CN205996711U - First splicing intermediate axle of former material slitting line - Google Patents
First splicing intermediate axle of former material slitting line Download PDFInfo
- Publication number
- CN205996711U CN205996711U CN201621064545.XU CN201621064545U CN205996711U CN 205996711 U CN205996711 U CN 205996711U CN 201621064545 U CN201621064545 U CN 201621064545U CN 205996711 U CN205996711 U CN 205996711U
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- Prior art keywords
- splicing
- bridge
- telescoping cylinder
- rolling
- wheel carrier
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Abstract
A kind of first splicing intermediate axle of former material slitting line that this utility model is related to is it is characterised in that it cuts device positioned at entrance（3）And slitting mill（5）Between；Described first splicing intermediate axle（4）Cheat including being arranged at the first splicing（4.1）The left bridge of first splicing in left side（4.2）And it is arranged at the first splicing hole（4.1）The right bridge of first splicing on right side（4.3）, the left bridge of described first splicing（4.2）The right bridge with the first splicing（4.3）For the mutually isostructural first splicing bridge being symmetrically arranged.The former material slitting line of the first splicing intermediate axle assembling of this utility model former material slitting line has and is applied to big biscuit operation, and production efficiency is high, the good advantage of adaptability.
Description
Technical field
This utility model is related to a kind of the first splicing intermediate axle of former material slitting line.
Background technology
The former materials such as silicon strip need the woollen carrying out slitting removal both sides can carry out horizontal together down cutting or slitting work
Sequence.The uncoiling roller bearing Beijing South Maxpower Technology Co. Ltd power of traditional former material slitting front end of line uncoiler poor it is impossible to be applied to the uncoiling of big biscuit, lead
Cause uncoiling less efficient；Interlude splicing bridge is fixed form, and adaptability is poor；The winder of rear end can not be realized rectifying a deviation,
Lead to wind easy generation deviation, especially for the product of wide cut, once winding deviation occurs, many unfavorable factors can be produced,
In addition wind-up roll shaft similarly has that weight capacity is poor.Therefore seek one kind and be applied to big biscuit work for assembling
Industry, production efficiency is high, and the first splicing intermediate axle of the good former material slitting line of adaptability is particularly important.
Content of the invention
The purpose of this utility model is to overcome above-mentioned deficiency, provides one kind to be applied to big biscuit operation, production efficiency is high,
First splicing intermediate axle of the good former material slitting line of adaptability.
The purpose of this utility model is realized in：
A kind of first splicing intermediate axle of former material slitting line, it is cut between device and slitting mill positioned at entrance；
Described first splicing intermediate axle includes being arranged at the left bridge of the first splicing in the first splicing hole left side and sets
It is placed in the right bridge of the first splicing on the first splicing hole right side, the left bridge of described first splicing and the right bridge of the first splicing are to be symmetrically arranged
Mutually isostructural first splicing bridge, the left bridge of described first splicing includes the first splicing bridge base, the first splicing bridge base sets
It is equipped with the first splicing bridge column, the first splicing bridge column top is provided with the first splicing rolling bridge wheel carrier, the first splicing rolling bridge wheel carrier
For sector structure, the convex surface sensing upper right side of sector structure, the arcwall face of the first splicing rolling bridge wheel carrier is provided with multiple first
Splicing rolling bridge wheel, the top of the first splicing rolling bridge wheel carrier is hinged with the first splicing bridge left tray, the first splicing rolling bridge wheel carrier to the left
Bottom be hinged with to the right the right bracket of the first splicing bridge, the first splicing bridge base is hinged with respectively oblique upper left side and upper right side
The left telescoping cylinder of the first splicing bridge and the right telescoping cylinder of the first splicing bridge, the telescopic end of the left telescoping cylinder of the first splicing bridge connects with first
The bottom of bridge left tray is hinged, and the telescopic end of the right telescoping cylinder of the first splicing bridge is hinged with the bottom of the right bracket of the first splicing bridge.
When the expansion link of the left telescoping cylinder of the first splicing bridge and the right telescoping cylinder of the first splicing bridge extends range, first
First splicing rolling bridge wheel of splicing bridge left tray, the right bracket of the first splicing bridge and the first splicing rolling bridge wheel top of the trellis is located at same
Highly.
The left end of the first splicing bridge left tray is provided with the flanging of oblique lower left.
Compared with prior art, the beneficial effects of the utility model are：
The former material slitting line of the first splicing intermediate axle assembling of this utility model former material slitting line has and is applied to big biscuit
Operation, production efficiency is high, the good advantage of adaptability.
Brief description
Fig. 1 is the structural representation of former material slitting line.
Fig. 2 is uncoiler auxiliary support apparatus front view.
Fig. 3 is uncoiler auxiliary support apparatus axonometric chart.
Fig. 4 is the front view of splicing platform and the first pinch roll apparatus.
Fig. 5 is the first splicing intermediate axle front view.
Fig. 6 is the first splicing left bridge schematic diagram in Fig. 5.
Fig. 7 is the second splicing intermediate axle front view.
Fig. 8 is the second splicing left bridge front view in Fig. 7.
Fig. 9 is the second splicing right bridge front view in Fig. 7.
Figure 10 is the front view of winder and winder supporting arrangement.
Figure 11 is the top view of winder and winder supporting arrangement.
Figure 12 is the axonometric chart of winder and winder supporting arrangement.
Wherein：
Uncoiler 1
First pinch roll apparatus 2
Entrance cuts device 3
First splicing intermediate axle 4, the first splicing hole left bridge 4.2 of the 4.1, first splicing, the right bridge of the first splicing 4.3, first connect
Material hole cat ladder 4.4, the first splicing bridge base 4.21, the first splicing bridge column 4.22, the first splicing rolling bridge wheel carrier 4.23, first connect
Bridge roller 4.24, the first splicing bridge left tray 4.25, the right bracket 4.26 of the first splicing bridge, the left telescoping cylinder of the first splicing bridge
4.27th, the right telescoping cylinder 4.28 of the first splicing bridge
Slitting mill 5
Second splicing intermediate axle 6, the second splicing hole left bridge 6.2 of the 6.1, second splicing, the right bridge of the second splicing 6.3, second connect
Material hole cat ladder 6.4, left column 6.21, right column 6.22, mounting bracket 6.23, the left Extension support of mounting bracket 6.24, mounting bracket
Left Extension support telescoping cylinder 6.25, the second splicing left rolling bridge wheel carrier 6.26, the second splicing left rolling bridge wheel 6.27, the right extension of mounting bracket
Frame 6.28, mounting bracket right Extension support telescoping cylinder 6.29, the second splicing right bridge base 6.31, the second splicing right bridge column 6.32,
Second splicing right rolling bridge wheel carrier 6.33, the second splicing right rolling bridge wheel 6.34, the second splicing right abutment bracket 6.35, the right bridge of the second splicing
Bracket telescoping cylinder 6.36
Second pinch roll apparatus 7
Bonding machine 8
First idler roller 9
Second idler roller 10
3rd pinch roll apparatus 11
Device 12 is cut in outlet
4th pinch roll apparatus 13
Uncoiler auxiliary support apparatus 14, auxiliary support apparatus frame 14.1, first support bar 14.2, trailing arm 14.3,
Two support bars 14.4, auxiliary support apparatus telescoping cylinder 14.5
Splicing platform 15, main splicing platform support 15.1, main splicing platform 15.2, main splicing platform telescoping cylinder 15.3, flexible splicing platform
Telescoping cylinder 15.4, flexible splicing platform frame 15.5, flexible splicing platform 15.6
Rim charge winder 16
Winder 17
Winder supporting arrangement 18, supporting arrangement base 18.1, line slideway 18.2, mobile station 18.3, pinch roller support
18.4th, pinch roller 18.5.
Specific embodiment
Referring to Fig. 1, a kind of former material slitting line that this utility model is related to, it includes uncoiler 1, first from left to right successively
Pinch roll apparatus 2, entrance cut device 3, the first splicing intermediate axle 4, slitting mill 5, the second splicing intermediate axle 6, the second pinch roll dress
Put 7, bonding machine 8, the first idler roller 9, the second idler roller 10, the 3rd pinch roll apparatus 11, export and cut device 12, the 4th pinch roll
Device 13 and winder 17.Before and after second splicing intermediate axle 6, both sides are provided with rim charge winder 16.
Wherein：
The uncoiling roll shaft side of described uncoiler 1 is provided with uncoiler auxiliary support apparatus 14, and described uncoiler is auxiliary
Support meanss 14 are helped to include auxiliary support apparatus frame 14.1, the upper left corner of auxiliary support apparatus frame 14.1 is hinged to the right
There is an auxiliary support apparatus telescoping cylinder 14.5, the middle part of auxiliary support apparatus frame 14.1 is hinged with one first to upper right side
Support bar 14.2, the upper right corner of auxiliary support apparatus frame 14.1 is hinged with a trailing arm 14.3, described trailing arm 14.3 to the right
Include trailing arm epimere, trailing arm stage casing and trailing arm hypomere from left to right successively, trailing arm epimere have one less to the right
The angle tilting, trailing arm stage casing has a larger angle tilting to the right, trailing arm hypomere lateral arrangement, trailing arm hypomere
For the support works section of trailing arm, lower section is hinged with a second support bar to the left for the junction in trailing arm epimere and trailing arm stage casing
14.4, the lower-left end of second support bar 14.4, the telescopic end of auxiliary support apparatus telescoping cylinder 14.5 and first support bar 14.2
Upper right side three hinged.By the action of auxiliary support apparatus telescoping cylinder 14.5, realize the lifting of trailing arm 14.3.During use,
The sheathed bearing block in uncoiling roll shaft outer end of uncoiler 1, this bearing block is longitudinally held on the trailing arm hypomere of trailing arm 14.3, from
And increased the weight capacity of the uncoiling roll shaft of uncoiler 1.
The left side of described first pinch roll apparatus 2 is provided with a splicing platform 15, and described splicing platform 15 includes main splicing platform
Support 15.1, the right-hand member of main splicing platform support 15.1 is articulated with the frame left end of the first pinch roll apparatus 2, main splicing platform support
Splicing platform 15.2 based on 15.1 top surface, the bottom of main splicing platform support 15.1 is flexible with a main splicing platform telescoping cylinder 15.3
End is hinged, and the cylinder body of main splicing platform telescoping cylinder 15.3 is articulated with the hinged seat below the frame of the first pinch roll apparatus 2, and master connects
It is hinged with a flexible splicing platform telescoping cylinder 15.4, the telescopic end of flexible splicing platform telescoping cylinder 15.4 to the left in material platform support 15.1
It is hinged with a flexible splicing platform frame 15.5 being arranged in parallel with main splicing platform support 15.1, flexible splicing platform frame 15.5
Top surface is flexible splicing platform 15.6.By the setting of splicing platform 15 so that no matter the uncoiling roll shaft of uncoiler 1 is to rotate forward or anti-
Turn, the first pinch roll apparatus 2 can adapt to the direct of travel of the material that it unreels out.
Described first splicing intermediate axle 4 includes being arranged at the left bridge of the first splicing 4.2 in the first splicing hole 4.1 left side
And it is arranged at the right bridge of the first splicing 4.3 that 4.1 right sides are cheated in the first splicing, it is provided with the first splicing hole in the first splicing hole 4.1
Cat ladder 4.4.The left bridge 4.2 of described first splicing bridge 4.3 right with the first splicing is that mutually isostructural first being symmetrically arranged connects
Bridge, the left bridge 4.2 of described first splicing includes the first splicing bridge base 4.21, and the first splicing bridge base 4.21 is provided with first
Splicing bridge column 4.22, the first splicing bridge column 4.22 top is provided with the first splicing rolling bridge wheel carrier 4.23, the first splicing rolling bridge
Wheel carrier 4.23 is 1/4 sector structure, and the convex surface of 1/4 sector structure points to upper right side, the arc of the first splicing rolling bridge wheel carrier 4.23
Multiple first splicing rolling bridge wheels 4.24 are provided with face, the top of the first splicing rolling bridge wheel carrier 4.23 is hinged with the first splicing to the left
Bridge left tray 4.25, the left end of the first splicing bridge left tray 4.25 is provided with the flanging of oblique lower left, the first splicing rolling bridge wheel
The bottom of frame 4.23 is hinged with to the right the right bracket 4.26 of the first splicing bridge, the first splicing bridge base 4.21 is hinged with oblique respectively
Upper left side and the left telescoping cylinder 4.27 of top-right first splicing bridge and the right telescoping cylinder 4.28 of the first splicing bridge, the first splicing bridge is left
The telescopic end of telescoping cylinder 4.27 is hinged with the bottom of the first splicing bridge left tray 4.25, the stretching of the first right telescoping cylinder 4.28 of splicing bridge
Contracting end is hinged with the bottom of the right bracket 4.26 of the first splicing bridge, when the left telescoping cylinder 4.27 of the first splicing bridge and the first splicing bridge
When the expansion link of right telescoping cylinder 4.28 extends range, the first splicing bridge left tray 4.25, the right bracket 4.26 of the first splicing bridge
And the first splicing rolling bridge wheel 4.24 at the first splicing rolling bridge wheel carrier 4.23 top is located at sustained height.
Described second splicing intermediate axle 6 includes being arranged at the left bridge of the second splicing 6.2 in the second splicing hole 6.1 left side and sets
It is placed in the right bridge of the second splicing 6.3 on the second splicing hole 6.1 right side, the height of the second splicing left bridge 6.2 and the right bridge of the second splicing 6.3
Unanimously, it is provided with the second splicing hole cat ladder 6.4 in the second splicing hole 6.1, it is left that described rim charge winder 16 is arranged at the second splicing
Both sides before and after bridge 6.2.
The left bridge 6.2 of described second splicing includes left column 6.21 and the right column 6.22 of left and right arrangement, left column 6.21 He
Setting up between the top of right column 6.22 has mounting bracket 6.23, and the top of described left column 6.21 is hinged with mounting bracket to the left
Left Extension support 6.24, the left end of the left Extension support of mounting bracket 6.24 is provided with the flanging of oblique lower left, under left column 6.21
The oblique upper left side of section is hinged with the left Extension support telescoping cylinder 6.25 of mounting bracket, mounting bracket left Extension support telescoping cylinder 6.25
The bottom of telescopic end left Extension support 6.24 with mounting bracket is hinged；The top of described right column 6.22 is provided with the left bridge of the second splicing
Turning rolls 6.26, the second splicing left rolling bridge wheel carrier 6.26 is 1/4 sector structure, and the convex surface of 1/4 sector structure points to upper right side, the
The left rolling bridge wheel 6.27 of multiple second splicings is provided with the arcwall face of two splicings left rolling bridge wheel carrier 6.26；Described right column 6.22
Top is hinged with to the right the right Extension support of mounting bracket 6.28, and the oblique upper right side of hypomere of right column 6.22 is hinged with a fixing support
Frame right Extension support telescoping cylinder 6.29, the telescopic end of mounting bracket right Extension support telescoping cylinder 6.29 and the right Extension support of mounting bracket 6.28
Bottom hinged；Expansion link when mounting bracket left Extension support telescoping cylinder 6.25 and mounting bracket right Extension support telescoping cylinder 6.29
When extending range, the left Extension support of mounting bracket 6.24, mounting bracket 6.23, the right Extension support of mounting bracket 6.28 and second
The second splicing left rolling bridge wheel 6.27 at splicing left rolling bridge wheel carrier 6.26 top is located at sustained height.
The right bridge 6.3 of described second splicing includes the second splicing right bridge base 6.31, and the second splicing right bridge base 6.31 sets
It is equipped with the second splicing right bridge column 6.32, the second splicing right bridge column 6.32 top is provided with the second splicing right rolling bridge wheel carrier
6.33, the second splicing right rolling bridge wheel carrier 6.33 is 1/4 sector structure, and the convex surface of 1/4 sector structure points to upper left side, the second splicing
The right rolling bridge wheel 6.34 of multiple second splicings, the second splicing right rolling bridge wheel carrier 6.33 are provided with the arcwall face of right rolling bridge wheel carrier 6.33
Top be hinged with the right abutment bracket of the second splicing 6.35 to the left, the oblique upper left side of the second splicing right bridge base 6.31 is hinged with second
Splicing right abutment bracket telescoping cylinder 6.36, the telescopic end of the second splicing right abutment bracket telescoping cylinder 6.36 and the right abutment bracket of the second splicing
6.35 bottom is hinged, and when the expansion link of the second splicing right abutment bracket telescoping cylinder 6.36 extends range, the second splicing is right
The second splicing right rolling bridge wheel 6.34 at abutment bracket 6.35 and the second splicing right rolling bridge wheel carrier 6.33 top is located at sustained height.
Described winder 17 is arranged on a winder supporting arrangement 18, and described winder supporting arrangement 18 includes supporting
Device pedestal 18.1, described supporting arrangement base 18.1 is provided with the line slideway 18.2 that twice are longitudinally arranged, line slideway
It is provided with mobile station 18.3, the guide rail of line slideway 18.2 is fixedly connected with supporting arrangement base 18.1, line slideway on 18.2
18.2 slide block is fixedly connected with mobile station 18.3, and mobile station 18.3 can move forward and backward, and receipts is fixedly installed in mobile station 13.3
Volume machine 17, the wind-up roll shaft 17.1 of winder 17 is arranged forward, by the action of line slideway 18.2, it is possible to achieve wind-up roll shaft
Correction in 17.1 wrapup procedures；It is provided with a pinch roller on supporting arrangement base 18.1 on the right side of described mobile station 13.3 back segment
Support 18.4, described pinch roller support 18.4 is provided with two pinch rollers 18.5 to the left, the bottom surface of pinch roller 18.5 and mobile station
13.3 top surface right hand edge contact.When making on the wind-up roll shaft 17.1 of winder 17 front end winding material weight larger, pinch roller
The back segment of mobile station 18.3 is carried out ballast, holding movable platform tip forwards by 18.5.
Claims (3)
1. a kind of the first splicing intermediate axle of former material slitting line is it is characterised in that it cuts device positioned at entrance（3）And slitting mill
（5）Between；
Described first splicing intermediate axle（4）Cheat including being arranged at the first splicing（4.1）The left bridge of first splicing in left side
（4.2）And it is arranged at the first splicing hole（4.1）The right bridge of first splicing on right side（4.3）, the left bridge of described first splicing（4.2）With
The right bridge of first splicing（4.3）For the mutually isostructural first splicing bridge being symmetrically arranged, the left bridge of described first splicing（4.2）Bag
Include the first splicing bridge base（4.21）, the first splicing bridge base（4.21）On be provided with the first splicing bridge column（4.22）, first
Splicing bridge column（4.22）Top is provided with the first splicing rolling bridge wheel carrier（4.23）, the first splicing rolling bridge wheel carrier（4.23）For sector
Structure, the convex surface of sector structure points to upper right side, the first splicing rolling bridge wheel carrier（4.23）Arcwall face on be provided with multiple first
Splicing rolling bridge wheel（4.24）, the first splicing rolling bridge wheel carrier（4.23）Top be hinged with the first splicing bridge left tray to the left
（4.25）, the first splicing rolling bridge wheel carrier（4.23）Bottom be hinged with to the right the right bracket of the first splicing bridge（4.26）, the first splicing
Bridge base（4.21）On be hinged with respectively oblique upper left side and the left telescoping cylinder of top-right first splicing bridge（4.27）And first
The right telescoping cylinder of splicing bridge（4.28）, the left telescoping cylinder of the first splicing bridge（4.27）Telescopic end and the first splicing bridge left tray（4.25）
Bottom hinged, the right telescoping cylinder of the first splicing bridge（4.28）Telescopic end and the right bracket of the first splicing bridge（4.26）Bottom hinge
Connect.
2. a kind of the first splicing intermediate axle of former material slitting line according to claim 1 is it is characterised in that work as the first splicing
The left telescoping cylinder of bridge（4.27）And the first right telescoping cylinder of splicing bridge（4.28）Expansion link when extending range, the first splicing bridge
Left tray（4.25）, the right bracket of the first splicing bridge（4.26）And the first splicing rolling bridge wheel carrier（4.23）The first splicing bridge at top
Roller（4.24）Positioned at sustained height.
3. a kind of the first splicing intermediate axle of former material slitting line according to claim 1 is it is characterised in that the first splicing bridge
Left tray（4.25）Left end be provided with the flanging of oblique lower left.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621064545.XU CN205996711U (en) | 2016-09-19 | 2016-09-19 | First splicing intermediate axle of former material slitting line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621064545.XU CN205996711U (en) | 2016-09-19 | 2016-09-19 | First splicing intermediate axle of former material slitting line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205996711U true CN205996711U (en) | 2017-03-08 |
Family
ID=58194313
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621064545.XU Expired - Fee Related CN205996711U (en) | 2016-09-19 | 2016-09-19 | First splicing intermediate axle of former material slitting line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205996711U (en) |
-
2016
- 2016-09-19 CN CN201621064545.XU patent/CN205996711U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170308 Termination date: 20210919 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |