CN208855114U - Step collet envelope de-bubble all-in-one machine - Google Patents
Step collet envelope de-bubble all-in-one machine Download PDFInfo
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- CN208855114U CN208855114U CN201821582122.6U CN201821582122U CN208855114U CN 208855114 U CN208855114 U CN 208855114U CN 201821582122 U CN201821582122 U CN 201821582122U CN 208855114 U CN208855114 U CN 208855114U
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Abstract
A kind of step collet envelope de-bubble all-in-one machine, including feed mechanism, envelope mechanism, rotary order mechanism and flanging de-bubble mechanism, the feed mechanism is YZ two-dimensional movement platform, step collet is moved to envelope mechanism from upper flitch, rotary order mechanism is XZ two-dimensional movement platform, and step collet is transferred to flanging de-bubble mechanism from envelope mechanism and removes blanking from flanging de-bubble mechanism by collet.Integrate envelope and de-bubble, scraper pushes up under the action of scraper cylinder close to the surface of collet, facial tissue is attached on collet, flanging component is used to the seamed edge of facial tissue carrying out flanging, conducive to the envelope of adjacent surface, after combined cylinders position collet, pressure extrusion de-bubble is applied to collet again, realize the flanging de-bubble of step collet, structure is simple, easy to accomplish.
Description
Technical field
The utility model relates to carton package machinery manufacturing fields, and in particular to a kind of step collet envelope de-bubble one
Machine.
Background technique
With the development of economy, alcohol product market becomes increasingly prosperous, this has driven the rapid development of Wines packing industry,
In wine box packaging, it will usually bottle is placed on a collet, to play necessary firm and protective effect.Common wine box bottom
Support is step collet, and current step collet is that bottom plate and the frame being assemblied on bottom plate are constituted mostly, and collet frame is bonded
On collet bottom plate, therefore, often result in frame and bottom plate cannot parallel or frame lower than bottom plate side the problems such as, not only influence
The stability of wine box, and influence the beauty of wine box.
Utility model content
In view of the above technical problems, the purpose of the utility model is to provide a kind of step collet envelope de-bubble all-in-one machine, make
Step collet is obtained to be integrally formed.
The technical solution of the utility model specifically:
A kind of step collet envelope de-bubble all-in-one machine, including feed mechanism, envelope mechanism, rotary order mechanism and flanging defoaming machine
Structure, the feed mechanism are YZ two-dimensional movement platform, and step collet is moved to envelope mechanism, rotary order mechanism XZ from upper flitch
Step collet is transferred to flanging de-bubble mechanism from envelope mechanism and moved from flanging de-bubble mechanism by collet by two-dimensional movement platform
Blanking out.
The feed mechanism includes electronic slide unit I, and feeding cylinder is connected on electronic slide unit I, and the bottom of feeding cylinder is logical
It crosses transition plates and is connected with mechanical grip hand, mechanical grip is just provided with suction cup carrier, the piston rod of suction cup carrier and sucker cylinder on hand
Connection, sucker cylinder are connected in transition plates.
The envelope mechanism includes bottom plate I, and guide rod is provided with above bottom plate I, and envelope unit group is equipped on guide rod
Part, envelope unit block include connecting plate, and the piston rod connection of connecting plate and cylinder, connecting plate top is provided with scraper, scraper and scraper
The piston rod of cylinder connects, and scraper cylinder is fixed on connecting plate, and flanging component is provided on connecting plate.
Two parallel guide rods are provided with above the bottom plate I, two guide rods are arranged in envelope unit block,
The connecting plate includes connecting plate II and connecting plate III, and connecting plate III is located at the inside of connecting plate II, and guide rod passes through connecting plate II and connecting plate III, even
Plate II is connect with the piston rod of positioning cylinder, and connecting plate III is connect with the piston rod of flanging cylinder I, is provided on the side of connecting plate II
Scraper cylinder, the piston rod of scraper cylinder are connected with scraper, and scraper is located at II top of connecting plate, is provided with flanging group on connecting plate III
Part, flanging component are right angle block, and there are two right angle block settings, the width of the distance between two right angle blocks and step collet side
Match.
The positioning cylinder and flanging cylinder I are arranged above connecting plate I, and the both ends of connecting plate I are fixed with sliding block, slide block set
If on the guide bar, being provided with pointer on the side of connecting plate I, it is provided with support plate between connecting plate I and bottom plate I, is set in support plate
It is equipped with scale, link block is fixed on the bottom surface of connecting plate I, screw rod is equipped on link block, link block two sides are provided with convex
Plate, screw rod are connected between two convex plates, and convex plate is fixed on bottom plate I.
The guide rod both ends are symmetrically arranged with envelope unit block, and envelope unit block is arranged on pedestal I, pedestal I
Four direction on be provided with four groups of envelope unit blocks, the envelope unit block on front-rear direction is fixed on bottom by bottom plate I
On seat I, the envelope unit block of the left and right sides is fixed by the bracket on pedestal I, the envelope unit block position on left and right directions
Supporting plate, connection below supporting plate are set at the top of the envelope unit block on front-rear direction, four groups of envelope unit block centers
There is lifting cylinder, briquetting I is provided with above supporting plate, the shape of briquetting I and the inner cavity of step collet match, connect on briquetting I
It is connected to tooth form bar, gear is combined on tooth form bar, gear is connected with driving motor.
The rotary order mechanism includes electronic slide unit II, and moving beam, the both ends of moving beam are connected on electronic slide unit II
It is respectively connected with and turns sequence cylinder, the tailpiece of the piston rod for turning sequence cylinder is connected with sucker.
Flanging de-bubble mechanism includes bottom plate II, and combined cylinders are fixed on bottom plate II, and combined cylinders are to be connected to one
The cylinder I and cylinder II risen, the piston rod of combined cylinders are connected with located crush plate, are provided with flanging gas above located crush plate
The piston rod of cylinder II, flanging cylinder II is connected with L-square.
The bottom plate II is arranged on pedestal II, and adjustable plate is fixedly connected in the vertical direction of bottom plate II, adjustable plate
Lower half portion passes through pedestal II and extendes back II lower section of pedestal, is connected with lead screw, silk between two adjustable plates of relative direction
Lead screw pair is combined on thick stick, adjustable plate lower part is equipped with long hole, and lead screw pair is fixed in long hole, spiral shell of the lead screw in Liang Ge lead screw vice division chief
Line is oppositely oriented.
The bottom plate II is equipped with four groups, is collet mouth, bottom at four groups of II centers of bottom plate on the four direction of pedestal II
The shape of the shape and collet of holding in the palm mouth matches, and briquetting II, the shape of briquetting II and collet inner cavity are provided with above collet mouth
Match, briquetting cylinder is connected on briquetting II.
The technical effect of the utility model is to integrate envelope and de-bubble, makes step by the cooperation of supporting plate and briquetting
Collet rests on setting position, and positioning cylinder positions scraper, and scraper is under the action of scraper cylinder close to the table of collet
It pushes upwardly, facial tissue is attached on collet, flanging component is used to the seamed edge of facial tissue carrying out flanging, conducive to the packet of adjacent surface
Face.
Flanging is carried out to facial tissue by the L-square of setting, the combination of collet and briquetting is attached to facial tissue on collet inner wall,
After combined cylinders position collet, pressure extrusion de-bubble is applied to collet again, realizes the flanging de-bubble of step collet, structure letter
It is single, it is easy to accomplish.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model.
Positional structure schematic diagram of the Fig. 2 between each mechanism of the utility model.
Fig. 3 is the structural schematic diagram of the utility model feed mechanism.
Fig. 4 is the structural schematic diagram of the utility model envelope mechanism.
Fig. 5 is the structural schematic diagram of the supporting plate of the utility model envelope mechanism.
Fig. 6 is the structural schematic diagram of the briquetting cooperated in the utility model with envelope mechanism.
Fig. 7 is the structural schematic diagram (one) of the utility model envelope unit block.
Fig. 8 is the structural schematic diagram (two) of the utility model envelope unit block.
Fig. 9 is the screw connecting structure schematic diagram of the utility model envelope unit block.
Figure 10 is the structural schematic diagram of the utility model rotary order mechanism.
Figure 11 is the partial structure diagram of the utility model flanging de-bubble mechanism.
Figure 12 is the overall structure diagram of the utility model flanging de-bubble mechanism.
Figure 13 is the structural schematic diagram of lead screw in the utility model flanging de-bubble mechanism.
Figure 14 is the structural schematic diagram of the briquetting cooperated in the utility model with flanging de-bubble mechanism.
In figure: 1 feed mechanism, 11 electronic slide units I, 12 feeding cylinders, 13 transition platess, 14 mechanical grip hands, 15 suction cup carriers,
16 sucker cylinders, 2 envelope mechanisms, 20 bottom plates I, 201 convex plates, 202 screw rods, 203 link blocks, 21 guide rods, 22 envelope units
Component, 220 connecting plates II, 221 connecting plates III, 222 positioning cylinders, 223 flanging cylinders I, 224 scraper cylinders, 225 scrapers, 226 flangings
Component, 23 connecting plates I, 24 sliding blocks, 25 pointers, 26 support plates, 27 pedestals I, 28 brackets, 29 supporting plates, 291 lifting cylinders, 292 briquettings
I, 293 tooth form bars, 294 gears, 3 rotary order mechanisms, 31 electronic slide units II, 32 moving beams, 33 turns of sequence cylinders, 34 suckers, 4 flangings
De-bubble mechanism, 40 bottom plates II, 41 combined cylinders, 411 cylinders I, 412 cylinders II, 42 located crush plates, 43 flanging cylinders II, 44
L-square, 45 pedestals II, 46 adjustable plates, 461 lead screws, 462 lead screw pair, 463 long holes, 47 collet mouths, 48 briquettings II, 49, briquetting
Cylinder, 5 feeding ports.
Specific embodiment
As shown in figs. 1-2, a kind of step collet envelope de-bubble all-in-one machine, including feed mechanism 1, envelope mechanism 2, turn sequence
Mechanism 3 and flanging de-bubble mechanism 4, feed mechanism is YZ two-dimensional movement platform, for step collet to be moved to packet from upper flitch 5
Face mechanism 2 carries out envelope, and rotary order mechanism is XZ two-dimensional movement platform, and step collet is transferred to flanging de-bubble from envelope mechanism 2
Mechanism 4 carries out flanging de-bubble, and step collet is removed blanking from flanging de-bubble mechanism 4.
As shown in Figure 3, feed mechanism 1 includes electronic slide unit I 11, is connected with feeding cylinder 12 on electronic slide unit I 11, on
The bottom of material cylinder 12 is connected with mechanical grip hand 14 by transition plates 13, and suction cup carrier 15 is provided with above mechanical grip hand 14,
Suction cup carrier 15 is connect with the piston rod of sucker cylinder 16, and sucker cylinder 16 is connected in transition plates 13.When 1 feeding of feed mechanism,
Mechanical grip hand 14, suction cup carrier 15 are moved into 5 top of upper flitch by electronic slide unit I 11, in the driving effect of feeding cylinder 12
Under, it is placed on mechanical grip hand 14 at step collet and is clamped, then suction cup carrier 15 is under the action of sucker cylinder 16
It moves down, is adsorbed the facial tissue glued on the bottom surface of step collet by the sucker in suction cup carrier 15, thus by step
Collet, which is removed, to be moved at envelope mechanism 2.
As shown in Figure 4, envelope mechanism 2 includes bottom plate I 20, and I 20 top of bottom plate is provided with two parallel guide rods 21,
21 both ends of guide rod are symmetrically arranged with envelope unit block 22, and envelope unit block 22 is arranged on pedestal I 27, pedestal I 27
Four groups of envelope unit blocks 22 are provided on four direction, the envelope unit block 22 on front-rear direction is fixed by bottom plate I 20
On pedestal I 27, the envelope unit block 22 of the left and right sides is fixed on pedestal I 27 by bracket 28, the packet on left and right directions
Face unit block is located at the top of the envelope unit block on front-rear direction, and supporting plate is arranged at four groups of envelope unit block centers
29, lifting cylinder 291 is connected with below supporting plate 29.
As shown in figures 5-6, the top of supporting plate 29 is provided with briquetting I 292, and the shape of briquetting I 292 is interior with step collet
Chamber matches, and tooth form bar 293 is connected on briquetting I 292, and gear 294 is combined on tooth form bar 293, and gear 294 is connected with driving
Motor.Driving motor band moving gear 294 rotates, and is enabled on tooth form bar 293 by the engagement of gear and tooth form bar 293
Lower movement, so that briquetting I 292 be made to move in the vertical direction.
As in figures 7-9, envelope unit block 22 includes connecting plate II 220 and connecting plate III 221, and connecting plate III 221, which is located at, to be connected
The inside of plate II 220, guide rod 21 pass through connecting plate II 220 and connecting plate III 221, the piston rod of connecting plate II 220 and positioning cylinder 222
The piston rod elongation of connection, positioning cylinder 222 pushes II 220 pairs of step collets of connecting plate to position, connecting plate III 221 and flanging gas
The piston rod of cylinder I 223 connects, and connecting plate II 220 and connecting plate III 221 can slide under the driving of cylinder along guide rod 21.
Scraper cylinder 224 is provided on the side of connecting plate II 220, the piston rod of scraper cylinder 224 is connected with scraper 225,
Scraper 225 is located at II 220 top of connecting plate, after II 220 pairs of step collet positioning of connecting plate, effect of the scraper 225 in scraper cylinder 224
Under, envelope is carried out along the flank movement of step collet.Flanging component 226 is provided on connecting plate III 221, flanging component 226 is
Right angle block, there are two right angle block settings, and the distance between two right angle blocks and the width of step collet side match, flanging gas
The piston rod of cylinder I 223, which stretches out, pushes connecting plate III 221 to move inward, by the flanging component 226 on connecting plate III 221 to step
Facial tissue flanging on collet.
Positioning cylinder 222 and flanging cylinder I 223 are arranged above connecting plate I 23, and the both ends of connecting plate I 23 are fixed with sliding block
24, sliding block 24 is set on guide rod 21, convex plate 201 there are two fixations on bottom plate I 20, is connected between two convex plates 201
There is screw rod 202, link block 203 is combined on screw rod 202, link block 203 is located between two convex plates 201, and link block 203 is solid
It is scheduled on the bottom surface of connecting plate I 23.By the threaded connection of link block 203 and screw rod 202, turning screw rod 202 makes 203 edge of link block
Screw rod 202 direction movement, band movable slider 24 along guide rod 21 slide, to change the envelope unit at 21 both ends of guide rod
Relative distance between component.
It is provided with pointer 25 on the side of connecting plate I 23, support plate 26, support plate are provided between connecting plate I 23 and bottom plate I 20
Scale is provided on 26.It is in the distance between two groups of envelope components of relative position according to the adjustment of the size of step collet, leads to
The scale in pointer instruction support plate is crossed, adjustment distance is more accurate.
As shown in Figure 10, rotary order mechanism 3 includes electronic slide unit II 31, is connected with moving beam on electronic slide unit II 31
32, the both ends of moving beam 32, which are respectively connected with, turns sequence cylinder 33, and the tailpiece of the piston rod for turning sequence cylinder 33 is connected with sucker 34, mobile horizontal
The both ends of beam 32 are equipped with sucker, and sucker is complete by envelope at envelope mechanism when rotary order mechanism 3 works for adsorbing step collet
At step collet be moved at flanging de-bubble mechanism 4, while by the step collet completed the process at flanging de-bubble mechanism 4 move
Out.
As shown in Figure 11, flanging de-bubble mechanism 4 includes bottom plate II 40, is fixed with combined cylinders 41, group on bottom plate II 40
Closing cylinder 41 is the cylinder I 411 and cylinder II 412 to link together, and cylinder I 411 is for the positioning to step collet, cylinder II
412, for applying pressure to step collet, remove bubble, the piston rod of combined cylinders 41 is connected with located crush plate 42, positions
The side profile of stripper plate 42 and the side profile of step collet match, and flanging cylinder II is provided with above located crush plate 42
43, the piston rod of flanging cylinder II 43 is connected with L-square 44, and L-square 44 is located at 42 top of located crush plate.
As shown in Figure 12, bottom plate II 40 is arranged on pedestal II 45, is fixedly connected in the vertical direction of bottom plate II 40
Adjustable plate 46, the lower half portion of adjustable plate 46 pass through pedestal II 45 and extend back II 45 lower section of pedestal, and bottom plate II 40 is equipped with four groups, position
It is collet mouth 47, the shape and step collet of collet mouth 47 at four groups of II 40 centers of bottom plate on the four direction of pedestal II 45
Shape match.
As shown in Figure 13, it is connected with lead screw 461 between two adjustable plates 46 of relative direction, matched on lead screw 461
Conjunction has lead screw pair 462, and 46 lower part of adjustable plate is equipped with long hole 463, and lead screw pair 462 is fixed in long hole 463, and lead screw 461 is at two
Thread rotary orientation at lead screw pair 462 is opposite.When needing to change the size of collet mouth 47, bottom plate II 40 is loosened on pedestal II 45
Connection, when rotational lead screw 461, changes the distance between two adjustable plates 46, to change the size of collet mouth.
As shown in Figure 14, the top of collet mouth 47 is provided with briquetting II 48, in the shape and step collet of briquetting II 48
Chamber matches, and briquetting cylinder 49 is connected on briquetting II 48.
The course of work of the utility model is:
The step collet that bottom surface glues facial tissue is placed in upper flitch 5, is moved to step collet by feed mechanism 1
On the supporting plate 29 of envelope mechanism 2, driving motor drives briquetting I 292 and moves downward, and briquetting I 292 cooperates in step collet
In chamber, briquetting I 292 is pressing against step collet and is moving downward, while the lifting cylinder 291 of 29 lower section of supporting plate drives step supporting plate downward
Movement, driving motor is synchronous with the cooperation of lifting cylinder 291, is moved down while compressing step collet until step collet stops
Above scraper 225, during the motion, the telescopic rod of positioning cylinder 222 is constantly in elongation state so that two scrapers it
Between distance and the size of step collet be consistent, then scraper 225 moves up under the driving of scraper cylinder 224, scrapes
The side that knife 225 is close to step collet is scraped upwards smears, so that the facial tissue on left and right directions is attached on step collet.
After the facial tissue for posting left and right directions, step collet continues to move down, and is moved between two flanging components 226,
Connecting plate III 221 is close towards step collet under the driving of flanging cylinder I 223, between two right angle blocks on connecting plate III 221
Distance it is consistent with the size of step collet, right angle block makes edge not to the edge flanging of the envelope of step collet left and right directions
It can tilt, in order to avoid influence envelope in the front-back direction.
After the completion of flanging, I 223 piston rod of flanging cylinder is retracted, and step collet continues to move down, and is moved to front-rear direction
On two groups of envelope unit blocks between, repeat the process of above-mentioned envelope and flanging, after the completion of the four sides envelope of step collet, rise
Step collet is pushed back to initial position again by sending down abnormally ascending cylinder 291.
The step collet that envelope is completed is transferred in the collet mouth 47 of flanging de-bubble mechanism by rotary order mechanism 4, step
The cylinder I 411 in combined cylinders 41 around collet pushes located crush plate 42 to position step collet simultaneously, and positioning is squeezed
The side profile of pressing plate 42 and the side profile of collet match, and therefore, located crush plate 42 can be bonded closely with step collet,
After the completion of positioning, L-square 44 travels forward under the driving of flanging cylinder II 43, will exceed the facial tissue of step collet top edge
90 degree of bending, briquetting II 48 moves downward under the driving of briquetting cylinder 49, until briquetting II 48 enters the interior of step collet
In chamber, II 48 shape of briquetting matches with collet inner cavity, therefore, briquetting II 48 during pushing by the facial tissue of bending again
It is attached to after 90 degree of bending on step collet inner wall.Finally, II 412 pairs of located crush plates 42 of cylinder in combined cylinders 41 are further
Apply pressure, step collet is squeezed, guarantees there is no bubble between facial tissue and step collet.After the completion of flanging de-bubble, lead to
It crosses rotary order mechanism 4 to remove step collet, completes the packaging of step collet.
Above-described is only preferred embodiments of the present invention, it is noted that for those skilled in the art
For, under the premise of not departing from the utility model general idea, several changes and improvements can also be made, these also should be considered as
The protection scope of the utility model.
Claims (10)
1. a kind of step collet envelope de-bubble all-in-one machine, it is characterised in that: including feed mechanism (1), envelope mechanism (2), turn sequence
Mechanism (3) and flanging de-bubble mechanism (4), the feed mechanism are YZ two-dimensional movement platform, and step collet is moved from upper flitch (5)
It moves to envelope mechanism (2), rotary order mechanism (3) is XZ two-dimensional movement platform, and step collet is transferred to flanging from envelope mechanism (2)
De-bubble mechanism (4) and blanking is removed from flanging de-bubble mechanism (4) by collet.
2. step collet envelope de-bubble all-in-one machine as described in claim 1, it is characterised in that: the feed mechanism (1) includes
Electronic slide unit I (11) is connected with feeding cylinder (12) on electronic slide unit I (11), and the bottom of feeding cylinder (12) passes through transition plates
(13) it is connected with mechanical grip hand (14), is provided with suction cup carrier (15) above mechanical grip hand (14), suction cup carrier (15) and sucker
The piston rod of cylinder (16) connects, and sucker cylinder (16) is connected on transition plates (13).
3. step collet envelope de-bubble all-in-one machine as described in claim 1, it is characterised in that: the envelope mechanism (2) includes
Bottom plate I (20), bottom plate I (20) top are provided with guide rod (21), are equipped on guide rod (21) envelope unit block (22), wrap
Face unit block (22) includes connecting plate, and the piston rod connection of connecting plate and cylinder, connecting plate top is provided with scraper (225), scraper
(225) it is connect with the piston rod of scraper cylinder (224), scraper cylinder (224) is fixed on connecting plate, and flanging group is provided on connecting plate
Part (226).
4. step collet envelope de-bubble all-in-one machine as claimed in claim 3, it is characterised in that: set above the bottom plate I (20)
Two parallel guide rods (21) are equipped with, two guide rods (21) are arranged in envelope unit block (22), the connecting plate packet
Connecting plate II (220) and connecting plate III (221) are included, connecting plate III (221) is located at the inside of connecting plate II (220), and guide rod (21), which passes through, to be connected
Plate II (220) and connecting plate III (221), connecting plate II (220) are connect with the piston rod of positioning cylinder (222), connecting plate III (221) and folding
The piston rod of side cylinder I (223) connects, and is provided with scraper cylinder (224) on the side of connecting plate II (220), scraper cylinder (224)
Piston rod be connected with scraper (225), scraper (225) is located above connecting plate II (220), is provided with flanging on connecting plate III (221)
Component (226), flanging component (226) are right angle block, and there are two right angle block settings, the distance between two right angle blocks and step bottom
The width of support side matches.
5. step collet envelope de-bubble all-in-one machine as claimed in claim 4, it is characterised in that: the positioning cylinder (222) and
Above connecting plate I (23), the both ends of connecting plate I (23) are fixed with sliding block (24) for flanging cylinder I (223) setting, sliding block (24) set
It is located on guide rod (21), pointer (25) is provided on the side of connecting plate I (23), are arranged between connecting plate I (23) and bottom plate I (20)
Have support plate (26), scale is provided in support plate (26), link block (203), link block are fixed on the bottom surface of connecting plate I (23)
(203) it is equipped on screw rod (202), link block (203) two sides are provided with convex plate (201), and screw rod (202) is connected to two
Between convex plate (201), convex plate (201) is fixed on bottom plate I (20).
6. step collet envelope de-bubble all-in-one machine as claimed in claim 3, it is characterised in that: guide rod (21) both ends pair
Title is provided with envelope unit block (22), and envelope unit block (22) is arranged on pedestal I (27), four sides of pedestal I (27)
Four groups of envelope unit blocks (22) are set up, the envelope unit block (22) on front-rear direction is fixed by bottom plate I (20)
On pedestal I (27), the envelope unit block (22) of the left and right sides is fixed on pedestal I (27) by bracket (28), right and left
Upward envelope unit block is located at the top of the envelope unit block on front-rear direction, sets at four groups of envelope unit block centers
It sets supporting plate (29), is connected with lifting cylinder (291) below supporting plate (29), briquetting I (292) is provided with above supporting plate (29), press
The shape of block I (292) and the inner cavity of step collet match, and tooth form bar (293), tooth form bar are connected on briquetting I (292)
(293) it is combined on gear (294), gear (294) is connected with driving motor.
7. step collet envelope de-bubble all-in-one machine as described in claim 1, it is characterised in that: the rotary order mechanism (3) includes
Electronic slide unit II (31) is connected with moving beam (32) on electronic slide unit II (31), and the both ends of moving beam (32) are respectively connected with
Turn sequence cylinder (33), the tailpiece of the piston rod for turning sequence cylinder (33) is connected with sucker (34).
8. step collet envelope de-bubble all-in-one machine as described in claim 1, it is characterised in that: flanging de-bubble mechanism (4)
It including bottom plate II (40), is fixed on bottom plate II (40) combined cylinders (41), combined cylinders (41) are the cylinder I to link together
(411) it is connected with located crush plate (42) with cylinder II (412), the piston rod of combined cylinders (41), on located crush plate (42)
Side is provided with flanging cylinder II (43), and the piston rod of flanging cylinder II (43) is connected with L-square (44).
9. step collet envelope de-bubble all-in-one machine as claimed in claim 8, it is characterised in that: bottom plate II (40) setting exists
It on pedestal II (45), is fixedly connected in the vertical direction of bottom plate II (40) adjustable plate (46), the lower half portion of adjustable plate (46)
It is extended back below pedestal II (45) across pedestal II (45), is connected with lead screw between two adjustable plates (46) of relative direction
(461), it is combined with lead screw pair (462) on lead screw (461), adjustable plate (46) lower part is equipped with long hole (463), and lead screw pair (462) is solid
It is scheduled in long hole (463), thread rotary orientation of the lead screw (461) at two lead screw pair (462) is opposite.
10. step collet envelope de-bubble all-in-one machine as claimed in claim 8, it is characterised in that: the bottom plate II (40) is equipped with
Four groups, it is located on the four direction of pedestal II (45), is at four groups of bottom plate II (40) centers collet mouth (47), collet mouth (47)
Shape and the shape of collet match, and briquetting II (48), the shape of briquetting II (48) and bottom are provided with above collet mouth (47)
Support inner cavity matches, and briquetting cylinder (49) are connected on briquetting II (48).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821582122.6U CN208855114U (en) | 2018-09-27 | 2018-09-27 | Step collet envelope de-bubble all-in-one machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821582122.6U CN208855114U (en) | 2018-09-27 | 2018-09-27 | Step collet envelope de-bubble all-in-one machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208855114U true CN208855114U (en) | 2019-05-14 |
Family
ID=66419521
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821582122.6U Active CN208855114U (en) | 2018-09-27 | 2018-09-27 | Step collet envelope de-bubble all-in-one machine |
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| Country | Link |
|---|---|
| CN (1) | CN208855114U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109130309A (en) * | 2018-09-27 | 2019-01-04 | 许昌裕同印刷包装有限公司 | Step collet envelope de-bubble all-in-one machine |
-
2018
- 2018-09-27 CN CN201821582122.6U patent/CN208855114U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109130309A (en) * | 2018-09-27 | 2019-01-04 | 许昌裕同印刷包装有限公司 | Step collet envelope de-bubble all-in-one machine |
| CN109130309B (en) * | 2018-09-27 | 2024-04-05 | 许昌裕同印刷包装有限公司 | Step collet package face removes bubble all-in-one |
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