of walking wheel seat rear and front end
A traveling wheel 21 and four directive wheels 22 positioned at walking wheel seat both sides, two wheel groups 2 of 1 both sides front end of the top frame
It is provided with location hole 23 on walking wheel seat.Friction pulley 6 is pressed in 1 both sides cross rail top of the top frame, is hung by friction-driven
Tool movement.Drive lifting appliance moving, friction-driven noise small, steady by friction pulley friction-top frame；Wheel group and top frame
Between, it is articulated and connected between top frame and sunpender, vehicle body may be implemented with angle of inclination, enter slot vertically downward, go out slot；Two
A walking wheel seat is equipped with location hole, the positioning for tilting suspender during slot.
Wherein, top chain wheel 1101, chain 1201 and bottom sprocket wheel 1701 are provided in the lifting column 301, it is described
Top chain wheel 1101 and bottom sprocket wheel 1701 are connected by chain 1201, be connected on the chain 1201 crane 1801 and
Clump weight 1601, the steering box 1001 are connected with drive sprocket, and the drive sprocket passes through driving chain and top chain wheel
1101 are sequentially connected.
Crane is divided into the preceding crane positioned at front side lifting column and the rear crane positioned at rear side lifting column, front and back lifting
Frame carries track placer, but front and back crane structure is again different；
The structure of preceding crane
1. carrying positioning device of hoist on preceding crane, for crane, spreader position is fixed during decline, former
Reason is to push axis pin to be inserted into the location hole of suspender by cylinder to realize
2. the track length on preceding crane is shorter.
The mechanism of crane afterwards
1. going out safe end shelves with anti-on rear crane, for crane, fortuitous event suspender is oriented to during decline
Wheel goes out lifting mounted track, and principle is to realize opening and closing for end shelves by guide rail；
2. and track length is longer, for compensating the length difference in suspender tilting procedure in horizontal direction.
Wherein, positioning device of hoist, the suspender positioning are provided on the crane 1801 of the lifting column of front side 301
Device is arranged below fluctuating orbit 401, and the positioning device of hoist includes suspender positioning cylinder 1401 and axis pin, described to hang
Tool positioning cylinder 1401 drives the axis pin to rise, and is inserted on the walking wheel seat of suspender 701 and is provided in location hole 23, to real
Now to the positioning of suspender 701.
Wherein, it is respectively set that there are one the track of horizontal direction is fixed positioned at the lower end of the track of the both sides of fluctuating orbit 401
Position device, the track placer include tracks positioned cylinder 601 and axis pin, the both sides difference of the fluctuating orbit 401
There are one tracks positioned holes 1301 for setting, drive the axis pin to move by the tracks positioned cylinder 601, are inserted into fluctuating orbit
In 401 tracks positioned hole, the positioning to fluctuating orbit 401 is realized.
Wherein, S type suspender safe end shelves are respectively arranged with positioned at 401 both ends of fluctuating orbit of the lifting column of rear side 301
1901, the end set of the suspender safe end shelves 1901 has idler wheel, intermediate position to be articulated and connected, prevent with lifting pipeline 401
Suspender 701 is detached from fluctuating orbit 401 during tilting into slot, and guide rail is provided on the track of 401 side of fluctuating orbit
2001, in the process of decline, suspender safe end shelves 1901 are closed fluctuating orbit 401 due to gravity；Work as lifting
When track 401 rises to concordant with the track of both sides, the idler wheel on suspender safe end shelves 1901 passes through the work of guide rail 2001
With, suspender safe end shelves 1901 are opened, at this time suspender 701 can level pass through.
When the decline of previous workpiece is embathed, telescopic rail stretches out, notch caused by compensation crane moves down, next suspender
And workpiece can be by the guide rail on telescopic rail by the station, to realize the function of double-station.
Specifically, the top of the fluctuating orbit 401 is provided with compensation track 201, will for substituting fluctuating orbit 401
Track connection is complete.
Wherein, the lifting column both sides are respectively arranged with longitudinal sliding slot 2101, the both sides of the compensation track 201 and institute
It states longitudinal sliding slot 2101 to be slidably connected, 401 both sides of the fluctuating orbit are provided with mandril 2201, when fluctuating orbit 401 moves down
When dynamic, the position that fluctuating orbit 401 is moved under the compensation track 201 passes through mandril when fluctuating orbit 401 resets
2201 jack up the compensation track 201.
In addition, present invention also provides a kind of sealing structure, the lifting column 301, which is arranged on the side of crane 1801, to be set
It is equipped with the opening moved for crane 1801, about 1801 both sides of the crane are separately connected one piece for sealing described open
The sealing plate 1501 of mouth is moved as the crane 1801 moves.
Wherein, top chain wheel 1101, chain 1201 and bottom sprocket wheel 1701 are provided in the lifting column 301, it is described
Top chain wheel 1101 and bottom sprocket wheel 1701 are connected by chain 1201, be connected on the chain 1201 crane 1801 and
Clump weight 1601, connect the sealing plate 1501 of the upside of the crane 1801 by after the top chain wheel 1101 with clump weight
1601 upper ends connect, and connect the sealing plate 1501 of downside by being connect with 1601 lower end of clump weight after the bottom sprocket wheel 1701.
Wherein, sheet metal can be used in the sealing version.
The above is only the preferred embodiment of the utility model, it is noted that for the general of the art
For logical technical staff, without departing from the principle of this utility model, several improvements and modifications can also be made, these change
The scope of protection of the utility model is also should be regarded as into retouching.
Claims (10)
1. a kind of elevator being provided with track collocation structure, which is characterized in that including lifting column (301), the lifting column
(301) it is four, is correspondingly arranged two-by-two in front and back, crane (1801), the crane is provided in the lifting column (301)
(1801) fluctuating orbit (401) is connected on, carrying suspender (701) by the fluctuating orbit (401) rises or falls, described
It is provided with compensation track (201) above fluctuating orbit (401), for substituting fluctuating orbit (401), track is connected complete.
2. the elevator according to claim 1 for being provided with track collocation structure, which is characterized in that the lifting column both sides
It is respectively arranged with longitudinal sliding slot (2101), both sides and the longitudinal sliding slot (2101) of the compensation track (201) slide
Connection, fluctuating orbit (401) both sides are provided with mandril (2201), when being moved under fluctuating orbit (401), the compensation rail
The position of fluctuating orbit (401) is moved under road (201), it, will be described by mandril (2201) when fluctuating orbit (401) reset
Track (201) is compensated to jack up.
3. the elevator according to claim 2 for being provided with track collocation structure, which is characterized in that the suspender (701)
Including top frame (1), wheel group (2) and sunpender (3), pry body locking hook (4), the top frame (1) is square frame,
Both sides are respectively set there are two wheel group (2), are rotatably connected by oscillating bearing between the wheel group (2) and top frame (1),
The sunpender (3) is four, is used in combination, is rotatably connected by sliding bearing with top frame (1) two-by-two, the wheel
Group (2) is walked in orbit.
4. the elevator according to claim 3 for being provided with track collocation structure, which is characterized in that each wheel group packet
It includes walking wheel seat and is arranged in two traveling wheels (21) of walking wheel seat rear and front end and four positioned at walking wheel seat both sides
Directive wheel (22).
5. the elevator according to claim 4 for being provided with track collocation structure, which is characterized in that the top frame
(1) it is provided with location hole (23) on the walking wheel seat of two wheel groups (2) of both sides front end.
6. the elevator according to claim 1 for being provided with track collocation structure, which is characterized in that be located at the lifting of front side
Positioning device of hoist is provided on the crane (1801) of column (301), the positioning device of hoist is arranged in fluctuating orbit (401)
Lower section, the positioning device of hoist include suspender positioning cylinder (1401) and axis pin, suspender positioning cylinder (1401) band
The dynamic axis pin rises, and is inserted on the walking wheel seat of suspender (701) and is provided in location hole (23), to realize to suspender
(701) positioning.
7. the elevator according to claim 1 for being provided with track collocation structure, which is characterized in that be located at fluctuating orbit
(401) track placer there are one horizontal direction, the track placer is respectively set in the lower end of the track of both sides
Including tracks positioned cylinder (601) and axis pin, the equal both sides difference of the fluctuating orbit (401) and compensation track (201)
There are one tracks positioned holes (1301) for setting, drive the axis pin to move by the tracks positioned cylinder (601), are inserted into lifting
In the tracks positioned hole of track (401) or compensation track (201), realize to fluctuating orbit (401) and compensation track (201)
Positioning.
8. the elevator according to claim 1 for being provided with track collocation structure, which is characterized in that be located at the lifting of rear side
Fluctuating orbit (401) both ends of column (301) are respectively arranged with S type suspender safe end shelves (1901), the suspender safe end shelves
(1901) end set has an idler wheel, and intermediate position is articulated and connected with fluctuating orbit (401), prevent suspender (701) tilt into
It is detached from fluctuating orbit (401) during slot, guide rail (2001) is provided on the track of fluctuating orbit (401) side, is lifted
In the process of decline, suspender safe end shelves (1901) are closed track (401) due to gravity；Work as fluctuating orbit
(401) when rising to concordant with the track of both sides, the idler wheel on suspender safe end shelves (1901) is by guide rail (2001)
Effect, suspender safe end shelves (1901) are opened, at this time suspender (701) can level pass through.
9. the elevator according to claim 1 for being provided with track collocation structure, which is characterized in that the elevator also wraps
Include elevator drive comprising identical first driving mechanism of structure and the second driving mechanism, first driving mechanism
It controls the crane in the lifting column of front side and in rear side lifting column respectively with the second driving mechanism to rise or fall, includes motor
(801), universal drive shaft (901), steering box (1001), the motor (801) pass through universal drive shaft (901), steering box
(1001) it is sequentially connected with crane (1801).
10. the elevator according to claim 9 for being provided with track collocation structure, which is characterized in that the lifting column
(301) top chain wheel (1101), chain (1201) and bottom sprocket wheel (1701) are provided in, the top chain wheel (1101) and
Bottom sprocket wheel (1701) is connected by chain (1201), and crane (1801) and clump weight are connected on the chain (1201)
(1601), the steering box (1001) is connected with drive sprocket, and the drive sprocket passes through driving chain and top chain wheel
(1101) it is sequentially connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721686275.0U CN207844140U (en) | 2017-12-07 | 2017-12-07 | A kind of elevator being provided with track collocation structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721686275.0U CN207844140U (en) | 2017-12-07 | 2017-12-07 | A kind of elevator being provided with track collocation structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207844140U true CN207844140U (en) | 2018-09-11 |
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ID=63423793
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721686275.0U Active CN207844140U (en) | 2017-12-07 | 2017-12-07 | A kind of elevator being provided with track collocation structure |
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| CN (1) | CN207844140U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108163452A (en) * | 2017-12-07 | 2018-06-15 | 中国汽车工业工程有限公司 | A kind of elevator for being provided with track collocation structure |
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2017
- 2017-12-07 CN CN201721686275.0U patent/CN207844140U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108163452A (en) * | 2017-12-07 | 2018-06-15 | 中国汽车工业工程有限公司 | A kind of elevator for being provided with track collocation structure |
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