CN207787292U - Two rollers remove oiling roller - Google Patents
Two rollers remove oiling roller Download PDFInfo
- Publication number
- CN207787292U CN207787292U CN201820004123.6U CN201820004123U CN207787292U CN 207787292 U CN207787292 U CN 207787292U CN 201820004123 U CN201820004123 U CN 201820004123U CN 207787292 U CN207787292 U CN 207787292U
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- Prior art keywords
- oiling roller
- roller
- except
- rack
- top shoe
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Abstract
The utility model discloses a kind of two rollers to remove oiling roller, what is connect including rack, with gantry rotation upper connect except oiling roller and with gantry rotation lower except oiling roller, it is upper except oiling roller and lower except oiling roller is horizontally disposed, it is upper to remove oiling roller with lower except oiling roller is parallel, above except oiling roller both ends are rotatably connected to top shoe, top shoe is connect with rack vertical sliding；Above except oiling roller both ends are equipped with multi-diameter shaft, restricted top shoe and the upper locking nut except the axially opposed movement of oiling roller are threadedly coupled on multi-diameter shaft；Screw rod is fixedly connected with above two top shoes vertically, screw rod threaded upper ends are connected with worm gear, are driven on worm gear and are engaged with worm screw, fixing sleeve is connected to transmission shaft on worm screw, and transmission shaft one end is sequentially connected with driving device；The upper guide groove of vertical direction is offered on two top shoes, guide plate is fixedly connected in rack, and upper guide plate is connect with upper guide groove phase vertical sliding, during removing oiling roller in adjusting, can reduce the upper relative height differential except oiling roller both ends.
Description
Technical field
The utility model is related to a kind of milling train waste-oil scavenger, more particularly to a kind of two rollers remove oiling roller.
Background technology
During steel plate rolling, steel plate can generate heat because of compressive deformation, need oil spout on the steel plate to cool down, generally
Using except oiling roller rolled sheet iron surface, the remaining oil of surface of steel plate is removed.
Such as the Chinese patent that notification number is CN203955736U, it discloses a kind of oil removing roller regulating devices, such as Fig. 1 institutes
Show, it is disclosed except oiling roller includes the framework pillar of a pair of parallel setting, above remove oiling roller 2 and lower removes oiling roller 3, two framework pillars
Top by upper bracket be connected, lower part by lower bracket be connected, above except oiling roller 2 is fixedly linked by bearing block and lower bracket,
Oiling roller 3 is removed down and is arranged in parallel in the top for removing oiling roller 2, and both ends are slidably connected by bearing block and two columns respectively, lower oil removing
Height adjusting screw rod is equipped between 3 bearing block of roller and upper bracket；Height adjusting screw rod is adjustable upper except oiling roller 2 and lower except oiling roller 3
The distance between to clamp steel plate, when steel plate is passed through from centre, above remove oiling roller 2 and lower the oil of surface of steel plate can be squeezed except oiling roller 3
Pressure removal.
During removing oiling roller 2 in adjusting, above except oiling roller 2 is slided up and down along framework pillar, between the driving members such as screw rod
There are rigging errors, and after a longer time of use, the abrasion between transmission parts contact surface also will increase between each transmission parts
Rigging error, cause the sliding except 2 both ends of oiling roller that cannot synchronize and start, above remove oiling roller 2 and lower except parallel between oiling roller 3
It spends error to increase, roll-in is when on the surface of the steel plate, oily above except there may be larger gaps between 2 surface of oiling roller and surface of steel plate
Gap is may go through, leads to still have more oil to remain in surface of steel plate after roll-in oil removing.
Utility model content
The purpose of this utility model is to provide two rollers of one kind and removing oiling roller, its advantage is that removing oiling roller with lower except oiling roller in adjusting
The distance between when, the upper relative height differential except oiling roller both ends can be reduced.
The above-mentioned technical purpose of the utility model technical scheme is that：Two rollers of one kind removing oiling roller,
Connect including rack, with gantry rotation it is upper except oiling roller and connect with gantry rotation it is lower except oiling roller, above except oiling roller is removed under
Oiling roller is horizontally disposed, above removes oiling roller with lower except oiling roller is parallel, above except oiling roller both ends are rotatably connected to top shoe, top shoe
It is connect with rack vertical sliding；Above except oiling roller both ends are equipped with multi-diameter shaft, the diameter of multi-diameter shaft is less than the upper diameter except oiling roller, rank
Thrust bearing is socketed on terraced axis, top shoe is located between thrust bearing and the shaft shoulder end face of multi-diameter shaft, top shoe one side and rank
The shaft shoulder end face of terraced axis abuts against, and top shoe another side is abutted against with thrust bearing end face, and locking is threaded on multi-diameter shaft
Nut, thrust bearing is between locking nut and top shoe, one side and thrust bearing end face of the locking nut close to top shoe
It mutually compresses and abuts；Screw rod is fixedly connected with above two top shoes vertically, screw rod threaded upper ends are connected with worm gear, and worm gear uploads
Dynamic to be engaged with worm screw, fixing sleeve is connected to transmission shaft on worm screw, and transmission shaft one end is sequentially connected with driving device；On two top shoes
The upper guide groove of vertical direction is offered, guide plate is fixedly connected in rack, upper guide plate and upper guide groove are mutually vertical
It is slidably connected, the side of upper guide plate is closely abutted with the side of upper guide groove.
Through the above technical solutions, when except oiling roller work, steel plate is from upper except oiling roller and lower except being passed through between oiling roller, upper oil removing
Roller and the lower upper and lower surface that rolled sheet iron is distinguished except oiling roller, the remaining oiling roller pressure of upper surface of steel plate can be gone by above removing oiling roller
It removes；Driving device drives transmission shaft rotation, transmission shaft to drive worm screw rotation, worm screw that worm gear rotation, worm gear is driven to drive screw rod perpendicular
It is straight to move up and down, to drive except oiling roller moves up and down；The shaft shoulder end face of locking nut and multi-diameter shaft axis can limit top shoe
The axially opposed movement between upper oil removing axis, upper guide plate and upper guide groove can chest top shoe along the upper axial fortune except oiling roller
Dynamic, during above removing oiling roller up and down motion, setting in motion may not be able to be synchronized by above removing oiling roller both ends, and guide plate can hinder oil removing
Roller tilts, and can reduce above except oiling roller and the lower parallelism error except between oiling roller, and above removing oiling roller can keep with surface of steel plate
Closer extruding contact, surface of steel plate remaining oil after roll-in are less.
The utility model is further arranged to：It is described lower except oiling roller both ends are rotatably connected to sliding block, sliding block and machine
Frame vertical sliding connects, lower except oiling roller is connect by sliding block with gantry rotation.
Through the above technical solutions, sliding block can be slided up and down along rack, convenient for adjusting above between pressure roller and lower compression roller
Distance, to adapt to the steel plate of different-thickness.
The utility model is further arranged to：The sliding block lower surface is lined with cushion block, and cushion block lower surface offsets with rack
It connects.
Through the above technical solutions, the thickness by changing cushion block, can adjust the lower height except oiling roller, by being removed under change
The lower relative altitude for removing oiling roller both ends is adjusted in the cushion block relative thickness at oiling roller both ends, reduces convenient for adjusting lower except oiling roller both ends
Relative height differential, make except oiling roller and the lower depth of parallelism higher except between oiling roller.
The utility model is further arranged to：Vertical hydraulic cylinder, one end of hydraulic cylinder and pad is arranged below in the cushion block
The lower surface of block abuts against, and the other end and the rack of hydraulic cylinder abut against.
Through the above technical solutions, when the relative altitude error for removing oiling roller both ends instantly is excessive, both ends are adjustably adjusted
Hydraulic cylinder removes the relative altitude at oiling roller both ends to adjust down.
The utility model is further arranged to：The quantity of the hydraulic cylinder is at least a pair.
Through the above technical solutions, the stability of strutting system to cushion block can be improved in multiple hydraulic cylinders, increase load.
The utility model is further arranged to：The worm gear both ends fixed abut has taper roll bearing, outside worm gear
It is covered with babinet, babinet is mutually fixedly connected with rack, and one side of the taper roll bearing far from worm gear is abutted against with cabinet wall.
Through the above technical solutions, taper roll bearing can carry out worm gear axial bearing, reduce worm gear and cabinet wall
Between frictional resistance.
In conclusion the utility model has the advantages that：
1, the shaft shoulder end face of locking nut and multi-diameter shaft axis can limit axially opposed fortune between top shoe and upper oil removing axis
It is dynamic, upper guide plate and upper guide groove can chest top shoe along the upper axial movement except oiling roller, during above removing oiling roller up and down motion,
It is upper that except oiling roller both ends may not be able to synchronize setting in motion, guide plate can hinder to tilt except oiling roller, can reduce it is upper except oiling roller and
The parallelism error between oiling roller is removed down, and above removing oiling roller and surface of steel plate can keep closer extruding to contact；
2, when instantly excessive except the relative altitude error at oiling roller both ends, the hydraulic cylinder for adjustably adjusting both ends removes to adjust down
The relative altitude at oiling roller both ends；
3, by changing the thickness of cushion block, the lower height except oiling roller is can adjust, by changing the lower cushion block except oiling roller both ends
The lower relative altitude except oiling roller both ends is adjusted in relative thickness, reduces the lower relative height differential except oiling roller both ends convenient for adjusting, makes
It is upper except oiling roller and lower except the depth of parallelism higher between oiling roller.
Description of the drawings
Fig. 1 is the structural schematic diagram of the prior art；
Fig. 2 is the structural schematic diagram of embodiment 1；
Fig. 3 is that oiling roller or more is removed in embodiment 1 except common plane where oiling roller and the lower central axis except oiling roller is cutting
The sectional view in face；
Fig. 4 is the schematic diagram that the assembly relation between screw rod, worm gear and worm screw is embodied in embodiment 1；
Fig. 5 is in embodiment 1 except oiling roller is using the horizontal plane by upper oil removing roller center axis as the sectional view of cutting plane；
Fig. 6 is that the force analysis schematic diagram not moved synchronously except oiling roller both ends under state is embodied in embodiment 1；
Fig. 7 is the structural schematic diagram of embodiment 2；
Fig. 8 is in embodiment 2 except the sectional view that the central plane for more than oiling roller removing oiling roller both ends of the surface is cutting plane；
Fig. 9 is the status diagram that steel plate is embodied in embodiment 2 in not pallet support；
Figure 10 is that steel plate is embodied in embodiment 2 in the status diagram supported by steel plate；
Figure 11 is the flow direction schematic diagram that oil is embodied in embodiment 2；
Figure 12 is the schematic diagram that rounded structure is embodied in embodiment 2；
Figure 13 is the structural schematic diagram of embodiment 3；
Figure 14 is the schematic diagram that hydraulic cylinder support construction is embodied in embodiment 3.
In figure, 1, rack；11, upper guide groove；2, oiling roller is above removed；3, oiling roller is removed down；4, top shoe；5, spacing adjusts system
System；51, motor；52, reduction box；53, transmission shaft；54, worm gearing；541, babinet；542, taper roller axis
It holds；543, worm gear；544, worm screw；55, screw rod；6, sliding block；7, cushion block；8, upper guide plate；9, thrust bearing；101, locking screw
It is female；102, supporting plate；1021, fillet；103, hydraulic cylinder.
Specific implementation mode
The utility model is described in further detail below in conjunction with attached drawing.
Embodiment 1：Two rollers remove oiling roller, as shown in Fig. 2, including rack 1, above removing oiling roller 2 and removing oiling roller 3 down, above remove oiling roller 2
Both ends and lower 3 both ends of oiling roller of removing are rotatablely connected with rack 1, above remove oiling roller 2 and lower except oiling roller 3 is parallel.When work, steel plate from
It is upper except oiling roller 2 and lower except being passed through between oiling roller 3, it is lower to remove oiling roller 3 above except the outer surface of oiling roller 2 is in contact with the upper surface of steel plate
Outer surface be in contact with the lower surface of steel plate, above remove between oiling roller 2 and steel plate and lower except existing between oiling roller 3 and steel plate
Extruding force, frictionally drives except oiling roller 2 and lower except oiling roller 3 rotates in steel plate motion process, above removes oiling roller 2 and lower removes oiling roller
3 roll with steel plate and connect, the oil on steel plate can by it is upper except oiling roller 2 and it is lower except oiling roller 3 forward（It is opposite with the steel plate direction of motion
Direction）Roll-in squeezes out, and achievees the purpose that oil removing.
In conjunction with Fig. 3, above except 2 both ends of oiling roller are equipped with top shoe 4, top shoe 4 is connect with 1 vertical sliding of rack, upper oil removing
2 both ends of roller are rotatablely connected with two top shoes 4 respectively, and 4 upper surface of top shoe is fixedly connected with screw rod 55 vertically；1 top of rack
Equipped with spacing regulating system 5, spacing regulating system 5 includes driving device, reduction box 52, transmission shaft 53 and Worm Wheel System dress
54 are set, driving device can be motor 51, and the output shaft of motor 51 is sequentially connected by reduction box 52 and 53 phase of transmission shaft,
Transmission shaft 53 is driven to rotate by reduction box 52 when motor 51 is run, transmission shaft 53 is driven by worm gearing 54
Screw rod 55 moves up and down vertically, thus except oiling roller 2 moves up and down in drive, between being removed between oiling roller 3 except oiling roller 2 and down in adjusting
Away to adapt to the steel plate of different-thickness.Down except 3 both ends of oiling roller are equipped with sliding block 6, sliding block 6 connects with 1 vertical sliding of rack
It connects, the lower both ends except oiling roller 3 are rotatablely connected with two sliding blocks 6 respectively.Worm gearing 54 has two groups and pacifies respectively
It is mutually sequentially connected by transmission shaft 53 between 55 upper end of two screw rods, two groups of worm gearings 54, motor 51
When operation, transmission shaft 53 can drive two groups of worm gearings 54 to operate simultaneously, make except 2 both ends of oiling roller synchronize rising or
Decline, the speed difference of two end motions of reduction, the depth of parallelism in raising between live-roller and lower driving roller.
It is fixed between the bottom surface of sliding block 6 and rack 1 to have abutted cushion block 7, cushion block 7 for the lower both ends except oiling roller 3 into
Row support when lower bigger except the both ends height error of oiling roller 3, can reduce lower oil removing by replacing the cushion block 7 of suitable thickness
The difference in height at 3 both ends of roller.
In conjunction with Fig. 4, worm gearing 54 includes the babinet 541 for being fixedly connected on 1 top of rack, is fixedly mounted on
It taper roll bearing 542 inside babinet 541, the worm gear 543 being rotatably connected on inside babinet 541 and is passed on from one to another with worm gear 543
The worm screw 544 of dynamic engagement, the both ends of the surface of taper roll bearing 542 offset with the end face of worm gear 543 and 541 inner wall of babinet respectively
It connects, a pair of of taper roll bearing 542 is connected to the both ends of worm gear 543 respectively；Worm gear 543 is socketed on screw rod 55, in worm gear 543
Offer the screw thread being meshed with the screw thread on screw rod 55 on wall, when worm gear 543 rotates, taper roll bearing 542 can to its into
Row support limitation 543 vertical direction of worm gear movement, screw rod 55 are vertically moving by the gearing of screw thread；Worm screw 544
It is fixedly attached on transmission shaft 53, worm gear 543 can be driven to rotate by worm screw 544 when transmission shaft 53 rotates.
As shown in figure 5, offering the upper guide groove 11 of vertical direction on one end side wall that two top shoes 4 are located remotely from each other, often
Guide groove on one piece of upper sliding shoe has a pair, and guide plate 8, upper guide plate 8 and rack 1 are slidably connected in guide groove
It is fixedly connected.Upper guide plate 8 is closely contacted with the inner wall of guide groove along the upper two sides except 2 axis direction of oiling roller, on
Guide plate 8 can limit top shoe 4 along the upper axial movement except oiling roller 2.Above except 2 both ends of oiling roller are equipped with multi-diameter shaft, multi-diameter shaft
Diameter is less than the diameter at the upper cylinder for participating in roll-in work except oiling roller 2, above removes oiling roller 2 and is rotated by multi-diameter shaft and top shoe 4
Connection, top shoe 4 and the shaft shoulder step surface of multi-diameter shaft abut against, and one side of the top shoe 4 far from shaft shoulder step surface, which compresses to abut, to be had
Thrust bearing 9, one side of the thrust bearing 9 far from top shoe 4, which compresses to abut, upper locking nut 101, upper locking nut 101 and rank
Thrust bearing 9, after upper locking nut 101 screws, can be pressed on 4 surface of top shoe, for limiting by terraced axle thread connection
Sliding block 4 and upper axially opposed movement between removing oiling roller 2.And it above in an axial direction will not opposite fortune except between oiling roller 2 due to top shoe 4
Dynamic, upper guide plate 8 limits top shoe 4 axially movable, so, upper guide plate 8 can be limited except oiling roller 2 axially movable.
In conjunction with Fig. 3, during above being moved upwards except oiling roller 2, the mismatch error between each transmission parts of spacing system（Snail
Gear drive error, worm gear 543 inside wheel 543 and 544 driving error of worm screw, reduction box 52 and the screw thread between screw rod 55 pass
Dynamic error etc.）Two 55 vertical and straight movements of screw rod may be caused not exclusively synchronous, wherein a screw rod 55 may first be moved, and it is another
It is moved after root screw rod 55.In conjunction with Fig. 6（For the ease of understanding and analyzing, Fig. 6 is only principle schematic, with it is practical not necessarily at than
Example）, for the ease of understanding this programme, the case where citing herein except 2 both ends Asynchrony of oiling roller：Fig. 6 dotted lines institute table
The profile shown is the upper state diagram except after moving in the case of after 2 both ends Asynchrony of oiling roller, the profile represented by entity line
For the upper state diagram not moved except oiling roller 2, both ends Asynchrony can make the trend with run-off the straight except oiling roller 2, but on
Except oiling roller 2 is limited and can not axially movable and be tilted by upper guide plate 8, so the trend of run-off the straight makes except oiling roller 2
By axial pulling force F1, the agent pressure increase between upper guide plate 8 and the side of upper guide groove 11, F1It generates straight up
Component F2, make the one end delayed except oiling roller 2 along F2Signified direction moves, and 2 run-off the straight of oiling roller is removed in limitation, is removed in reduction
Oiling roller 2 and the lower parallelism error except between oiling roller 3.In roll-in oil removal process, above remove oiling roller 2 surface and upper surface of steel plate it
Between contact it is even closer, be not in larger gap, the remaining oil of the upper surface of steel plate by roll-in is less.
The course of work：Need to adjust except oiling roller 2 with it is lower except the distance between oiling roller 3 when, start motor 51, motor
51 drive transmission shaft 53 to rotate by reduction box 52, and transmission shaft 53 drives two worm screws 544 to rotate, and worm screw 544 drives worm gear 543
Rotation, worm gear 543 drive 55 vertical and straight movement of screw rod, final drive to remove 2 vertical and straight movement of oiling roller, reach and remove 2 He of oiling roller in adjusting
Down except the purpose of distance between oiling roller 3；In adjustment process, setting in motion may not be able to be synchronized by above removing 2 both ends of oiling roller, and guide plate can
Except oiling roller 2 tilts in obstruction, it can reduce above except oiling roller 2 and the lower parallelism error except between oiling roller 3, above remove oiling roller 2 and steel
The extruding that plate surface can keep closer contacts, and surface of steel plate remaining oil after roll-in is less.
Embodiment 2：Difference from Example 1 is, as shown in Figure 7 and Figure 8, a pair of of water is fixedly connected in rack 1
The supporting plate 102 of flat setting, two 102 or more supporting plates are symmetrically set centered on removing oiling roller 2 and the lower common plane except 3 axis of oiling roller place
It sets, 102 upper surface of supporting plate is located at the lower lower section except 3 top surface of oiling roller, between 102 upper surface of supporting plate and the lower top surface for removing oiling roller 3
Vertical distance is 5mm~15mm, and supporting plate 102 is 50cm far from upper one end except oiling roller 2 and the upper horizontal distance except between oiling roller 2
~100cm.In conjunction with Fig. 9, for steel plate from upper except oiling roller 2 and down except being passed through between oiling roller 3 in roll-in oil removal process, supporting plate 102 can
Steel plate is supported, steel plate is avoided to bend downwards under the effect of gravity, Fig. 9 is course of work when steel plate is not affected by support
In status diagram, oil on steel plate is removed between 2 lower surface of oiling roller and surface of steel plate by being accumulated in after roll-in, such as Fig. 9
The region that middle s is indicated, oil can flow downward along upper surface of steel plate, be not easy to be collected oil.
As shown in Figure 10, after support of the steel plate by supporting plate 102, it is located at upper except oiling roller 2 and lower except the surface between oiling roller 3
To recessed, oil can collect on recessed curved surface, and in conjunction with Figure 11, the direction of both ends that oil can remove oiling roller 2 upwards flows out steel plate
Upper surface is placed container with the position under oil stream below steel plate, can be more easily collected to oil.
As shown in figure 12,102 upper surface of supporting plate is equipped with fillet 1021 far from a lower end margin except oiling roller 3, and steel plate is being held in the palm
During being slided on plate 102, fillet 1021 can increase the contact area between 102 edge of lower surface of steel plate and supporting plate, reduce
Supporting plate 102 is scratched caused by surface of steel plate, reduces the frictional force between steel plate and supporting plate 102.
In order to save material cost, supporting plate 102 can also be set to one, planker is arranged in the side that dry plate penetrates,
In conjunction with Figure 10, it can equally reach the function of concentrating oil extraction.
Embodiment 3：Difference from Example 1 is that as shown in figure 13, rack 1 is lower except the lower section at 3 both ends of oiling roller is equal
Equipped at least a pair of hydraulic cylinders 103, hydraulic cylinder 103 is uniformly distributed below cushion block 7, and in conjunction with Figure 14, hydraulic cylinder 103 is set vertically
It sets, the lower surface of piston rod and jacking block abuts against, and the bottom surface of cylinder body is fixedly connected with 1 phase of rack, can be incited somebody to action when hydraulic cylinder 103 extends
Oiling roller 3 is removed down to jack up upwards, it is lower except oiling roller 3 can move downward under self gravitation effect when shortening, pass through and adjusts hydraulic cylinder
103 can adjust down the height except oiling roller 3.Instantly when big except the relative altitude application condition at the both ends of oiling roller 3, adjusting can be passed through
Hydraulic cylinder 103 reduces the relative altitude error at both ends, improves lower except oiling roller 3 and the upper depth of parallelism except between oiling roller 2.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but
As long as all being protected by Patent Law in the right of the utility model.
Claims (6)
1. a kind of two rollers remove oiling roller, including rack（1）With rack（1）The upper of rotation connection removes oiling roller（2）And and rack（1）
The lower of rotation connection removes oiling roller（3）, above remove oiling roller（2）Oiling roller is removed with lower（3）It is horizontally disposed, above remove oiling roller（2）With lower oil removing
Roller（3）It is parallel, it is characterized in that：It is upper to remove oiling roller（2）Both ends are rotatably connected to top shoe（4）, top shoe（4）With rack（1）
Vertical sliding connects；It is upper to remove oiling roller（2）Both ends are equipped with multi-diameter shaft, and the diameter of multi-diameter shaft removes oiling roller less than upper（2）Diameter, rank
It is socketed with thrust bearing on terraced axis（9）, top shoe（4）Positioned at thrust bearing（9）Between the shaft shoulder end face of multi-diameter shaft, top shoe
（4）It is abutted against on one side with the shaft shoulder end face of multi-diameter shaft, top shoe（4）Another side and thrust bearing（9）End face abuts against, multi-diameter shaft
On be threaded with locking nut（101）, thrust bearing（9）Positioned at locking nut（101）With top shoe（4）Between, locking screw
It is female（101）Close to top shoe（4）One side and thrust bearing（9）End face mutually compresses abutting；Two top shoes（4）It is vertical above
It is fixedly connected with screw rod（55）, screw rod（55）Threaded upper ends are connected with worm gear（543）, worm gear（543）Upper transmission is engaged with worm screw
（544）, worm screw（544）Upper fixing sleeve is connected to transmission shaft（53）, transmission shaft（53）One end is sequentially connected with driving device；On two
Sliding block（4）On offer the upper guide groove of vertical direction（11）, rack（1）On be fixedly connected with guide plate（8）, upper guiding
Plate（8）With upper guide groove（11）Phase vertical sliding connects, upper guide plate（8）Side and upper guide groove（11）Side closely support
It connects.
2. two roller according to claim 1 removes oiling roller, it is characterized in that：It is described lower except oiling roller（3）Both ends are rotatably connected to
Sliding block（6）, sliding block（6）With rack（1）Vertical sliding connects, lower to remove oiling roller（3）Pass through sliding block（6）With rack（1）Turn
Dynamic connection.
3. two roller according to claim 2 removes oiling roller, it is characterized in that：The sliding block（6）Lower surface is lined with cushion block（7）,
Cushion block（7）Lower surface and rack（1）It abuts against.
4. two roller according to claim 3 removes oiling roller, it is characterized in that：The cushion block（7）Vertical hydraulic cylinder is arranged below
（103）, hydraulic cylinder（103）One end and cushion block（7）Lower surface abut against, hydraulic cylinder（103）The other end and rack（1）Phase
It abuts.
5. two roller according to claim 4 removes oiling roller, it is characterized in that：The hydraulic cylinder（103）Quantity be at least a pair.
6. two roller according to claim 1 removes oiling roller, it is characterized in that：The worm gear（543）Both ends fixed abut has circle
Taper roller bearing（542）, worm gear（543）Outside is covered with babinet（541）, babinet（541）With rack（1）It is mutually fixedly connected, circular cone
Roller bearing（542）Far from worm gear（543）One side and babinet（541）Inner wall abuts against.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820004123.6U CN207787292U (en) | 2018-01-01 | 2018-01-01 | Two rollers remove oiling roller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820004123.6U CN207787292U (en) | 2018-01-01 | 2018-01-01 | Two rollers remove oiling roller |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207787292U true CN207787292U (en) | 2018-08-31 |
Family
ID=63277325
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820004123.6U Expired - Fee Related CN207787292U (en) | 2018-01-01 | 2018-01-01 | Two rollers remove oiling roller |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207787292U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109909300A (en) * | 2019-03-08 | 2019-06-21 | 贺云坤 | In the milling train of surfaces of metallic strip rolling indentation |
| CN110170532A (en) * | 2019-06-13 | 2019-08-27 | 六安堰山自动化设备销售有限公司 | A kind of aluminium foil mill degreasing unit |
-
2018
- 2018-01-01 CN CN201820004123.6U patent/CN207787292U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109909300A (en) * | 2019-03-08 | 2019-06-21 | 贺云坤 | In the milling train of surfaces of metallic strip rolling indentation |
| CN110170532A (en) * | 2019-06-13 | 2019-08-27 | 六安堰山自动化设备销售有限公司 | A kind of aluminium foil mill degreasing unit |
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Granted publication date: 20180831 Termination date: 20210101 |