CN208215734U - Conche - Google Patents
Conche Download PDFInfo
- Publication number
- CN208215734U CN208215734U CN201820607424.8U CN201820607424U CN208215734U CN 208215734 U CN208215734 U CN 208215734U CN 201820607424 U CN201820607424 U CN 201820607424U CN 208215734 U CN208215734 U CN 208215734U
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- CN
- China
- Prior art keywords
- pair
- compression roller
- initiative compression
- tool arm
- slitter shaft
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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Abstract
Conche.It is related to the conche construction applications processed for rubber compound.Provide that a kind of delicate structure, easy to operate, high degree of automation, labor intensity is low, participation is low and the conche without security risk.Including a pair of of cant board, an initiative compression roller, a driven rollers, at least two cutter assemblies, a slitter shaft, a rectangular sliding rail and a cloth component；A pair of cant board is arranged in parallel；The initiative compression roller, driven rollers, slitter shaft two sides end be respectively hinged in vertical plates on both sides and three is parallel to each other, the cutter assembly is connected to the lower section of initiative compression roller by slitter shaft；The slitter shaft and initiative compression roller are connected and offer the strip sliding slot being axially arranged along it on the bottom surface of slitter shaft.The utility model has the advantages that high degree of automation, low etc. without manually operation, labor intensity on the whole, and while effectively having evaded security risk, so that the stacking to material is more tidily and orderly.
Description
Technical field
The conche construction applications that the utility model relates to process for rubber compound.
Background technique
It refines in the prior art and usually first passes through a pair of of pressure roller for material pressure roller compacting flakiness, then pass through cutter for thin slice
It is cut into required width, finally, being stored, being transported by manually back and forth folding sheet material.Wherein, cutter is typically secured to
In shaft, when need to cut, fit in it on lower surface of pressure roller by cutter of manually appearing on the stage；Cutter in such structure type
Position is difficult to adjust, and the large labor intensity of operator, the degree of automation be not high；At the same time, material is cut into symbol through cutter
After the width of conjunction demand, need staff to carry out cloth manually, fold sheet material back and forth, needed for human resources compared with
Greatly, intensity of workers is higher, effect of cloth be difficult to ensure (material is irregular after folding, this also give subsequent storage,
Transhipment brings certain difficulty) and it is excessively close from cutter when due to artificial cloth and along with higher dangerous hidden danger.
Utility model content
The utility model is in view of the above problems, provide a kind of delicate structure, easy to operate, high degree of automation, artificial
Labor intensity is low, participation is low and the conche without security risk.
The technical solution of the utility model is: including a pair of of cant board, an initiative compression roller, driven rollers, at least
Two cutter assemblies, a slitter shaft, a rectangular sliding rail and a cloth component；A pair of cant board is arranged in parallel；
The initiative compression roller, driven rollers, slitter shaft two sides end be respectively hinged in vertical plates on both sides and three is mutual
In parallel, the cutter assembly is connected to the lower section of initiative compression roller by slitter shaft；The slitter shaft and initiative compression roller be connected and
The strip sliding slot being axially arranged along it is offered on the bottom surface of slitter shaft；
The cutter assembly includes cutter, tool apron, tool arm component and positioning component, and the cutter is rotatably attached to knife
One end of the seat and other end of tool apron is detachably connected in tool arm component, the tool arm component is connected on slitter shaft, institute
Stating tool arm component includes tool arm, fixed block, pressure spring one, movable block, steel ball, sleeve and axle sleeve, and the axle sleeve is socketed the cutter
Axis, be fixedly connected on the outer wall of the sliding block being adapted to strip sliding slot and axle sleeve on the inner wall of the axle sleeve be evenly equipped with it is several
The ball groove being adapted to the steel ball, the tool arm are fixedly connected on the side of sleeve, the tool arm in hollow shape and in sleeve
It is connected, the fixed block is threadedly attached in tool arm and the side far from sleeve and tool apron are detachably connectable, institute
It states movable block to be slidably connected in tool arm, the pressure spring one is against between fixed block and movable block, the rotatable company of steel ball
It connects on the end face in movable block backwards to fixed block；
The outer wall of the sleeve is equipped with locating slot, and the rectangular sliding rail is fixedly connected between vertical plates on both sides and parallel
The side of slitter shaft is set, and the positioning component includes positioning bulb, ball cup, pressure spring two, screw shell and fixing seat, institute
It states fixing seat to be socketed on rectangular sliding rail, the screw shell is socketed in outside fixing seat and is threadedly coupled with fixing seat, the ball
Headstock is slidably connected in screw shell, and the pressure spring two is against between fixing seat and ball cup, the positioning bulb with it is described
Locating slot is adapted and the side far from fixing seat that is fixedly connected on ball cup；
The cloth component include pedestal, driven roller, pinion gear, pinion shaft, an at least drive link, a pair of of sliding block and
A pair of of stock guide, for the pedestal between vertical plates on both sides, the driven roller is rotatable to wear the pedestal and driven roller
Middle part offers driver slot, and the slot bottom of the driver slot is equipped with several external tooths, and the pinion shaft is rotatable to wear the base
It seat and is connected by the spindle nose of synchronous belt and initiative compression roller, the top of the pedestal is placed in equipped with cavity, the pinion gear
In cavity and it is socketed the pinion shaft, the pinion gear is concentric with pinion shaft and is fixedly linked；
Level is slidably connected at the lower section in vertical plates on both sides and being located at initiative compression roller, Yi Duisuo to a pair of sliding block respectively
It states stock guide to be fixedly connected between two sliding blocks and therebetween there are gap, one end of the drive link is hinged on cunning
On block and the other end is hinged on the end face of driven roller.
The cutter assembly further includes unloading knife assembly, and the knife assembly that unloads includes the screw thread being fixedly connected in positioning component
Negative pressure source and a pair of of tracheae on sleeve, a pair of tracheae is connected on negative pressure source and the one end of the two far from negative pressure source
It is respectively communicated in tool arm and screw shell.
Collection trolley is additionally provided with below the stock guide, the collection trolley is fixedly connected with drawing far from the side of pedestal
Bar.
The horizontal slide rail being fixedly connected to below initiative compression roller on the end face of two cant boards, the sliding block are sliding
It is dynamic to be connected in horizontal slide rail.
The synchronous belt is symmetrically equipped with a pair along driven roller, and the side of a pair of synchronous belt is wound around respectively actively presses
On the two sides spindle nose of roller and the other side is symmetrically wound around on pinion shaft.
The drive link is symmetrically equipped with a pair along driven roller, and it is sliding that one end of a pair of drive link is respectively articulated with two
The block and other end is respectively hinged on the both sides of the face of driven roller.
For the utility model after initiative compression roller unlatching, rotary motion will drive slitter shaft and pinion shaft simultaneously, thus
So that cutter is automatic, quickly enters operating position, and stock guide is done below initiative compression roller then after sheet material is fallen
Linear reciprocating motion, so that sheet material is by the tidily and orderly lower section for being stacked on initiative compression roller, the utility model is on the whole
Have the advantages that high degree of automation, low etc. without manually operation, labor intensity, and is effectively evading the same of security risk
When, so that the stacking to material is more tidily and orderly.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model,
Fig. 2 is the top view of Fig. 1,
Fig. 3 be in Fig. 2 A-A to cross-sectional view,
Fig. 4 is the cross-sectional view of B-B direction in Fig. 1,
Fig. 5 be in Fig. 1 C-C to cross-sectional view；
Fig. 6 is the structural schematic diagram of tool arm component in this case,
Fig. 7 is the top view of Fig. 6,
Fig. 8 is the D-D of Fig. 7 to cross-sectional view,
Fig. 9 is the structural schematic diagram of positioning component in this case,
Figure 10 is the structural schematic diagram of cutter assembly in this case；
1 is cant board in figure, and 2 be initiative compression roller, and 3 be driven rollers；
4 be cutter assembly, and 41 be cutter, and 42 be tool apron, and 43 be tool arm component, and 431 be tool arm, and 432 be fixed block, 433
It is pressure spring one, 434 be movable block, and 435 be steel ball, and 436 be sleeve, and 4360 be locating slot, and 437 be axle sleeve, and 4370 be locating piece；
44 be positioning component, and 441 be bulb, and 442 be ball cup, and 443 be pressure spring two, and 444 be screw shell, and 445 be solid
Reservation；
45 be to unload knife assembly, and 451 be negative pressure source, and 452 be tracheae；
5 be slitter shaft, and 6 be rectangular sliding rail；
7 be cloth component, and 71 be pedestal, and 72 be driven roller, and 720 be driver slot, and 73 be pinion gear, and 74 be pinion shaft,
75 be drive link, and 76 be sliding block, and 760 be horizontal slide rail, and 77 be stock guide；
8 be collection trolley.
Specific embodiment
The utility model is as Figure 1-10 shows, including the initiative compression roller 2, one of a pair of of cant board 1, one driven rollers 3, extremely
Few two rectangular sliding rails 6 of the slitter shaft 5, one of cutter assembly 4, one and a cloth component 7；A pair of cant board is set in parallel
It sets；
The initiative compression roller 2, driven rollers 3, slitter shaft 5 two sides end be respectively hinged in vertical plates on both sides 1 and three
It is parallel to each other, the cutter assembly 4 is connected to the lower section of initiative compression roller 2 by slitter shaft 5；The slitter shaft 5 and initiative compression roller 2
It is connected and offers the strip sliding slot being axially arranged along it on the bottom surface of slitter shaft 5；
The cutter assembly 4 includes cutter 41, tool apron 42, tool arm component 43 and positioning component 44, and the cutter 41 can revolve
The other end of the one end for being connected to tool apron 42 and tool apron 42 for turning is detachably connected in tool arm component 43, the tool arm group
Part 43 is connected on slitter shaft 5, the tool arm component 43 include tool arm 431, fixed block 432, pressure spring 1, movable block 434,
Steel ball 435, sleeve 436 and axle sleeve 437, the axle sleeve 437 are socketed the slitter shaft 5, fixed company on the inner wall of the axle sleeve 437
It is connected to the locating piece 4370 being adapted to strip sliding slot and is evenly equipped on the outer wall of axle sleeve 437 and several is adapted to the steel ball 435
Ball groove, the tool arm 431 is fixedly connected on the side of sleeve 436, the tool arm 431 in hollow shape and with phase in sleeve 436
Connection, the fixed block 432 are threadedly attached in the interior and side far from sleeve 436 of tool arm 431 and tool apron 42 removably
Be connected (so that the initial position of cutter is adjustable), and the movable block 434 is slidably connected in tool arm 431, the pressure spring 1
It is against between fixed block 432 and movable block 434 (in this way, can easily be adjusted to the spacing between fixed block and movable block
It is whole, to realize the adjustment to the initial spring force of pressure spring one), the steel ball 435 is rotatably attached to movable block 434 backwards to solid
On the end face for determining block 432；Once in this way, initiative compression roller start to work, slitter shaft, which will synchronize, to be started to rotate, and by torque successively from
Strip sliding slot, sliding block, steel ball, movable block are transferred on tool arm so that on tool arm pendulum enter operating position, with to two cutters it
Between material carry out high efficiency cutting；Wherein, due to tool arm component by sliding block and slitter shaft be in can opposite sliding mode, because
This, operator can easily adjust the spacing between two cutters before booting；
The outer wall of the sleeve 436 be equipped with locating slot 4360, the rectangular sliding rail 6 be fixedly connected on vertical plates on both sides 1 it
Between and be arranged in parallel in the side of slitter shaft 5, the positioning component 44 includes positioning bulb 441, ball cup 442, pressure spring two
443, screw shell 444 and fixing seat 445, the fixing seat 445 are socketed on rectangular sliding rail 6, and the screw shell 444 is socketed
It is threadedly coupled outside fixing seat 445 and with fixing seat 445 (in this way, can be to the spacing progress side between fixing seat and ball cup
Just adjustment, to realize the adjustment to the initial spring force of pressure spring two), the ball cup 442 is slidably connected at screw shell 444
In, the pressure spring 2 443 is against between fixing seat 445 and ball cup 442, the positioning bulb 441 and the locating slot 4360
It is adapted and is fixedly connected on side of the ball cup 442 far from fixing seat 445；Operator can be before booting according to two cutters
Position slide positioning component, so that it is slid into the rear of tool arm component, to initiative compression roller start to work, cutter enter working position
It postpones, the positioning bulb in positioning component will be also caught in locating slot under the action of pressure spring two, and hereafter, cutter and tool arm will be protected
Hold it is motionless, and slitter shaft will continue keep rotation, steel ball therein is also by the compressing movable block gram of interval under the influence of axle sleeve
The active force for taking pressure spring one reciprocatingly slides in tool arm；In this way, may make cutter automatic with the starting of initiative compression roller
Enter operating position, the degree of automation is high, extremely convenient, operator labor intensity that operates is extremely low and without safety
Hidden danger；
The cloth component 7 includes pedestal 71, driven roller 72, pinion gear 73, pinion shaft 74, at least a drive link
75, a pair of of sliding block 76 and a pair of of stock guide 77, for the pedestal 71 between vertical plates on both sides 1, the driven roller 72 is rotatable
The middle part for wearing the pedestal 71 and driven roller 72 offers driver slot 720, and the slot bottom of the driver slot 720 is equipped with several outer
Tooth, the pinion shaft 74 is rotatable to be worn the pedestal 71 and is connected by the spindle nose of synchronous belt and initiative compression roller 2,
The top of the pedestal 71 is equipped with cavity, and the pinion gear 73 is placed in cavity and is socketed the pinion shaft 74, described small
Gear 73 is concentric with pinion shaft 74 and is fixedly linked；In this way, after initiative compression roller starts rotation, it will be in the effect of synchronous belt
Lower drive pinion shaft rotation, and finally drive driven roller to make rotating motion around its own axle center by pinion gear and external tooth；
A pair of sliding block 76 horizontal lower section being slidably connected in vertical plates on both sides 1 and be located at initiative compression roller 2 respectively, one
The stock guide 77 is fixedly connected between two sliding blocks 76 and therebetween there are gap, the one of the drive link 75
End is hinged on sliding block 76 and the other end is hinged on the end face of driven roller 72.In use, sheet material can be penetrated to two guides
Between plate, in this way, initiative compression roller starts after rotating and driven roller being driven to rotate together with, cunning will be driven under the action of drive link
Block and a pair of of stock guide reciprocatingly slide in the horizontal direction, thus well, it is stable play the role of uniform distribution so that
Through initiative compression roller and the pressed sheet material of driven rollers by the tidily and orderly lower section for being stacked on initiative compression roller, automate
Degree is high, is not necessarily to manually operation, has evaded security risk and more neat to the stacking of material.
The cutter assembly 4 further includes unloading knife assembly 45, and the knife assembly 45 that unloads includes being fixedly connected on positioning component 44
In screw shell 444 on negative pressure source 451 and a pair of of tracheae 452, a pair of tracheae 452 is connected on negative pressure source 451,
And the two is respectively communicated in tool arm 431 and screw shell 444 far from one end of negative pressure source 451.In this way, when conche is shut down
When, unlatching negative pressure source that can be of short duration, so that pressure spring one, two is compressed, steel ball leaves ball groove and positioning bulb leaves locating slot,
So that free downlink resets tool arm under the effect of gravity, after negative pressure disappearance, steel ball will be freely caught under the action of pressure spring one
Below in nearest side ball groove, so that tool arm stops downlink, keeps stablizing.With high degree of automation, can remotely operate,
Labor intensity is low and the advantages of without security risk.
The slitter shaft is connected by a pair of of accelerating gear with initiative compression roller, is set on the side spindle nose of the initiative compression roller
There are several driving tooths, the side of the slitter shaft is equipped with several driven tooths, and a pair of of accelerating gear is intermeshed and the two is hinged
On the end face of a cant board, wherein an accelerating gear is meshed with driving tooth, another accelerating gear is meshed with driven tooth.From
And realize the stabilization interaction relation between initiative compression roller and slitter shaft.
Collection trolley 8 is additionally provided with below the stock guide, the collection trolley 8 is fixedly connected with far from the side of pedestal
Pull rod.To effectively be collected during cloth by collecting trolley, the material that support folds, and terminate in cloth
Afterwards, pull rod pulling pull rod can be distally being moved by artificial or other driving parts, this also further reduces operator's
Security risk.
The horizontal slide rail 760 positioned at 2 lower section of initiative compression roller is fixedly connected on the end face of two cant boards 1, it is described
Sliding block 76 is slidably connected in horizontal slide rail 760.So that the movement of sliding block is more stable, efficient.
The synchronous belt is symmetrically equipped with a pair along driven roller, and the side of a pair of synchronous belt is wound around respectively actively presses
On the two sides spindle nose of roller and the other side is symmetrically wound around on pinion shaft.So that drive of the initiative compression roller to pinion shaft
It moves more stable, efficient.
The drive link is symmetrically equipped with a pair along driven roller, and it is sliding that one end of a pair of drive link is respectively articulated with two
The block and other end is respectively hinged on the both sides of the face of driven roller.So that driven roller is more stable to the driving of sliding block, high
Effect.
Claims (6)
1. conche, which is characterized in that including a pair of of cant board, an initiative compression roller, a driven rollers, at least two cutters
Component, a slitter shaft, a rectangular sliding rail and a cloth component；A pair of cant board is arranged in parallel；
The initiative compression roller, driven rollers, slitter shaft two sides end be respectively hinged in vertical plates on both sides and three is mutually flat
Row, the cutter assembly are connected to the lower section of initiative compression roller by slitter shaft；The slitter shaft is connected and cuts with initiative compression roller
The strip sliding slot being axially arranged along it is offered on the bottom surface of cutter shaft；
The cutter assembly includes cutter, tool apron, tool arm component and positioning component, and the cutter is rotatably attached to tool apron
The other end of one end and tool apron is detachably connected in tool arm component, and the tool arm component is connected on slitter shaft, the knife
Arm component includes tool arm, fixed block, pressure spring one, movable block, steel ball, sleeve and axle sleeve, and the axle sleeve is socketed the slitter shaft, institute
State be evenly equipped on the outer wall for being fixedly connected with the sliding block being adapted to strip sliding slot and axle sleeve on the inner wall of axle sleeve it is several with it is described
The ball groove of steel ball adaptation, the tool arm are fixedly connected on the side of sleeve, the tool arm in hollow shape and be connected in sleeve
Logical, the fixed block is threadedly attached in tool arm and the side far from sleeve and tool apron are detachably connectable, the work
Motion block is slidably connected in tool arm, and the pressure spring one is against between fixed block and movable block, and the steel ball is rotatably attached to
Movable block is on the end face of fixed block；
The outer wall of the sleeve is equipped with locating slot, and the rectangular sliding rail is fixedly connected between vertical plates on both sides and is arranged in parallel
In the side of slitter shaft, the positioning component includes positioning bulb, ball cup, pressure spring two, screw shell and fixing seat, described solid
Reservation is socketed on rectangular sliding rail, and the screw shell is socketed in outside fixing seat and is threadedly coupled with fixing seat, the ball cup
It is slidably connected in screw shell, the pressure spring two is against between fixing seat and ball cup, the positioning bulb and the positioning
Slot is adapted and the side far from fixing seat that is fixedly connected on ball cup；
The cloth component includes pedestal, driven roller, pinion gear, pinion shaft, at least a drive link, a pair of of sliding block and a pair
Stock guide, the pedestal is between vertical plates on both sides, the rotatable middle part for wearing the pedestal and driven roller of the driven roller
Offer driver slot, the slot bottom of the driver slot is equipped with several external tooths, the pinion shaft is rotatable wear the pedestal and
It is connected by the spindle nose of synchronous belt and initiative compression roller, the top of the pedestal is equipped with cavity, and the pinion gear is placed in cavity
In and the socket pinion shaft, the pinion gear is concentric with pinion shaft and is fixedly linked；
Level is slidably connected at the lower section in vertical plates on both sides and being located at initiative compression roller to a pair of sliding block respectively, leads described in a pair
Flitch is fixedly connected between two sliding blocks and therebetween there are gap, one end of the drive link is hinged on sliding block,
And the other end is hinged on the end face of driven roller.
2. conche according to claim 1, which is characterized in that the cutter assembly further includes unloading knife assembly, described to unload
Knife assembly includes negative pressure source and a pair of of tracheae on the screw shell being fixedly connected in positioning component, and a pair of tracheae connects
Lead on negative pressure source and the two is respectively communicated in tool arm and screw shell far from one end of negative pressure source.
3. conche according to claim 1, which is characterized in that be additionally provided with collection trolley, institute below the stock guide
It states collection trolley and is fixedly connected with pull rod far from the side of pedestal.
4. conche according to claim 1, which is characterized in that be fixedly connected to position on the end face of two cant boards
Horizontal slide rail below initiative compression roller, the sliding block are slidably connected in horizontal slide rail.
5. conche according to claim 1, which is characterized in that the synchronous belt is symmetrically equipped with a pair along driven roller,
The side of a pair of synchronous belt is wound around on the two sides spindle nose of initiative compression roller respectively and the other side is symmetrically wound around pinion gear
On axis.
6. conche according to claim 1, which is characterized in that the drive link is symmetrically equipped with one along driven roller
Right, one end of a pair of drive link is respectively articulated with two sliding blocks and the other end is respectively hinged on the both sides of the face of driven roller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820607424.8U CN208215734U (en) | 2018-04-25 | 2018-04-25 | Conche |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820607424.8U CN208215734U (en) | 2018-04-25 | 2018-04-25 | Conche |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208215734U true CN208215734U (en) | 2018-12-11 |
Family
ID=64512760
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820607424.8U Withdrawn - After Issue CN208215734U (en) | 2018-04-25 | 2018-04-25 | Conche |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208215734U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108357011A (en) * | 2018-04-25 | 2018-08-03 | 江苏多肯新材料有限公司 | A kind of conche |
-
2018
- 2018-04-25 CN CN201820607424.8U patent/CN208215734U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108357011A (en) * | 2018-04-25 | 2018-08-03 | 江苏多肯新材料有限公司 | A kind of conche |
| CN108357011B (en) * | 2018-04-25 | 2023-04-28 | 江苏多肯新材料有限公司 | Refining machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20181211 Effective date of abandoning: 20230428 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20181211 Effective date of abandoning: 20230428 |
|
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |