CN208883103U - Die-cutting device with blowing strainer - Google Patents
Die-cutting device with blowing strainer Download PDFInfo
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- CN208883103U CN208883103U CN201821507992.7U CN201821507992U CN208883103U CN 208883103 U CN208883103 U CN 208883103U CN 201821507992 U CN201821507992 U CN 201821507992U CN 208883103 U CN208883103 U CN 208883103U
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- support plate
- bearing
- left end
- material spool
- mandril
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Abstract
The utility model discloses a kind of die-cutting device with blowing strainer, the technical fields of printing equipment.It includes rack, discharge mechanism, feeder and die cutting mechanism, discharge mechanism includes motor, material spool and pedestal, pedestal left end and right end are respectively equipped with the first support plate and the second support plate, first support plate is equipped with transmission mechanism, the connection of the power output end of material spool left end and transmission mechanism, motor connect with transmission mechanism and material spool are driven to rotate；Second support plate is equipped with strainer, mandril and connecting rod is equipped in the tubular shell of strainer, the left end of mandril passes through first bearing and the right end of material spool offsets；The right end of mandril and the left end of connecting rod connect；It is set with pressure spring outside connecting rod, pressure spring both ends are against respectively on the right end and second bearing of mandril.Anodized aluminium knotting is avoided, while feeder leapfrog is more stable, improves thermoprint precision, thermoprint quality is effectively improved.
Description
Technical field
The utility model relates to the technical fields of printing equipment, more particularly, to a kind of cross cutting with blowing strainer
Equipment.
Background technique
Die-cutting gold-stamping technique is the postchannel process of package press, all errors of printing process, institute before receiving
There is high requirement to precision with die-cutting gold-stamping equipment.Existing die-cutting gold-stamping equipment includes rack, discharge mechanism, batcher
Structure and die cutting mechanism, discharge mechanism, feeder and die cutting mechanism successively it is affixed on the rack, discharge mechanism includes static mandrel
And bracket, static mandrel both ends connecting bracket, bracket are affixed on the rack.When work, static mandrel passes through anodized aluminium material volume
Core is additionally provided with pressure spring in mandrel two sides, and pressure spring compresses the both ends of the core of anodized aluminium material volume, and when blowing, feeding structure is driven
Electrochemical aluminium film is fed to die cutting mechanism, and the precision that such blowing mode can reach the gilding technology of small size material volume reluctantly is wanted
It asks.
But with the fast development of globalised economy, single batch of thermoprint amount reaches tens of thousands of or even hundreds of thousands, in order to improve
Efficiency saves the replacing construction of anodized aluminium material volume during gilding technology, reduces replacement number, large scale anodized aluminium material occurs
Volume, quality are consequently increased, and since inertia is directly proportional to quality, inertia is also increased with it, and is often occurred in feeding process
Feeding device feed is primary, and anodized aluminium material volume turns forward a lot of circles, causes blowing excessive, anodized aluminium knotting occurs, influence thermoprint
Quality；This just needs the discharge mechanism of gilding press to have stable rate of tension, reduces inertia, just can guarantee gold stamping precision；Except this it
Outside, the gold stamping area of the packing instructions of especially world top brand is increasing, and complexity is higher and higher, occurs many new
The gilding technology of type, such as: plastic relief scalds, holographic positioning bronzing, multilayer is gold stamping, seal cutting is gold stamping etc., it is required that gilding press
The step pitch that feeder single is fed leapfrog is increasing, and the speed of feed and blowing is also getting faster.This sets with greater need for blowing
It is standby to have stable and good rate of tension, to control the blowing requirement of large scale anodized aluminium material volume.Therefore, how in high-speed production
In the process, keeping the precision of thermoprint to become is industry urgent problem to be solved after printing.
Summary of the invention
The utility model provides a kind of die-cutting device with blowing strainer, can control the big quality of large scale
The rate of tension of the discharge mechanism of material volume.
The following are the technical solution of the utility model includes:
A kind of die-cutting device with blowing strainer, including rack, discharge mechanism, feeder and die cutting mechanism,
Discharge mechanism, feeder and die cutting mechanism successively it is affixed on the rack, discharge mechanism includes motor, material spool and pedestal, bottom
Seat left end and right end are respectively equipped with the first support plate and the second support plate, and the first support plate is equipped with transmission mechanism, the first support
Plate supports the left end of material spool, the power output end connection of material spool left end and transmission mechanism, the input of motor and transmission mechanism
End connects and material spool is driven to rotate；Second support plate is equipped with strainer, is equipped with mandril in the tubular shell of strainer
And connecting rod, the intracorporal left end of cylindrical case and right end are respectively equipped with first bearing and second bearing, the left end of mandril passes through first
Bearing and the right end of material spool offset；The right end of mandril and the left end of connecting rod connect；Connecting rod right end is connect with second bearing,
Connecting rod right end is additionally provided with annular spacing groove, and the width of limiting slot is greater than the thickness of second bearing, and the inner ring of second bearing clamps
On limiting slot, and connecting rod can horizontally slip along the inner ring of second bearing, and the diameter of mandril is greater than the diameter of connecting rod, even
It is set with pressure spring outside extension bar, pressure spring both ends are against respectively on the right end and second bearing of mandril.
The above-mentioned die-cutting device with blowing strainer, further includes circular jack and cylindrical inserted block, and jack is set
It sets in the right part of material spool, inserted block is arranged in mandril left end, and jack is blind hole, and inserted block matches with jack, and inserted block is inserted into
In jack；Mandril and connecting rod are integrally formed.
The above-mentioned die-cutting device with blowing strainer, the first support plate be equipped with limited mouth, limited mouth bottom be with
The arc that material spool lateral wall matches, the transmission mechanism include tubular shell, transmission gear, transmission shaft and 3rd bearing,
Tubular shell is mounted on the left side of the first support plate, and transmission shaft is connect by 3rd bearing and tubular shell inside, transmission shaft
Left end is connect with transmission gear, the operating of motor driven transmission gear；The right end of transmission shaft is equipped with the card slot of "-" type, material spool
Left end is equipped with the fixture block to match with card slot, and the left end of material spool passes through limited mouth, and fixture block is plugged in the card slot of material spool.
The above-mentioned die-cutting device with blowing strainer, pedestal include connecting cross beam and sliding block, the first support plate and
The bottom end of two support plates is both connected to the front side of crossbeam, and sliding block is connected to the rear side of crossbeam, and the corresponding position of frame side wall is equipped with
Sliding slot, sliding block and sliding slot match, and sliding block can move along the chute, and sliding block is equipped with screw hole, and chute wall is equipped with locking bolt, institute
The screw hole for stating locking bolt and the sliding block matches.
The above-mentioned die-cutting device with blowing strainer, the second support plate are detachably connected with pedestal.
Compared with prior art, the discharge mechanism of the utility model is provided with transmission mechanism and strainer, transmission mechanism
Material spool active rotation is driven, keeps the blowing progress of material spool controllable, avoids the anodized aluminium material volume in material spool due to inertia
Caused excess blowing, prevents anodized aluminium from knotting；Strainer ensure that the connection of material spool and discharge mechanism is stable
Rate of tension cooperates discharge mechanism with good with feeder, while feeder leapfrog is more stable, improves thermoprint precision,
Thermoprint quality is effectively improved.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of discharge mechanism；
Fig. 3 is the partial enlarged view in the portion A in Fig. 2；
Fig. 4 is the structural schematic diagram of material spool；
Fig. 5 is the structural schematic diagram of the right end of transmission shaft；
Fig. 6 is the structural schematic diagram of connecting rod and mandril；
Fig. 7 is the attachment structure schematic diagram of pedestal and rack；
Fig. 8 is the structural schematic diagram of the second support plate；
Each label in attached drawing respectively indicates: 1. racks；2. discharge mechanism；3. feeder；4. die cutting mechanism；21 electricity
Machine；22. material spool；221. jack；222. fixture block；23. connecting cross beam；24. the first support plate；25. the second support plate；
281. mandril；282. connecting rod；283. first bearing；284. second bearing；285. limiting slot；286. pressure spring；287. inserted block；
241. limited mouth；271. tubular shell；272. transmission gear；273. transmission shaft；274. 3rd bearing；275. card slot；30. sliding
Block；31. sliding slot.
Embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is for illustrating the utility model.
As shown in attached drawing 1, Fig. 2, Fig. 3 and Fig. 6, the utility model includes rack 1, discharge mechanism 2, feeder 3 and mould
Cut mechanism 4, discharge mechanism 2, feeder 3 and die cutting mechanism 4 are successively fixed in rack 1, discharge mechanism 2 include motor 21,
Material spool 22 and pedestal, pedestal left end and right end are respectively equipped with the first support plate 24 and the second support plate 25, the first support plate
(24) material spool (22) left end is supported, the first support plate 24 is equipped with transmission mechanism, the power output end and material volume of transmission mechanism
The connection of 22 left end of axis, motor 21 are connect with transmission mechanism, and material spool 22 is driven to rotate；Second support plate 25 is equipped with tensioning device
Structure, the tubular shell 271 of strainer is interior to be equipped with mandril 281 and connecting rod 282, left end and right end inside tubular shell 271
It is respectively equipped with first bearing 283 and second bearing 284, the left end of mandril 281 passes through the right end of first bearing 283 and material spool 22
It is connected；The right end of mandril 281 is connect with the left end of connecting rod 282；282 right end of connecting rod is connect with second bearing 284, connection
282 right end of bar is additionally provided with annular spacing groove 285, and the width of limiting slot 285 is greater than the thickness of second bearing 284, second bearing 284
Inner ring be installed on limiting slot 285, and connecting rod 282 can horizontally slip along the inner ring of second bearing 284, mandril 281
Diameter is greater than connecting rod 282, is set with pressure spring 286 outside connecting rod 282,286 both ends of pressure spring be against respectively mandril 281 right end and
In second bearing 284.The mortgage that limiting slot and pressure spring collective effect make mandril firm makes the second support plate in material spool right end
With connecting rod, mandril, material spool are successively stable is flexibly connected, so that mechanical movement is transmitted more stable.Expect in order to facilitate the installation of
Spool, the second support plate 25 are detachably connected with pedestal.
As shown in Figure 4 and Figure 5, in order to guarantee material spool, mandril and the operating of connecting rod synchronism stability, it is provided with circular insert
The right part of material spool 22 is arranged in hole 221 and cylindrical inserted block 287, jack 221, and the setting of inserted block 287 is left in mandril 281
End, jack 221 are blind hole, and inserted block 287 matches with jack 221, and inserted block 287 is inserted into jack 221；Mandril 281 and connection
Bar 282 is integrally formed.
As shown in figure 8, the first support plate 24 is equipped with limited mouth 241,241 bottom of limited mouth is and 22 lateral wall of material spool
The arc to match, transmission mechanism include tubular shell 271, transmission gear 272, transmission shaft 273 and 3rd bearing 274, tubular
Shell 271 is mounted on the left side of the first support plate 24, and transmission shaft 273 inside 3rd bearing 274 and tubular shell 271 by connecting
It connects, the left end of transmission shaft 273 is connect with transmission gear 272, and motor 21 drives transmission gear 272 to operate；The right end of transmission shaft 273
Card slot 275 equipped with "-" type, the left end of material spool 22 are equipped with the fixture block 222 to match with card slot 275, the left end of material spool 22
Across limited mouth 241, fixture block 222 is plugged in the card slot 275 of material spool 22.By above-mentioned setting, motor uses servo motor,
Servo motor drives transmission gear to operate under control of the control system, and transmission gear drives the rotation of active material spool and to feed
Mechanism feed avoids anodized aluminium blowing excessive and knots.
As shown in fig. 7, the above-mentioned die-cutting device with blowing strainer, pedestal includes connecting cross beam 23 and sliding block 30,
The bottom end of first support plate 24 and the second support plate 25 is both connected to the front side of crossbeam, and sliding block 30 is connected to the rear side of crossbeam, machine
The corresponding position of 1 side wall of frame is equipped with sliding slot 31, and sliding block 30 and sliding slot 31 match, and sliding block 30 31 can move along the chute, sliding slot 31
It is equipped with 30 sliding block 30 of sliding block and is equipped with screw hole, 31 side wall of sliding slot is equipped with locking bolt, the locking bolt and the sliding block 30
Screw hole match, to the position of the surely described pedestal on the rack.Arrangement above facilitates discharge mechanism to be connected to rack.
When work, the second support plate is removed, anodized aluminium material volume is fixed in material spool, then pacifies the second support plate
It is attached on pedestal, the sliding block of discharge mechanism is pushed in the sliding rail of rack, and discharge mechanism is locked in machine by locking system
Position on frame.When equipment operation, transmission gear drives transmission shaft rotation, and by the cooperation of jack and fixture block, transmission shaft is driven
Material spool rotation；The right end of the mandril mortgage material spool of strainer, the operating of first bearing supporting post-rod, pressure spring carry out mandril
It compresses, to guarantee that material spool operates under stable rate of tension, material volume axial direction charging gear conveys electrochemical aluminium film, is then fed
Anodized aluminium is fed to die cutting mechanism and carries out die-cutting gold-stamping by mechanism, realizes the operating of whole equipment.
Above are merely preferred embodiments of the utility model, it is noted that for the ordinary skill people of the art
Member for, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these improve and
Modification also should be regarded as the protection scope of the utility model.
Claims (5)
1. a kind of die-cutting device with blowing strainer, including rack (1), discharge mechanism (2), feeder (3) and mould
It cuts mechanism (4), discharge mechanism (2), feeder (3) and die cutting mechanism (4) are successively fixed on rack (1), which is characterized in that
Discharge mechanism (2) includes motor (21), material spool (22) and pedestal, and pedestal left end and right end are respectively equipped with the first support plate (24)
With the second support plate (25), the first support plate (24) is equipped with transmission mechanism, and the first support plate (24) supports material spool (22) left
End, and the power output end of material spool (22) left end and transmission mechanism connects, motor (21) is connect with the input terminal of transmission mechanism
And material spool (22) is driven to rotate；Second support plate (25) is equipped with strainer, is equipped with mandril in the shell of strainer
(281), connecting rod (282) and pressure spring (286), the left end of enclosure interior and right end are respectively equipped with first bearing (283) and second
The left end of bearing (284), mandril (281) passes through first bearing (283) and the right end of material spool (22) offsets；Mandril (281)
Right end is connect with the left end of connecting rod (282)；Connecting rod (282) right end is connect with second bearing (284), and connecting rod (282) is right
End is additionally provided with the limiting slot (285) of annular, and the width of limiting slot (285) is greater than the thickness of second bearing (284), second bearing
(284) inner ring is installed on limiting slot (285), and connecting rod (282) can be sliding along inner ring of second bearing (284) or so
Dynamic, the diameter of mandril (281) is greater than the diameter of connecting rod (282), and pressure spring (286) is sleeved on connecting rod (282) outside, pressure spring
(286) both ends are against respectively on the right end and second bearing (284) of mandril (281).
2. having the die-cutting device of blowing strainer as described in claim 1, which is characterized in that further include circular jack
(221) it is being pushed up with cylindrical inserted block (287), jack (221) setting in the right part of material spool (22), inserted block (287) setting
Bar (281) left end, jack (221) are blind hole, and inserted block (287) matches with jack (221), and inserted block (287) is inserted into jack
(221) in；Mandril (281) and connecting rod (282) are integrally formed.
3. having the die-cutting device of blowing strainer as claimed in claim 2, which is characterized in that in the first support plate (24)
Equipped with limited mouth (241), limited mouth (241) bottom is the arc to match with material spool (22) lateral wall, the transmission mechanism
Including tubular shell (271), transmission gear (272), transmission shaft (273) and 3rd bearing (274), tubular shell (271) installation
In the left side of the first support plate (24), transmission shaft (273) is passed by connecting inside 3rd bearing (274) and tubular shell (271)
The left end of moving axis (273) is connect with transmission gear (272), and motor (21) drives transmission gear (272) operating；Transmission shaft (273)
Right end be equipped with the card slot (275) of "-" type, the left end of material spool (22) is equipped with the fixture block (222) to match with card slot (275),
The left end of material spool (22) passes through limited mouth (241), and fixture block (222) is plugged in the card slot (275) of material spool (22).
4. having the die-cutting device of blowing strainer as claimed in claim 3, which is characterized in that pedestal includes connecting cross beam
(23) and sliding block (30), the bottom end of the first support plate (24) and the second support plate (25) is both connected to the front side of crossbeam, sliding block
(30) it is connected to the rear side of crossbeam, the corresponding position of rack (1) side wall is equipped with sliding slot (31), sliding block (30) and sliding slot (31) phase
Match, sliding block (30) (31) can move along the chute, and sliding block (30) is equipped with screw hole, and sliding slot (31) side wall is equipped with locking bolt, described
Locking bolt and the screw hole of the sliding block (30) match.
5. as claimed in claim 4 have blowing strainer die-cutting device, which is characterized in that the second support plate (25) with
Pedestal is detachably connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821507992.7U CN208883103U (en) | 2018-09-14 | 2018-09-14 | Die-cutting device with blowing strainer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821507992.7U CN208883103U (en) | 2018-09-14 | 2018-09-14 | Die-cutting device with blowing strainer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208883103U true CN208883103U (en) | 2019-05-21 |
Family
ID=66512434
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821507992.7U Active CN208883103U (en) | 2018-09-14 | 2018-09-14 | Die-cutting device with blowing strainer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208883103U (en) |
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2018
- 2018-09-14 CN CN201821507992.7U patent/CN208883103U/en active Active
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