CN105690866B - A kind of automatic bound edge defoaming machine - Google Patents
A kind of automatic bound edge defoaming machine Download PDFInfo
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- CN105690866B CN105690866B CN201410709910.7A CN201410709910A CN105690866B CN 105690866 B CN105690866 B CN 105690866B CN 201410709910 A CN201410709910 A CN 201410709910A CN 105690866 B CN105690866 B CN 105690866B
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- cylinder
- bubble
- packing box
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Abstract
The present invention relates to a kind of automatic bound edge defoaming machine.Bound edge defoaming machine includes Wrapping apparatus and defoaming device.The de-bubble component of defoaming device includes de-bubble plate and de-bubble cylinder.The flanging component of Wrapping apparatus is located above de-bubble component, and flanging component includes flanged plate and flanging cylinder.The bound edge component of Wrapping apparatus includes the lower mould of vertical up-or-down movement.During bound edge, flanging cylinder is retracted after stretching out, and flanged plate horizontal movement is so that packing box stile to be bent, and directly over packing box, the stile that general who has surrendered bends under lower mould fits on packing box inwall to realize bound edge lower mould.During de-bubble, de-bubble cylinder stretches out, and de-bubble plate applies pressure to realize de-bubble to the side wall of packing box.The present invention combines defoaming device and Wrapping apparatus, and packing box bound edge directly carries out de-bubble after completing, centre simultaneously need not manually participate in, it is achieved thereby that reducing the purpose manually participated in, and then improves operating efficiency and improves product quality stability.
Description
Technical field
The present invention relates to packing box process equipment, more particularly to a kind of automatic bound edge defoaming machine.
Background technology
At present packing box used glue position after, using manual operation carry out envelope paper operation after by manually by long side to
In fold into, use bamboo stick to be struck off inwards for tool, then fold into short side, finally using defoaming machine de-bubble.Above-mentioned production process
It is related to excessive worker's craft taking and placing product process, therefore it is more to cause said process to take, and also easily produces and scratches and touch
Wound, while product quality is difficult to obtain unified standard.
The content of the invention
The defects of it is an object of the invention to overcome prior art, and a kind of automatic bound edge defoaming machine is provided, reduce people
Work participates in, and improves operating efficiency and Improving The Quality of Products stability.
To achieve the above object, the present invention uses following technical scheme：
A kind of automatic bound edge defoaming machine, including board, board are provided with the bound edge being used for for bound edge after packing box elder generation flanging
Device and the defoaming device for removing packing box blibbing；Defoaming device includes at least 4 groups of de-bubble component, de-bubble group
Part is centered around packing box surrounding, and de-bubble component includes being used for by pressure for the de-bubble plate of packing box surface de-bubble and for pushing away
The de-bubble cylinder of dynamic de-bubble plate motion；Wrapping apparatus includes bound edge component and at least 4 groups of flanging component, flanging component surround
In packing box surrounding, flanging component is located above de-bubble component, and flanging component includes flanged plate and drives flanged plate motion
Flanging cylinder, bound edge component include the lower mould of vertical up-or-down movement；During bound edge, flanging cylinder is retracted after stretching out, flanging plate level
Motion is so that packing box stile to be bent, and directly over packing box, lower mould declines and the stile of bending is fitted in into packing box lower mould
To realize bound edge on inwall；During de-bubble, de-bubble cylinder stretches out, and de-bubble plate applies pressure to realize de-bubble to the side wall of packing box.
Further, defoaming device also includes being used for the coarse positioning component for packing box positioning and rectifying, coarse positioning component bag
The positioning cylinder for including the positioning riser being fixed on board and being fixed on positioning riser, de-bubble cylinder are fixed on positioning cylinder
Output end on；De-bubble component movement is driven when positioning cylinder stretches out, de-bubble plate is drawn close from four circumferential packing box of packing box respectively
With the position of calibrating packaging box.
Further, positioning riser is fixed on a level board, and level board is fixed on board by two fixed plates, water
Flat board is adjustable relative to the fixed position of fixed plate.
Further, the output end of de-bubble cylinder connects de-bubble plate by a de-bubble connecting plate, and the output end of positioning cylinder is led to
A positioning connecting plate connection de-bubble cylinder end is crossed, level board is provided with contiguous block, is fixed with below de-bubble connecting plate perpendicular to de-bubble
The guide rod of connecting plate, guide rod sequentially pass through contiguous block, positioning connecting plate and positioning riser.
Further, bound edge component also includes vertical first cylinder and vertical second cylinder, the output of vertical first cylinder
End is fixedly connected with the end of vertical second cylinder, and the output end of vertical second cylinder is fixedly connected with lower mould by a link.
Further, vertical first cylinder is single-piston double end cylinder, and the upper output end of vertical first cylinder is fixedly connected
The end of vertical second cylinder, the lower output end of vertical first cylinder are fixed with a disk through lower mould and lower output end；
During bound edge, the piston of vertical first cylinder moves down until disk supports the intracavitary bottom surface of packing box, and vertical second cylinder is stretched
Go out, lower mould declines to realize packing box bound edge.
Further, board is provided with the fixed mount for being used for fixing bound edge component, and fixed mount includes being fixed on board
Two pieces of supporting plates and the loading plate being fixed between two pieces of supporting plates, vertical first cylinder are fixed on loading plate, link
Through loading plate.
Further, the ejection assembly for the packing box after completion of processing to be ejected, ejection assembly are additionally provided with board
Including liftout plate and the ejection cylinder for driving liftout plate to move up and down, the output end for ejecting cylinder are fixedly connected with ejection
Plate；When packing box is processed, packing box is placed on liftout plate.
Further, ejection assembly also includes adjustable shelf, and adjustable shelf includes top plate and bottom plate, passed through between top plate and bottom plate
Connecting rod connects, and connecting rod runs through board upper surface, and ejection cylinder, which is fixed on top plate and ejects cylinder output end, runs through top plate；Machine
An adjusting screw rod is connected by a U-shaped frame below platform, adjusting screw rod is threadedly coupled with U-shaped frame, and adjusting screw rod top is revolved with bottom plate
Turn connection, adjusting screw rod bottom is fixed with regulation handle.
Further, automatic bound edge defoaming machine also includes being used for the horizontal release released of the packing box of ejection assembly ejection
Component, release component include be located at the releases cylinder above flanging component and be located at release cylinder stretching direction the box that goes out put down
Plate, release cylinder and go out between box flat board provided with the space for being used to be ejected for packing box.
Compared with the prior art, the invention has the advantages that：
The present invention combines defoaming device and Wrapping apparatus, and packing box bound edge directly carries out de-bubble after completing,
Centre simultaneously need not manually participate in, it is achieved thereby that reducing the purpose manually participated in, and then improve operating efficiency and improve
Product quality stability.
Brief description of the drawings
Fig. 1 is the assembling stereogram of automatic bound edge defoaming machine；
Fig. 2 is board, defoaming device, flanging component and ejection assembly assembling stereogram；
Fig. 3 is defoaming device assembling stereogram (omitting one of fixed plate)；
Fig. 4 is defoaming device explosive view；
Fig. 5 is defoaming device and flanging component assembling stereogram；
Fig. 6 is defoaming device and Wrapping apparatus assembling stereogram；
Fig. 7 is board and ejection assembly assembled front view (support feet for omitting board)；
Fig. 8 is that board, release component, defoaming device, flanging component and ejection assembly assembling stereogram (omit the branch of board
Spike).
Embodiment
In order to more fully understand the technology contents of the present invention, technical scheme is made with reference to specific embodiment
It is further described and illustrates.
The concrete structure of the embodiment of the present invention is as shown in Figures 1 to 8.
The automatic bound edge defoaming machine of the present embodiment includes board 10, and board 10, which is provided with, to be used for be wrapped after packing box elder generation flanging
The Wrapping apparatus on side and the defoaming device for removing packing box blibbing.
Defoaming device includes 4 groups of de-bubble component and for the coarse positioning component for packing box positioning and rectifying.
De-bubble component is centered around packing box surrounding, and the cavity for placing packing box is formed between de-bubble component.Such as Fig. 3 and Fig. 4
Shown, de-bubble component includes being used for by pressure for the de-bubble plate 25 of packing box surface de-bubble and for promoting de-bubble plate 25 to transport
Dynamic de-bubble cylinder 23.The output end of de-bubble cylinder 23 connects de-bubble plate 25 by de-bubble connecting plate 24.For packing box de-bubble when,
De-bubble cylinder 23 stretches out, and de-bubble plate 25 applies pressure to realize de-bubble to the side wall of packing box.
Coarse positioning component is by promoting de-bubble component to be moved to packing box to carry out positioning and rectifying to packing box.Coarse positioning
The positioning cylinder 20 that component includes the positioning riser 21 being fixed on board 10 and is fixed on positioning riser 21.Coarse positioning group
Part to packing box in addition to it can carry out positioning and rectifying, additionally it is possible to which increase removes bubble pressure while, improves de-bubble effect.
The assembly relation of coarse positioning component and de-bubble component is as follows：The output end of positioning cylinder 20 is solid by positioning connecting plate 22
Surely the end of de-bubble cylinder 23 is connected；Positioning riser 21 is fixed on level board 27, and level board 27 is fixed by two fixed plates 26
In on board 10；Level board 27 is provided with contiguous block 28；The lower section of de-bubble connecting plate 24 is fixed with the guide rod perpendicular to de-bubble connecting plate 24
29, guide rod 29 sequentially passes through and the contiguous block 28 that is slidably connected, positioning connecting plate 22 and positioning riser 21.
In the present embodiment, level board 27 is adjustable relative to the fixed position of fixed plate 26, and its object is to adapt to different chis
The processing of very little packing box.Specifically, each fixed plate 26 is provided with two strip through-holes 261, the length side of strip through-hole 261
To identical with the stretching direction of positioning cylinder 20, de-bubble cylinder 23.The strip through-hole of each fixed plate 26 is corresponded on level board 27
261 are provided with three screwed holes 271.When level board 27 is arranged on fixed plate 26, level is screwed into through strip through-hole 261 by screw
In the screwed hole 271 of plate 27.When being adjusted 27 position of level board, first unscrew screw, then move level board 27 to properly
Position, then tighten screw.
When to packing box positioning and rectifying, positioning cylinder 20, positioning riser 21, level board 27 are fixed, position gas
The output end of cylinder 20, which is stretched out, drives de-bubble component movement (de-bubble plate 25, de-bubble connecting plate 24, de-bubble cylinder 23, guide rod 29 and positioning company
Plate 22 is moved simultaneously, and guide rod 29 is relative with the contiguous block 28 of positioning riser 21, level board 27 to be slided), de-bubble plate 25 is respectively from bag
Four circumferential packing box of mounted box is drawn close with the position of calibrating packaging box.
Wrapping apparatus includes bound edge component and 4 groups of flanging components, and its concrete structure is with reference to figure 5 and Fig. 6.
As shown in figure 5, flanging component includes the flanging gas that horizontal positioned flanged plate 33 and driving flanged plate 33 move
Cylinder 31.Flanging component is centered around packing box surrounding, and flanging component is located above de-bubble component, and flanging component and de-bubble component
Correspond.Flanging cylinder 31 is fixed on installing plate 34, and installing plate 34 is fixed on the top of positioning connecting plate 22.Flanging cylinder 31
Output end is fixed with a fixture block 32, and flanged plate 33 is fixedly clamped by fixture block 32.
As shown in fig. 6, bound edge component includes vertical first cylinder, 37, two vertical second cylinders 38 and one hangs down
The lower mould 35 directly to move up and down.Board 10 is provided with the fixed mount 40 for being used for fixing bound edge component.Fixed mount 40 includes being fixed on
Two pieces of supporting plates 41 on board 10 and the loading plate 42 being fixed between two pieces of supporting plates 41.
Vertical first cylinder 37 is single-piston double end cylinder, and vertical first cylinder 37 is fixed on loading plate 42.Vertical
The upper output end of one cylinder 37 is fixedly connected with the end of vertical second cylinder 38, and the lower output end of vertical first cylinder 37 is passed through successively
Wear loading plate 42 and lower mould 35 and lower output end is fixed with disk 36.The output end of vertical second cylinder 38 passes through link 39
It is fixedly connected with lower mould.Link 39 runs through loading plate 42.
During bound edge, first flanging cylinder 31 stretch out after retract, the horizontal movement of flanged plate 33 so that packing box stile to be bent, under
Then mould 35 descends mould 35 to decline and fit in the stile of bending on packing box inwall to realize bound edge directly over packing box.
The decline of lower mould 35 is controlled by vertical first cylinder 37 and vertical second cylinder 38, and detailed process is：Vertical first cylinder 37
Piston moves down until disk 36 supports intracavitary bottom surface (now vertical second cylinder 38, link 39 and the lower mould of packing box
35 decline simultaneously), then vertical second cylinder 38 stretches out, and link 39 and lower mould 35 decline simultaneously, and lower mould 35 is gone straight down to
Untill in fully-inserted packing box, packing box stile is close on packing box inwall to realize packing box bag by the outer wall of lower mould 35
Side.From said process as can be seen that the main function of disk 36 is the displacement for limiting vertical first cylinder 37.
In other embodiments, vertical first cylinder can also use single-piston single head cylinder, so vertical first cylinder
Only upward output end, reduce disk, thus just without the limit effect of disk.
The ejection assembly for the packing box after completion of processing to be ejected is additionally provided with board 10.Ejection assembly is located at packaging
Immediately below box, play a part of holding packing box when packing box is processed, can be so that packing box to be ejected during completion of processing.Such as figure
Shown in 7, ejection assembly includes liftout plate 52 and the ejection cylinder 51 for driving liftout plate 52 to move up and down.Eject cylinder 51
Output end be fixedly connected with liftout plate 52.When packing box is processed, packing box is placed on liftout plate 52.In the present embodiment, ejection
One piece of cushion block 53 is also additionally arranged between plate 52 and packing box.Cushion block 53 can be made using lubricious material, avoid to packing box table
Cause to scratch in face.
Ejection assembly also includes adjustable shelf 54.The effect of adjustable shelf 54 be allow it is Height Adjustable residing for packing box.Activity
Frame 54 includes top plate 541 and bottom plate 543, is connected between top plate 541 and bottom plate 543 by connecting rod 542, connecting rod 542 runs through board
10 upper surfaces.Ejection cylinder 51, which is fixed on top plate 541 and ejects the output end of cylinder 51, runs through top plate 541.The lower section of board 10
Adjusting screw rod 56 is connected by U-shaped frame 55, adjusting screw rod 56 is threadedly coupled with U-shaped frame 55, the top of adjusting screw rod 56 and bottom plate 543
Rotatable connection, the bottom of adjusting screw rod 56 is fixed with regulation handle 57.During the regulation handle 57 that turns clockwise, the up time of adjusting screw rod 56
Pin is rotated and up moved, and adjustable shelf 54 simultaneously jacks up, thus ejection cylinder 51 and liftout plate 52 are raised above, residing for packing box
Highly increase.During rotate counterclockwise regulation handle 57, the rotate counterclockwise of adjusting screw rod 56 and down move, adjustable shelf 54, top
Go out the slowly landing under gravity of cylinder 51 and liftout plate 52, the residing height of packing box reduces.
As shown in figure 8, automatic bound edge defoaming machine also includes being used to push away what the packing box level of ejection assembly ejection was released
Go out component.Releasing component includes being located at the release cylinder 61 above flanging component and being located at releasing going out for the stretching direction of cylinder 61
Box flat board 62.Release cylinder 61 and go out between box flat board 62 for for the space being ejected for packing box.
The course of work of automatic bound edge defoaming machine：
Packing box is first positioned in the cavity that de-bubble component surrounds by worker, and positioning cylinder 20, which stretches out, to be determined packing box
Position correction；Flanging cylinder 31 is retracted after stretching out, and is then descended mould 35 to decline and is completed bound edge；Then lower mould 35 is lifted off packing box,
De-bubble cylinder 23, which stretches out, carries out de-bubble；De-bubble cylinder 23 and positioning cylinder 20 are retracted after de-bubble, and ejection cylinder 51 stretches out, then
Release cylinder 61 stretches out shifts out packing box on box flat board 62 onto, completes process.
The technology contents set forth above that the present invention is only further illustrated with embodiment, in order to which reader is easier to understand,
But embodiments of the present invention are not represented and are only limitted to this, any technology done according to the present invention extends or recreation, is sent out by this
Bright protection.
Claims (9)
1. a kind of automatic bound edge defoaming machine, including board, it is characterised in that board, which is provided with, to be used for be wrapped after packing box elder generation flanging
The Wrapping apparatus on side and the defoaming device for removing packing box blibbing；
Defoaming device includes at least 4 groups of de-bubble component, and de-bubble component is centered around packing box surrounding, and de-bubble component includes being used to lead to
De-bubble plate of the excess pressure for the de-bubble of packing box surface and the de-bubble cylinder for promoting de-bubble plate to move；
Wrapping apparatus includes bound edge component and at least 4 groups of flanging component, and flanging component is centered around packing box surrounding, flanging group
Part is located above de-bubble component, and flanging component includes flanged plate and drives the flanging cylinder of flanged plate motion, bound edge component bag
Include the lower mould of vertical up-or-down movement；
During bound edge, flanging cylinder stretch out after retract, flanged plate horizontal movement so that packing box stile to be bent, lower mould in packing box just
Top, lower mould decline and fit in the stile of bending on packing box inwall to realize bound edge；During de-bubble, de-bubble cylinder stretches out,
De-bubble plate applies pressure to realize de-bubble to the side wall of packing box；The defoaming device also includes being used to be packing box positioning and rectifying
Coarse positioning component, the coarse positioning component includes the positioning riser that is fixed on board and is fixed on to position to determine on riser
Position cylinder, de-bubble cylinder are fixed in the output end of positioning cylinder；De-bubble component movement, de-bubble plate are driven when positioning cylinder stretches out
Drawn close respectively from four circumferential packing box of packing box with the position of calibrating packaging box.
2. automatic bound edge defoaming machine as claimed in claim 1, it is characterised in that the positioning riser is fixed on a level board
On, level board is fixed on board by two fixed plates, and level board is adjustable relative to the fixed position of fixed plate.
3. automatic bound edge defoaming machine as claimed in claim 2, it is characterised in that the output end of the de-bubble cylinder is removed by one
Connecting plate connection de-bubble plate is steeped, the output end of the positioning cylinder connects de-bubble cylinder end, the level by a positioning connecting plate
Plate is provided with contiguous block, and the guide rod perpendicular to de-bubble connecting plate is fixed with below de-bubble connecting plate, and guide rod sequentially passes through contiguous block, positioning
Connecting plate and positioning riser.
4. automatic bound edge defoaming machine as claimed in claim 1, it is characterised in that the bound edge component also includes vertical first gas
Cylinder and vertical second cylinder, the output end of vertical first cylinder are fixedly connected with the end of vertical second cylinder, vertical second cylinder
Output end lower mould is fixedly connected with by a link.
5. automatic bound edge defoaming machine as claimed in claim 4, it is characterised in that vertical first cylinder is single-piston double end
Cylinder, the upper output end of vertical first cylinder are fixedly connected with the end of vertical second cylinder, the lower output end of vertical first cylinder
A disk is fixed with through lower mould and lower output end；In bound edge, the piston of vertical first cylinder moves down until disk
The intracavitary bottom surface of packing box is supported, vertical second cylinder stretches out, and lower mould declines to realize packing box bound edge.
6. automatic bound edge defoaming machine as claimed in claim 5, it is characterised in that the board, which is provided with, to be used to fix bound edge group
The fixed mount of part, fixed mount include two pieces of supporting plates being fixed on board and the carrying being fixed between two pieces of supporting plates
Plate, vertical first cylinder are fixed on loading plate, and the link runs through loading plate.
7. automatic bound edge defoaming machine as claimed in claim 1, it is characterised in that be additionally provided with the board for that will process
The ejection assembly of packing box ejection after finishing, the ejection assembly include liftout plate and for driving liftout plate up and down motion
Cylinder is ejected, the output end for ejecting cylinder is fixedly connected with liftout plate；When packing box is processed, packing box is placed on liftout plate.
8. automatic bound edge defoaming machine as claimed in claim 7, it is characterised in that the ejection assembly also includes adjustable shelf, living
Moving frame includes top plate and bottom plate, is connected between top plate and bottom plate by connecting rod, and connecting rod runs through board upper surface, the ejection cylinder
It is fixed on top plate and ejects cylinder output end and runs through top plate；An adjusting screw rod, regulation are connected by a U-shaped frame below board
Screw rod is threadedly coupled with U-shaped frame, and adjusting screw rod top is rotatably connected with bottom plate, and adjusting screw rod bottom is fixed with regulation handle.
9. automatic bound edge defoaming machine as claimed in claim 7, it is characterised in that also include being used to eject the ejection assembly
The horizontal release component released of packing box, the release component includes being located at the release cylinder above flanging component and being located at
That releases cylinder stretching direction goes out box flat board, releases cylinder and goes out between box flat board provided with the sky for being used to be ejected for packing box
Between.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410709910.7A CN105690866B (en) | 2014-11-28 | 2014-11-28 | A kind of automatic bound edge defoaming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410709910.7A CN105690866B (en) | 2014-11-28 | 2014-11-28 | A kind of automatic bound edge defoaming machine |
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| Publication Number | Publication Date |
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| CN105690866A CN105690866A (en) | 2016-06-22 |
| CN105690866B true CN105690866B (en) | 2018-02-16 |
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| CN201410709910.7A Active CN105690866B (en) | 2014-11-28 | 2014-11-28 | A kind of automatic bound edge defoaming machine |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| 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 |
| CN109532099A (en) * | 2018-11-29 | 2019-03-29 | 苏州裕同印刷有限公司 | A kind of efficient carton flanging defoaming machine |
| CN110682606A (en) * | 2019-10-20 | 2020-01-14 | 雷源标 | Fillet flanging machine |
| CN112453143A (en) * | 2020-11-30 | 2021-03-09 | 中建科技集团有限公司 | Edge covering device |
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| DE412260C (en) * | 1922-07-11 | 1925-04-17 | Richard Krautwald | Closed pulling tool for cardboard boxes |
| CN2928487Y (en) * | 2006-07-31 | 2007-08-01 | 刘化双 | Blank box face paper pasting and forming mechanism for top and bottom lid paper box forming machine |
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| CN105690866A (en) | 2016-06-22 |
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