CN204196334U - A kind of slitting line pressing machine two station automatic switchover combining structure - Google Patents
A kind of slitting line pressing machine two station automatic switchover combining structure Download PDFInfo
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- CN204196334U CN204196334U CN201420602326.7U CN201420602326U CN204196334U CN 204196334 U CN204196334 U CN 204196334U CN 201420602326 U CN201420602326 U CN 201420602326U CN 204196334 U CN204196334 U CN 204196334U
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- 238000003825 pressing Methods 0.000 title claims abstract description 21
- 230000005540 biological transmission Effects 0.000 claims description 47
- 238000013022 venting Methods 0.000 claims description 21
- 238000005520 cutting process Methods 0.000 claims description 18
- 238000009434 installation Methods 0.000 claims description 12
- 230000001360 synchronised effect Effects 0.000 claims description 7
- 238000004519 manufacturing process Methods 0.000 abstract description 34
- 239000004744 fabric Substances 0.000 description 6
- 239000011111 cardboard Substances 0.000 description 5
- 238000000034 method Methods 0.000 description 4
- 238000010586 diagram Methods 0.000 description 3
- 230000006835 compression Effects 0.000 description 2
- 238000007906 compression Methods 0.000 description 2
- 239000002699 waste material Substances 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000011087 paperboard Substances 0.000 description 1
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Abstract
The utility model discloses a kind of slitting line pressing machine two station automatic switchover combining structure, comprise impression module, lower impression module, on cut module and incision module; Upper impression module and lower impression module are arranged on the upper and lower both sides of slitting line pressing machine conveyer belt correspondence position, on cut the upper and lower both sides that module and incision module are arranged on slitting line pressing machine correspondence position, realize the not reduction of speed of equipment in high-speed production lines by the Design of Mechanical Structure optimized with unique double implementation pattern lower cost and less device space size and change list, can independently use by single station, double switches use, double combinationally uses, and improve average speed, improve production capacity.
Description
Technical field
The utility model relates to corrugated paper board production line cadre equipment technical field, particularly full-automatic slitting line pressing machine apparatus assembly, is specially a kind of slitting line pressing machine two station automatic switchover combining structure.
Background technology
Along with every profession and trade to increase day by day to the demand of corrugated board carton and the intensified competition of carton industry, just require client purchase equipment want at a high speed, efficient, with allow production line not reduction of speed change list, improve average speed, improve production capacity.For this problem occurred in industry, though design double equipment, but just or just realize the double of line ball pattern, it is the binding combination of two single stations, cause the higher and contour size of the unit(s) of the cost of realization comparatively large, and the maintaining that the larger drawback of appearance and size is exactly equipment comparatively bother cause because span is large with cardboard cut line ball low precision.
Client is more careful on selection double slitter equipment in this case.Client would rather select two independent single position equipment series connection to do double use on a production line, implements not only cost so very high, and it is too large to take up space in the limited hall space of client.
Utility model content
The utility model provides a kind of slitting line pressing machine two station automatic switchover combining structure, realize the not reduction of speed of equipment in high-speed production lines by the Design of Mechanical Structure optimized with unique double implementation pattern lower cost and less device space size and change list, can independently use by single station, double switches use, double combinationally uses, and improve average speed, improve production capacity.
For achieving the above object, the utility model have employed following technical scheme:
Slitting line pressing machine two station automatic switchover combining structure of the present utility model, comprise impression module, lower impression module, on cut module and incision module; Upper impression module and lower impression module are arranged on the upper and lower both sides of slitting line pressing machine conveyer belt correspondence position, above cut the upper and lower both sides that module and incision module are arranged on slitting line pressing machine correspondence position.
As decision design, upper impression module comprises that impression installs crossbeam, upper impression balladeur train, upper impression rocker plate, upper impression lift venting cylinder and upper impression cam; Upper impression balladeur train is arranged on impression and installs on crossbeam, upper impression rocker plate is fixed on impression balladeur train, upper impression cam is arranged in impression rocker plate, and upper impression is lifted venting cylinder one end and is arranged on impression installation crossbeam, and the other end connects upper impression rocker plate;
Impression balladeur train under lower impression module bag, lower impression install crossbeam, concora crush roller, lower impression is recessed takes turns and lower impression power transmission module; Lower impression balladeur train is arranged on lower impression and installs on crossbeam;
Lower impression power transmission module comprises: variable-frequency motor holder I, variable-frequency motor I, motor small pulley I, drive coordination band I, commutation splined shaft I, lower impression spline housing and the large belt wheel I of transmission; Variable-frequency motor I is fixed on variable-frequency motor holder I, motor small band I is taken turns and is fastened on the output shaft of variable-frequency motor I by flat key, motor small pulley I by drive coordination band I by power transmission on the large belt wheel I of transmission, the large belt wheel I of transmission is fastened on commutation splined shaft I by flat key, commutation splined shaft I passes to lower impression spline housing power, the recessed wheel of lower impression is screwed on lower impression spline housing, drives the lower recessed rotation taken turns of impression; Commutation splined shaft I, by toothed belt transmission, drives concora crush roller to rotate.
Further, above cut module and comprise that upper cutter installs crossbeam, upper cutter balladeur train, upper cutter lift venting cylinder, slitting blade and upper cutter rocker plate; Upper cutter balladeur train is arranged on upper cutter and installs on crossbeam, upper cutter rocker plate is arranged on upper cutter balladeur train, upper cutter rocker plate installs slitting blade, and upper cutter is lifted venting cylinder one end and is fixedly mounted on upper cutter installation crossbeam, and the other end connects upper cutter rocker plate;
Incision module comprises that lower cutter installs crossbeam, lower cutter balladeur train, lower cutter lift venting cylinder, lower cutter rocker plate, slitting blade and cutting knife power transmission module; Lower cutter balladeur train is arranged on lower cutter and installs on crossbeam, lower cutter balladeur train is installed lower cutter rocker plate, lower cutter rocker plate installs slitting blade, and lower cutter is lifted venting cylinder one end and is fixedly mounted on lower cutter installation crossbeam, and the other end connects lower cutter rocker plate;
Slitting blade cutting knife power transmission module drive being cut module and incision module rotates, comprise: variable-frequency motor holder II, variable-frequency motor II, motor small pulley II, drive coordination band II, the large belt wheel II of transmission, commutation splined shaft II, drive splines axle II, commutation double cog synchronous belt, cutterhead drive coordination band, blade belt wheel, spline housing belt wheel, variable-frequency motor II is fixed on variable-frequency motor holder II, motor small pulley II is connected by flat key, be fixed on the output shaft of variable-frequency motor II, motor small pulley II by drive coordination band II by power transmission on the large belt wheel II of transmission, the large belt wheel II of transmission is fastened on commutation splined shaft II by flat key, commutation spline II axle passes through the transmission of commutation double cog synchronous belt and commutates power transmission on drive splines axle II, the turning handle power of commutation splined shaft II and drive splines axle II passes to spline housing belt wheel, spline housing belt wheel rotates through cutterhead drive coordination band by being fixed thereon bearing, be delivered on cutterhead belt wheel, the rotation of cutterhead belt wheel, the push type broach dish be bolted on cutterhead belt wheel is driven to rotate, slitting blade is with the fixed installation of push type broach dish.
Compared with prior art, the beneficial effects of the utility model are:
1), when corrugated board will produce next order in the process of producing, need to change the next order specification of single rear production.Every platform equipment do not change single time 1-10 second not etc., high-speed production lines will mate the delay of changing the list time by reduction of speed to corresponding speed.The average speed of such whole production line will reduce, and it is more to change single order specification, more obvious to the attenuating of the average speed of whole production line, and the total meter of number that such a whole day client produces be large heavy discount just.
The new model of the upper and lower rip cutting double of front and back of the present utility model line ball, wherein, line ball and upper and lower rip cutting share a variable-frequency motor power source respectively, by Timing Belt and double cog commutation Timing Belt and the rotation driving splined shaft and spline housing, thus line ball pattern before and after driving: concora crush, precompressed are done in front row, and " forward " that rear row does recessed pressure, convex pressure, bias voltage and upper incision pattern blade cuts cardboard.Such front two rows line ball and upper lower cutter two stations, previous station is in production current order process, a rear station is just arranged single good next one in advance and is about to production order, and the cylinder that just console is put does not fall line ball and cuts cardboard, waits single command to be changed.Last station order is before producing 0.1 second that closes to an end, the fabric wheel of a rear station and blade just fall line ball at solenoid control lower cylinder in advance and cut, produce until last station order and changed to next order after 0.1 second, the fabric wheel of last station and rip cutting blade ability moment cylinder lift (completing within 0.2 second), and like this, the list that once changes of station has switched instantaneously.List is changed in the switching gone round and begun again like this, allow production line not reduction of speed change list, improve average speed, improve production capacity.This external equipment front two rows fabric wheel shares a crossbeam, upper lower cutter vertical design, effective layout upper and lower space rest position, effective shortens compression level useful space size, makes equipment level bulk less, more compact structure, simplifies.In addition station rip cutting pattern also has one two the unexistent advantages of single station rip cutting up and down, and front and back line ball and upper and lower two station rip cuttings can combinationally use, and a relative wallboard benchmark, realizes zero and cut, zero-pressure ray mode.
2) Design of Mechanical Structure by optimizing realizes the not reduction of speed of equipment in high-speed production lines with unique double implementation pattern lower cost and less device space size and changes list, can independently use by single station, double switches use, double combinationally uses, and improve average speed, improve production capacity.
3) change list rapid, accurate, substantially reduce and change single waste, allow the average speed of production line significantly promote, production efficiency obtains the lifting of matter simultaneously, allows the fluency of whole production line improve.
Accompanying drawing explanation
Fig. 1 is slitting line pressing machine two station automatic switchover combining structure schematic diagram of the present utility model;
Fig. 2 is the A impression modular structure schematic diagram up and down of Fig. 1;
Fig. 3 is that the B of Fig. 1 cuts modular structure schematic diagram up and down.
In figure: 2. go up impression and crossbeam is installed; 3. go up impression balladeur train; 4. go up impression rocker plate; 5. go up impression and lift venting cylinder; 6. concora crush roller; 7. descend impression balladeur train; 8. descend impression crossbeam; 9. upper cutter installs crossbeam; 10. upper cutter balladeur train; 11. upper cutters lift venting cylinder; 12. upper cutter rocker plate; 13. lower cutter rocker plate; 14. lower cutter balladeur trains; 15. lower cutters lift venting cylinder; 16. lower cutters install crossbeam; The large belt wheel I of 17. transmission; 18. commutation splined shafts I; 19. drive coordination bands I; 20. variable-frequency motor holders I; 21. variable-frequency motors I; 22. motor small pulleys I; Line ball cam on 23.; 24. times impression spline housings; 25. times impressions are recessed takes turns; 26. commutation double cog synchronous belts; 27. cutterhead drive coordination bands; 28. cutterhead belt wheels; 29. slitting blades; 30. spline housing belt wheels; 31. drive splines axles II; 32. commutation splined shafts II; The large belt wheel II of 33. transmission; 34. drive coordination bands II; 35. motor small pulleys II; 36. variable-frequency motors II; 37. variable-frequency motor holders II.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Embodiment 1
See Fig. 1, slitting line pressing machine two station automatic switchover combining structure of the present utility model, slitting line pressing machine two station automatic switchover combining structure of the present utility model, comprise impression module, lower impression module, on cut module and incision module; Upper impression module and lower impression module are arranged on the upper and lower both sides of slitting line pressing machine conveyer belt correspondence position, above cut the upper and lower both sides that module and incision module are arranged on slitting line pressing machine correspondence position.
Upper impression module comprises that impression installs crossbeam 2, upper impression balladeur train 3, upper impression rocker plate 4, upper impression lift venting cylinder 5 and upper impression cam 23; Upper impression balladeur train 3 is arranged on impression and installs on crossbeam 2, upper impression rocker plate 4 is fixed on impression balladeur train 3, upper impression cam 23 is arranged in impression rocker plate 4, and upper impression is lifted venting cylinder 5 one end and is arranged on impression installation crossbeam 2, and the other end connects upper impression rocker plate 4;
Impression balladeur train 7 under lower impression module bag, lower impression install crossbeam 8, concora crush roller 6, lower impression is recessed takes turns 25 and lower impression power transmission module; Lower impression balladeur train 7 is arranged on lower impression and installs on crossbeam 8;
See Fig. 2, lower impression power transmission module comprises: variable-frequency motor holder I 20, variable-frequency motor I 21, motor small pulley I 22, drive coordination band I 19, commutation splined shaft I 18, lower impression spline housing 24 and the large belt wheel I 17 of transmission; Variable-frequency motor I 21 is fixed on variable-frequency motor holder I 20, motor small pulley I 22 is fastened on the output shaft of variable-frequency motor I 20 by flat key, motor small pulley I 22 by drive coordination band I 19 by power transmission on the large belt wheel I 17 of transmission, the large belt wheel I 17 of transmission is fastened on commutation splined shaft I 18 by flat key, commutation splined shaft I 18 passes to lower impression spline housing 24 power, lower impression is recessed takes turns 25 and is screwed on lower impression spline housing 24, drive lower impression recessed take turns 25 rotation; Commutation splined shaft I 18, by toothed belt transmission, drives concora crush roller 6 to rotate.
See Fig. 3, above cut module and comprise that upper cutter installs crossbeam 9, upper cutter balladeur train 10, upper cutter lift venting cylinder 15, slitting blade 29 and upper cutter rocker plate 12; Upper cutter balladeur train 10 is arranged on upper cutter and installs on crossbeam 9, upper cutter rocker plate 12 is arranged on upper cutter balladeur train 10, upper cutter rocker plate 12 is installed slitting blade 29, upper cutter is lifted venting cylinder 11 one end and is fixedly mounted on upper cutter installation crossbeam 9, and the other end connects upper cutter rocker plate 12;
Incision module comprises that lower cutter installs crossbeam 16, lower cutter balladeur train 14, lower cutter lift venting cylinder 15, lower cutter rocker plate 13, slitting blade 29 and cutting knife power transmission module; Lower cutter balladeur train 14 is arranged on lower cutter and installs on crossbeam 16, lower cutter balladeur train 14 is installed lower cutter rocker plate 13, lower cutter rocker plate 13 is installed slitting blade 29, lower cutter is lifted venting cylinder 15 one end and is fixedly mounted on lower cutter installation crossbeam 16, and the other end connects lower cutter rocker plate 13;
The slitting blade 29 cutting knife power transmission module drive being cut module and incision module rotates, comprise: variable-frequency motor holder II 37, variable-frequency motor II 36, motor small pulley II 35, drive coordination band II 34, the large belt wheel II 33 of transmission, commutation splined shaft II 32, drive splines axle II 31, commutation double cog synchronous belt 26, cutterhead drive coordination band 27, cutterhead belt wheel 28, spline housing belt wheel 30, variable-frequency motor II 36 is fixed on variable-frequency motor holder II 37, motor small pulley II 35 is connected by flat key, be fixed on the output shaft of variable-frequency motor II 36, motor small pulley II 35 by drive coordination band II 34 by power transmission on the large belt wheel II 33 of transmission, the large belt wheel II 33 of transmission is fastened on commutation splined shaft II 32 by flat key, commutation splined shaft II 32 passes through the transmission of commutation double cog synchronous belt 26 and commutates power transmission on drive splines axle II 31, the turning handle power of commutation splined shaft II 32 and drive splines axle II 31 passes to spline housing belt wheel 30, spline housing belt wheel 30 rotates through cutterhead drive coordination band 27 by being fixed thereon bearing, be delivered on cutterhead belt wheel 28, the rotation of cutterhead belt wheel 28, the push type broach dish be bolted on cutterhead belt wheel is driven to rotate, slitting blade 29 is with the fixed installation of push type broach dish.
When corrugated board will produce next order in the process of producing, need to change the next order specification of single rear production.Every platform equipment do not change single time 1-10 second not etc., high-speed production lines will mate the delay of changing the list time by reduction of speed to corresponding speed.The average speed of such whole production line will reduce, and it is more to change single order specification, more obvious to the attenuating of the average speed of whole production line, and the total meter of number that such a whole day client produces be large heavy discount just.
The new model of the upper and lower rip cutting double of front and back of the present utility model line ball, wherein, line ball and upper and lower rip cutting share a variable-frequency motor power source respectively, by Timing Belt and double cog commutation Timing Belt and the rotation driving splined shaft and spline housing, thus line ball pattern before and after driving: concora crush, precompressed are done in front row, and " forward " that rear row does recessed pressure, convex pressure, bias voltage and upper incision pattern blade cuts cardboard.Such front two rows line ball and upper lower cutter two stations, previous station is in production current order process, a rear station is just arranged single good next one in advance and is about to production order, and the cylinder that just console is put does not fall line ball and cuts cardboard, waits single command to be changed.Last station order is before producing 0.1 second that closes to an end, the fabric wheel of a rear station and blade just fall line ball at solenoid control lower cylinder in advance and cut, produce until last station order and changed to next order after 0.1 second, the fabric wheel of last station and rip cutting blade ability moment cylinder lift (completing within 0.2 second), and like this, the list that once changes of station has switched instantaneously.List is changed in the switching gone round and begun again like this, allow production line not reduction of speed change list, improve average speed, improve production capacity.This external equipment front two rows fabric wheel shares a crossbeam, upper lower cutter vertical design, effective layout upper and lower space rest position, effective shortens compression level useful space size, makes equipment level bulk less, more compact structure, simplifies.In addition station rip cutting pattern also has one two the unexistent advantages of single station rip cutting up and down, and front and back line ball and upper and lower two station rip cuttings can combinationally use, and a relative wallboard benchmark, realizes zero and cut, zero-pressure ray mode.
Realize the not reduction of speed of equipment in high-speed production lines by the Design of Mechanical Structure optimized with unique double implementation pattern lower cost and less device space size and change list, can independently use by single station, double switches use, double combinationally uses, and improve average speed, improve production capacity.
Change single rapid, accurate, substantially reduce and change single waste, allow the average speed of production line significantly promote, production efficiency obtains the lifting of matter simultaneously, allows the fluency of whole production line improve.
Claims (3)
1. a slitting line pressing machine two station automatic switchover combining structure, is characterized in that: comprise impression module, lower impression module, on cut module and incision module; Upper impression module and lower impression module are arranged on the upper and lower both sides of slitting line pressing machine conveyer belt correspondence position, above cut the upper and lower both sides that module and incision module are arranged on slitting line pressing machine correspondence position.
2. slitting line pressing machine two station automatic switchover combining structure according to claim 1, is characterized in that: upper impression module comprises that impression installs crossbeam, upper impression balladeur train, upper impression rocker plate, upper impression lift venting cylinder and upper impression cam; Upper impression balladeur train is arranged on impression and installs on crossbeam, upper impression rocker plate is fixed on impression balladeur train, upper impression cam is arranged in impression rocker plate, and upper impression is lifted venting cylinder one end and is arranged on impression installation crossbeam, and the other end connects upper impression rocker plate;
Impression balladeur train under lower impression module bag, lower impression install crossbeam, concora crush roller, lower impression is recessed takes turns and lower impression power transmission module; Lower impression balladeur train is arranged on lower impression and installs on crossbeam;
Lower impression power transmission module comprises: variable-frequency motor holder I, variable-frequency motor I, motor small pulley I, drive coordination band I, commutation splined shaft I, lower impression spline housing and the large belt wheel I of transmission; Variable-frequency motor I is fixed on variable-frequency motor holder I, motor small band I is taken turns and is fastened on the output shaft of variable-frequency motor I by flat key, motor small pulley I by drive coordination band I by power transmission on the large belt wheel I of transmission, the large belt wheel I of transmission is fastened on commutation splined shaft I by flat key, commutation splined shaft I passes to lower impression spline housing power, the recessed wheel of lower impression is screwed on lower impression spline housing, drives the lower recessed rotation taken turns of impression; Commutation splined shaft I, by toothed belt transmission, drives concora crush roller to rotate.
3. slitting line pressing machine two station automatic switchover combining structure according to claim 1 and 2, is characterized in that: above cut module and comprise that upper cutter installs crossbeam, upper cutter balladeur train, upper cutter lift venting cylinder, slitting blade and upper cutter rocker plate; Upper cutter balladeur train is arranged on upper cutter and installs on crossbeam, upper cutter rocker plate is arranged on upper cutter balladeur train, upper cutter rocker plate installs slitting blade, and upper cutter is lifted venting cylinder one end and is fixedly mounted on upper cutter installation crossbeam, and the other end connects upper cutter rocker plate;
Incision module comprises that lower cutter installs crossbeam, lower cutter balladeur train, lower cutter lift venting cylinder, lower cutter rocker plate, slitting blade and cutting knife power transmission module; Lower cutter balladeur train is arranged on lower cutter and installs on crossbeam, lower cutter balladeur train is installed lower cutter rocker plate, lower cutter rocker plate installs slitting blade, and lower cutter is lifted venting cylinder one end and is fixedly mounted on lower cutter installation crossbeam, and the other end connects lower cutter rocker plate;
Slitting blade cutting knife power transmission module drive being cut module and incision module rotates, comprise: variable-frequency motor holder II, variable-frequency motor II, motor small pulley II, drive coordination band II, the large belt wheel II of transmission, commutation splined shaft II, drive splines axle II, commutation double cog synchronous belt, cutterhead drive coordination band, blade belt wheel, spline housing belt wheel, variable-frequency motor II is fixed on variable-frequency motor holder II, motor small pulley II is connected by flat key, be fixed on the output shaft of variable-frequency motor II, motor small pulley II by drive coordination band II by power transmission on the large belt wheel II of transmission, the large belt wheel II of transmission is fastened on commutation splined shaft II by flat key, commutation splined shaft II passes through the transmission of commutation double cog synchronous belt and commutates power transmission on drive splines axle II, the turning handle power of commutation splined shaft II and drive splines axle II passes to spline housing belt wheel, spline housing belt wheel rotates through cutterhead drive coordination band by being fixed thereon bearing, be delivered on cutterhead belt wheel, the rotation of cutterhead belt wheel, the push type broach dish be bolted on cutterhead belt wheel is driven to rotate, slitting blade is with the fixed installation of push type broach dish.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420602326.7U CN204196334U (en) | 2014-10-17 | 2014-10-17 | A kind of slitting line pressing machine two station automatic switchover combining structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420602326.7U CN204196334U (en) | 2014-10-17 | 2014-10-17 | A kind of slitting line pressing machine two station automatic switchover combining structure |
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| CN204196334U true CN204196334U (en) | 2015-03-11 |
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| CN201420602326.7U Expired - Lifetime CN204196334U (en) | 2014-10-17 | 2014-10-17 | A kind of slitting line pressing machine two station automatic switchover combining structure |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107791331A (en) * | 2017-11-01 | 2018-03-13 | 林安益 | A kind of efficiently cabinet-wood excision forming all-in-one |
| CN108891078A (en) * | 2018-08-31 | 2018-11-27 | 汕头市万奇包装材料有限公司 | A kind of foaming laminating adhesive packing case base production equipment |
| CN109016660A (en) * | 2018-08-10 | 2018-12-18 | 天津城建大学 | A kind of environment-friendly type punch-out equipment processed automatically |
-
2014
- 2014-10-17 CN CN201420602326.7U patent/CN204196334U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107791331A (en) * | 2017-11-01 | 2018-03-13 | 林安益 | A kind of efficiently cabinet-wood excision forming all-in-one |
| CN107791331B (en) * | 2017-11-01 | 2020-01-10 | 杰希智能居家用品科技(惠州)有限公司 | High-efficient furniture wood cutting shaping all-in-one |
| CN109016660A (en) * | 2018-08-10 | 2018-12-18 | 天津城建大学 | A kind of environment-friendly type punch-out equipment processed automatically |
| CN108891078A (en) * | 2018-08-31 | 2018-11-27 | 汕头市万奇包装材料有限公司 | A kind of foaming laminating adhesive packing case base production equipment |
| CN108891078B (en) * | 2018-08-31 | 2024-04-16 | 汕头市万奇包装材料有限公司 | Foaming complex film packing box base production facility |
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