CN103224160A - Cutting machine - Google Patents
Cutting machine Download PDFInfo
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- CN103224160A CN103224160A CN2013101068327A CN201310106832A CN103224160A CN 103224160 A CN103224160 A CN 103224160A CN 2013101068327 A CN2013101068327 A CN 2013101068327A CN 201310106832 A CN201310106832 A CN 201310106832A CN 103224160 A CN103224160 A CN 103224160A
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Abstract
The invention discloses a cutting machine which is characterized by comprising a rack and a first cutting device, wherein the first cutting device comprises a first cutter; the first cutter can be mounted on the rack in a transversely reciprocating manner and cuts a medium when reciprocating transversely. According to the cutting machine, manual cutting for printed the medium in a conventional wide format print field is replaced, automatic cutting for the medium is realized, and large-scale cutting requirements can be met. Besides, the cutting machine can cut the medium transversely through the first cutting device, can also cut the medium longitudinally through a second cutting device, and can cut at least two perpendicular edges of the medium simultaneously in the same process.
Description
Technical field
The present invention relates to a kind of guillotine.
Background technology
In present air brushing, description field, use air brushing machine or wide format printer air brushing on medium to go out needed picture.For the consideration of production efficiency, several identical pictures of air brushing simultaneously often on same air brushing medium cut each width of cloth picture after air brushing is finished again and cut apart.At present, main cutting method all is to utilize aritificial cut-off.Aritificial cut-off has following defective: one, aritificial cut-off expend time in long, efficient is low, can't satisfy requirement of large-scale production; Two, when needs accurately cut the spray picture, the particularity of aritificial cut-off was difficult to control, and the medium edge after cutting is irregular.
Summary of the invention
The objective of the invention is in order to overcome deficiency of the prior art, a kind of guillotine that can cut medium fast is provided.
For realizing above purpose, the present invention is achieved through the following technical solutions:
A kind of guillotine is characterized in that, comprises the frame and first cutting means, and described first cutting means comprises first cutting knife, but the described first cutting knife traverse motion ground be installed on the described frame, cut medium during the described first cutting knife traverse motion.
Preferably, described first cutting knife is first dise knife, but described first dise knife is provided with rotationally and the described first dise knife traverse motion be arranged on the described frame.
Preferably, also comprise first actuating device, described first actuating device drives the described first cutting knife traverse motion.
Preferably, also comprise first driving device, described first actuating device is by the described first cutting knife traverse motion of first actuator drives.
Preferably, described first driving device is a kind of in drive pulley, messenger chain or the transmission gear.
Preferably, described first cutting means also comprises first Cutter apron, and described first cutting knife is arranged on first Cutter apron, but described first Cutter apron by the first guide piece side travel be arranged on the described frame.
Preferably, described first guide piece comprises first slide rail and first chute that cooperatively interacts, and described first slide rail and first chute cooperate; Described first Cutter apron is installed on first slide rail, and first chute is arranged on the frame, and perhaps described first slide rail is installed on the frame, and first chute is arranged on first Cutter apron.
Preferably, described first Cutter apron comprises first support and second support; But be arranged on the described frame the described first support side travel, but the described second support vertical motion be arranged on described first support, described first cutting knife is installed on described second support.
Preferably, described second support is installed on described first support movably by second guide piece.
Described first cutting knife is installed on second support movably by screw pair, and described screw pair is used to adjust the lengthwise position of first cutting knife.
Preferably, also comprise the platen that is used for Supporting Media, described platen is arranged at described first cutting knife below, and its blade and described platen edge were staggered to cut medium when described first cutting knife moved.
Preferably, but the described first cutting knife traverse motion be arranged on the described frame; The blade of described first cutting knife is positioned at a side of described platen and is lower than the upper surface of described platen.
Preferably, described platen is a rimmer knife, and described rimmer knife is arranged at described first cutting knife below, and described rimmer knife has blade; The blade of its blade and described rimmer knife was staggered when described first cutting knife moved is lower than rimmer knife blade ground traverse motion with the blade that cuts medium or described first cutting knife.
Preferably, also comprise at least one to second cutting means that medium carries out rip cutting, described second cutting means comprises second cutting knife, and described second cutting knife is arranged on the course of medium, but the described second cutting knife side travel be installed on the described frame.
Preferably, described second cutting means also comprises second tool rest; Described second cutting knife is installed on described second tool rest, but the described second tool rest side travel be arranged on the frame.
Preferably, described second cutting knife comprises a pair of last dise knife and the lower round knife that is crisscross arranged up and down, but described go up dise knife and lower round knife rotationally and side travel be arranged on the described frame.
Preferably, described lower round knife unidirectional rotation ground is provided with, and described lower round knife is arranged on the described frame by unidirectional mechanism, and described unidirectional mechanism makes described lower round knife unidirectional rotation.
Preferably, also comprise second actuating device, described second actuating device drives described second dise knife and rotates; Described lower round knife and the interlock of described upward dise knife are provided with.
Preferably, the described second cutting means number is more than two, and described plural second cutting means is along transverse distribution.
Preferably, also comprise the conveyer that is used for transmission medium, described conveyer comprises the 3rd actuating device, axle drive shaft and the contact roller that is provided with rotationally; Described the 3rd actuating device drives described drive shaft turns, and described contact roller is located at described axle drive shaft top and cooperates common clamping medium with described axle drive shaft; Cooperate transmission medium with contact roller during described drive shaft turns.
Preferably, described conveyer also comprises winding up roller, and described winding up roller is installed in rotation on a side of described frame; Described winding up roller rotating band moving medium volume rotates to emit medium.
Preferably, also comprise the master control machine and be used to detect the detecting device of media location that described detecting device can detect the mark that is provided with on the medium determining the position or the travel distance of medium, and transmits signal to the master control machine behind the mark that detects on the medium; The master control machine is used for accessory drive.
Actuating device of the present invention comprises first actuating device, second actuating device and the 3rd actuating device.
Preferably, described detecting device is a camera, and medium is provided with position mark, and described camera sends signal to the master control machine after photographing described position mark, and described master control machine is according to the motion of the signal control medium transmission distance and first cutting means.
Guillotine of the present invention has replaced traditional air brushing field of printing and by hand the medium after printing has been cut, and realizes the automation of medium is cut, and can satisfy cutting demand on a large scale.In addition, guillotine of the present invention can carry out longitudinally cutting to medium by second cutting means again by both can laterally cutting medium by first cutting means, can cut at least two vertical limits of medium under same operation simultaneously.
Description of drawings
Fig. 1 is the block diagram of guillotine of the present invention.
Fig. 2 is the back view of the guillotine among Fig. 1.
Fig. 3 is the left view of the guillotine among Fig. 1.
Fig. 4 is the right elevation of the guillotine among Fig. 1.
Fig. 5 is the scheme of installation of first cutting means of the guillotine among Fig. 1.
Fig. 6 is the scheme of installation of second cutting means of the guillotine among Fig. 1.
Fig. 7 is the three-dimensional exploded view of second cutting means of the guillotine among Fig. 6.
Fig. 8 is the working state schematic representation of the guillotine among Fig. 1.
Fig. 9 is embodiment 2 structural representations.
The specific embodiment
Below in conjunction with accompanying drawing the present invention is described in detail:
Embodiment 1:
Be as the criterion with state shown in Figure 2, described in the present invention is the side-to-side movement direction laterally, vertically is the up-and-down movement direction, vertically is the direction of vertical paper.
As Fig. 1 to shown in Figure 8: guillotine is used to cut the medium after the air brushing.Guillotine comprises frame 1, first cutting means 2, two second cutting means 4, first actuating device, second actuating devices, is used for the conveyer 3 of transmission medium 7, the camera 6 that is used for the platen 8 of Supporting Media 7 and is used to detect medium 7 positions.First cutting means 2, two second cutting means 4, first actuating device, second actuating devices, the conveyer 3 that is used for transmission medium 7, the camera 6 that is used for the platen 8 of Supporting Media 7 and is used to detect medium 7 positions all are arranged at frame 1.
Medium 7 is carried by edge and the direction perpendicular to paper shown in Figure 2, and first actuating device drives first cutting means, 2 traverse motions laterally to cut medium 7.Second cutting means 4 is positioned on the throughput direction of medium 7, but longitudinally cutting medium 7.
First cutting means 2 comprises first cutting knife and first Cutter apron 22.First cutting knife is that first dise knife, 21, the first dise knifes 21 along the circumferential direction are provided with blade.First Cutter apron 22 comprises first support 24 and second support 25.First support 24 can laterally reciprocatingly be arranged on the frame 1 by first guide piece 23.First guide piece 23 comprises first slide rail 231 and first chute 232 that cooperatively interacts.Be arranged on the frame 1 to 231 horizontal expansions of first slide rail.First chute 232 is located on first Cutter apron 22.First slide rail 231 and first chute 232 cooperate, and first Cutter apron 22 laterally moves back and forth along first slide rail 231.But second support 25 by second guide piece, 26 vertical motions be arranged on first support 24.When second support 25 moves to desired location, can fix by the latch (not shown).Second guide piece 26 comprises second slide rail 261 and second chute 262 that cooperatively interacts.Second slide rail 261 vertically is arranged on first support 24.Second chute 262 is located on second support 25.First cutting knife is first dise knife 21.First dise knife 21 is installed on second support 25 with longitudinal movement by screw pair 27.Screw pair 27 is used to adjust the lengthwise position of first dise knife 21.Screw pair 27 comprises the nut 271 and the screw mandrel 272 of mutual screw thread fit.First dise knife 21 is installed in rotation on the nut 271.Screw mandrel 272 is arranged on second support 25 rotationally.Screw mandrel 272 rotates and can drive first dise knife, 21 longitudinal movements that are arranged on the nut 271.First dise knife 21 is positioned at platen 8 one sides, and first dise knife, 21 blades are lower than platen 8 upper surfaces, forms staggered with platen 8 top surface edge.Platen 8 can also be selected rimmer knife for use, rimmer knife the blade and the blade of first dise knife staggered to cut medium.
First actuating device is by the motion of first actuator drives, first cutting knife.First actuating device is first motor 28.First driving device comprises first belt conveyor 281, second belt conveyor 282, first belt wheel 283 and the second belt wheel (not shown).First belt wheel 283 and second belt wheel are installed in rotation on frame 1 two ends respectively.First belt wheel 283 is coaxial mounted double pulley.First belt conveyor 281 is set on the output shaft and first belt wheel 283 of first motor 28.Second belt conveyor 282 is set on first belt wheel 283 and second belt wheel.First Cutter apron 22 is fixed on second belt conveyor 282.The output shaft of first motor 28 drives first belt wheel 283 by first belt conveyor 281 and rotates, and first belt wheel 283 rotates and can drive 282 motions of second belt conveyor.First support 24 is connected with second belt conveyor 282.Second belt conveyor 282 carries first Cutter apron 22 along frame 1 traverse motion.
Second cutting means, 4 numbers are two.Two second cutting means are along the transverse distribution of frame 1.Second cutting means 4 comprises second cutting knife and second tool rest 41.Second cutting knife is installed on second tool rest 41.Second Cutter apron 41 is removably disposed on the crossbeam 13.But be arranged on the frame 1 second tool rest, 41 side travels.Second cutting knife is arranged on the course of medium 7.Second cutting knife comprises last dise knife 422 and the lower round knife 423 that is crisscross arranged up and down.Last dise knife 422 and lower round knife 423 all are arranged on the knife rest 43 rotationally.Last dise knife 422 and lower round knife 423 are installed on second Cutter apron 41 by knife rest 43.Knife rest 43 can be rotating disk or bearing etc.But last dise knife 422 vertical motion ground are provided with.Can adjust distance between dise knife 422 and the lower round knife 423 according to the thickness of medium 7.Last dise knife 422 has mounting hole 421.Mounting hole 421 and axis of revolution 44 interference fit, but feasible dise knife 422 radial motions of going up.Last dise knife 422 and lower round knife 423 can be also can be two circle of contact cuttves of laterally cutting two cuttves simultaneously along medium 7 along single circle of contact cutter of medium 7 vertical partial applications.When last dise knife 422 and lower round knife 423 were two circle of contact cutter, last dise knife 422 and lower round knife 423 can cooperate along medium 7 longitudinally cuttings and fall a strip medium.
Passed between last dise knife 422 and lower round knife 423 in medium 7 vertical course of conveying, last dise knife 422 will cut from the medium 7 that passes between the two when rotating with lower round knife 423.
Conveyer 3 comprises the 3rd actuating device, axle drive shaft 34, the contact roller 36 that is provided with rotationally, compress shell fragment 35 and be used to support the winding up roller 38 of described medium.The 3rd actuating device is the 3rd motor 31.Axle drive shaft 34 laterally is provided with along frame 1.The 3rd motor 31 is by the 3rd driving device transferring power.The 3rd driving device comprises the 3rd belt wheel 32 and the 4th belt conveyor 33.The 4th belt conveyor 33 is set in the rotating shaft and the 3rd belt wheel 32 of the 3rd motor 31.Axle drive shaft 34 is fixed on the 3rd belt wheel 32 by pin key.The 3rd motor 31 drives 33 motions of the 4th belt conveyor.The 4th belt conveyor 33 drives the 3rd belt wheel 32 and rotates.The 3rd belt wheel 32 drives axle drive shaft 34 and rotates.Contact roller 36 is located at axle drive shaft 34 tops.A plurality of shell fragments 35 that compress are provided with along frame 1 transverse elasticity ground.Compress shell fragment 35 and be used to compress medium 7.Compress shell fragment 35 1 sides and be provided with at least one calendared sheet 37.Calendared sheet 37 is used for further compressing medium 7 and prevents its skew.Winding up roller 38 is installed in rotation on a side of frame 1.Media roll is set on the winding up roller 38.Winding up roller 38 rotates and medium 7 uncoilings can be carried by conveyer.Pass the friction force pumped (conveying) medium 7 when utilizing axle drive shaft 34 to rotate between medium 7 self-powered moving axis 34 and the contact roller 36.When rotating, axle drive shaft 34 cooperates transmission medium 7 with contact roller 36.
Frame 1 is provided with detecting device.Detecting device is a camera 6.Medium 7 passes through below camera 6.Medium 7 is provided with a plurality of mark (not shown)s that can be photographed by camera 6.A plurality of marks can distribute along medium 7 length directions.Camera 6 whenever photographs a mark, promptly sends signal to the master control machine.
Details are as follows for the principle of work of guillotine of the present invention:
Air brushing has multi-picture on the medium 7.Multi-picture both distributed along its length, and also broad ways distributes.Medium 7 is set on the winding up roller 38 with the rolling form.When beginning to cut, open the 3rd motor 31, the three motors 31 and drive axle drive shaft 34 rotations.When rotating, axle drive shaft 34 cooperates transmission medium 7 with contact roller 36.Second motor 51 drives lower round knife 423 and last dise knife 422 rotates.When medium 7 marched between dise knife 422 and the lower round knife 423, lower round knife 423 and 422 common cooperations of last dise knife were carried out longitudinally cutting to medium 7, are about to medium 7 broad wayss and are cut into two halves.The length that is cut by last dise knife 422 and lower round knife 423 when medium 7 reaches one regularly (can be equate with shot length or be slightly larger than shot length), utilizes the first cutting means side travel to cut, and medium 7 length directions are cut off.
Camera 6 is set, can realizes that automatic guidance cuts process.On the medium 7 position mark can be set, when position mark was photographed by camera 6, the length of representing second cutting means to cut had reached requirement.This moment, camera 6 sent signal to the master control machine, and the master control machine is according to the signal control first cutting means side travel of camera 6, with medium 7 severings.
Camera 6 is set, can also improves and cut quality.The primary importance mark and the second place mark that distribute along medium 7 length directions can be set on the medium 7.When camera 6 photographed the primary importance mark, the length of representing second cutting means to cut had reached requirement.This moment, camera 6 sent signal to the master control machine, and the master control machine is according to the signal control first cutting means side travel of camera 6, with medium 7 severings.Continue pumped (conveying) medium 7 then, when camera 6 photographs second place mark, carry signal to the master control machine again, the master control machine resets the first cutting means counter motion according to signal control, cuts medium 7 when first cutting means resets once more.
Be provided with like this that to cut quality for raising particularly important.During air brushing,, both increased the difficulty of air brushing if along the multi-picture hypotelorism of medium 7 length directions, also can be easily with the excision of air brushing picture when cutting, the picture after causing cutting is scrapped.If the multi-picture distance is excessive, the picture after then cutting can leave one section useless spacer section, influences the attractive in appearance of picture.Adopt camera 6, even the multi-picture distance is big, the crank motion that still can utilize first cutting means had both guaranteed with the excision of the spacer section between two width of cloth pictures that air brushing was convenient, and the picture that can not influence after cutting is attractive in appearance again.
Embodiment 2:
As shown in Figure 9, present embodiment as different from Example 1, the second cutting means number is three.Three second cutting means are along the transverse distribution of frame 1.
Guillotine of the present invention has replaced traditional air brushing field of printing and by hand the medium after printing has been cut, and realizes the automation of medium is cut, and can satisfy cutting demand on a large scale.In addition, guillotine of the present invention can carry out longitudinally cutting to medium by second cutting means again by both can laterally cutting medium by first cutting means, can cut at least two vertical limits of medium under same operation.
Embodiment among the present invention only is used for that the present invention will be described, does not constitute the restriction to the claim scope, and other substituting of being equal in fact that those skilled in that art can expect are all in protection domain of the present invention.
Claims (22)
1. guillotine is characterized in that, comprises the frame and first cutting means, and described first cutting means comprises first cutting knife, but the described first cutting knife traverse motion be installed on the described frame, cut medium during the described first cutting knife traverse motion.
2. guillotine according to claim 1 is characterized in that, described first cutting knife is first dise knife, and first dise knife along the circumferential direction is provided with blade; But described first dise knife is provided with rotationally and the described first dise knife traverse motion be arranged on the described frame.
3. guillotine according to claim 1 is characterized in that, also comprises first actuating device of control, and described first actuating device drives the described first cutting knife traverse motion.
4. guillotine according to claim 3 is characterized in that, also comprises first driving device, and described first actuating device is by the described first cutting knife traverse motion of first actuator drives.
5. guillotine according to claim 1, it is characterized in that, described first cutting means also comprises first Cutter apron, and described first cutting knife is arranged on first Cutter apron, but described first Cutter apron by the first guide piece side travel be arranged on the described frame.
6. guillotine according to claim 5 is characterized in that, described first guide piece comprises first slide rail and first chute that cooperatively interacts, and described first slide rail and first chute cooperate; Described first Cutter apron is installed on first slide rail, and first chute is arranged on the frame, and perhaps described first slide rail is installed on the frame, and first chute is arranged on first Cutter apron.
7. guillotine according to claim 5 is characterized in that, described first Cutter apron comprises first support and second support; But be arranged on the described frame the described first support side travel, but the described second support vertical motion be arranged on described first support, described first cutting knife is installed on described second support.
8. guillotine according to claim 7 is characterized in that, described second support is installed on described first support movably by second guide piece.
9. guillotine according to claim 7 is characterized in that, described first cutting knife is installed on second support movably by screw pair, and described screw pair is used to adjust the lengthwise position of first cutting knife.
10. guillotine according to claim 1 is characterized in that, also comprises the platen that is used for Supporting Media, and described platen is arranged at described first cutting knife below, and its blade and described platen edge were staggered to cut medium when described first cutting knife moved.
11. guillotine according to claim 1 is characterized in that, also comprises the platen that is used for Supporting Media, described platen is arranged at described first cutting knife below; The blade of described first cutting knife is positioned at a side of described platen and is lower than the upper surface of described platen.
12., it is characterized in that described platen is a rimmer knife according to claim 10 or 11 described guillotines, described rimmer knife is arranged at described first cutting knife below, described rimmer knife has blade; The blade of its blade and described rimmer knife was staggered when described first cutting knife moved is lower than rimmer knife blade ground traverse motion with the blade that cuts medium or described first cutting knife.
13. guillotine according to claim 1, it is characterized in that, comprise that also at least one carries out second cutting means of rip cutting to medium, described second cutting means comprises second cutting knife, described second cutting knife is arranged on the course of medium, but the described second cutting knife side travel be installed on the described frame.
14. guillotine according to claim 13 is characterized in that, described second cutting means also comprises second tool rest; Described second cutting knife is installed on described second tool rest, but the described second tool rest side travel be arranged on the frame.
15. the described guillotine of claim 13 is characterized in that, described second cutting knife comprises a pair of last dise knife and the lower round knife that is crisscross arranged up and down, but described go up dise knife and lower round knife is all rotatable and side travel be arranged on the described frame.
16. the described guillotine of claim 15 is characterized in that, described lower round knife unidirectional rotation ground is provided with, and described lower round knife is arranged on the described frame by unidirectional mechanism, and described unidirectional mechanism makes described lower round knife unidirectional rotation.
17. guillotine according to claim 15 is characterized in that, also comprises second actuating device, described second actuating device drives described lower round knife and rotates; Described lower round knife and the interlock of described upward dise knife are provided with.
18. guillotine according to claim 13 is characterized in that, the described second cutting means number is more than two, and described plural second cutting means is along transverse distribution.
19. guillotine according to claim 1 is characterized in that, also comprises the conveyer that is used for transmission medium, described conveyer comprises the 3rd actuating device, axle drive shaft and the contact roller that is provided with rotationally; Described the 3rd actuating device drives described drive shaft turns, and described contact roller is located at described axle drive shaft top and cooperates common clamping medium with described axle drive shaft; Cooperate transmission medium with contact roller during described drive shaft turns.
20. guillotine according to claim 19 is characterized in that, described conveyer also comprises winding up roller, and described winding up roller is installed in rotation on a side of described frame; Described winding up roller rotating band moving medium volume rotates to emit medium.
21. guillotine according to claim 1, it is characterized in that, also comprise master control machine and the detecting device that is used to detect media location, described detecting device can detect the mark that is provided with on the medium determining the position or the travel distance of medium, and transmits signal to the master control machine behind the mark that detects on the medium; The master control machine is used for accessory drive.
22. guillotine according to claim 21, it is characterized in that, described detecting device is a camera, medium is provided with position mark, described camera sends signal to the master control machine after photographing described position mark, and described master control machine is according to the motion of the signal control medium transmission distance and first cutting means.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310106832.7A CN103224160B (en) | 2013-03-28 | 2013-03-28 | Guillotine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310106832.7A CN103224160B (en) | 2013-03-28 | 2013-03-28 | Guillotine |
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| CN103224160A true CN103224160A (en) | 2013-07-31 |
| CN103224160B CN103224160B (en) | 2016-06-29 |
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| CN201310106832.7A Expired - Fee Related CN103224160B (en) | 2013-03-28 | 2013-03-28 | Guillotine |
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| CN103552872A (en) * | 2013-10-25 | 2014-02-05 | 吴江市永利工艺制品有限责任公司 | Size-adjustable fabric cutting machine |
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| CN104843532A (en) * | 2015-05-19 | 2015-08-19 | 天地融科技股份有限公司 | Cutting machine |
| CN107128732A (en) * | 2017-05-23 | 2017-09-05 | 东华大学 | A kind of guillotine |
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| CN103686581A (en) * | 2013-12-13 | 2014-03-26 | 宁波中荣声学科技有限公司 | Loudspeaker box production line equipment system |
| CN103686581B (en) * | 2013-12-13 | 2017-01-25 | 宁波中荣声学科技有限公司 | Loudspeaker box production line equipment system |
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