CN207841565U - The film covering device of die-cutting machine - Google Patents
The film covering device of die-cutting machine Download PDFInfo
- Publication number
- CN207841565U CN207841565U CN201721886101.9U CN201721886101U CN207841565U CN 207841565 U CN207841565 U CN 207841565U CN 201721886101 U CN201721886101 U CN 201721886101U CN 207841565 U CN207841565 U CN 207841565U
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- CN
- China
- Prior art keywords
- film
- roller
- roll shaft
- guided membrane
- membrane
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- 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- Withdrawn - After Issue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
A kind of film covering device of die-cutting machine, guided membrane roller arrangement includes film guiding roller epipleural, first guided membrane roll shaft, second guided membrane roll shaft, first film guiding roller, second film guiding roller, tension bellows, wind turbine, film guiding roller epipleural is oppositely arranged, first guided membrane roll shaft, second guided membrane roll shaft is sequentially arranged between film guiding roller epipleural, and the first guided membrane roll shaft, the both ends of second guided membrane roll shaft are connect with film guiding roller epipleural respectively by bolt, first film guiding roller, second film guiding roller is correspondingly sleeved on the first guided membrane roll shaft by bearing, on second guided membrane roll shaft, it is spaced between first film guiding roller and the second film guiding roller, tension bellows are arranged in the underface of the first film guiding roller and the second film guiding roller interval, wind turbine is arranged in the lower end of tension bellows, and the wind direction of wind turbine acts on the interval between the first film guiding roller and the second film guiding roller.Wind turbine and tension bellows apply covering material downward pressure, ensure covering material constant tension, main material flexural deformation after avoiding overlay film from closing.
Description
Technical field
The utility model is related to die-cutting machine field, espespecially a kind of film covering device of die-cutting machine.
Background technology
Die-cutting machine be mainly print, the capital equipment of sheet package, the operation principle of die-cutting machine is to utilize steel knife, hardware mould
Tool, steel wire or steel engraving at masterplate, apply certain pressure by coining plate, by printing or cardboard cutting at certain shape
Shape.The critical part of die-cutting machine is cross cutting platen and crush-cutting mechanism, wherein the operation principle of die-cutting apparatus is：Die cutting operation is
It completes, simply says under the effect of the pressure, d ie cutting press is generated by the pressing of movable platform and upper fixed platform.
It, can be to material there are one impact force, when needing overlay film but since die-cutting machine paper feed mode is to walk one to stop
It when technique, since the material thickness of film itself is very thin, be easy to cause film and is stretched, having covered caudacoria contraction can be such that main material becomes
Shape is bent, and causes the generation of defective products.
Invention content
To solve the above problems, the utility model provides, a kind of overlay film effect is good, reduces the die-cutting machine that main material deforms
Film covering device.
To achieve the above object, the technical solution adopted in the utility model is：A kind of film covering device of die-cutting machine, including put
Film shaft device, film drawing device, laminating apparatus further include guided membrane roller arrangement, described to put film shaft device, film drawing device, film guiding roller dress
The upper end for being sequentially arranged die-cutting machine is set, laminating apparatus is arranged in the lower section of guided membrane roller arrangement；
The guided membrane roller arrangement include film guiding roller epipleural, the first guided membrane roll shaft, the second guided membrane roll shaft, the first film guiding roller,
Second film guiding roller, tension bellows, wind turbine, the film guiding roller epipleural are oppositely arranged, the first guided membrane roll shaft, the second film guiding roller
Axis is sequentially arranged between film guiding roller epipleural, and the both ends of the first guided membrane roll shaft, the second guided membrane roll shaft by bolt respectively with
Film guiding roller epipleural connects, and first film guiding roller, the second film guiding roller are correspondingly sleeved on the first guided membrane roll shaft, second by bearing
Spaced between first film guiding roller and the second film guiding roller on guided membrane roll shaft, the tension bellows are arranged in the first guided membrane
The underface of roller and the second film guiding roller interval, the wind turbine is arranged in the lower end of tension bellows, and the wind direction of wind turbine acts on
Interval between one film guiding roller and the second film guiding roller.
Specifically, the tension bellows further include bellows side plate, lead screw, sliding panel, aluminium sheet, guiding axis, the bellows side
Plate is oppositely arranged on the upper end of tension bellows, and the both ends of the lead screw are connect respectively with bellows side plate and lead screw and the first film guiding roller
Parallel, lead screw one end is provided with handwheel and handle, and the sliding panel screw thread is socketed in lead screw surface, and the aluminium sheet fitting setting exists
The both ends of the inside of sliding panel, the guiding axis are connected respectively with bellows side plate and guiding axis is parallel with the first film guiding roller, described
Sliding panel is socketed in guiding axis surface by bearing.
Specifically, the bottom of the tension bellows is provided with pre- material stock electric eye.
Specifically, the tension bellows further include air port cover, air hose, and the lower end that the air port is located at tension bellows is opened
Mouthful, air port cover is connected to by air hose with wind turbine.
Specifically, the guided membrane roller arrangement further includes third guided membrane roll shaft, third film guiding roller, the third guided membrane roll shaft according to
Sequence is arranged in after the first guided membrane roll shaft and the second guided membrane roll shaft, and the both ends of third guided membrane roll shaft pass through bolt and guided membrane
Roller epipleural connects, and the spacing of the first guided membrane roll shaft and the second guided membrane roll shaft is more than the second guided membrane roll shaft and third film guiding roller
The spacing of axis.
Specifically, the film shaft device of putting includes putting film axis, bearing block, connecting plate, and the bearing block is solid by connecting plate
Fixed setting is put film axis one end and is arranged in bearing block by bearing in die-cutting machine upper end, and puts film axis and put down with the first guided membrane roll shaft
Row, puts film axis one end and is also associated with magnetic powder brake.
Specifically, the film drawing device includes membrane side plate, press mold roll shaft, pressing film roller, membrane roller, the membrane side plate
It is relatively fixed and is arranged in die-cutting machine upper end, the both ends of the membrane roller are connect with membrane side plate respectively by bearing, and membrane
Roller is parallel with the first guided membrane roll shaft, and membrane roller one end is also associated with motor, and membrane side plate upper end is provided with membrane pressure
Spring device, both ends and the membrane compression-spring device elastic connection of the press mold roll shaft, and press mold roll shaft is parallel with membrane roller, it is described
Pressing film roller is socketed in by bearing on pressing film roller axis, and press mold roll shaft, which is moved up and down by membrane compression-spring device along membrane side plate, makes pressure
Deflector roll fits in membrane roller.
Specifically, the laminating apparatus includes fitting side plate, bottom roller axis, bottom roller, pressing roll shaft, press bonding roller, the fitting
Side plate is relatively fixed the front or rear side being arranged in die-cutting machine, and the both ends of the bottom roller axis are connect by bolt with fitting side plate, and
Bottom roller axis is parallel with the first guided membrane roll shaft, and the bottom roller is socketed in by bearing on bottom roller axis, the fitting side plate upper end setting
There is a fitting compression-spring device, the both ends of the pressing roll shaft and be bonded compression-spring device elastic connection, and presses roll shaft and bottom roller axis is put down
Row, the press bonding roller are socketed in by bearing on press bonding roller axis, and pressing roll shaft is by being bonded compression-spring device above and below fitting side plate
Movement makes press bonding roller fit in bottom roller.
Specifically, the guided membrane roller arrangement further includes the 4th guided membrane roll shaft, the 4th film guiding roller, the fitting compression-spring device
Upper end is provided with opposite film guiding roller lower side panel, the both ends of the 4th guided membrane roll shaft by bearing respectively with film guiding roller lower side panel
Connection, and the 4th guided membrane roll shaft is parallel to the first guided membrane roll shaft, the 4th film guiding roller is socketed in by bearing on the 4th guided membrane roll shaft.
Specifically, described put is provided between film shaft device and film drawing device without material shutdown electric eye.
Specifically, it is provided with pre- material stock electric eye below the guided membrane roller arrangement.
The beneficial effects of the utility model are：By the way that guided membrane roller arrangement is arranged, in the first film guiding roller and the second film guiding roller
Between reserve one section of covering material for buffering, and reserved covering material is placed in tension bellows, passes through tension bellows
The wind turbine of lower end extracts the air in tension bellows, and the air of covering material bottom is pumped so that the gas on covering material top
Pressure forms a downward pressure more than the air pressure of lower part on covering material, makes the exceptionally straight tensioning of covering material, ensures overlay film material
The constant tension of material makes covering material that can suitably be buffered in putting membrane process, reduces and stretches, can effectively avoid overlay film material
Main material flexural deformation after material and main material pressing, greatly reduces the quantity of defective products in process, improves product
Production efficiency.
Description of the drawings
Fig. 1 is the utility model overall structure diagram；
Fig. 2 is the utility model guided membrane roller arrangement front view；
Fig. 3 is the utility model guided membrane roller arrangement vertical view；
Fig. 4 is the utility model tension bellows side view；
Fig. 5 is the utility model tension bellows vertical view；
Fig. 6 is that the utility model puts film shaft device side view；
Fig. 7 is the utility model film drawing device side view；
Fig. 8 is the utility model film drawing device front view；
Fig. 9 is the utility model laminating apparatus side view；
Figure 10 is the utility model laminating apparatus front view.
Drawing reference numeral explanation：
1. putting film shaft device；2. film drawing device；3. guided membrane roller arrangement；4. laminating apparatus；5. covering material；6. die-cutting machine；
7. shutting down electric eye without material；8. pre- material stock electric eye；
11. putting film axis；12. bearing block；13. connecting plate；14. magnetic powder brake；
21. membrane side plate；22. press mold roll shaft；23. pressing film roller；24. membrane roller；25. motor；26. membrane compression spring fills
It sets；
31. film guiding roller epipleural；32. the first guided membrane roll shaft；33. the second guided membrane roll shaft；34. the first film guiding roller；35. second
Film guiding roller；36. tension bellows；37. wind turbine；38. third guided membrane roll shaft；39. third film guiding roller；
41. being bonded side plate；42. bottom roller axis；43. bottom roller；44. pressing roll shaft；45. press bonding roller；46. being bonded compression-spring device；
47. film guiding roller lower side panel；48. the 4th guided membrane roll shaft；49. the 4th film guiding roller；
361. bellows side plates；362. lead screw；363. sliding panel；364. aluminium sheet；365. guiding axis；366. handwheel；367. hand
Handle；It covers in 368. air ports；369. air hose.
Specific implementation mode
Referring to Fig. 1, the utility model is about a kind of film covering device of die-cutting machine, including put film shaft device 1, film drawing device
2, laminating apparatus 4 further include guided membrane roller arrangement 3, and film shaft device 1, film drawing device 2, the guided membrane roller arrangement 3 put is sequentially arranged
The upper end of die-cutting machine 6, laminating apparatus 4 are arranged in the lower section of guided membrane roller arrangement 3；The covering material 5 is wound on putting film shaft device
1, and covering material 5 fits in main material after film drawing device 2, guided membrane roller arrangement 3, laminating apparatus 4 successively, and pass through cross cutting
Machine 6 is pressed together on main material；
Fig. 2-3 is please referred to, the guided membrane roller arrangement 3 includes film guiding roller epipleural 31, the first guided membrane roll shaft 32, the second guided membrane
Roll shaft 33, the first film guiding roller 34, the second film guiding roller 35, tension bellows 36, wind turbine 37, the film guiding roller epipleural 31 is opposite to be set
It sets, the first guided membrane roll shaft 32, the second guided membrane roll shaft 33 are sequentially arranged between film guiding roller epipleural 31, and the first film guiding roller
Axis 32, the second guided membrane roll shaft 33 both ends connect respectively with film guiding roller epipleural 31 by bolt, first film guiding roller 34,
Two film guiding rollers 35 are correspondingly sleeved on the first guided membrane roll shaft 32, on the second guided membrane roll shaft 33 by bearing, and the covering material 5 is bonded
On the first film guiding roller 34 and the second film guiding roller 35, and it is reserved with one section between the first film guiding roller 34 and the second film guiding roller 35 and is used for
The covering material 5 of buffering, the tension bellows 36 are arranged in the underface of the first film guiding roller 34 and the second film guiding roller 35 interval, institute
It states wind turbine 37 to be arranged in the lower end of tension bellows 36, and the wind direction of wind turbine 37 acts on the first film guiding roller 34 and the second film guiding roller 35
Between covering material 5 on.
By the way that guided membrane roller arrangement 3 is arranged, one section is reserved between the first film guiding roller 34 and the second film guiding roller 35 for buffering
Covering material 5, and reserved covering material 5 is placed in tension bellows 36, and the wind turbine 37 for passing through 36 lower end of tension bellows is taken out
The air in tension bellows 36, the air of 5 bottom of covering material is taken to be pumped so that under the air pressure on 5 top of covering material is more than
The air pressure in portion forms a downward pressure on covering material 5, makes 5 exceptionally straight tensioning of covering material, ensures covering material 5
Constant tension makes covering material 5 that can suitably be buffered in putting membrane process, reduces and stretches, can effectively avoid covering material 5
Main material flexural deformation after being pressed with main material, greatly reduces the quantity of defective products in process, improves the life of product
Produce efficiency.
Please refer to Fig. 4-5, specifically, the tension bellows 36 further include bellows side plate 361, lead screw 362, sliding panel 363,
Aluminium sheet 364, guiding axis 365, the bellows side plate 361 are oppositely arranged on the upper end of tension bellows 36, the both ends of the lead screw 362
It is connected respectively with bellows side plate 361 and lead screw 362 is parallel with the first film guiding roller, 362 one end of lead screw is provided with handwheel 366 and handle
367,363 screw thread of the sliding panel is socketed in 362 surface of lead screw, and the fitting of the aluminium sheet 364 is arranged in the inside of sliding panel 363,
The both ends of the guiding axis 365 are connected respectively with bellows side plate 361 and guiding axis 365 is parallel with the first film guiding roller, the sliding
Plate 363 is socketed in 365 surface of guiding axis by bearing.
In the present embodiment, there are two lead screw 362, aluminium sheet 364, sliding panel 363 are each, and aluminium sheet 364 is oppositely arranged on tension
The both sides of bellows 36 adjust lead screw 362 by handle 367 and handwheel 366 and rotate, and lead screw 362 drives sliding panel 363 to drive aluminium sheet
364 move along lead screw 362, and two aluminium sheets 364 is made to move toward one another, and aluminium sheet 364 is bonded covering material 5, reduces aluminium sheet 364 and covers
Gap between membrane material 5 adjusts the Tensity size of the exceptionally straight covering material of wind-force 5 with this.
Fig. 4-5 is please referred to, specifically, the bottom of the tension bellows 36 is provided with pre- material stock electric eye 8.
When pre- material stock electric eye 8 has detected that covering material 5 reaches, the membrane roller 24 of film drawing device 2 stops conveying and covers
Membrane material 5 enters in tension bellows 36, when pre- material stock electric eye 8, which can't detect covering material 5, to be reached, the membrane of film drawing device 2
Covering material 5 is just sent into tension bellows 36 always by roller 24, hereby it is ensured that prestoring enough overlay films in tension bellows 36
Material 5 meets the needs of overlay film.
Fig. 4-5 is please referred to, specifically, the tension bellows 36 further include air port cover 368, air hose 369, the air port cover
368 are located at the lower ending opening of tension bellows 36, and air port cover 368 is connected to by air hose 369 with wind turbine 37.
Air port cover 368 is located at the lower ending opening of tension bellows 36 and is connected to wind turbine 37 by air hose 369, makes tension wind
The lower end of case 36 forms a closed space with wind turbine 37, and wind turbine 37 can be avoided to act on outside tension bellows 36, ensures wind
Effective air suction efficiency of machine 37, improves the stability of exhausting.
Please refer to Fig. 2-3, in the present embodiment, the guided membrane roller arrangement 3 further includes third guided membrane roll shaft 38, third film guiding roller
39,38 sequential of third guided membrane roll shaft is arranged after the first guided membrane roll shaft 32 and the second guided membrane roll shaft 33, and third
The both ends of guided membrane roll shaft 38 are connect by bolt with film guiding roller epipleural, the first guided membrane roll shaft 32 and the second guided membrane roll shaft 33
Spacing be more than the spacing of the second guided membrane roll shaft 33 and third guided membrane roll shaft 38.
39 and second film guiding roller 35 of the third film guiding roller coordinates for carrying covering material 5.
Referring to Fig. 6, in the present embodiment, the film shaft device 1 of putting includes putting film axis 11, bearing block 12, connecting plate 13, institute
It states bearing block 12 and 6 upper end of die-cutting machine is fixed at by connecting plate 13, put 11 one end of film axis and be arranged in bearing block by bearing
In 12, and it is parallel with the first guided membrane roll shaft 32 to put film axis 11, puts 11 one end of film axis and is also associated with magnetic powder brake 14.
The film axis 11 of putting is that hand rises axis or gas expansion shaft, puts film axis 11 and is used for placing covering material 5, magnetic powder brake 14
The rotation of film axis 11 is put in braking.
Please refer to Fig. 7-8, in the present embodiment, the film drawing device 2 includes membrane side plate 21, press mold roll shaft 22, pressing film roller
23, membrane roller 24, the membrane side plate 21 are relatively fixed setting in 6 upper end of die-cutting machine, and the both ends of the membrane roller 24 are logical
It crosses bearing to connect with membrane side plate 21 respectively, and membrane roller 24 is parallel with the first guided membrane roll shaft 32,24 one end of membrane roller is also
It is connected with motor 25,21 upper end of membrane side plate is provided with membrane compression-spring device 26, the both ends of the press mold roll shaft 22 and drawing
26 elastic connection of film compression-spring device, and press mold roll shaft 22 is parallel with membrane roller 24, the pressing film roller 23 is socketed in by bearing
On press mold roll shaft 22, press mold roll shaft 22, which is moved up and down by membrane compression-spring device 26 along membrane side plate 21, makes pressing film roller 23 fit in
Membrane roller 24.
Adjusting membrane compression-spring device 26 makes pressing film roller 23 be moved up along membrane side plate 21, for installing covering material 5 in advance, adjusts
Section membrane compression-spring device 26 makes pressing film roller 23 be moved down along membrane side plate 21, and pressing film roller 23 is fitted in membrane roller 24 and compressed and is covered
Membrane material 5, membrane roller 24 are driven by motor 25 and are rotated, and can pull out covering material 5 from putting in film shaft device 1.
Please refer to Fig. 9-10, in the present embodiment, the laminating apparatus 4 include fitting side plate 41, bottom roller axis 42, bottom roller 43,
Roll shaft 44, press bonding roller 45 are pressed, the fitting side plate 41 is relatively fixed the front or rear side being arranged in die-cutting machine 6, the bottom roller axis
42 both ends are connect by bolt with fitting side plate 41, and bottom roller axis 42 is parallel with the first guided membrane roll shaft 32, and the bottom roller 43 is logical
It crosses bearing to be socketed on bottom roller axis 42,41 upper end of fitting side plate is provided with fitting compression-spring device 46, the pressing roll shaft 44
Both ends be bonded 46 elastic connection of compression-spring device, and press that roll shaft 44 is parallel with bottom roller axis 42, and the press bonding roller 45 passes through axis
Bearing sleeve is connected on pressing roll shaft 44, and pressing roll shaft 44 makes press bonding roller by being bonded compression-spring device 46 and being moved up and down along fitting side plate 41
45 fit in bottom roller 43.
Adjusting adhesive compression-spring device 46 makes press bonding roller 45 be moved up along fitting side plate 41, for installing covering material 5 in advance, adjusts
Section fitting compression-spring device 46 makes press bonding roller 45 be moved down along fitting side plate 41, and press bonding roller 45 is fitted in bottom roller 43 and compresses overlay film material
Material 5, for covering material 5 to be pressed together on main material.
Please refer to Fig. 9-10, in the present embodiment, the guided membrane roller arrangement 3 further includes the 4th guided membrane roll shaft 48, the 4th guided membrane
Roller 49, the upper end for being bonded compression-spring device 46 are provided with opposite film guiding roller lower side panel 47, the 4th guided membrane roll shaft 48
Both ends are connect with film guiding roller lower side panel 47 respectively by bearing, and the 4th guided membrane roll shaft 48 is parallel to the first guided membrane roll shaft 32, the
Four film guiding rollers 49 are socketed in by bearing on the 4th guided membrane roll shaft 48.
4th film guiding roller 49 is used to accept conveys the covering material 5 to come by third film guiding roller 39.
Referring to Fig. 1, in the present embodiment, described put is provided between film shaft device 1 and film drawing device 2 without material shutdown electric eye
7。
It is described to shut down electric eye 7 for whether detecting covering material 5 using finishing without material, it is detected when shutting down electric eye 7 without material
When 5 use of covering material finishes, no material, which shuts down electric eye 7, can send detection signal to film covering device, and film covering device will stop processing.
Referring to Fig. 1, in the present embodiment, 3 lower section of the guided membrane roller arrangement is provided with pre- material stock electric eye 8.
In place whether the pre- material stock electric eye 8 prestore for detecting covering material 5, when 5 pre- storage of covering material is less than pre-
When the detection line of material stock electric eye 8, pre- material stock electric eye 8 can send detection signal to film covering device, and film covering device will stop processing.
Embodiment of above is only that preferred embodiments of the present invention are described, not to the utility model
Range be defined, under the premise of not departing from the spirit of the design of the utility model, this field ordinary engineering and technical personnel to this
The various modifications and improvement that the technical solution of utility model is made should all fall into the guarantor that claims of the utility model determine
It protects in range.
Claims (10)
1. a kind of film covering device of die-cutting machine, including put film shaft device, film drawing device, laminating apparatus, it is characterised in that：Further include
Guided membrane roller arrangement, the upper end put film shaft device, film drawing device, guided membrane roller arrangement and be sequentially arranged die-cutting machine, laminating apparatus
It is arranged in the lower section of guided membrane roller arrangement；
The guided membrane roller arrangement includes film guiding roller epipleural, the first guided membrane roll shaft, the second guided membrane roll shaft, the first film guiding roller, second
Film guiding roller, tension bellows, wind turbine, the film guiding roller epipleural are oppositely arranged, the first guided membrane roll shaft, the second guided membrane roll shaft according to
Sequence be arranged between film guiding roller epipleural, and the both ends of the first guided membrane roll shaft, the second guided membrane roll shaft by bolt respectively with guided membrane
Roller epipleural connects, and first film guiding roller, the second film guiding roller are correspondingly sleeved on the first guided membrane roll shaft, the second guided membrane by bearing
It is spaced between first film guiding roller and the second film guiding roller on roll shaft, tension bellows setting in the first film guiding roller and
The underface at the second film guiding roller interval, the wind turbine is arranged in the lower end of tension bellows, and the wind direction of wind turbine acts on first and leads
Interval between deflector roll and the second film guiding roller.
2. a kind of film covering device of die-cutting machine according to claim 1, it is characterised in that：The tension bellows further include wind
Case side plate, lead screw, sliding panel, aluminium sheet, guiding axis, the bellows side plate are oppositely arranged on the upper end of tension bellows, the lead screw
Both ends respectively with bellows side plate connect and lead screw it is parallel with the first film guiding roller, lead screw one end is provided with handwheel and handle, described
Sliding panel screw thread is socketed in lead screw surface, and the aluminium sheet fitting is arranged in the inside of sliding panel, and the both ends of the guiding axis are distinguished
It is connected with bellows side plate and guiding axis is parallel with the first film guiding roller, the sliding panel is socketed in guiding axis surface by bearing.
3. a kind of film covering device of die-cutting machine according to claim 1, it is characterised in that：The bottom of the tension bellows is set
It is equipped with pre- material stock electric eye.
4. a kind of film covering device of die-cutting machine according to claim 1, it is characterised in that：The tension bellows further include wind
Mask, air hose, the air port are located at the lower ending opening of tension bellows, and air port cover is connected to by air hose with wind turbine.
5. a kind of film covering device of die-cutting machine according to claim 1, it is characterised in that：The guided membrane roller arrangement further includes
Third guided membrane roll shaft, third film guiding roller, the third guided membrane roll shaft sequential are arranged in the first guided membrane roll shaft and the second guided membrane
After roll shaft, and the both ends of third guided membrane roll shaft are connect by bolt with film guiding roller epipleural, the first guided membrane roll shaft and
The spacing of two guided membrane roll shafts is more than the spacing of the second guided membrane roll shaft and third guided membrane roll shaft.
6. a kind of film covering device of die-cutting machine according to claim 1, it is characterised in that：The film shaft device of putting includes putting
Film axis, bearing block, connecting plate, the bearing block are fixed at die-cutting machine upper end by connecting plate, put film axis one end and pass through axis
It holds and is arranged in bearing block, and it is parallel with the first guided membrane roll shaft to put film axis, puts film axis one end and is also associated with magnetic powder brake.
7. a kind of film covering device of die-cutting machine according to claim 1, it is characterised in that：The film drawing device includes membrane
Side plate, press mold roll shaft, pressing film roller, membrane roller, the membrane side plate are relatively fixed setting in die-cutting machine upper end, the membrane rolling
The both ends of cylinder are connect with membrane side plate respectively by bearing, and membrane roller is parallel with the first guided membrane roll shaft, membrane roller one end
It is also associated with motor, membrane side plate upper end is provided with membrane compression-spring device, both ends and the membrane compression spring of the press mold roll shaft
Device elastic connection, and press mold roll shaft is parallel with membrane roller, the pressing film roller is socketed in by bearing on pressing film roller axis, press mold
Roll shaft, which is moved up and down by membrane compression-spring device along membrane side plate, makes pressing film roller fit in membrane roller.
8. a kind of film covering device of die-cutting machine according to claim 1, it is characterised in that：The laminating apparatus includes fitting
Side plate, bottom roller axis, bottom roller, pressing roll shaft, press bonding roller, the fitting side plate are relatively fixed the front or rear side being arranged in die-cutting machine,
The both ends of the bottom roller axis are connect by bolt with fitting side plate, and bottom roller axis is parallel with the first guided membrane roll shaft, and the bottom roller is logical
Bearing is crossed to be socketed on bottom roller axis, the fitting side plate upper end is provided with fitting compression-spring device, the both ends of the pressing roll shaft with
It is bonded compression-spring device elastic connection, and pressing roll shaft is parallel with bottom roller axis, the press bonding roller is socketed in press bonding roller axis by bearing
On, pressing roll shaft makes press bonding roller fit in bottom roller by being bonded compression-spring device and being moved up and down along fitting side plate.
9. a kind of film covering device of die-cutting machine according to claim 8, it is characterised in that：The guided membrane roller arrangement further includes
4th guided membrane roll shaft, the 4th film guiding roller, the fitting compression-spring device upper end be provided with opposite film guiding roller lower side panel, described the
The both ends of four guided membrane roll shafts are connect with film guiding roller lower side panel respectively by bolt, and the 4th guided membrane roll shaft is parallel to the first film guiding roller
Axis, the 4th film guiding roller are socketed in by bearing on the 4th guided membrane roll shaft.
10. a kind of film covering device of die-cutting machine according to claim 1, it is characterised in that：It is described to put film shaft device and drawing
It is provided between film device and shuts down electric eye without material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721886101.9U CN207841565U (en) | 2017-12-28 | 2017-12-28 | The film covering device of die-cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721886101.9U CN207841565U (en) | 2017-12-28 | 2017-12-28 | The film covering device of die-cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207841565U true CN207841565U (en) | 2018-09-11 |
Family
ID=63419604
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721886101.9U Withdrawn - After Issue CN207841565U (en) | 2017-12-28 | 2017-12-28 | The film covering device of die-cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207841565U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108177194A (en) * | 2017-12-28 | 2018-06-19 | 深圳市瑞邦精密机械有限公司 | The film covering device of die-cutting machine |
-
2017
- 2017-12-28 CN CN201721886101.9U patent/CN207841565U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108177194A (en) * | 2017-12-28 | 2018-06-19 | 深圳市瑞邦精密机械有限公司 | The film covering device of die-cutting machine |
| CN108177194B (en) * | 2017-12-28 | 2023-08-29 | 深圳市瑞邦精密机械有限公司 | Film covering device of die cutting machine |
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