CN208247580U - Bidirectional paper board groove cutting - Google Patents
Bidirectional paper board groove cutting Download PDFInfo
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- CN208247580U CN208247580U CN201820666188.7U CN201820666188U CN208247580U CN 208247580 U CN208247580 U CN 208247580U CN 201820666188 U CN201820666188 U CN 201820666188U CN 208247580 U CN208247580 U CN 208247580U
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- grooving
- paper board
- conveying
- feeding mechanism
- board groove
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Abstract
The utility model relates to a kind of Bidirectional paper board groove cuttings that can complete to slot twice.The Bidirectional paper board groove cutting includes feeding mechanism and a grooving mechanism, it is characterized by: feeding mechanism is connected with the conveying of the feed end of a grooving mechanism, the discharge end of grooving mechanism is connected with down charging mechanism conveying, the conveying direction of down charging mechanism intersects with the discharging direction of a grooving mechanism, one end of down charging mechanism is equipped with secondary grooving mechanism, down charging mechanism is connected with the conveying of the feed end of secondary grooving mechanism, the top of down charging mechanism is equipped with upper feeding mechanism, upper feeding mechanism is connected with the conveying of the discharge end of secondary grooving mechanism, upper feeding mechanism is across feeding mechanism, there is blanking space in front of the discharge end of upper feeding mechanism.This secondary paperboard groove cutting machine can slot twice to cardboard, and complete machine structure setting is rationally, and occupied area is small.
Description
Technical field
The utility model relates to a kind of paperboard groove cutting machines, and in particular to a kind of two-way paper that can be slotted twice to cardboard
Plate groover.
Background technique
The packaging paper containers such as general carton, carton are all to be folded by the cardboard with grooving along grooving, and cardboard is opened
Scouring machine is exactly the equipment that a kind of pair of cardboard is slotted.General paperboard groove cutting machine can only all be realized and once be opened currently on the market
Slot, and secondary fluting is needed to be sent to by manual type and be completed on another blook board groover, this separate type fluting side
Formula is all very big for equipment investment and artificial investment, and cardboard processing efficiency has significant limitation.
Summary of the invention
In view of the shortcomings of the prior art, the utility model innovation provides a kind of two-way paper that energy completion is slotted twice
Plate groover.
The Bidirectional paper board groove cutting includes feeding mechanism and a grooving mechanism, it is characterised in that: the primary fluting
The feed end of mechanism is located at upper end, and the discharge end of a grooving mechanism is located at lower end, the feeding mechanism and primary fluting
The feed end of mechanism conveys linking, and the discharge end of a grooving mechanism is connected with down charging mechanism conveying, the lower feeding
The conveying direction of mechanism intersects with the discharging direction of a grooving mechanism, and one end of the down charging mechanism is equipped with secondary groover
Structure, the feed end of the secondary grooving mechanism are located at lower end, and the discharge end of the secondary grooving mechanism is located at upper end, send under described
Material mechanism is connected with the conveying of the feed end of secondary grooving mechanism, and the top of the down charging mechanism is equipped with upper feeding mechanism, described
The discharge end conveying of upper feeding mechanism and secondary grooving mechanism is connected, the upper feeding mechanism across feeding mechanism, it is described on give
Expect that there is blanking space in front of the discharge end of mechanism.
Grooving mechanism includes once grooving roll, a necking tool, a conveyer belt；The secondary groover
Structure includes secondary grooving roll, secondary necking tool, second-pumping band.
Automatic stacking cutting agency, the automatic stacking cutting agency packet are equipped in front of the discharge end of the upper feeding mechanism
Mounting rack and blanking plate have been included, the vertical-transmission component of two groups with the transmission connection of blanking power source is installed on the mounting rack,
The vertical-transmission component includes endless drive part and multiple supporting pads, and the endless drive part is vertically arranged, the multiple
Supporting pad is connected on endless drive part, and the right and left of the blanking plate is respectively placed in the supporting pad of two groups of vertical-transmission components
On.
Pushing material component is equipped at left and right sides of the top of the blanking plate, the pushing material component includes that scraping wings is pushed away with driving
The pusher power source that flitch moves left and right, the scraping wings of the left and right sides are oppositely arranged.
There are three faces for the scraping wings tool, and upper and lower surfaces are vertical, and median surface tilts down.
Conveying, which is connected, between the discharge end and down charging mechanism of grooving mechanism acceleration transport mechanism, described to add
The conveying direction of fast transport mechanism is identical as the discharging direction of a grooving mechanism, the conveying direction of the down charging mechanism with plus
The conveying direction of fast transport mechanism intersects, and the linear velocity for accelerating transport mechanism is greater than the speed of a grooving mechanism transmission cardboard
Degree.
The acceleration transport mechanism includes left live-roller, right live-roller and several conveyer belts, several conveyer belts
It is around in left live-roller and right live-roller, the left live-roller and right live-roller are realized by the driving of transmission power source and rotated.
The down charging mechanism includes several feeding rollers, and several feeding rollers are with certain oblique angle in tandem one
It rises, the outside of feeding roller is equipped with baffle.
Climbing conveyor structure, the conveying direction of the climbing conveyor structure are equipped at the discharge end of the secondary grooving mechanism
For diagonal upward direction, transition inclined plate is equipped between the climbing conveyor structure and secondary grooving roll, the transition inclined plate is located at two
Below secondary conveyer belt, and it is in the lower position tangent with secondary grooving roll, the climbing conveyor structure and upper feeding mechanism are defeated
Send linking.
The climbing conveyor structure includes bracket and several climbing deflector rolls, and the bracket is installed obliquely, if described
Dry climbing deflector roll is rack-mount, and the second-pumping band is located on climbing deflector roll.
It according to a kind of secondary paperboard groove cutting machine provided by the utility model, can be slotted twice to cardboard, and complete machine
Structure setting is reasonable, and occupied area is small.
Detailed description of the invention
Fig. 1 is the complete machine perspective view 1 of the utility model；
Fig. 2 is the complete machine perspective view 2 of the utility model；
Fig. 3 is the partial enlarged view in Fig. 1 at A；
Fig. 4 is the partial enlarged view in Fig. 2 at B；
Fig. 5 is the automatic main view for stacking cutting agency；
Fig. 6 is the structural schematic diagram of scraping wings.
Specific embodiment
The purpose of this utility model is that a grooving mechanism 1 and secondary grooving mechanism 3 are spatially carried out reasonable Arrangement,
So that cardboard is completed secondary fluting on a groover, while the cardboard after completing to slot can be made to realize and stacked, so as to
In collection.
As shown in Figure 1, this Bidirectional paper board groove cutting includes 18, grooving mechanisms 1 of feeding mechanism and secondary opens
Groove mechanism 3, a grooving mechanism 1 include once 10, necking tools of grooving roll and a conveyer belt, and one time conveyer belt is made
With on primary grooving roll 10, cardboard is just got on by transmission therebetween, and a necking tool just carries out longitudinal grooved to cardboard；
Secondary grooving mechanism is also same structure and principle, only because position setting is different, secondary grooving mechanism 3 carries out cardboard horizontal
To fluting, " two-way " in Bidirectional paper board groove cutting just refers to the meaning of transversal slotting and longitudinal grooved.The specific structure of the two
All it is the prior art, no longer specifically describes here.
The feed end of grooving mechanism 1 of the utility model is located at upper end, under the discharge end of a grooving mechanism 1 is located at
End is connected as soon as the feed end of feeding mechanism 18 and time grooving mechanism 1 conveys, and cardboard, which passes through feeding mechanism 18 and enters, once to be opened
Groove mechanism 1, feeding mechanism 18 are also the prior art (including flying up to paper feeding or conveyer belt structure paper feeding), are not also had here to it
Body structure is described.The discharge end of grooving mechanism 1 is connected with the conveying of down charging mechanism 2, the conveying of the down charging mechanism 2
Direction is intersected with the discharging direction of a grooving mechanism 1, and cardboard advances to down charging mechanism after coming out from a grooving mechanism 1
2, secondary grooving mechanism 3 is just located at one end of down charging mechanism 2, and the feed end of secondary grooving mechanism 3 is located at lower end, secondary fluting
The discharge end of mechanism 3 is located at upper end, and down charging mechanism 2 is connected with the conveying of the feed end of secondary grooving mechanism 3, and cardboard enters down
After on feeding mechanism 2, secondary grooving mechanism 3 is just delivered by down charging mechanism 2；Grooving mechanism 3 secondary in this way is just
Lateral secondary fluting is carried out to cardboard, is equipped with upper feeding mechanism 5, feeding mechanism 5 and two on this in the top of down charging mechanism 2
The discharge end of secondary grooving mechanism 3 conveys linking, and upper feeding mechanism 5 is across feeding mechanism 18, and in the discharging of upper feeding mechanism 5
End front be equipped with allow cardboard fall stack blanking space, cardboard after secondary fluting just by the conveying of upper feeding mechanism 5 come
Blanking stacking is carried out to the blanking space.
By above structure, a grooving mechanism 1 and secondary grooving mechanism 3 can obtain reasonable position cloth in complete machine
Office passes sequentially through the work of the two, completes primary fluting and secondary fluting to cardboard respectively.And it is reasonable due to spatial position
Arrangement, makes the plot area minimization of complete machine.
Only setting allows cardboard to fall the blanking space stacked in front of the discharge end of upper feeding mechanism 5, and cardboard is from eminence
Lower backwardness may stack rationalization that is irregular, and having benefited from positional structure, which can also going out in upper feeding mechanism 5
The automatic stacking cutting agency 6(automatic stacking cutting agency 6 that setting can allow cardboard neatly to stack and slowly decline in front of material end
Itself has blanking space), this stacks the same side that cutting agency 6 is located at down charging mechanism 2 Yu upper feeding mechanism 5, paper automatically
Plate is just sent to the automatic stacking cutting agency 6 by upper feeding mechanism 5 after secondary fluting, by stacking cutting agency 6 automatically,
Cardboard is automatically performed stacking and decentralization.As shown in Figure 1 or 2, down charging mechanism 2 is divided on spatially with upper feeding mechanism 5
It sets, and secondary grooving mechanism 3 and the automatic cutting agency 6 that stacks are located at its left and right sides, feeding mechanism 18 is located at its outside,
Grooving mechanism 1 is located at its front side, 18, grooving mechanisms 1 of such feeding mechanism, secondary grooving mechanism 3 and automatic heap
The surrounding that folded cutting agency 6 is just centered around down charging mechanism 2 and upper feeding mechanism 5 constitutes that a kind of space layout is very reasonable, accounts for
The groover with secondary slotting function that ground area minimizes.
Cardboard delivers into automatic stacking cutting agency 6 through upper feeding mechanism 5, by stacking cutting agency 6 automatically,
Cardboard is automatically performed stacking and decentralization.Such as Fig. 1 with as shown in figure 5, this automatic stacking cutting agency 6 includes mounting rack under
Flitch 61 is equipped with two groups of the left and right vertical-transmission components being sequentially connected with blanking power source on mounting rack, as shown in figure 5, often
The vertical-transmission component of group all includes endless drive part (can be synchronous belt or chain) and multiple supporting pads, endless drive
Part 60 is vertically arranged, and multiple supporting pads 62 are connected on endless drive part 60, and the right and left of blanking plate 61 is respectively placed in two groups
On the supporting pad 62 of vertical-transmission component.After cardboard comes out from upper feeding mechanism 5, just fall on blanking plate 61, with cardboard
Continuous stacking, endless drive part 60 slowly declines under the driving of blanking power source, and blanking plate 61 carries cardboard therewith slowly
Decline, when reaching the low level of setting, heap is had the blanking plate 61 of cardboard to extract out by operator；Due to connecting on endless drive part 60
Multiple supporting pads 62 are connected to, after extracting blanking plate 61 of low level out, so that it may be placed on another blanking plate 61 positioned at eminence
Supporting pad 62 on, allow the blanking plate 61 of the high position continue stack cardboard, so recycle, the labor of worker can be mitigated significantly in this way
Power facilitates cardboard to collect.As described above, have benefited from the reasonable utilization of spatial position, the upper feeder 5 of this groover
Position can be located at eminence, and exactly upper feeding mechanism 5 is located at eminence and has blanking space, can just make under this automatic stacking
Material mechanism 6 is accomplished the automatic stacking and decentralization work of cardboard.
In addition, more neat in order to stack cardboard, the utility model is also set at left and right sides of the top of blanking plate 61
There is a pushing material component 9, the pusher power source 91(that pushing material component 9, which includes scraping wings 90, to be moved left and right with driving scraping wings 90 is all
It is related to power source, all includes the driving devices such as motor, cylinder, oil cylinder), the scraping wings 90 of the left and right sides is oppositely arranged.Work as paper
Plate from upper feeding mechanism 5 come out after, pusher power source 91 drive scraping wings 90 move inward, such cardboard come out after just on a left side
It is limited in specific position under the action of right two scraping wings 90, such cardboard is just fitly fallen on blanking plate 61.
In order to enable scraping wings that cardboard preferably to be pushed to be limited in specific position, and realize stable whereabouts, the utility model
The tool of scraping wings 90 there are three face, as shown in fig. 6, upper and lower surfaces are vertical, median surface is tilted down.Cardboard is acted on above,
Cardboard is set to be limited in specific position, scraping wings moves back later, and cardboard, which is just stablized along inclined median surface, to fall, and such cardboard is just
It neatly can smoothly fall on blanking plate 61.
The position once slotted is returned to, in order to preferably be transitioned into lower feeding after coming out cardboard from grooving mechanism 1
Mechanism 2, as shown in figure 3, the utility model conveys to be connected between the discharge end and down charging mechanism 2 of a grooving mechanism 1 to be had
Accelerate transport mechanism 7, accelerates the conveying direction of transport mechanism 7 identical as the cardboard direction out of a grooving mechanism 1, lower feeder
The conveying direction of structure 2 and the conveying direction of acceleration transport mechanism 7 are perpendicular (intersecting), the linear velocity of the acceleration transport mechanism 7
Greater than one time grooving mechanism 1 transmits the speed of cardboard.Accelerated after being come out due to cardboard from the discharge end of a grooving mechanism 1
The acceleration of transport mechanism 7, thus cardboard can more fully be transitioned on down charging mechanism 2 (not so since speed is inadequate, cardboard only
Can be partially disposed on down charging mechanism 2, be possible to will lead in this way cardboard can not marshalling enter secondary grooving mechanism 3),
The cardboard after primary fluting is sent to secondary grooving mechanism 3 by down charging mechanism 2 and carries out secondary fluting.
Accelerating transport mechanism 7 includes left live-roller 71, right live-roller 72 and several conveyer belts 70, several transmission
Band 70 is around in left live-roller 71 and right live-roller 72, and left live-roller 71 and right live-roller 72 are real by the driving of transmission power source
Now rotate.
Here it is worth noting that being sent under the utility model to make cardboard that can keep to the side automatically during conveying
Expect that mechanism 2 includes several feeding rollers 21, as shown in figure 3, several feeding rollers 21 are with certain oblique angle in tandem one
It rises, the outside of feeding roller 21 is equipped with baffle 22.Due to several feeding rollers 21 be with certain oblique angle in tandem together, because
This cardboard can be close on one side automatically during transmitting above, and have baffle 22 to keep off on one side at this, therefore cardboard energy
Automatically it keeps to the side to convey forward, such cardboard energy marshalling enters secondary grooving mechanism 3.
As shown in Figure 1,30 diameter of secondary grooving roll due to secondary grooving mechanism 3 is smaller, if directly allowing secondary fluting
The discharge end of mechanism 3 is connected with the conveying of upper feeding mechanism 5, and certain altitude, such feeding mechanism may be not achieved in upper feeding mechanism 5
18 just can not normal mounting, therefore upper feeding mechanism 5 has to reach a certain height.For this purpose, in the discharging of secondary grooving mechanism 3
End is equipped with climbing conveyor structure 4, and the climbing conveyor structure 4 is connected with the conveying of upper feeding mechanism 5, passes through climbing conveyor structure 4
Conveying to cardboard, cardboard can be transported to certain height, then just enter feeding mechanism 5.
As shown in Fig. 2, the conveying direction of the climbing conveyor structure 4 is diagonal upward direction, and in climbing conveyor structure 4 and two
It is equipped with transition inclined plate 8 between secondary grooving roll 30, as shown in figure 4, the transition inclined plate 8 is located at 31 lower section of second-pumping band, and is in
The tangent lower position with secondary grooving roll 30.(cardboard on transition inclined plate 8 is transitioned into after cardboard comes out from secondary grooving roll 30
It is tangent with secondary grooving roll 30 after out, since transition inclined plate 8 is in the lower position tangent with secondary grooving roll 30, paper
Plate can be transitioned on transition inclined plate 8), by the guiding transition of transition inclined plate 8, cardboard is advanced in climbing conveyor structure 4, is led to
The conveying of climbing conveyor structure 4 is crossed, cardboard is conveyed to certain altitude, then into upper feeding mechanism 5.Of course, it is possible to
The diameter of secondary grooving roll 30 is done greatly, without that upper feeding mechanism 5 can be allowed to reach certain height by climbing conveyor structure 4
Degree, but the diameter of secondary grooving roll 30 is done the volume that will affect complete machine greatly, and also inconvenient with installation manufacturing.
The climbing conveyor structure 4 of the utility model includes bracket and several climbing deflector rolls, and bracket is installed obliquely, if
Dry climbing deflector roll is rack-mount, and second-pumping band is located on climbing deflector roll.Cardboard is just up defeated after secondary fluting
It send, and enters between climbing deflector roll and second-pumping band 31, by the cooperation of climb deflector roll and second-pumping band 31, cardboard is just
It is transported to top, and enters feeding mechanism 5, finally delivers into automatic stacking blanking by upper feeding mechanism 5
Mechanism 7 completes automatic stacking and blanking work.
Claims (10)
1. Bidirectional paper board groove cutting includes feeding mechanism (18) and a grooving mechanism (1), it is characterised in that: described primary
The feed end of grooving mechanism (1) is located at upper end, and the discharge end of a grooving mechanism (1) is located at lower end, the feeding mechanism
(18) it is connected with the conveying of the feed end of a grooving mechanism (1), the discharge end and down charging mechanism of a grooving mechanism (1)
(2) conveying linking, the conveying direction of the down charging mechanism (2) intersects with the discharging direction of a grooving mechanism (1), under described
One end of feeding mechanism (2) is equipped with secondary grooving mechanism (3), and the feed end of the secondary grooving mechanism (3) is located at lower end, described
The discharge end of secondary grooving mechanism (3) is located at upper end, and the down charging mechanism (2) and the feed end of secondary grooving mechanism (3) are defeated
Linking is sent, the top of the down charging mechanism (2) is equipped with upper feeding mechanism (5), the upper feeding mechanism (5) and secondary groover
The discharge end of structure (3) conveys linking, and the upper feeding mechanism (5) goes out across feeding mechanism (18), the upper feeding mechanism (5)
Expect that there is blanking space in front of end.
2. Bidirectional paper board groove cutting according to claim 1, it is characterised in that: a grooving mechanism (1) includes
Grooving roll (10), a necking tool, a conveyer belt；The secondary grooving mechanism (3) include secondary grooving roll (30),
Secondary necking tool, second-pumping band.
3. Bidirectional paper board groove cutting according to claim 1 or 2, it is characterised in that: the discharging of the upper feeding mechanism (5)
End front is equipped with automatic stacking cutting agency (6), and the automatic stacking cutting agency (6) includes mounting rack and blanking plate
(61), the vertical-transmission component of two groups with the transmission connection of blanking power source, the vertical-transmission group are installed on the mounting rack
Part includes endless drive part and multiple supporting pads, and the endless drive part (60) is vertically arranged, the multiple supporting pad (62)
It is connected on endless drive part (60), the right and left of the blanking plate (61) is respectively placed in the support of two groups of vertical-transmission components
It pads on (62).
4. Bidirectional paper board groove cutting according to claim 3, it is characterised in that: top of the blanking plate (61) or so two
Side is equipped with pushing material component (9), and the pushing material component (9) includes that scraping wings (90) is pushed away with what driving scraping wings (90) moved left and right
Expect power source (91), the scraping wings (90) of the left and right sides is oppositely arranged.
5. Bidirectional paper board groove cutting according to claim 4, it is characterised in that: the scraping wings (90) has there are three face,
Upper and lower surfaces are vertical, and median surface tilts down.
6. Bidirectional paper board groove cutting according to claim 1 or 2, it is characterised in that: a grooving mechanism (1) goes out
Conveying is connected and has acceleration transport mechanism (7) between material end and down charging mechanism (2), the conveying side for accelerating transport mechanism (7)
To, the conveying direction and acceleration transport mechanism of the down charging mechanism (2) identical as the discharging direction of a grooving mechanism (1)
(7) conveying direction intersection, the linear velocity for accelerating transport mechanism (7) are greater than the speed of grooving mechanism (1) transmission cardboard
Degree.
7. Bidirectional paper board groove cutting according to claim 6, it is characterised in that: the acceleration transport mechanism (7) includes
Left live-roller (71), right live-roller (72) and several conveyer belts (70), several conveyer belts (70) are around in left live-roller
(71) and on right live-roller (72), the left live-roller (71) and right live-roller (72) are realized by the driving of transmission power source and are turned
It is dynamic.
8. Bidirectional paper board groove cutting according to claim 7, it is characterised in that: the down charging mechanism (2) is if include
Dry root feeding roller (21), in tandem together with certain oblique angle, feeding roller is set several feeding rollers (21) on the outside of (21)
There are baffle (22).
9. Bidirectional paper board groove cutting according to claim 2, it is characterised in that: the discharging of the secondary grooving mechanism (3)
Climbing conveyor structure (4) are equipped at end, the conveying direction of the climbing conveyor structure (4) is diagonal upward direction, and the climbing is defeated
It send and is equipped with transition inclined plate (8) between mechanism (4) and secondary grooving roll (30), the transition inclined plate (8) is located at second-pumping band
(31) lower section, and it is in the lower position tangent with secondary grooving roll (30), the climbing conveyor structure (4) and upper feeding mechanism
(5) conveying linking.
10. Bidirectional paper board groove cutting according to claim 9, it is characterised in that: the climbing conveyor structure (4) includes
Bracket and several climbing deflector rolls, the bracket are installed obliquely, several described climbing deflector rolls are rack-mount, and described two
Secondary conveyer belt (31) is located on climbing deflector roll.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820666188.7U CN208247580U (en) | 2018-05-07 | 2018-05-07 | Bidirectional paper board groove cutting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820666188.7U CN208247580U (en) | 2018-05-07 | 2018-05-07 | Bidirectional paper board groove cutting |
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| Publication Number | Publication Date |
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| CN208247580U true CN208247580U (en) | 2018-12-18 |
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| CN201820666188.7U Active CN208247580U (en) | 2018-05-07 | 2018-05-07 | Bidirectional paper board groove cutting |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108466453A (en) * | 2018-05-07 | 2018-08-31 | 浙江赛力机械有限公司 | Bidirectional paper board groove cutting |
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2018
- 2018-05-07 CN CN201820666188.7U patent/CN208247580U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108466453A (en) * | 2018-05-07 | 2018-08-31 | 浙江赛力机械有限公司 | Bidirectional paper board groove cutting |
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